-- phpMyAdmin SQL Dump
-- version 5.2.1
-- https://www.phpmyadmin.net/
--
-- Host: 127.0.0.1
-- Generation Time: Nov 29, 2024 at 09:28 AM
-- Server version: 11.5.2-MariaDB
-- PHP Version: 8.3.11
SET SQL_MODE = "NO_AUTO_VALUE_ON_ZERO";
START TRANSACTION;
SET time_zone = "+00:00";
/*!40101 SET @OLD_CHARACTER_SET_CLIENT=@@CHARACTER_SET_CLIENT */;
/*!40101 SET @OLD_CHARACTER_SET_RESULTS=@@CHARACTER_SET_RESULTS */;
/*!40101 SET @OLD_COLLATION_CONNECTION=@@COLLATION_CONNECTION */;
/*!40101 SET NAMES utf8mb4 */;
--
-- Database: `db_lis`
--
-- --------------------------------------------------------
--
-- Table structure for table `cache`
--
CREATE TABLE `cache` (
`key` varchar(255) NOT NULL,
`value` mediumtext NOT NULL,
`expiration` int(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `cache_locks`
--
CREATE TABLE `cache_locks` (
`key` varchar(255) NOT NULL,
`owner` varchar(255) NOT NULL,
`expiration` int(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `ch_favorites`
--
CREATE TABLE `ch_favorites` (
`id` char(36) NOT NULL,
`user_id` bigint(20) NOT NULL,
`favorite_id` bigint(20) NOT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `ch_messages`
--
CREATE TABLE `ch_messages` (
`id` char(36) NOT NULL,
`from_id` bigint(20) NOT NULL,
`to_id` bigint(20) NOT NULL,
`body` varchar(5000) DEFAULT NULL,
`attachment` varchar(255) DEFAULT NULL,
`seen` tinyint(1) NOT NULL DEFAULT 0,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `db_email`
--
CREATE TABLE `db_email` (
`id` int(11) NOT NULL,
`email1` varchar(150) DEFAULT NULL,
`email2` varchar(150) DEFAULT NULL,
`email3` varchar(150) DEFAULT NULL,
`email4` varchar(150) DEFAULT NULL,
`email5` varchar(150) DEFAULT NULL,
`updated_by` varchar(150) DEFAULT NULL,
`created_at` timestamp NOT NULL DEFAULT current_timestamp(),
`updated_at` timestamp NOT NULL DEFAULT current_timestamp() ON UPDATE current_timestamp()
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Dumping data for table `db_email`
--
INSERT INTO `db_email` (`id`, `email1`, `email2`, `email3`, `email4`, `email5`, `updated_by`, `created_at`, `updated_at`) VALUES
(1, 'swandhana17@gmail.com', 'swandhana.fp@ub.ac.id', 'servdal@gmail.com', 'chlayke@gmail.com', 'bayhaqi84dr.fk@ub.ac.id', 'dr Aisya Puspa Sari', '2024-10-31 01:44:06', '2024-10-31 01:44:06');
-- --------------------------------------------------------
--
-- Table structure for table `db_file`
--
CREATE TABLE `db_file` (
`id` int(11) NOT NULL,
`nofoto` varchar(50) NOT NULL,
`namafile` varchar(100) NOT NULL,
`jenisfile` varchar(25) NOT NULL,
`judul` varchar(150) NOT NULL,
`created_at` timestamp NOT NULL DEFAULT current_timestamp(),
`updated_at` timestamp NOT NULL DEFAULT current_timestamp() ON UPDATE current_timestamp()
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `db_logbooklist`
--
CREATE TABLE `db_logbooklist` (
`id` int(11) NOT NULL,
`kelompok` varchar(11) NOT NULL,
`kode` varchar(10) NOT NULL,
`kepanjangan` varchar(150) NOT NULL,
`kuota` int(11) NOT NULL DEFAULT 3,
`target` int(11) NOT NULL DEFAULT 10,
`kuota2` int(11) NOT NULL DEFAULT 3,
`target2` int(11) NOT NULL DEFAULT 10,
`kuota3` int(11) NOT NULL DEFAULT 3,
`target3` int(11) NOT NULL DEFAULT 10,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL ON UPDATE current_timestamp()
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `db_rekapppds`
--
CREATE TABLE `db_rekapppds` (
`id` int(11) NOT NULL,
`idkasus` int(11) DEFAULT NULL,
`idppds` int(11) DEFAULT NULL,
`sebagai` varchar(15) DEFAULT NULL,
`namappds` varchar(250) DEFAULT NULL,
`kelompokstase` varchar(150) DEFAULT NULL,
`kodestase` varchar(150) DEFAULT NULL,
`kepanjangan` varchar(150) DEFAULT NULL,
`target` int(11) DEFAULT NULL,
`idstase` int(11) DEFAULT NULL,
`nofoto` varchar(100) DEFAULT NULL,
`verifikasi` timestamp NULL DEFAULT NULL,
`supervisor` varchar(250) DEFAULT NULL,
`layanan` varchar(250) DEFAULT NULL,
`klinis` varchar(250) DEFAULT NULL,
`modality` varchar(50) DEFAULT NULL,
`ruangan` varchar(150) DEFAULT NULL,
`durasi` varchar(150) DEFAULT NULL,
`marking` varchar(100) NOT NULL DEFAULT 'aktif',
`created_at` timestamp NOT NULL DEFAULT current_timestamp(),
`updated_at` timestamp NOT NULL DEFAULT current_timestamp() ON UPDATE current_timestamp()
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `db_syncinsitu`
--
CREATE TABLE `db_syncinsitu` (
`id` int(10) UNSIGNED NOT NULL,
`noloket` int(11) DEFAULT NULL,
`nofoto` varchar(50) NOT NULL,
`noregister` varchar(20) DEFAULT NULL,
`asalpasien` varchar(100) DEFAULT NULL,
`nmrs` varchar(150) DEFAULT NULL,
`nmpasien` varchar(200) DEFAULT NULL,
`jkpasien` varchar(15) DEFAULT NULL,
`tgllahirpasien` date DEFAULT NULL,
`tlppasien` varchar(50) DEFAULT NULL,
`alamatpasien` varchar(200) DEFAULT NULL,
`reques` varchar(100) NOT NULL,
`usia` varchar(25) DEFAULT NULL,
`berat` decimal(11,2) DEFAULT NULL,
`ruangan` varchar(49) DEFAULT NULL,
`nmdokter` varchar(200) DEFAULT NULL,
`nmppdssenior` varchar(200) DEFAULT NULL,
`nmmiddleppds` varchar(200) DEFAULT NULL,
`nmppdsjunior` varchar(200) DEFAULT NULL,
`nmppdsmiddle2` varchar(200) DEFAULT NULL,
`nmppdsjunior2` varchar(200) DEFAULT NULL,
`nmradiografer` varchar(200) DEFAULT NULL,
`nmexcutor` varchar(200) DEFAULT NULL,
`klinisi` varchar(150) DEFAULT NULL,
`klinis` varchar(150) DEFAULT NULL,
`keterangan` text DEFAULT NULL,
`asuransi` varchar(25) DEFAULT NULL,
`urgensi` varchar(25) DEFAULT NULL,
`diagnosa` varchar(150) DEFAULT NULL,
`diagnosa2` varchar(150) DEFAULT NULL,
`modality` varchar(50) DEFAULT NULL,
`kilovolt` varchar(25) DEFAULT NULL,
`mas` varchar(25) DEFAULT NULL,
`dlp` varchar(50) DEFAULT NULL,
`daftar` timestamp NULL DEFAULT NULL,
`foto` timestamp NULL DEFAULT NULL,
`tgldraft` timestamp NULL DEFAULT NULL,
`baca` timestamp NULL DEFAULT NULL,
`verifikasi` timestamp NULL DEFAULT NULL,
`export` timestamp NULL DEFAULT NULL,
`tgladendum` timestamp NULL DEFAULT NULL,
`status` varchar(100) DEFAULT NULL,
`created_at` timestamp NOT NULL DEFAULT current_timestamp(),
`updated_at` timestamp NOT NULL DEFAULT current_timestamp() ON UPDATE current_timestamp(),
`spvsender` varchar(150) DEFAULT NULL,
`created_by` varchar(150) DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `dokter`
--
CREATE TABLE `dokter` (
`id` int(10) UNSIGNED NOT NULL,
`nama` varchar(100) NOT NULL,
`jk` char(1) DEFAULT NULL,
`tgl_lahir` date DEFAULT NULL,
`kota` varchar(100) DEFAULT NULL,
`alamat` varchar(150) DEFAULT NULL,
`created_at` timestamp NOT NULL DEFAULT current_timestamp(),
`updated_at` timestamp NOT NULL DEFAULT current_timestamp() ON UPDATE current_timestamp()
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Dumping data for table `dokter`
--
INSERT INTO `dokter` (`id`, `nama`, `jk`, `tgl_lahir`, `kota`, `alamat`, `created_at`, `updated_at`) VALUES
(2, 'Dwi Swandhana Rahmadi Putra, A.Md', 'L', '1986-05-27', 'Malang', 'Jl. Sebuku X/18 Bunulrejo', '2020-04-14 00:33:31', '2020-04-14 00:33:40'),
(6, 'dr. Irma Darinafitri, Sp.Rad(K)', 'P', '1976-09-25', 'Malang', 'RSSA-FKUB', '2020-04-03 23:47:23', '2020-04-03 23:47:23'),
(7, 'dr. Indrastuti Normahayu, Sp.Rad(K)', 'P', '1963-02-24', 'Malang', 'RSSA-FKUB', '2020-04-03 23:48:15', '2020-04-03 23:48:15'),
(9, 'dr. A. Bayhaqi Nasir Aslam, Sp.Rad(K)', 'L', '1984-02-04', 'Malang', 'RSSA-FKUB', '2020-04-03 23:49:55', '2020-04-03 23:49:55'),
(10, 'dr. Agung Setyawan, Sp.Rad(K)', 'L', '1980-04-01', 'Malang', 'RSSA-FKUB', '2020-04-03 23:50:42', '2021-01-12 21:47:52'),
(11, 'dr. Dini Rachma Erawati, Sp.Rad(K)', 'P', '1977-01-09', 'Malang', 'RSSA-FKUB', '2020-04-03 23:51:44', '2020-04-03 23:51:44'),
(12, 'dr. Farah Nurdiana, Sp.Rad(K)', 'P', '1983-10-31', 'Malang', 'RSSA-FKUB', '2020-04-03 23:52:50', '2021-04-12 15:11:16'),
(13, 'dr. Siswidiyati, Sp.Rad', 'P', '1984-05-06', 'Malang', 'RSSA-FKUB', '2020-04-03 23:55:03', '2020-04-03 23:55:03'),
(14, 'Prof. Dr. dr. Yuyun Yueniwati Prabowowati WAdjib, M.Kes., Sp.Rad(K)', 'P', '1968-10-31', 'Malang', 'RSSA-FKUB', '2020-04-03 23:58:33', '2020-04-03 23:58:33'),
(15, 'dr. Liana Karliasari, Sp.Rad', 'P', '2020-04-06', 'Malang', 'RSSA-FKUB', '2020-04-03 23:59:34', '2020-04-03 23:59:34'),
(16, 'dr. Habiba Aurora, Sp.Rad', 'P', '1984-06-28', 'Malang', 'RSSA-FKUB', '2020-04-04 00:00:31', '2020-04-04 00:00:31'),
(57, 'Agus Sulis', NULL, NULL, 'Malang', 'RSSA Malang', '2020-06-11 09:39:17', '2020-06-11 09:39:17');
-- --------------------------------------------------------
--
-- Table structure for table `failed_jobs`
--
CREATE TABLE `failed_jobs` (
`id` bigint(20) UNSIGNED NOT NULL,
`uuid` varchar(255) NOT NULL,
`connection` text NOT NULL,
`queue` text NOT NULL,
`payload` longtext NOT NULL,
`exception` longtext NOT NULL,
`failed_at` timestamp NOT NULL DEFAULT current_timestamp()
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `jadwalperiksan`
--
CREATE TABLE `jadwalperiksan` (
`id` int(10) UNSIGNED NOT NULL,
`mulai` timestamp NULL DEFAULT NULL,
`akhir` timestamp NULL DEFAULT NULL,
`nofoto` varchar(50) NOT NULL,
`noloket` int(11) DEFAULT NULL,
`noregister` varchar(20) DEFAULT NULL,
`ayah` varchar(150) DEFAULT NULL,
`asalpasien` varchar(100) DEFAULT NULL,
`nmrs` varchar(150) DEFAULT NULL,
`pasien_id` int(11) NOT NULL,
`reques` varchar(100) NOT NULL,
`usia` varchar(25) DEFAULT NULL,
`berat` decimal(11,2) DEFAULT NULL,
`ruangan_id` int(11) NOT NULL,
`ruangan` varchar(49) DEFAULT NULL,
`dokter_id` int(11) DEFAULT NULL,
`ppdssenior` int(11) DEFAULT NULL,
`middleppds` int(11) DEFAULT NULL,
`ppdsjunior` int(11) DEFAULT NULL,
`radiografer` int(11) DEFAULT NULL,
`excutor` int(11) DEFAULT NULL,
`klinisi` varchar(150) DEFAULT NULL,
`klinis` varchar(150) DEFAULT NULL,
`poli_id` int(11) NOT NULL,
`keterangan` text DEFAULT NULL,
`kesimpulan` text DEFAULT NULL,
`asuransi` varchar(25) DEFAULT NULL,
`urgensi` varchar(25) DEFAULT NULL,
`diagnosa` int(11) DEFAULT NULL,
`modality` varchar(50) DEFAULT NULL,
`kilovolt` varchar(25) DEFAULT NULL,
`mas` varchar(25) DEFAULT NULL,
`dlp` varchar(50) DEFAULT NULL,
`daftar` timestamp NULL DEFAULT NULL,
`foto` timestamp NULL DEFAULT NULL,
`baca` timestamp NULL DEFAULT NULL,
`verifikasi` timestamp NULL DEFAULT NULL,
`export` timestamp NULL DEFAULT NULL,
`filefoto` varchar(150) DEFAULT NULL,
`status` varchar(100) DEFAULT NULL,
`tandatangan` longtext DEFAULT NULL,
`jenisfont` int(11) DEFAULT NULL,
`jumlah` int(11) DEFAULT NULL,
`created_at` timestamp NOT NULL DEFAULT current_timestamp(),
`updated_at` timestamp NOT NULL DEFAULT current_timestamp() ON UPDATE current_timestamp()
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `jawaban`
--
CREATE TABLE `jawaban` (
`id` int(10) UNSIGNED NOT NULL,
`jawaban` text NOT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Dumping data for table `jawaban`
--
INSERT INTO `jawaban` (`id`, `jawaban`, `created_at`, `updated_at`) VALUES
(33, 'Penelitian', '2023-08-20 06:01:28', '2023-08-20 06:01:28');
-- --------------------------------------------------------
--
-- Table structure for table `jobs`
--
CREATE TABLE `jobs` (
`id` bigint(20) UNSIGNED NOT NULL,
`queue` varchar(255) NOT NULL,
`payload` longtext NOT NULL,
`attempts` tinyint(3) UNSIGNED NOT NULL,
`reserved_at` int(10) UNSIGNED DEFAULT NULL,
`available_at` int(10) UNSIGNED NOT NULL,
`created_at` int(10) UNSIGNED NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `job_batches`
--
CREATE TABLE `job_batches` (
`id` varchar(255) NOT NULL,
`name` varchar(255) NOT NULL,
`total_jobs` int(11) NOT NULL,
`pending_jobs` int(11) NOT NULL,
`failed_jobs` int(11) NOT NULL,
`failed_job_ids` longtext NOT NULL,
`options` mediumtext DEFAULT NULL,
`cancelled_at` int(11) DEFAULT NULL,
`created_at` int(11) NOT NULL,
`finished_at` int(11) DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `migrations`
--
CREATE TABLE `migrations` (
`id` int(10) UNSIGNED NOT NULL,
`migration` varchar(255) NOT NULL,
`batch` int(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Dumping data for table `migrations`
--
INSERT INTO `migrations` (`id`, `migration`, `batch`) VALUES
(1, '2014_10_12_000000_create_users_table', 1),
(2, '2019_04_09_162549_create_poli_table', 1),
(3, '2019_04_10_081053_create_ruangan_table', 1),
(4, '2019_04_10_103756_create_dokter_table', 1),
(5, '2019_04_10_151334_create_pasien_table', 1),
(6, '2019_04_11_191330_create_periksa_table', 1);
-- --------------------------------------------------------
--
-- Table structure for table `notifications`
--
CREATE TABLE `notifications` (
`id` int(10) UNSIGNED NOT NULL,
`user_id` varchar(150) DEFAULT NULL,
`type` varchar(255) NOT NULL,
`notifiable_type` varchar(255) NOT NULL,
`notifiable_id` int(10) UNSIGNED NOT NULL,
`data` text NOT NULL,
`read_at` timestamp NULL DEFAULT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `pasien`
--
CREATE TABLE `pasien` (
`id` int(10) UNSIGNED NOT NULL,
`norm` varchar(100) NOT NULL,
`nama` varchar(150) NOT NULL,
`jk` varchar(1) NOT NULL,
`tgl_lahir` date NOT NULL,
`kota` varchar(50) NOT NULL,
`alamat` varchar(100) NOT NULL,
`telpon` varchar(35) DEFAULT NULL,
`keterangan` text DEFAULT NULL,
`created_at` timestamp NOT NULL DEFAULT current_timestamp(),
`updated_at` timestamp NOT NULL DEFAULT current_timestamp() ON UPDATE current_timestamp()
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `password_resets`
--
CREATE TABLE `password_resets` (
`email` varchar(255) NOT NULL,
`token` varchar(255) NOT NULL,
`created_at` timestamp NULL DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Dumping data for table `password_resets`
--
INSERT INTO `password_resets` (`email`, `token`, `created_at`) VALUES
('info@sdtqdu.sch.id', 'def502006171a8661fb1cfaf2878d76912fd6e0f26f941e3fe5dde62e8006497839c977960670b1c9b09582f197720252bb3135f4628c75ab602be65063558c415f56858bd89154f5644fb148a2678d07c3868a7ff3d2fbb049c7f30c0ce746f2ea8a43bc20affc4b24b26c0060091cefb88082a01b2191c5b', '2024-05-25 19:58:41'),
('info@sdtqdu.sch.id', 'def5020055cd9f157df31c20c0c04911ac73d63bbd0c9f9036773f23b465672a15a9730e536a74526445eeaf441fa2e12e6635c198c8f3d0f8f9a3fd7def76926155144902e07733e0361ee69a44cf81fc1855928508d90fe14595d491931344e0c68b0611a4e77537679aa287bb9c563fb4d03a78b71ac417', '2024-05-25 20:02:23'),
('info@sdtqdu.sch.id', 'def5020070836eae80740127b18b46e72357a6f866c6bf729c0f7db09d662a2e43aa1a3dac0f0c52ed3e618cc5e1e6e28c33b8b450c568b7c3f7245190c30e1c4c30077c1a3ea0b0ff9179dff516ee8f2caf86cdec19bd2e8e2c4d3acb51d472636a817f6a4b1f68f51fcfbc6f57c79585a03f14006ec5cc0e', '2024-05-25 20:03:46'),
('info@sdtqdu.sch.id', 'def50200d114f59e845919f37cb44bc38767cdf3adb8280a75c6e97c3a328850884e44ae76a25087bd4d8b681f2fa7fd364266ca17255da0229ffeda47efb1757d08572d4cde2531bbfdc1b8945d6a1ab27f17bf18ee15e9b702c58f462972ef9c539e38f081d3579d047076134e7ac93e2a9ebe7c4e9215ef', '2024-05-25 20:10:16'),
('gansarputrasanjaya@gmail.com', 'def50200d10160a7f466cbbb4eb28fcc95d6d965a37b5e7949eee3546bb8c4e26b49b5064e67097668aaa0a73a0de4562ae69a31c309522ef30eb2a3696d4f23657827fb8bcfaccc22f775d0ad31d8ba83aa0c56110d17e47522e631d3901a54120febbeef3426dd28d710ccf34f49a5771ec0109fd8430e23c7943f1bb5c58', '2024-07-28 02:57:25'),
('gansarputrasanjaya@gmail.com', 'def502002a8b2f03ebc2b795d601f9575b91694cc7044e138d7bcfbbb760392787ef0af97151a2e528938968c78fc2574d00ce4de6605e66ec2aba5f28f39a328a92a5e2450d9dfe84443a60299bfc44bebd6dc1ee6973e7d788d6abdb61f84533ef1ac47e95ac4f83815506d24433dd9aebf0e192554d3fdeb179faffc3883', '2024-07-28 02:59:08'),
('fikrinorvaamelia@gmail.com', 'def502009ea1f742e65d3c2decadbd402c8c698c6bacfcfc9dc23f36799fe5f716ba7fd94b5f4ecac11b1eab595c7d6c4745cd14ba3fe0825f39047a80e8d433dfe7153dcbda78a5bfd9be1c820b2e747e408b80492aad96d78d36fcbab12fb30253ab135288ff9248ffb7cf2c8b465fefbd0b0905a629102f1e41b9f197601', '2024-07-28 02:59:30'),
('iyusmuhammad1986@gmail.com', 'def502003c5612973333a5bc14b35d2473a7039e3c885de2c08b754d20bb5ce9f759ad5de3d8f1ef910a4ca4a2f6178557e2e4bc97c82f5df6d9cde764b8ba6a20e9091fcc01e538508d19b243c6d34b06196be4fabaf229efd05cc432604a4357cb2b92c4f277e6fb1ee897f5f06e5d03a2fd79ff4c36b1b39c72918e32df6', '2024-07-28 03:06:56'),
('iyusmuhammad1986@gmail.com', 'def50200f00497d6b4c1acd776f6cb03e048cac57d1ed112db1e3c7dd68c8cfe4ca488f99df49d4f4615c93a0204b4f047bce1e691488a42bff9fb1532bd306f65db8ce532fd18e4ce72954555573bbdb711ce9c558d5d6e9e3118d0296ad64c5fe996174bec37a2405e51d8e011e2e558bac415ada5fa0d4a404405021fa39', '2024-07-28 03:11:20'),
('iinnurannisa@gmail.com', 'def502004ee286506e249209d3bbbd0c3f9bf472b4a392c7f67559686f9e0642ca2187b0d8b60199df6e7309c7f2512511d023d8b9dda7ec80b15f4418d735c2aa4cfa3317b3986c501fcdb355b0d9eb28272304e7c03cbeec673f000171b5e7bc59ad68c1f665b93a383435d3d3cfb00aa8fac60b1c0065c3dd23d01d', '2024-07-28 03:32:21'),
('kholidabdrahim67@gmail.com', 'def5020002544adabf13e4cf324c51de0e2935143171f7346b129e9ae39a019dd67d11c7a41873001d98ef7e6cf9434c2e8bd0bc65dd5d6b737e9e716d9fa5270bdabeb3615c7789d9081cdfb1992ba1fb930a7311e332178d0ac0ceb1adf01351ba846687e67a91cd89f56f5d393593fa0883fa2480c320c9f187bdc4715c9', '2024-07-28 03:39:34'),
('yanizayn12@gmail.com', 'def502003f18207cd546be50c3ae129f33e68c07d9799f16251c180a66acc3f2c5bd5bc53c2eed35fbee0f812bcf6fa526ab95f1bf0b08cdd80d5bb2b86a75e66d2659aaa1a63b2980d3a2964116c0c78d2d1c56e70016abdd916999bb2271cc305dde7a8e4b05dee296808b2b5dd9048ba009042e61da41465864', '2024-07-28 04:08:05'),
('fajrinarifany@gmail.com', 'def5020026fc9513ce812592769cf5d846a462d8b4be532d0050b0ce137c7f7ce991ac582e77ab46fb4d933bebcca5192ab2d3744bc975944fc34eaa30a35891a8ee85003287f7299bc078bdbbb28dd7c0a80eb99bc0c0f4e0faa5ba500d1cdf0822e0a1b05cf4f9890895c0edb428efce38b39bb66f7775484503a84f9b', '2024-07-28 06:48:00'),
('rahifasholihah2017@gmail.com', 'def502000cabb7fc2b408c4f65ab7404af87cad011179f3b0c02fe6c84056e320fc71243b01fad55c2f7a746b17c644806b2d723f0707f8ca5e8015c6aa7fdcf16e09c09ef71a42985bd75f043405f40695f4698307948f8ce4faecfcf41ba2cc0511e30e37d38d8c68e676e8aee266f5ba331a0b5d0a78e92b67b111665cd0', '2024-07-28 07:10:41'),
('rin.hsd20@gmail.com', 'def50200e437cd13b3db9417b502ccdf2bd1e649251baa5e2aa6ad01dcd94ab79d482324bfbde19eb4a0699ac940e451f5f47cc1d5134bed16e2c0a4308a8d2710a76a65b7afb76cfe79d87be4311f02f4ef1d378c4cf73ca991b4c48b53f48a089a9072fd53d9cccf077248ed1a2365aceb2473107aa61e6788', '2024-07-28 08:17:43'),
('irmd29@gmail.com', 'def502007972fdfd7488cd31f937ebe3b8f1ceb194713947df77d8dcd7ba7ee560a7db1ff0105cc3a6eafb82ef06ebbf6a6ced81008c1345172c4bb29893e67264ca858a82b1f0dfa6920b59a92119ef8ad353feb2bc68b52c36f0b5572c7543375bb06f2696a516eb6973c232e8346dd9892cf8d1e3fb', '2024-07-28 13:09:15'),
('irmd29@gmail.com', 'def50200c40077ed4920b3182a591b056424301de34647c69ef76e33785672f7a513f8e5150d6a6abb312c45243625afb5da0c59dbc3a517115d211c13ea80cb38c8f04544a7afc704ff03429ae8ff24163d2a30bb5f7833e8a3e171d6802697013da4f20fbbd60b77fa0fd08d80c3ef5b4980a6557dd7', '2024-07-28 13:10:34'),
('irmd29@gmail.com', 'def502006fa21c0898ad23ae17d1f94ea08fd092fb1408fd7fd82b3d5cdbcc3d3da420730e943e7c2d858e0a96f5cf6a3a7d6493500aa71f32b8013010d6b48c35375f3e9ede7164d17a2dbd6f69b2771d513b77e84b01918f2ca1e214d0a27f5392fb49211e0dd55a14d8152084bfa3dfb4c45f0a8d95', '2024-07-28 13:13:57'),
('irmd29@gmail.com', 'def50200a625be1cbbd2222f5c20e3164f508da3bb6b8e69b80df14d645d175bdd2db0f42b137a23de23c4bcefb882c4535ae11f9263748a6450b7e2b58d1dded3a7654b9af2887b262049ee54d5b6c73295e8c095cd1e744fb72f88eb66ff0265f72c0553eca5e962c7b73e413269cbf8f772e99c3663', '2024-07-28 13:28:36'),
('abyanrizki525@gmail.com', 'def50200737f9436dd5f4fd15de0ac7316d5ec1a2e7682a206cb231942af6bf095517ff0295ef64b6ac146f63c54dec3d2b8047e1118412778d38994d5623c2ab59081a2bb876a494b19a56cdcbec8d7cd39ad9716e8ebcc3924ca85918e2d42ffaba876d5d295d1920eb828a63c153debe261b3cd2ae00cdeea03681135', '2024-07-28 14:10:29'),
('irmawandzakiruddin@gmail.com', 'def502001eb69a1db9bbb4d402a59d24b341c05a945aaa7c3760a24483dfb7b74a829977e5b63eb4a943e08e9b31e01c103a982f79d5e281ad75fb616105f900900a82127939ad765e3fee7536a7e67202d4fece58b84baf4d99848a7f96d22ee68dc52338171f0901cafbb18b18240e613ad1fc6e9ec8912b9f374c206db3f', '2024-07-28 14:10:35'),
('irmawandzakiruddin@gmail.com', 'def50200888871dbc3d119252c1d3f3e8c13382ce565092b0d48a9372c6d68faf237c266ab48a0b772e1af93de9f179196b8579467e8e37b61a1edbc3e7c8fe1d815a449a1e65b8a58131f005468da8d12033b1cf82a6ea36d3e39e6affedf0f9df863fe0141584c3ce3028812e5e8689d775aa36736c2fb5cc6ca43e55cab2', '2024-07-28 14:16:56'),
('irmawandzakiruddin@gmail.com', 'def50200322e51e592bdf61e826d827616ff28db3c034c94510b78fba84ca4227c9d28cf1a3b29cc426e5c7f5a54413f722c3b5c42e92aac73424390e8e8e80047b54e9fa042653779209e82d796f23d96ce538ab82e05cee52ecd89b267febb7a55efabe8a1a8cb7860335b9c4eb6eecedaa790621bbc4845208466a9538ac', '2024-07-28 14:24:39'),
('dwiks@sdtqdu.sch.id', 'def502006fc9e9cce7ed631970f9db531e5209eab5e75c49789e8ccd83754be85c46108ad9bb7254f34943126a19cf4980456d404a17ee65f13a53808b95a6e0e704795406473b335844b3ee5bd9fe3d9c098ca173dada57e0a623dfad8f177be07827823ae85a78a04b6d67a13e0ec2669efa9742211b5cfe02', '2024-07-29 01:24:06'),
('ayiqwidyasari@gmail.com', 'def502007fd7cd089f6081fb6fea3f88c2c88039e6a03f65b332cb0de852d18b72699208d0949ddc83698fd12381bf353e329a711b824b0b8e1d311c58c0ddacb61fb5ee9456fc3984c7b9739fc3ffbc58fa4984795588a3ee0d027f42c6e53c4e0c14a7bad34abf7ff0e6596d61d571c652f126e0715e9b6aab96726d6b', '2024-07-29 02:34:26'),
('ayiqwidyasari@gmail.com', 'def5020099019c9525d766952f26aea2ef340691274a61d9d1548c6e66363d193215921ded9e11f32cad142074a214b3990fc7032b484a23e8f32b28b0897d0ecc01b7f6f4b723ecbeacfbfedfffa9c43122c2cf7be9e75b17837aa38a24cfaf099134516f355eed6ff46e8ff385610c266ce7a9621f5ab3bcf0e41090ee', '2024-07-29 02:37:51'),
('irmawandzakiruddin@gmail.com', 'def50200f98f062f61af8b8d9e1a8395f4178a22f743f9c0b26b874aec9bee8f061ffe74373444879fde44947a5c6ca6dca39a22a53cda1a1cd0f2e541a192b655ffb024a9c43e0c827e7ebb0eafcac2f5399d19f8cbd966d9d2c048a1d75bb018e1b6c165c82c4f7ce4a49888b945987bd18854dae5ba2fec1aa2575d11221', '2024-07-29 03:13:07'),
('nnhnie@gmail.com', 'def502000c012555c0543aa252086239becd19ec4a2cf4ad8c782409e9c57b8a6e8b9efad4ecec68f57c579599f2cc8f2e0cfdcb9b46d101a13505f0cccfff858f83ba066a2fb396ed81f6f7a383438541d0a4d437116a5bcb3e06a8c79c8f633b5882c35e7cdf95b9e71c2a041aa9c4a9f8c40817c678', '2024-07-30 05:00:00'),
('adindaintanputripertiwi@gmail.com', 'def502008ffaabd2c39b4c0c0136a5827292e892a4af338c6dce4a26fcb6facfe736450dfec864838437776e389f0f5a3686faa12d7a78f8e22d80e80dea99fd3bc461a7e7c9d2b64656a0e8cd8c47eba8a6a3f8722475b234e8585e9c5c8f9bb7a5cb6d9e19b64bc4a0988af072b2e94208be301478494552133c5578ec7c3', '2024-07-30 05:04:07'),
('adindaintanputripertiwi@gmail.com', 'def502009e0b97fd17032162fda5f7b765f00bf04eaafcba70fef655fff234678ffb1423c1d10ed53715da38593d3a1c347dcd3fed535139dadf655716abc4acb5e0cfccdfecc39e78b9eb7737c6a4f6d24a17c3b2fee76637e4d4d8b4ffadd773b520908f7f550e6c3860bbdb3cf0623b9ce134a08fb5379d4ddd576ebf19d', '2024-07-30 05:06:15'),
('adindaintanputripertiwi@gmail.com', 'def50200aca2ef912c216bc6e6733bcea5008a23af4f822d2097c87bb05d1fcad222bd089c92b76f6274d3dcada3da79482d458bcdc80abbf65825e52d86e7607f6773705a2c0b44aa82cdb1b855c75b825bff980b781be658fee79b64816f286d2e801667ac5362d38e4e3996a2154dacdfbab961312403a592dfa51458a93', '2024-07-30 05:06:23'),
('jufrih@matabadu.sch.id', 'def50200594fb3373588a4c09f7de6b6c9fa4fab404b0044293c9f899a22ab2c2a8b56e0df0ae9731163c7fba67a8d1a4b9f58628829bd54859e971fd6db44ce886974065d85da1ed7c0162d0a83d3f8496d4c62b4ccd364c30c6456012c7e902add4050b8f7904162c0c0608cb84d33ec70535bb9a385b0460b517d23', '2024-07-30 06:02:03'),
('jufrih@matabadu.sch.id', 'def50200debcaabc891ec526a837d986a32a87e5d99da9510bd0d313e50cbb2731a587767146fa5aa2e883fefdee8dcb87f6d36367c68fe839e91d8eb5262f0f9cb5aadb113837a90d5fece83337e8eef7c1f1d4d1fba1523e6d39f143ed2b8f705b39ec5c4bc4df7f8c2834aa737a699bd1a998dd84a92e3ae77171ae', '2024-07-30 06:02:06'),
('jufrih@sdtqdu.sch.id', 'def50200c82cf724e75e2ef580a57b315b0d0b7595ba833a183c34327852aac7b8c84eaa1bb6c62d205a821482aae4b0292bb0787a53bd7fb654695288bdedb16d054e369661ea6da56769f6ecbdff93f0bd041253ce6561dbe0f8af747ea584a4709cfc4bbbc0967f0feb21ff70a0e92f2b3798e8ae8bddf1b81b', '2024-07-30 06:04:38'),
('mataba1a', 'def502004763112a0c7c305a6e3cf9bd9c51bbe6293aca9a3d3c656c51da7a6ae929f46f0470b75691652c15a5aaf0af8537ed00a3f9d79b0340ce4f1cac7e894a4e7c53fd63f26e5f1c4d4938991d2678e0689fa3b58dcde87b5df7029f5321a93c48e38567f0216c9191726aab3b', '2024-07-30 06:35:11'),
('samaniofficial81@gmail.com', 'def502002faac54817a91a6849ee7ac8f5b13730826b73db9e4a4a3dcf949f25c67c65d1980d3ba4364b7debe00d207bcc6f5b39913087979471c12db5ba3ce59cd8070f7006099b3555772a653506e323ed7a6023a30630d8f449a4eb9505f25cbb842ff27bd7b611246e3246ccd4c30fc5c57ed2152ecf18d2125ba68854d', '2024-07-30 07:49:49'),
('diniwirantiayu2016@gmail.com', 'def502009437c30f8d0c46874c2a255a889bb987058124daa677b3d12a782cdb7f02696a9c491e8407d04454fbbc8dc1a48c6d449fc1ebc86a25dfd7267235bcb0de881f1ca145d60438eb3be2cc16a9197a8f2b1cbf2e1d1e8e64c33b462dc35c26b610686fb2637fe051fa94ec3ac64bef4bbb3fddd15d55f807b8bacf709', '2024-07-30 08:09:28'),
('nnhnie@gmail.com', 'def5020095c9c735965588089a5ea7ea4ff7b65097bb6079f9024680c18d55ae904d4c3b9cd2039e3e7d861147e800a5aa87cbf060e796e4d08ede6a904b055a0210fd026b9a82a9c78a95535d2264a39a3fe1cd5339ee08a8da85e9be7e5e0e0616f3e7f99d69e7b707985b4201b8f0304847df8606f4', '2024-07-30 09:37:48'),
('nnhnie@gmail.com', 'def50200f9ba9819ff6fc51a0634097ee1153a5458f372b0230cf3267b71e4443c72629405deead4c8e7f338c1a1fbb00fb4e26eb18df49f9074eaeac1bd94f91bba224d35dceb014ef89a58856602cae3645bd86baabb44b6dfc697c030f19909549a5e818f2f49a00269da1ac82887ad089af2024793', '2024-07-30 09:38:40'),
('nnhnie@gmail.com', 'def50200657aba8a2c94b907004951862ee21b25510d099c778212b920d332c09e8b23b419f5b02057ae16861f07de2c02b08ff132aa8d96036743f71461b77c0a199cfd4e4c978466bdb595be270ea55f8ee734045c588b37adb3ff965de66a3d870908a8f63d70b16ed349c46d4dfd0b5a9076fbf285', '2024-07-30 09:40:03'),
('dikapentol95@gmail.com', 'def5020004474cd6bf92baafa923c6184e158c76067f3ba4aed5aa45cee46831d82ac96a25ce5e2762f56b9fcce3abd848d49bce2c263ab6bfe7b20a5b37f2abd67cc51f6878a1f35d3ea2b33086610035b7213b55cb9d4112750c83ae6eb270f0ee36e689149783b1d7cf2db2ee152e6d5c1f47b70d05cdab3c339480', '2024-07-30 12:11:23'),
('16yudi80@gmail.com', 'def50200229f58438bf7a9d3de41a9cf18ff62bd3b3ad8d4d787b92cc2e393acf2f8fa53574adb244298d618c8774de7fa8f7fe369d279e67c47928fe50340f494318bb2911d2c3d5a7f6762d8d584c853ff6d6451fd123d94a6cd4649e8c103d92d261000650c456962cf5d049f099da1c54edd617ac0d685', '2024-07-30 12:27:27'),
('muhammadalfatihbinalfan@gmail.com', 'def502007c3cd0f0c7c434be3c4a10080f2db4c9d9db6d0c94f3dc3c715b47f7ee08ff7ee1e46e0c437eac362c08ab7ecc954880548be4b1500b24d07200ddd9a69cdaf24e6a7438329dee261144e90e8dfbf158ced395157aac9659a760b3e6c10547105a5271267f3dc504e04628e559a40353e616c9a51e529fe0e986822', '2024-08-02 03:32:06'),
('aisynusa2525@gmail.com', 'def50200dad558c5dc772a94c101ab1d89c3c1bc900d7f4efcdbe2260a659daa9b9c254865ab21a187e985e5aad0250248ca8a69274e909ea124088b5f68bbca24c7842c52d3331cacb173028bb8435bc81723cea1c5e8f162cf6b20a2e7c98d48d09cc47dcac00e4b01b8de09735b7b0025d305f682866129f8721252', '2024-08-06 02:43:20'),
('bilniagaofficial@gmail.com', 'def50200118214817d7e29ea477ca47d6e22e3ca4dc30057e8dab8ae7ea81eb9b5fb2791651c38708c44021f413b02b9a476a887e897c12fc44cec69a90c2a7a6eddeb99cf8530de6643589ddb8fc2584195dfb1f69a5ebf01f750cbab808cacf16b8f90d027c021936d5b58e63741f849641ddd83bafbc965db16e3a679de5', '2024-08-08 03:52:27'),
('sitimuasiyah1@gmail.com', 'def5020053f07a31ec846f6505c482deebe6330e1a6d3cec3cef601c7214903de253266b3af5fb9468921ce05a7ee5edc35215cfea0555c42add54df5971e3757d6e5595ed57f4ab7c382b20d50c4937ec7f85a3a569d9af0b891f050535c699e2e33e46673e4b98c73ef3d588226033c7e013b83e3cef382907619fa404', '2024-08-08 03:53:02'),
('bilniagaofficial@gmail.com', 'def502000c31a0af04ce6990f3ec64299292b9185cbafbd789cbe8fed031692778cf9b0ca8492e63276b1ae36164d4637850a2636b4f57f0a3bb5818244a14692f92402510cca228530a643ce60156ceca5a07bc001f9e245b75ab8ab97d1ffa5d08eb1b1084bc88f61cc1c3538d289310c0cd7be9646cf4cc90fa83c0ae7fb', '2024-08-08 03:55:36'),
('matabaparents@gmail.com', 'def502000986798d72e963c2a3f317c6e4a646d73aaa95be890284ab62c0ec969651b97c85e7d9c1f67bd41a34fd3d3aeb99ba3090aa9261726592e58a6bdb7763b8ddd343e2824dc02378fcf2c94a80cb6c6f308c2a7bc1a8beaa15421bed7cf6baa625cee125b54e917a32c4546a32f1b13b01400a4049891d0d20d1e6', '2024-08-08 04:01:11'),
('matabaparents@gmail.com', 'def502004ee89781f7291baa1c3a48f65d2348c1dae165fb227fbb7d708a556c862a1f11b95707b1f05ceaaef0bf089905211d64c39866edca48c8026dd2c7e25f0e225178c649fe487bfbdc71014f9b7d34dfb5c84901a50c214008e7bfa2a9e3da6fdf0a2be7066b4556bf926c88445265fd64559422ee74fb2060d436', '2024-08-08 04:03:16'),
('dwipangestutik591@gmail.com', 'def50200d4243151a38ab745871c016dec266d4815d3dec54307e48773160b39c9002f32171d091ee5f264c958c20634ca252b7583d61ce0e5e7b9d3549587a1135c04f40e34e1e1a14cd78f5d72b8d47924112f553715227fb9469692e48954db5924f53903f7776f438c35561c5219939a651b0ef548d45de8aa2ed4b417d', '2024-08-08 04:03:28'),
('ummu.wahyu20@gmail.com', 'def50200ea8a9c0fa7531027b9e9cd642c3941917e8eaa1d72ef0e65386dad9d36b034205db82240c81c003f96d0ec46755812cc216977bdd3360e07055633739e4d78c8d118495e253a33e4eef55a012d1c6b29a884ca0389d168be54269d984f44088e924aab3cce875109707adb702481491bea495fb0ed46436549', '2024-08-08 04:04:32'),
('wahyuwerdi74@gmail.com', 'def502000e93129aa78f3bd5f8e41fc79893b79f9c550742f38c405eced1ee922847be1e432d51dfb6494137b46934e0e5bf516955d34f54dfde644aeb37f52de224acb72c3d5ea9631a485d0f18c1ef7bcf3374b3d102336e09e11662a04f8dea00316234fe36c5eab577fa34343fc67ca0d0c2cd1dfc3eabd4d23f81', '2024-08-08 04:18:07'),
('wahyuwerdi74@gmail.com', 'def502005a0931c672b955b7510a64e194f4258af6a295b0501a0f4cd62815ca12bd44de6a7ab0e98031bef2690371f2ab720a950240a957c7dc2fe81623d1944e70f2fc0ce49185620129cea849fb413533ac6008c373a00e45599b7cd8c14c15dc4a66ba28227ab64952cb1e3371c7b420eb275146930959603346cb', '2024-08-08 04:20:28'),
('wahyuwerdi74@gmail.com', 'def50200e0baee039f540f4a4f1b5e14fa4fb9f93cc045d6416c7f8983442a66fd58886558e5cfe189accd17ea6f995b37af129957dee71e87caa1ad2dcfaa9528fb97b74366b3143ff969a3fc6fbc00d69d2a3f4f5999edeb120211807e3c3366cf983b543e5f2535bfb0d3bb68c5acb1a41747431a0fd39b231c2e0c', '2024-08-08 13:27:39'),
('rahifasholihah2017@gmail.com', 'def5020067d3ff86807f307fab3e838dfcb277feb2163b6091e9af34b664c0049093336eeaf7ed62039554c6fa331b4e5ab9965523ede587050ca447a7392ab5327bd7c509160cfb0433b107847fdde5e38f1f6bbe7ac86c4b0fb02c7e2e7ef90d439b4966ec02c5e3d1a7fec1a9789c39b10f30c9a79688dae44ca662295ee', '2024-08-16 11:45:01'),
('muhammadalfatihbinalfan@gmail.com', 'def50200f8df36e7e48c50d25815ef5e3f50470488b8214fa5b3580ccd8fd79c8f55907e6e1658d59320a49fcabdce497a49f0d3f6d4b80eadcf10e1568e3fa8e43d7ed963a6760829919d9bcdafca2dddda1c495dd25dce4bac42b7d647d35be15b5d121e61ac5486f18a058b7ff9f726abb6411a19c532fd3ebf7e86d5454', '2024-08-16 12:02:39'),
('muhammadalfatihbinalfan@gmail.com', 'def50200c7260e067400e26b847d35a3d439b6125a6c0b2ff603aa5ad4c4268269bc3a18f7c602553747314613fc0ab9a375c3b9f80ea9f5a112fd91eecbaa46df8259cd88eb0f981c4bdc7e6e42c6fc3e0669da173ff0e1c0fa97644fd7ec1edac3319ae298ec37c707e53d9b6738bcc6d9e276a76d1483d794b62d9034980', '2024-08-18 03:25:12'),
('muhammadalfatihbinalfan@gmail.com', 'def502006f6a789574cd630b3732192af5ba73cfcd150d60197e54d37af030878cc6e4b2e624d9ab43502e68a6408c41e72721bbc7bb3623536668acfa96cbf7cd0c165660ccbe8e53d347123d982113076cb23fddb3ea732cb0ee71ec846f16dc2d88c4f9d941f463b8c6e3caa3a67c1fc92a1e4dfcd28949b6704ceee10e9', '2024-08-20 14:21:36'),
('muhammadalfatihbinalfan@gmail.com', 'def50200000bd358fa0121bd212fc9125d1a547ae9d61c574e1c97ff4304699ffea9a8969ef0e8f080971fbab2834fb86d6dac950026c24ae517cd4a0e2017472277e4782c41ae08664c212417439eef3349139bf49899be2145a14a1c9e8f2116996b349254572b1bdb6426846598ef95821f00b7814ae8b6a900d89bbfd11', '2024-08-23 11:41:34'),
('qoqo.huda@gmail.com', 'def50200f81d0261c2aed883635cbcc1dc07a3ee86941683885d9083ce6d9af2354ef4150f12fb65f19e77d42e429a96522a8defc5af133378c64d56c0a0c091bcaca4da6ac0f571bc6624af6891789a0fe76bb6abd3a5e55cbc79cad6915ee4935a81cfdc5277919b56e55876124d37f9cf8ef993a1369a30ef', '2024-09-02 10:50:47'),
('qoqo.huda@gmail.com', 'def502006b19e3b2eb6d22c8bc6a4a6d0a2463c22b419a7bfc7d5163a2245d55974b32024ffad7b545e76012ebcf725c9d09eb154b28163d040c05c667de6347ee128caab7bf93906df1a2ca46490286cee596fee8cd014a3c7473c1cedada70a0e72d224b6d24f7aec7c1a36e5dd4c0a77894b52e29c1bec0ce', '2024-09-02 11:22:34'),
('fikrinorvaamelia@gmail.com', 'def50200a00446fa642cd586d78d8ae46228899b19848d755eeb1a7a73998d1dece56e9169c1be9015a93be180de80d9d8c17b6dfb911ad549e8f373b3331ae5f262772bc7970992f6d38369a8b9dfaefa32090edea78ff365c9e430d9970c607abe7925c67caf49e537e433be659ca35533dc573b6fbc4754ac38e7e144b30', '2024-10-01 00:08:16');
-- --------------------------------------------------------
--
-- Table structure for table `password_reset_tokens`
--
CREATE TABLE `password_reset_tokens` (
`email` varchar(255) NOT NULL,
`token` varchar(255) NOT NULL,
`created_at` timestamp NULL DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `periksa`
--
CREATE TABLE `periksa` (
`id` int(10) UNSIGNED NOT NULL,
`mulai` timestamp NULL DEFAULT NULL,
`akhir` timestamp NULL DEFAULT NULL,
`noloket` int(11) DEFAULT NULL,
`nofoto` varchar(50) NOT NULL,
`noregister` varchar(20) DEFAULT NULL,
`asalpasien` varchar(100) DEFAULT NULL,
`nmrs` varchar(150) DEFAULT NULL,
`pasien_id` int(11) NOT NULL,
`nmpasien` varchar(200) DEFAULT NULL,
`jkpasien` varchar(15) DEFAULT NULL,
`tgllahirpasien` date DEFAULT NULL,
`tlppasien` varchar(50) DEFAULT NULL,
`alamatpasien` varchar(200) DEFAULT NULL,
`reques` varchar(100) NOT NULL,
`usia` varchar(25) DEFAULT NULL,
`berat` decimal(11,2) DEFAULT NULL,
`ruangan_id` int(11) NOT NULL,
`ruangan` varchar(49) DEFAULT NULL,
`dokter_id` int(11) DEFAULT NULL,
`ppdssenior` int(11) DEFAULT NULL,
`middleppds` int(11) DEFAULT NULL,
`ppdsjunior` int(11) DEFAULT NULL,
`ppdsmiddle2` int(11) DEFAULT NULL,
`ppdsjunior2` int(11) DEFAULT NULL,
`radiografer` int(11) DEFAULT NULL,
`excutor` int(11) DEFAULT NULL,
`nmdokter` varchar(200) DEFAULT NULL,
`nmppdssenior` varchar(200) DEFAULT NULL,
`nmmiddleppds` varchar(200) DEFAULT NULL,
`nmppdsjunior` varchar(200) DEFAULT NULL,
`nmppdsmiddle2` varchar(200) DEFAULT NULL,
`nmppdsjunior2` varchar(200) DEFAULT NULL,
`nmradiografer` varchar(200) DEFAULT NULL,
`nmexcutor` varchar(200) DEFAULT NULL,
`klinisi` varchar(150) DEFAULT NULL,
`klinis` varchar(150) DEFAULT NULL,
`poli_id` int(11) NOT NULL,
`keterangan` text DEFAULT NULL,
`kesimpulan` text DEFAULT NULL,
`asuransi` varchar(25) DEFAULT NULL,
`urgensi` varchar(25) DEFAULT NULL,
`diagnosa` int(11) DEFAULT NULL,
`diagnosa2` varchar(150) DEFAULT NULL,
`modality` varchar(50) DEFAULT NULL,
`kilovolt` varchar(25) DEFAULT NULL,
`mas` varchar(25) DEFAULT NULL,
`dlp` varchar(50) DEFAULT NULL,
`daftar` timestamp NULL DEFAULT NULL,
`foto` timestamp NULL DEFAULT NULL,
`tgldraft` timestamp NULL DEFAULT NULL,
`nmdrafter` varchar(200) DEFAULT NULL,
`baca` timestamp NULL DEFAULT NULL,
`nmpembaca` varchar(200) DEFAULT NULL,
`verifikasi` timestamp NULL DEFAULT NULL,
`export` timestamp NULL DEFAULT NULL,
`tgladendum` timestamp NULL DEFAULT NULL,
`nmadendum` varchar(200) DEFAULT NULL,
`filefoto` varchar(150) DEFAULT NULL,
`status` varchar(100) DEFAULT NULL,
`tandatangan` longtext DEFAULT NULL,
`jenisfont` int(11) DEFAULT NULL,
`jumlah` int(11) DEFAULT NULL,
`created_at` timestamp NOT NULL DEFAULT current_timestamp(),
`updated_at` timestamp NOT NULL DEFAULT current_timestamp() ON UPDATE current_timestamp()
) ENGINE=MyISAM DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `personal_access_tokens`
--
CREATE TABLE `personal_access_tokens` (
`id` bigint(20) UNSIGNED NOT NULL,
`tokenable_type` varchar(255) NOT NULL,
`tokenable_id` bigint(20) UNSIGNED NOT NULL,
`name` varchar(255) NOT NULL,
`token` varchar(64) NOT NULL,
`abilities` text DEFAULT NULL,
`last_used_at` timestamp NULL DEFAULT NULL,
`expires_at` timestamp NULL DEFAULT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `poli`
--
CREATE TABLE `poli` (
`id` int(10) UNSIGNED NOT NULL,
`poli` varchar(25) NOT NULL,
`subpoli` varchar(100) NOT NULL,
`subsubpoli` varchar(100) DEFAULT NULL,
`modaliti` varchar(15) DEFAULT NULL,
`modaliti2` varchar(15) DEFAULT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `riwayatjawaban`
--
CREATE TABLE `riwayatjawaban` (
`id` int(11) NOT NULL,
`nofoto` varchar(50) DEFAULT NULL,
`jawaban` mediumtext DEFAULT NULL,
`inputor` varchar(150) NOT NULL,
`keterangan` varchar(35) DEFAULT NULL,
`verifikasi` varchar(150) DEFAULT NULL,
`created_at` timestamp NOT NULL DEFAULT current_timestamp(),
`updated_at` timestamp NOT NULL DEFAULT current_timestamp() ON UPDATE current_timestamp()
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
-- --------------------------------------------------------
--
-- Table structure for table `ruangan`
--
CREATE TABLE `ruangan` (
`id` int(10) UNSIGNED NOT NULL,
`poli` varchar(100) NOT NULL,
`ruangan` varchar(100) NOT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Dumping data for table `ruangan`
--
INSERT INTO `ruangan` (`id`, `poli`, `ruangan`, `created_at`, `updated_at`) VALUES
(1, 'FOTO NON KONTRAS', 'Kamar 1', '2019-04-15 23:20:13', '2023-12-02 16:11:29'),
(2, 'FOTO KONTRAS', 'Kamar 8', '2019-04-15 23:20:20', '2020-04-16 04:31:16'),
(3, 'MRI', 'MRI', '2019-04-15 23:20:31', '2021-03-30 21:01:38'),
(4, 'CT SCAN', 'CT SCAN sentral', '2019-04-15 23:20:48', '2020-04-20 23:04:51'),
(5, 'FOTO NON KONTRAS', 'USG', '2019-04-15 23:21:01', '2023-11-24 05:15:28'),
(6, 'FOTO NON KONTRAS', 'Kamar 2', '2020-04-16 04:31:29', '2020-10-21 03:12:33'),
(7, 'FOTO NON KONTRAS', 'Kamar 3', '2020-04-16 04:31:33', '2020-04-16 04:31:33'),
(8, 'FOTO NON KONTRAS', 'Kamar 4', '2020-04-16 04:31:37', '2020-04-16 04:31:37'),
(9, 'FOTO NON KONTRAS', 'Kamar 5', '2020-04-16 04:31:41', '2023-06-11 22:55:59'),
(10, 'FOTO NON KONTRAS', 'Kamar 6', '2020-04-16 04:31:45', '2020-04-16 04:31:45'),
(11, 'FOTO NON KONTRAS', 'Kamar 7', '2020-04-16 04:31:49', '2020-04-16 04:31:49'),
(12, 'MRI', 'MRI Paviliun', '2020-04-16 04:38:08', '2020-04-16 04:38:08'),
(13, 'FOTO NON KONTRAS', 'IGD X-Ray', '2020-04-16 23:09:56', '2023-10-13 23:51:58'),
(14, 'FOTO NON KONTRAS', 'Cito Bed', '2020-04-19 20:45:22', '2020-04-19 20:45:22'),
(17, 'FOTO KONTRAS', 'CATHLAB Central', '2020-04-22 11:11:53', '2020-04-22 11:11:53'),
(18, 'USG', 'IGD USG', '2020-05-17 19:51:41', '2020-06-12 04:16:40'),
(19, 'CT SCAN', 'IGD CT SCAN', '2020-05-17 19:52:14', '2020-05-17 19:52:14'),
(20, 'FOTO NON KONTRAS', 'IGD Cito Bed', '2020-05-17 19:53:01', '2020-05-17 19:53:01'),
(22, 'FOTO NON KONTRAS', 'Radiologi Incovit', '2021-02-08 20:48:38', '2021-02-08 20:48:38'),
(23, 'CT SCAN', 'Radiologi Incovit', '2021-02-08 20:48:51', '2021-02-08 20:48:51'),
(24, 'USG', 'Radiologi Incovit', '2021-02-08 20:49:01', '2021-02-08 20:49:01');
-- --------------------------------------------------------
--
-- Table structure for table `sessions`
--
CREATE TABLE `sessions` (
`id` varchar(255) NOT NULL,
`user_id` bigint(20) UNSIGNED DEFAULT NULL,
`ip_address` varchar(45) DEFAULT NULL,
`user_agent` text DEFAULT NULL,
`payload` longtext NOT NULL,
`last_activity` int(11) NOT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Dumping data for table `sessions`
--
INSERT INTO `sessions` (`id`, `user_id`, `ip_address`, `user_agent`, `payload`, `last_activity`) VALUES
('30CPrvjyO96fz3psoHucH9EUBRQc0mhx6MxkxV2t', 4, '', 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.15; rv:132.0) Gecko/20100101 Firefox/132.0', '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', 1731928801),
('3s0IOvVYyvbuXHBM43V30LtrBTXXf8YQPOdLkcYu', NULL, '', 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.15; rv:132.0) Gecko/20100101 Firefox/132.0', 'YTozOntzOjY6Il90b2tlbiI7czo0MDoibkR4MVA4Y2NLN2FmNXdzVHJJR0JhZjRPWFBJQmdqN1pYSmxzSXRveSI7czo5OiJfcHJldmlvdXMiO2E6MTp7czozOiJ1cmwiO3M6NTg6Imh0dHBzOi8vbGlzLnN3YW5kaGFuYS50ZXN0L3BlbmRhZnRhcmFuP19yb3V0ZV89cGVuZGFmdGFyYW4iO31zOjY6Il9mbGFzaCI7YToyOntzOjM6Im9sZCI7YTowOnt9czozOiJuZXciO2E6MDp7fX19', 1731930238),
('rw8jSQu5km6z0EYghY8q77CIXU3tsApxE0GlOQhS', NULL, '', 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.15; rv:132.0) Gecko/20100101 Firefox/132.0', 'YTozOntzOjk6Il9wcmV2aW91cyI7YToxOntzOjM6InVybCI7czoyNjoiaHR0cHM6Ly9saXMuc3dhbmRoYW5hLnRlc3QiO31zOjY6Il9mbGFzaCI7YToyOntzOjM6Im9sZCI7YTowOnt9czozOiJuZXciO2E6MDp7fX1zOjY6Il90b2tlbiI7czo0MDoiNGYzeVlTOHg3MU9ydG5kZXFTc1FmT0xBbUxKRlMzZ1VIeFpRenR6UiI7fQ==', 1732012125);
INSERT INTO `sessions` (`id`, `user_id`, `ip_address`, `user_agent`, `payload`, `last_activity`) VALUES
('wpanB0TgIZmqfYH4vVZgg8EUmAkEk4UJPixHLQih', 4, '', 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.15; rv:132.0) Gecko/20100101 Firefox/132.0', 'a:9:{s:6:"_token";s:40:"5MfupE65yHFBSdpDzM68Zm35YPmXNtaSFxAZ46SQ";s:9:"_previous";a:1:{s:3:"url";s:26:"https://lis.swandhana.test";}s:6:"_flash";a:2:{s:3:"old";a:0:{}s:3:"new";a:0:{}}s:50:"login_web_59ba36addc2b2f9401580f014c7f58ea4e30989d";i:4;s:2:"id";i:4;s:4:"nama";s:19:"Radiology FKUB-RSSA";s:8:"username";s:5:"admin";s:9:"previlage";s:9:"developer";s:5:"photo";s:244034:"data:image/png;base64,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";}', 1732697714);
INSERT INTO `sessions` (`id`, `user_id`, `ip_address`, `user_agent`, `payload`, `last_activity`) VALUES
('XgKWVVH5fw6BIWcYb5AItFkC7uQN61zVSF67EbO5', 4, '', 'Mozilla/5.0 (Macintosh; Intel Mac OS X 10.15; rv:132.0) Gecko/20100101 Firefox/132.0', 'a:9:{s:9:"_previous";a:1:{s:3:"url";s:44:"https://lis.swandhana.test/poli?_route_=poli";}s:6:"_flash";a:2:{s:3:"old";a:0:{}s:3:"new";a:0:{}}s:6:"_token";s:40:"YT0xXPVvzgNttaRIqJTZ8h4OjCO5QwGGhNG0Ouvo";s:50:"login_web_59ba36addc2b2f9401580f014c7f58ea4e30989d";i:4;s:2:"id";i:4;s:4:"nama";s:19:"Radiology FKUB-RSSA";s:8:"username";s:5:"admin";s:9:"previlage";s:9:"developer";s:5:"photo";s:244034:"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAgAAAAIACAYAAAD0eNT6AAAYo2lDQ1BEaXNwbGF5AABYhZVZZ1AUbbPt2ZmN7BKXnHPOGSTnJDmKwrIssGSXKKJIEBVUMKECBpKKIioGEBVBQUQRxIAIBlBRUVQMKCrh/gD93vveW3Xr9o+Zrn5On+4+M/VMzQyAeCcjOTkexwuQkJjK8XGylQkKDpEhjgMJiMALdFBlMFOSbby83AEA/pz/YQjA90FAAADuazKSk+Ph/2f8kawUJgASCgARkSnMBACkHQDLYyZzUgEI9gAgn5GanApAiAEAOicoOASAkA0A9OhFvxQA6BGLfi0A0Dl+PnYAhBYAEpXB4EQDcHcCgEw6MzoVgPsVAIE/MZKdCECfASBYMmMYkQDiJgCgkZCQFAkgHgkAKunM6GQA8a0AYBLxD87o/8Yf8ZefwYj+6y/OBQAAJHt2SnI8Y83/U5r/2xLi0/7UUAIAagzH2QcA6ADIUFySmw8AUAGQycSI5Z4AwA+AzLAjF3UHwFFi0pz9F/E4CWaKXQgACAHgdCIZ9m4AIAGAc0yMX+6+FI+IYju6AAAvAC6Tnerit5S7mZXi4LvEWclJ8vH840dx7GyWchsZHIAlfGdanL/NEv9QDMvlD/+3rBi/QACgAKCUdHbAcgDgBkDpKXG+bosYVC4rxm75HwwnzccfABQAUBNWopPtIj8aGsVx9FnCJyek/JkXLYxhuyxf8velxvg5L+qDHmcyHHwBQAQAvcBKtPH/w8NKCXL/M0sky95hcXa0j5XovzQv+iw51dZnKXcqOd5rCY+RWPFOPgAgB4CJpaT7LuViy1I5fkvXCHNPTvXyW+wTC49luHot9oOlgzvYgT3IQBrIQAQkQSyw+yabJ0FmacURGMCBaGCB5lLkT0YgMIADicAAX8iCD5AILEj5m2cLDOAAC9IhEeb+RhePmhAFDOBAOrAgBeLgNXAgAdwgHliQBhxgQeLfagHwCjjA/h/VmZAE8ZAEHGD/LzEbsAP3pUjaH14Znj9IggPBnuBMcCSoYmKYJWaOuWOWmDVmielhJpjpn27/g8e/xg/gX+Af4kfxj8PYeZx/9eIBo5C2pBQLIv45MaaE6WGGmC1mgVlipiCDCWFioIkZYCaYDWaFmWOGmCnYLfWdBpx/KfWvCf6h+RKOrEPGkYXJ1mSVf2dyq3Eb/mVhQeJ/02ex14i/qtr9Xfl3fbt/6BwJSeD2byS6GT2LdqMdaA96GW0GGfQq2oL2olfQ5n/cQ6+AA9F/q/kACxIhDuKB/T/qMZZqcoAFKTondCZ0ZpfWIJWVmQoAYJeUvIbDjo5JlbFJTo5nybgkMrU0ZPR09HQBgoJDZBa3qa8+gAAAItT/nxh7EMDoDAAy9J9YtB9A6wsAsvt/YooNANyJADfJzDRO+mIMAwDAAwV4gA6iIAXyoAKaoAdGYA7W4ACu4Al+EAyrgAkxkAAcyIBsyIVCKIZS2APlcAhq4BichCZohsvQATfgNtyFhzACozAO72EKvsNvBEGICA0RQEQRaUQRUUf0EBPEEnFA3BEfJBgJR6KRRCQNyUbykWJkJ1KOVCH1yBnkItKB9CADyGNkDJlAviC/cCiOiqPjJHFKOG2cCc4G54bzw63EReNW47JwBbjtuH24alwD7gKuA3cb9xA3inuPm0YB5UKFUFlUEzVB7VBPNASNQjnoerQILUOr0Ua0Fe1G76Oj6CT6EyNgApgMpomZY86YP8bEVmPrsa1YOXYMu4B1YvexMWwKm8fT8BJ4dbwZ3gUfhI/GZ+AL8WX4I/jz+C78Q/w4/juBQBAiKBOMCc6EYEIsYS1hK+EA4RShnTBAeEmYJhKJokR1ogXRk8ggphILifuJDcSrxHvEceIMiYskTdIjOZJCSImkPFIZ6TipjXSP9Ib0m8xLViSbkT3JkeQ15BJyLbmV3E8eJ/+m8FGUKRYUP0osJZeyj9JI6aI8oXzl4uKS4zLl8uZic23g2sd1musm1xjXTyo/VY1qRw2lplG3U49S26mPqV9pNJoSzZoWQkulbafV067TntFmuAW4tbhduCO5c7gruC9w3+P+yEPmUeSx4VnFk8VTxnOWp59nkpfMq8Rrx8vgXc9bwXuR9xHvNJ8Any6fJ18C31a+43w9fG/5ifxK/A78kfwF/DX81/lfCqAC8gJ2AkyBfIFagS6BcTqBrkx3ocfSi+kn6X30KUF+QQPBAMFMwQrBK4KjQqiQkpCLULxQiVCT0KDQL2FJYRthlvAW4Ubhe8I/RMRFrEVYIkUip0QeivwSlRF1EI0T3SHaLPpUDBNTE/MWyxA7KNYlNilOFzcXZ4oXiTeJD0vgJNQkfCTWStRI9EpMS0pJOkkmS+6XvC45KSUkZS0VK7Vbqk1qQlpA2lKaLb1b+qr0OxlBGRuZeJl9Mp0yU7ISss6yabJVsn2yv+WU5fzl8uROyT2Vp8ibyEfJ75a/Jj+lIK3goZCtcEJhWJGsaKIYo7hXsVvxh5KyUqDSJqVmpbfKIsouylnKJ5SfqNBUrFRWq1SrPFAlqJqoxqkeUL2rhlMzVItRq1DrV8epG6mz1Q+oD2jgNUw1EjWqNR5pUjVtNNM1T2iOaQlpuWvlaTVrfdRW0A7R3qHdrT2vY6gTr1OrM6LLr+uqm6fbqvtFT02PqVeh90Cfpu+on6Pfov/ZQN2AZXDQYMhQwNDDcJPhNcM5I2MjjlGj0YSxgnG4caXxIxO6iZfJVpObpnhTW9Mc08umP82MzFLNmsw+mWuax5kfN3+7THkZa1ntspcWchYMiyqLUUsZy3DLw5ajVrJWDKtqqxfW8taR1kes39io2sTaNNh8tNWx5diet/1hZ2a3zq7dHrV3si+y73Pgd/B3KHd45ijnGO14wnHKydBprVO7M97ZzXmH8yMXSRemS73LlKux6zrXTjeqm69budsLdzV3jnurB87D1WOXx5PlissTlzd7gqeL5y7Pp17KXqu9LnkTvL28K7xf++j6ZPt0+wr4hvke9/3uZ+tX4jfir+Kf5n8tgCcgNKA+4EegfeDOwNEg7aB1QbeDxYLZwS0hxJCAkCMh0yscVuxZMR5qGFoYOrhSeWXmyp5VYqviV10J4wljhJ0Nx4cHhh8Pn2V4MqoZ0xEuEZURU0w75l7m+0jryN2REywL1k7WmyiLqJ1Rb6MtondFT8RYxZTFTLLt2OXsz7HOsYdif8R5xh2NW4gPjD+VQEoIT7iYyJ8Yl9iZJJWUmTSQrJ5cmDy62mz1ntVTHDfOkRQkZWVKSyo9NTm1N00lbWPaWLplekX6TEZAxtlMvszEzN41amu2rHmT5ZhVtxZby1x7LVs2Ozd7bJ3Nuqr1yPqI9ddy5HMKcsY3OG04lkvJjcu9k6eTtzPvW35gfmuBZMGGgpcbnTaeKOQu5BQ+2mS+6dBmbDN7c98W/S37t8wXRRbdKtYpLiue3crcemub7rZ92xa2R23vKzEqOVhKKE0sHdxhtePYTr6dWTtf7vLYdWG3zO6i3d/2hO3pKTMoO7SXsjdt7+g+930t+xX2l+6fLY8pf1hhW3GqUqJyS+WPA5EH7h20Pth4SPJQ8aFfh9mHh6qcqi5UK1WX1RBq0mte1wbUdteZ1NUfETtSfGTuaOLR0WM+xzrrjevrj0scLzmBO5F2YqIhtOHuSfuTLY2ajVWnhE4Vn4bTaaffnQk/M9jk1nTtrMnZxnOK5yrPC5wvuoBcWHNhqjmmebQluGXgouvFa63mrecvaV06eln2csUVwSslbZS2graFq1lXp9uT2yc7ojteXgu7NnI96PqDTu/Ovi63rps3HG9c77bpvnrT4ublHrOei7dMbjXfNrp9odew9/wdwzvn+4z6LvQb97fcNb3bOrBsoO2e1b2O+/b3bzxweXD74fKHA4P+g0OPQh+NDkUOvX0c//jzcPrw75ENT/BPip7yPi17JvGs+rnq81OjRqNXxuzHel/4vhh5yXz5/lXKq9nxgte012VvpN/Uv9V7e3nCceLuuxXvxt8nv/89WfiB70PlR5WP5z5Zf+qdCpoa/8z5vPBl61fRr0e/GXy7Nu01/ex7wvffP4pmRGeO/TT52f0r8Neb3xmzxNl9c6pzrfNu808WEhYWkhkcBgAAoACAi4oC+HIUgBYMIHAXgLJi8Z1vyVAEAAcAAYgW8h7XiaZgitg7fBUhjChLHCFVk2MpepRZrn7qIVoq93IeVV4C7wu+Lv4jAlvoSYIBQg7CgSIJooVih8VbJe5JTkqTZRRkbeTC5dcpVCheVBpW/qUqrmapHqGRr1mv1a/9VVdEz0qfaVBseMZowPijKc1MzdxxWYTFestyq3PWfTZvbOftRRy0HO2dAp3jXLJdt7sddG/0uLK813PY67X3N1/Ej+ovHCARKB0kH6wcorFCL9Rspd0qtzD/cCYjKWI9c1vkIdaZqK7o4ZipWFKcTLxpgm9iUlJRct3qDs6zlN9pIumGGX6Zq9eUZp1a25/9aT1vjv4G/9zMvMr8joLXhdRN+ptDtuQV1Rff3zq7XanEs3TNjtqdd3Z92sNTprvXf1/m/sryjoo3B2gHDQ+FHs6vOl49UPOjTuKIzVHWsU31x453n3jVsNAockrntNOZ0CbO2S3nDp4/feFy8/WWGxevt166dPJy+ZXcNuZV63bh9ncdF6/lXnfqJHfe6iq8YXPjd/e5m3E9cj3Dt3bcdu+l9g7cKesL6Zfqf3G3diDqnsq9ifvHH8Q+VHv4fvDEo7ghjaEPj08Nrx4xGJl5cvlp7jPH57TnD0bLx1a9kHsx8fL8q03jYa8t3si/5Z3Av8O9p0yKfzD+uOLTpqnWz9++GnzLnG77QZzx/ln56/Ws1lzafOvCAgAEIPLIaVwwyoc2YSvwFPxJQhCRSDxFYpBFyLcpBVy2VDz1Om0jtwsPN88QbzVfPL+xAFHgKb1X8IZQu/AVkRbRs2KnxRskjkrWStVI18hUy1bJVcvXKhxVrFc6qXxG5Zxqq1qHepfGLc17WkPaT3We6T7Ve6I/bPDI8KHRfeN+k1umXWYd5peWnbM4aVlrVW5dYpNvm2EXa7/SYbmjtZOus4wLryu4Trk9ce/yaFi+y3OtV4S3i4+Or6gf4jfhfy/gUmBdUElwVghrhWfospXKqwTCkLCP4SOMnohmZl3kLlZBVG50Xkw+Oz82Ly4/Pi8hPzE/KS85b3UeJy8lLzU3bUP6hoyczJw167PWrc3Ozl63dn1WzpoNmbmZeSX5dQWXNz4ofL8Z3SJWpFfsvDV8W8b2rSW1pa077u58vWt2D1+Z8l6Lfd77o8qzK3ZU1h5oPdh/6OXhH9XUGtlaozrXI6uOco5tqq843niio+HByTeNv05Tz0g1aZ+1OedznnkhpbmgZffFutbzlzov37/ysu3d1bvtJzuKrkVft++U6ZztGrpxtnv7TXaP3S3JW99v9/cevZPTF9CveRe7Ozxw5l7h/dAHug/xD0cGzzwqGmI/dhvWG5F+IvCU55nAc9lR87HwF7tePhhXeb31LUxseS83eefjlinvLyrfuKZnfnz6+e73h7mvCwsAoA6diBsyhFuB+4DGoTNYHl4EX00wJNwmMohzpAqyJXmUsolLj+s5tZi2jDbJfYDHh5eLt4tvO3+YgC4doz8QrBPKFPYQkRaZFr0lViWeKeEpqSKFSA1Ln5UpkY2Vc5SXl59XGFZsUSpTTlXxUlVRnVUbUK/TWKPpoSWr9Vm7Q2eHbrielt5P/WsGxYa+RiJGI8aHTBimcqZjZofMVy0TX/bIYpelpxXN6p51uQ3TVsP2q90l+wIHd0e644hTjXOci57LT9d2t03unh5CHk+WV3uyvbS8vnm3+uT4OvhR/Pr8dwT4BQoHDgcdDI4IUQn5uOJC6IaVrquEVr0KOxtewAiM0GDimMOR51ilUQnRbjHqbC72h9i7cefiyxIyEoOSzJLFk+dWP+d0pNSkFqax0z0ydDOFMn+veZF1a21TdsW6jeuTc0I3uOQa5cnn8xcgBZ83vi4c3zSx+eOWL0Xfi39tnd+OKyGUknfQdvLuou8W3iNWJrVXdp/CfuVytQrNSt0DBgeND5kftqyyqXarYdbm1h060nZ0+NjMcaETBg3eJxMai04dPd15ZrRp9pzwef0Lns2xLRsvVrVevjR4+XMb9apSu3XHymtrr+/tbOy6ceNp97cenlvat/17N95p6yfcDRvovu/24MVg5VDGcNaTI8/JYw2v9r4ZeJ/2qeSb9c+GhQWAxW9/AAAEI4A6K4CAKADfaoCaywCKJgC0OgAvGoCfKeD8sgB51gJI8P6/zw8EMCABL4iCIuiDPQRAHORBOZyHAfiE8CC6iB+ShVQht5BpnDjOFheL24Vrw71DRVAnNAOtR59gvJgjtg67gE3h1fEx+CP4cYIiIYZwgvCJaEhcR7xB4iWFkupJP8jO5EryF4oLpZoyxxXC1UIVoWZRn9HsaQ3cQty53J94wnju8TryXuEz4jvDr8XfKKAtcJZuSr8m6CY4JBQtNCNcKqIm0iUaIYaIVYnbio9LFEnqSA5K5UirSN+XWS+rLvtYbrO8qfw7hQOK3kpEpTbldBUdlUnVerVodWX1dxonNVO0TLVx2r06+3Qj9fT1Uf0HBkcMs4y8jJWM500emTaZbTePW+ZqoWZJtfxodd+6xeaw7Ra7VPtwBw9HOydLZ1MXA1ddNx13HQ/d5XqeRl7m3jY+Lr6+fmH+CQHrAkuD6oIvhzxaMb1SaJVZGDN8O6Mt4kukCosZdTj6OVsqlhl3MgESVyRdXa3JqUtVS7uUEbyGkHU9u3R9/IbQvBUF0YUFmxuKnm4TKQnYUbHr3p6ZfTLlnpWFBzurSDXeddVHfxz3bWg6JXgm++zLC54tly6pXtnfTrmW3Tndvb5noXd1370B+fuMhyWPGh5fHDn3tPr5hjG/l1Kvnr8uf+s5sfC+4UPQJ2yq8UvQN2z6zA/GT/qvntn8eZuFBQBAAA9cQAcZ0AYbCIAE2AQ10AEvEDyijvgg2Ug98ghHwOniVuKKca24SVQa9UOL0U50HjPDMrBmbAZvjs/BdxFohABCNeET0YK4jThKMiBtIY2Rzcn7yT8pKyjtXMpcJVy/qDHUIZorrY3biPsUjwbPCV5N3iY+M75Ofm/+MYEUOoleJWguOCSUKSwpfFMkXVRRdEhsm7iD+LzEJcksKXOpeelOma2yAXLycp/lryuUKcYp2SlLKv9Seax6Se2geoaGp6aaFlHrrXaPTqPubr11+myDQEMnI1NjLRMlUxkzCXOxZeIW0paKVprWxjb2tn52UfZZDiWOpU67nfe5HHQ96nbGvc2jd/lTz8/eeB8JX2M/b//kgNLApqDB4LkVyqHeK3NWnQobYwhGuDE3Rl5l/Y42j8lmX43D4t0T9iSOJeuszuXcT1VJ25A+kmm8pixrJjt03fUcjQ378gj5GQXvCxmbHm/xKxrY6rXtQUlw6ehO9m6LMqV9AuVoxc8DXw59qvpS8/MIdkzwuFqDfWPk6U1Np889b+a76Hyp4EpXO9c1v86DN573CN12uBPTv26g4H7Ow5hHdo9pwz1P0p7Rn1ePKbyoeEUcj3rd9pY24ftuz/u+D9hHo08RU1s/n/7y4OvXaf7vmj+cZhg/1/7a+bt+9urc4Py7hQUAwAEJ+EEW9MEVIiEPquEGTCKCiA2SjFQjgzgqzgqXhjuJe4sqoSz0GDqJ6WPZ2E28ED4Kf5HATWARrhLFiVnEEZIlqZZMI68lf6QwKU+4grgeUVdQX9ASaLPcpTyqPDd42Xx8fFf4kwSUBMbo1YLRQnpCc8LXRIpE/cUUxWbE+yTqJTdJsaU9ZUxkleSE5akKBEVUCa9MUaGryqrpq7tpsDW3aJ3UfqAzq6ek722w3vCE0WMTkqmxGct8z7Iui2krJesgm2LbdrvvDhqOMU7HnT+46rutc+9ZLuIZ69XmQ/dN8OsOUAjMCxoLsVtRt5K8KilskGEZUR8pxMqP+hrDYnfHycavSxhJWpZcxSGmJKWOpLtktK7RzKrJFl9XliOwYVeeYH75RrnChs3GW24UB2x9t31DqeiOpl02uy+VGe5t2q9TfrbS6MDlQ3aH71SH1EzUZR2lHas5bn5i8GTKKf7TZ5sCz86fP9Ls1TLXevLyqjb+qz0dedeXdX670XAz/pZRL3Knr//AAPu+/oPpwcahlcPYSOVTpWe1o8JjGS96X4mMe73Of1P39urE7Xf9729OXvlQ9bHwU9CUytS3z2e+JH5V/Hr329pphekr3wO+T/3InSHP7Pgp9rPiF/+vot/I7zW/x2c9Zs/PSc5tnJuYt5kvn/+64LFwZGEBICVKXw8AABCqLQD+2cLCVyUA4k6AuR0LC7+rFxbmagDQJwDt8Yv/kwAACLwAld0AADc6L+rAv2zxX9M/3mP+fQbA+WUtVg3et7gLPWsB+C8MHe7XdsTDxwAAAAlwSFlzAAALEwAACxMBAJqcGAAACYxpVFh0WE1MOmNvbS5hZG9iZS54bXAAAAAAADw/eHBhY2tldCBiZWdpbj0i77u/IiBpZD0iVzVNME1wQ2VoaUh6cmVTek5UY3prYzlkIj8+IDx4OnhtcG1ldGEgeG1sbnM6eD0iYWRvYmU6bnM6bWV0YS8iIHg6eG1wdGs9IkFkb2JlIFhNUCBDb3JlIDUuNi1jMTQwIDc5LjE2MDQ1MSwgMjAxNy8wNS8wNi0wMTowODoyMSAgICAgICAgIj4gPHJkZjpSREYgeG1sbnM6cmRmPSJodHRwOi8vd3d3LnczLm9yZy8xOTk5LzAyLzIyLXJkZi1zeW50YXgtbnMjIj4gPHJkZjpEZXNjcmlwdGlvbiByZGY6YWJvdXQ9IiIgeG1sbnM6eG1wPSJodHRwOi8vbnMuYWRvYmUuY29tL3hhcC8xLjAvIiB4bWxuczpkYz0iaHR0cDovL3B1cmwub3JnL2RjL2VsZW1lbnRzLzEuMS8iIHhtbG5zOnhtcE1NPSJodHRwOi8vbnMuYWRvYmUuY29tL3hhcC8xLjAvbW0vIiB4bWxuczpzdEV2dD0iaHR0cDovL25zLmFkb2JlLmNvbS94YXAvMS4wL3NUeXBlL1Jlc291cmNlRXZlbnQjIiB4bWxuczpzdFJlZj0iaHR0cDovL25zLmFkb2JlLmNvbS94YXAvMS4wL3NUeXBlL1Jlc291cmNlUmVmIyIgeG1sbnM6cGhvdG9zaG9wPSJodHRwOi8vbnMuYWRvYmUuY29tL3Bob3Rvc2hvcC8xLjAvIiB4bXA6Q3JlYXRvclRvb2w9IkFkb2JlIFBob3Rvc2hvcCBDQyAyMDE4IChNYWNpbnRvc2gpIiB4bXA6Q3JlYXRlRGF0ZT0iMjAyMS0wOS0xNlQwNTozMTozMiswNzowMCIgeG1wOk1ldGFkYXRhRGF0ZT0iMjAyMi0wMi0wNFQwNjoxMTo0OSswNzowMCIgeG1wOk1vZGlmeURhdGU9IjIwMjItMDItMDRUMDY6MTE6NDkrMDc6MDAiIGRjOmZvcm1hdD0iaW1hZ2UvcG5nIiB4bXBNTTpJbnN0YW5jZUlEPSJ4bXAuaWlkOjg2OTYyZTliLWFiMmQtNGFlZS05YzdhLWQxZTljMDgyYjVmOCIgeG1wTU06RG9jdW1lbnRJRD0iYWRvYmU6ZG9jaWQ6cGhvdG9zaG9wOjg0MTExNjY2LWNiNDktNmQ0ZS1hMDlhLWNhZDVhYTAwZTVmNiIgeG1wTU06T3JpZ2luYWxEb2N1bWVudElEPSJ4bXAuZGlkOmI1NDExNjYxLTRkYTItNDQ0Mi04NWZmLTIxYTUxZjhkMWViMiIgcGhvdG9zaG9wOkNvbG9yTW9kZT0iMyIgcGhvdG9zaG9wOklDQ1Byb2ZpbGU9IkRpc3BsYXkiPiA8eG1wTU06SGlzdG9yeT4gPHJkZjpTZXE+IDxyZGY6bGkgc3RFdnQ6YWN0aW9uPSJjcmVhdGVkIiBzdEV2dDppbnN0YW5jZUlEPSJ4bXAuaWlkOmI1NDExNjYxLTRkYTItNDQ0Mi04NWZmLTIxYTUxZjhkMWViMiIgc3RFdnQ6d2hlbj0iMjAyMS0wOS0xNlQwNTozMTozMiswNzowMCIgc3RFdnQ6c29mdHdhcmVBZ2VudD0iQWRvYmUgUGhvdG9zaG9wIENDIDIwMTggKE1hY2ludG9zaCkiLz4gPHJkZjpsaSBzdEV2dDphY3Rpb249InNhdmVkIiBzdEV2dDppbnN0YW5jZUlEPSJ4bXAuaWlkOmVlMmVkMzgyLTg2ZDktNDAyYy1hMTFmLWQyNzkyYmJmZTUzMyIgc3RFdnQ6d2hlbj0iMjAyMS0wOS0xNlQwNTozMTo0NiswNzowMCIgc3RFdnQ6c29mdHdhcmVBZ2VudD0iQWRvYmUgUGhvdG9zaG9wIENDIDIwMTggKE1hY2ludG9zaCkiIHN0RXZ0OmNoYW5nZWQ9Ii8iLz4gPHJkZjpsaSBzdEV2dDphY3Rpb249ImNvbnZlcnRlZCIgc3RFdnQ6cGFyYW1ldGVycz0iZnJvbSBhcHBsaWNhdGlvbi92bmQuYWRvYmUucGhvdG9zaG9wIHRvIGltYWdlL3BuZyIvPiA8cmRmOmxpIHN0RXZ0OmFjdGlvbj0iZGVyaXZlZCIgc3RFdnQ6cGFyYW1ldGVycz0iY29udmVydGVkIGZyb20gYXBwbGljYXRpb24vdm5kLmFkb2JlLnBob3Rvc2hvcCB0byBpbWFnZS9wbmciLz4gPHJkZjpsaSBzdEV2dDphY3Rpb249InNhdmVkIiBzdEV2dDppbnN0YW5jZUlEPSJ4bXAuaWlkOjAyMjY1ZGQ2LWNmYzUtNGQ0Yi1iNGM0LWJjMjA0ZDNkYTgxMCIgc3RFdnQ6d2hlbj0iMjAyMS0wOS0xNlQwNTozMTo0NiswNzowMCIgc3RFdnQ6c29mdHdhcmVBZ2VudD0iQWRvYmUgUGhvdG9zaG9wIENDIDIwMTggKE1hY2ludG9zaCkiIHN0RXZ0OmNoYW5nZWQ9Ii8iLz4gPHJkZjpsaSBzdEV2dDphY3Rpb249InNhdmVkIiBzdEV2dDppbnN0YW5jZUlEPSJ4bXAuaWlkOjg2OTYyZTliLWFiMmQtNGFlZS05YzdhLWQxZTljMDgyYjVmOCIgc3RFdnQ6d2hlbj0iMjAyMi0wMi0wNFQwNjoxMTo0OSswNzowMCIgc3RFdnQ6c29mdHdhcmVBZ2VudD0iQWRvYmUgUGhvdG9zaG9wIENDIDIwMTggKE1hY2ludG9zaCkiIHN0RXZ0OmNoYW5nZWQ9Ii8iLz4gPC9yZGY6U2VxPiA8L3htcE1NOkhpc3Rvcnk+IDx4bXBNTTpEZXJpdmVkRnJvbSBzdFJlZjppbnN0YW5jZUlEPSJ4bXAuaWlkOmVlMmVkMzgyLTg2ZDktNDAyYy1hMTFmLWQyNzkyYmJmZTUzMyIgc3RSZWY6ZG9jdW1lbnRJRD0ieG1wLmRpZDpiNTQxMTY2MS00ZGEyLTQ0NDItODVmZi0yMWE1MWY4ZDFlYjIiIHN0UmVmOm9yaWdpbmFsRG9jdW1lbnRJRD0ieG1wLmRpZDpiNTQxMTY2MS00ZGEyLTQ0NDItODVmZi0yMWE1MWY4ZDFlYjIiLz4gPC9yZGY6RGVzY3JpcHRpb24+IDwvcmRmOlJERj4gPC94OnhtcG1ldGE+IDw/eHBhY2tldCBlbmQ9InIiPz5hw6P3AAKoS0lEQVR4nOy9eZwkaVng/33fOPLOuvuePuZkhrk4hgFFUC4FBRX1t+que7gqurrqru66rruiLt6CIgoKKIpywwADDDDMDMx93z1nz/Td1d11V94Zx/v+/ngjIjOrqufso7rr/X4+2V2VFRkZkRnxPvfzCK31bmAYi8VisVgsa4UFobXuAv6pPhKLxWKxWCwnjUACzVN9FBaLxWKxWE4qTXmqj8BisVgsFsvJxyoAFovFYrGsQawCYLFYLBbLGsQqABaLxWKxrEGsAmCxWCwWyxrEKgAWi8VisaxBrAJgsVgsFssaxCoAFovFYrGsQawCYLFYLBbLGsQqABaLxWKxrEGsAmCxWCwWyxrEKgAWi8VisaxBrAJgsVgsFssaxCoAFovFYrGsQawCYLFYLBbLGsQ92W+otc5+FkKc7Le3WCwWi+W0ol9uwvGTnSfNA6C1XnYSFovFYrFYnh/HS5aeFA+AtfotFovFYnlh9MvNVJ4qpRBCvCiZesIVAKUUAFLadAOLxWKxWF4MKykDL1QJOKFSOT04K/wtFovFYjl+pEL/xYQDTrgCYIW/xWKxWCzHHyklQogXrAScUOls4/0Wi8VisaxOTogCoLXOEhQsFovFYrGcGF5MKMD65y0Wi8ViWYOckCoAa/lbLBaLxbK6OWFlgFYJsFgsFovlxLMqywAtFovFYrGsTqwCYLFYLBbLGsQqABaLxWKxrEGsAmCxWCwWyxrEKgAWi8VisaxBrAJgsVgsFssaxCoAFovFYrGsQawCYLFYLBbLGuSENQKyWCwWy9pGa/2iptU9G/37ts3nnj9WAbBYLBbLcaVfKGutiZXGEQIhj5+QjpUGrXGkQNNTNizPHasAWCwWi+W40i+IhRA4juB4i2anT5kQ5o2O8zuc+dgcAIvFYrGcUKxoXp1YBcBisVgsljWIVQAsFovFYlmDWAXAYrFYLJY1iFUALBaLxWJZg1gFwGKxWCyWNYhVACwWi8ViWYNYBcBisVgsljWIVQAsFovFYlmDWAXAYrFYLJY1iFUALBaLxWJZg1gFwGKxWCyWNYhVACwWi8ViWYNYBcBisVgsljWIVQAsFovFYlmDWAXAYrFYLJY1iHuqD8BisZwa9HPczs5yt1jOTKwCYLGsQrQ24lmIY4tffYxfNDoT2s/0+uMh2DVAcqwaEP17FcfvfSwnjvRag2e+XixnHlYBsFhWMTr7p/dDukgPLNUDcvfkLeLCHNDy4zkGekBZSF4ljvFarbN9W44//YLfsjaxCoDFsgroX4oFSywxseyHAWKlCWJFGCsCFRPHmlApojh5aE2sNZHSRLH5OVYKpTUajVK999c6fX/zdhKBFEalkELgSoHrSDwpkULjOhJXmoeX/s1x8B2J5wgcOZhmtKLysvRz6GkH1ntwgtBao7VGCGGt/jWMVQAslpOIsbqWW73HFIjaCPcgVnRjRRDFdKOIdqRohhHNMKYVRjS6Ic0gph2GdKOYThTTDiJCpQnimDBWxEqjNYRaoWJt5KzuF/4atDYeBCHQwmQJa6UQGqQUeI5ECoEjjLD3pSTnSHKeQ96R5DyXoudR9hxKeY9SzqPouZQ8l4Ln4HsSz5HkXIec6+C7zvLPoRe/6PscOLanwPK8sMLfkmIVAIvlBJAusKlwfbaYfKQUQWyEdRAr2lHEfDtkodOl1gmZ7wYstAPq3YBGN6QVKtphTKAUkVLEsUILQGukEGhlBLyUAqlB0FvwNRqUORaphdEChEAITeqgN7qARgFKK1CAFnTjGK00Kvm7VhotEqNd9Sx4CTiOxHUEnpDkXUnJNwpBJecxXPQZLeUZKviMFHIM5T0KnsT3XHzHKAeO7H1WK31sVil4YVjhb0kRWus5YORUH4jFcibQ570+JqFSmcu+GUXMtjpMN7vMtAKmW23mWl0WuxGNIKQTxMRaEWsFmPi+0BohJUiJo8HRieAWibAXfSEFIYykVAqNQEiRuf0BpDYJg1oIhFZJ2F0YBQCzM601QoskJKBBaRDSPK80QgpAkxxi4kkwx6ARJtSglAk9mCcRQiMReFKS91zKOYehvM9oOc94Kc+6cpF1lRwjpTzlnIvnOHiO8R4863fwHBIo1ypKKaS01d8WAOatAmCxHE+WaAAqjb0rxWIQMl1vM9nsMNloMd1oM9sOqHVDOmFMqBUxAkcpI+ilMDF4AJEIaoyQ1wi0TJQBbSx2JUis/VT4JoeSCGAAIWWiD5jfe6LACHidKgRaZNUERgEwm0ghUEohhEQkIYPMPM9iCWTbk3pBlDLHkf6ujRdCJc+pWKG0QgECE1oo5hyqOY+xYoH11QIbh4psGi4yUS5SKXh4jglDSCvonzOp9W+xYBUAi+X4orRxj7fjiKlml0O1JofqbQ43mkw3Axa7Aa3EdS+SeLtAIIQyrntEzyqXDlKT+Lp1JkAFoJWx2sEoACCWKwDpYp8Iak3PKlbKSGuZZuWn+12qAKRKgU7zFnRS9Wc8A/IYCkCaYKAx7giRPJm+NpNBOjmPNClRgI6NkwFhvA1KmXNyXUnRdRku5VhXLrBxqMDWkTKbR8pMVAvkPImz1LWdKCLPxTNzpmOtf8sS5m0OgMXyPDiWIGmGEYcbbQ4sNtlXbzFZbzHd6tIIQsIoJtLGtk3C7XhCGCs6ybRPi/cU9BLxdCowl7x/IvDT8P1qxoQXSCR6IuyTY04+kl5+RJKnIKU0ngABWmiUVKjY5DnUwpCFTsi+mTqeEPiuQ7XgMV7Os3mkzLaxCltHy2waKZL33GXVBCpVuta6NmCxcBxzANLMUsAmmFjOCHTfP/317gCxgiONFntrTfbXmhyqt5hqdlgIQtphhFImgc5BIzXIxFUtEqmdZeCnwjB9AoFI3PM63T49msQDILVGa4HqCwGsVg9Aavun56QSBUD0DjI5T7N+6ERjEEhE4gFIPQfmNZKYJKShFJFKohAaXEeQ9z2qeY8N1QKbR8psH6+wfbzCuqEC7hLrd60pA9b9b1nCiw8B9JeUpNiLzHK6kgpOEMgll3EjiDhQb7BnscWBWpPJeovZTmCs/FhlWekSgSsE0pEIrRBKg5SQhAegV2+fvWmacAegVF9i3tpTAIQWaG2qEoRessZoAdKck5O4EJQWKKWJdEyskooFBJ7rUMol3oHhItvHKuxYV+WssTKlnDfw3SqVZsbbcIFlzfDiQgC2ntRyOtOvuKaJaUuv5blOwL7FJvtqDfbVWkw2msy3A5pRTByrrCbedxxcKZJ7Iim1AxKRmQnWkyZeTmKXN728CfAJfC8yhUb1shxxpMARDhqJUIJYQagiZhsRM/U2Tx9Z4F7fZbSSZ8tIma2JZ2DbeIWRUg7Zr+0lFQx2SbOc6bxgD4AV/pbTnWOVi822u+yrtdhXa7B3scnBRpu5dodOGKNQeELiOg5OUpKXtcIVECe18ekTJolP9VnY6XsfJw8AqXU96AGAxMXdb1333a8regD6tknLAMWSMkC0SlQb2atAEMnfVN/59FcBJGWIvU3Ei/IAmG2M90Ejss9SJ0mHMtO9dNKbQBDHijCKCZXGEYK87zBWLrBltMzZE0YR2DZeYbScX+EaWTthAsua4oWHAEwpkBX+ltOLfku/n4VuwIF6i72LDfYsmrj+dLtLJ4xAmA54OcARIitl0xoj7IUpp0sFnFL9tfU9IflsCkC/zS608XaLNIV9mQIAWkojwLUCJCpJCkzfG530CyCTtea8BxSAJMOhT7gLRObFkEkIIGsYlPQKAJO5L7SCVID3xTdElqEosg6DiDQXMBWoZh/HUwFIEy2zfAJlSimF0En4wpxXN4wJohgQ5D2X9dU828arnL2+yvbxClvHK1QL/uC1kyh7dsWznCG8MAXANtqwnG6s5HhvRRGTjTb7ay12LdTYvdjgSKNDJ46RgO84eIKke14vlp6EmI2QS4RxYuwmHfISx/8LVABkGmdPPQBaZ3/VQiYlghKkk7y/QmtBpBU6UhRdiZN4BxwptSNl15Wi40jZdaTsSiEjIYgFhA4iEkLERqfJ3khqLVBoB62F0trRGl+jHaWUF8U6F8cqH0WxH8dx3iTlaVQyk0Bh3PEi+eyMQqAAs41RwIyGI7Q2/QySzoUK/SI9ACBVkueQvodRabIPXySBfp10HQhCRRBGaAQFz2XDcIHzNgzzkk0jbBkrsWmkZCoK0q/LegUsZwZWAbCcufSi8D2Uhul2hyONFo/N13h0dpGD9TbNKEQK09feI22ZC1qpTBivWJOne8rF81MAEnc8iQGvjUdNCZEkDQq0dBBKEqPQKsJPEgs96SrPc5ue6zZ8V9Y8KWoutFxBQyi1eKjW7sSRClyH2BeimXOcVt5L/nedpitl4EgZuojAlSJwJaEwslcbj72WGiGU1q7SWkYKN1RxXmnhBbHKd6Oo2A3jUicw/4eQi7T2A6XzmytFv5jzqkFMJVK6FCpdDqJ4OAjDUhTFxSCKZRBGRIAjJRIJQiO1QimFQhlvg5aAQpJ0EnzBCkCiqKGzcE3SdiDxcKQeA+NFCcLYtDvWUC34bBsrcdGWUS7YOMLGkRIT1aIV/JYzheefBGiFv+V0YGllSjOMmG13eXKxwc7pBZ5eqDPX7RJpTU46VD0vi8HrWBtLNN1X8pNIpfcLufaXuI+NQ9q443EEGodIxQgNvuuQ873I87xGzvEW846YbXW787ONVpBz5GLFkzNlV8wO5Z0jwwVvsur7kxVXzgznvSnfka1/3XmQmSDCcWQWjlfaPGKdeOaTpESRbJDk0mWVAOY1RvDGyetMkyOd7Svdd/qIlebVZ42ypZqrTDeCdfVuPL4YhBsWmp2zFltqXVMyuqDi9aVirjxaKRYCJUajWA11o6jaDcJqJwikUpoIiZROEopILfd0SFFvDXohDLxUk4RzjMdFCo3nOniu+dzCKObRg/M8fmiBsUqe89YPc8m2cc7dMMREtUAx5y7bt10WLacTthGQ5YxECIECat2AQ802D88s8PD0AgcbLYJY4zmCvCMAN6ubi5N4ftarRvda4D6/9+7lxGeZ/0ImD3NcURTjSVO37ntew3Pdmif0XKPZbsQqXhj1nX1jeffAWN7bta1a2DXZ8PZ8vdZcoE/wpgI91tqM/FWaSPRCCaeCWGlipeuR0vVY66dThSE95m6suHCiyvedt2Hs4EJrx0yzc+5MMzhnpqnPnonDcxzHq4yWy7lIibEgDKthGBa7QUAUJ5+hTjId+xorvaigfKZgkO0oVgohk7HGSVOi+WaXW548zD27pzhrrMJlO8a5fNs4G0dKDBVNrkB/NaTVAyynA1YBsJxxhEpRCwKeWGhw39E5Hp+vMd8NTH0+gqJnOvCpOCZtpacx8oXUQhb0CuqfA2kifOpeFgK0TGLNyoQUPM8l5/ttVzpNEYcLYRTNlxy5f0PRe2x9Kf/QjmrhoXuOLuy77+h80PfOWmue03E8x81OOM/lGDR6Fs0smntIPrpIaTFc8Ly3nDN2wVSjc/HhhfZlR+rxhTXlnDVUKpSQ7kgYqXIQBrkoDNBKI4TsCfHsO0hc/s/xWLJjSvI5ZJY4mYYewPdcXEej4pjdRxfYfXSBm3Ye5KVnjXHFuRs4d+Mw1YKL60gr/C2nDc9bAbCuf8tqJVSK2U7A/VNz3Dc9z95ak1YU4QrIOzKRkGZUrnBMy9lYpW7vRAl4PhKjz9JPfMhobSoBpBD4vq991+3IOJ4NgqA77Mndm0refZtKhXu2VvJ333hwdvZIoxMLiByIHCH0knL0gceZQhKB6D+3/lOMHSEedAQPC/ic1tr1HCm//7x1W9qxeuXemeYVR+rq8rk4Os/zfcdxvGI3CMpx2DVDCrNUjV6o0oQ3nvsnmGb7m8pMkSmCQmscKXFyEqU0880ONz16kHuenuLcDUNcce56Lts+zmgl/5ymFlospxrrAbCcNuglvtX0x1hrDjVa3HV0jgem5znUbBMqhYPGl8IkeiUlYCSlq1qr5Tt8NrJ6/7Q2PjkuQEiJm/NxHTdUYdSWOqpvzLv3bqsUb19f9G++Yd/07ljprgudnKRTdKXKdBKS8kG9vPf/WiQJGygNgYYAIOfKxxXsciVfEpCLlfav3DJ0vi+d1z89U/vuo7XoUimciuO6rgqjXBgGZviNSF3ySSWAeF6OnUQ76avKANAKR4D0XHSs6IYhD+6f5rFDc5y1s8IV56znivPWsWm0jCOzIJD1DFhWHVYBsKx60nh8at6lXqhYaXbXG9x5ZJaHZxaYbneJktFxniNNq9hEyGshTAtZlbbEfS5vLJKcgF4yWvY6IZCui3A9LbTu+HHUXJ/z7t8xVL6x6HLzTYdmJh1Bo+DIWsVzWlIkiXSY/yNlhf3zIVaaWOtYaRoaGgAFTx7OSXmvK/lopHXpovXlrRPlwvfumlr8vqlafFmg/bLjOKgwQEUhQJZIONALYqUKjxXQS3IFBJgOgsJBoIkjxe6jixycqXPbE5NcvmOCV1+wkXM2VDNPkU6TGS2WVYBVACynB6n1JQSx0uxaqHHH1CyPzNaYbneIYoUrJb4UPdeykCZZLHUJa3hWO0z0/SB0lvmv0SAl0vOJEUgVBaN5d/eOSukmIbj+oen5p3zBwpArp6s5WRekSXraCPsT8ZmscWKlidENrWloDSXf2TWcc+5F649fsmloeNt49bynpptvOjhTe8NCW2/FcTVaSZ0pA/QlbfC83AJZyAgQUuAgcFxAC8I4Zt90jcPzLe7fM82l28a48twNXHDWSE8RWKEZlcVysrEKgGXVkcVgyULrgFnwn1yoc9fULI/MznO03SVUmGx6V2YW+0C3nedKX9Ma4yk22YBaOuD5xFFEDtXdXMzde85Q6VutMLxnb611dNRzDjmOmDSxf5ONHyor7k8FsdJESi+ESi8MFzy2jRTunql3bjok9Ec2VAsbzlk3dOXu6dr3T9XVpd1YSiGAOCQr9OyfBCR6pZHHIv172j1JYAZI5VwH35EEccyB6RpH55o8vGeGS7eN86rzN/CSs0Z7Q5m06UVgsZwKrAJgWTVka29Sj59m1WuteWKxzr1Tc+ycW2Sy0SZQMTnpUHKTRi6Q9HVLE1Wfi0knehnjyUIutEZIB1yXbhRTkIRbSvm7t5cL36x1OjsbYbR/e9F/fCF0Gk8vNom0RqlneRvLSUVgQizdSBEpfTBU+uCo73DWUO6myTmuHivltp63fvji/QutNx2eb17RChzpCCCOSLMydNJB8LnUGeokezRTGJJ20b7rIBwIQsW+qTqHZ5s8un+Wy85exyvPW895m4Yz4W/bDFtOBVYBsKwqUuM/XQj31JrcOzXHA3PzHGi0COKYnHCoeGacq6mHV6BF9jqV9pRfuvM0szv7Oa0B1yZc4LoEsaLkOtGmcvG+LcXcDXOt9pOO0I9fMly8e39DRA/MLtJVmtBK/dOG9JoIYjUbKn1byXduu2BdqVjvBF9vFbyLLtlSuXhqsf2GIwuti1uhQqCS0FHiDRKpR+qZcwVMJWKvKiQNE/iu6TAZxIqnjixyYLbBI/tmecV563jZOevYvq7am0ppQwOWk4hVACyrgmzhS9a+Q802D84ucO/UHLsWGwRxTN51qLqeKbXLhLzJ7NdZUHaFxbP/qaw3fdJD3/GIhaAgYKKUf2pDIfedhXZ355gnH3zVeOXGh2e13tto04kVYTLRznJ6o7SmG6lWGKtbc6689ZKN5crDUfTaxaZ32TkbShfNNzqvO7rY2BYpgVQaQUwa90/nCPT6DPR5mlL9QKchhVRBNb/7jsRzTbvhxw7Msnd6kZ17Z7jygo1cumOcDSOlzPtFqnPY9oKWE4hVACyrgtTqme8GPDy3yF1HZ3l0oUYjiCg4kqrroIVIWtn2xtTqxH3/XBK5RaIkKCHQroOjFMOF/OxEMX/rQqv12IQr733NWOWb987oWiOK6cSKSGkr9M9gtIZupOqh0l93JV+/dGNl3a4p/Za5RvtVG4aLl7S74Stna52yFiBR9AYZYSpL4JiRpp5S25v5oNEDHoEH9kzz9NFFHt43wXe9ZCMXnjXKcDmXKa22fNByIrEKgGVV0Ipi9tQa3HZkhntn5lnoBhQchyHfzSz+1BpK8/KfdWFMG7go0BKUlCgtKPluPFIs3LfY7jwx4Tn3vWqodPUdQffprtJ0lSLWVuivRTQQxGoqUvpfgX89Z6xw2dFF/cOVfOXyUHHZ7GLz7E4QYXr9KeNFgmeV0KlXQAoJwoxSR5uZD77rEIQxtz02yRMH5njVeRt4zYUbOXfzMDnP6YUGkn2t9utSJyETrQdzcJ7vcS/XqUS2X+sQOX5YBcBy0um3amKtOdxsc/vUDLdPznK03cF1JBXfR2hNnPTVlemgnr4GPP2rSuaeTZv1QFLzLxLBrxgpFeoVz39ARNHO84r+1x7sdr8WaQi1LdOzLCdS+sFY8eCrdoyU6u3oh25rdd5ZyPkXoPV5i412USnjDehdcUlY6hk8AppejF8ZzdaMnXYcGu2Ab963l0f2zfK6SzZzxfnr2Txe7nUzXEX0BP3g8yYR0gjrpWL/udxjYsn/A6/WaUOvJa8RWMXgBWIVAMtJJ71PF4KQB2bm+fbkFLsX6wgNRc8diJsiZTYPXiejXFdaSbKbP43vS4mWEk86lIuFaV/HT20o5K+/sFr6p7tnFp4ObRcey3MkVrqptP5MrPRnzpsoXB7E+mellK9RmrMXG63RKIpxZDL6GZ5RCYBUiTX5LkL2xh17noPnCA7PNfnMTU9y/1NTvPnlW7n07AmGSrnkxZwyN0B/i+Xe72mHRdH3vLHU08ZJ5n4mawGdPtd/K/cL/v65GunzUiR9OfrbKOl0HHRSspsdmlUGnitWAbCccNJOfqnl040Ve2p1rj00xf2zC4RKkXdcJBAnDXuy2uiBaW2DiGS1zZYZbbL5tRTkfD92Pe+gF0W7XzFc+pftpcKnH5ird2Mz+N1ieaE8EMXq1y/eVNnoOuInHzqgf6oT67NbnWAk6Ab48jkko/ShtEZIgdQCpYx3K+9LYq157OAs+6ZrXHH+Bt7y8q1s3zCE7zrAydUDUsGfWtpAn9DvCeHeyOn+kdF6meCHnvDP9Pa+98uUgUQBkAiEUDhS4CTHIQWJZyTZS6IMmNfpnnJiFYFnxCoAlhNOWnangflOwHcOT3HT4RmmO10zllck09eSpiha9JSGZUtp36qh+rKxAZASP5cLXcc9us5zHliX9z/y+EL9BkfQ9qSINc/NDWmxHIvkGlJSciiK9V+/bOvIx8p57wdv33X0V+Yd50KtdCXsdlZ4ZTKDYskVKJJSgV6yv8iaAxV8lzBW3PzwIZ48OM8bLz+L77lkC6OVfNZY+ESoAbpPgUmjasaiT0oiMb+rpAdGpE0DrLTpZs/uZ2A//cd6bFd/cgyJIaAxDba0BpEk5ApASHCFxhUCRyaegb5jM+85GC6w5ZXLsQqA5YTRvzwFSvHw7ALfPHCEXbUGkdLkpBnLi9IImaZWHbsWOlUkRH/TFE3SoteLXUdO7yjmbhr23Y8caXfv9wTzgEqtEovleJEkpoaeI+cQfOqyrWPXjpVzL7/5iSO/PbmorpRINw46ss9h/uyzp/Tgta+1xpUC1xNMz7f4/E27eGTfHG+7YjuXnD3RGzR0nHoHpIJfDLjzzf+pny1WZpZFqBSxzlol9O71/hyc9KTS+sjkhj3WNITUhheIpP/SUj9BGkYwykYMBGikACk1nhA4ApwBRWDw80zPxuoCBqsAWI4bK8XzAKZaHa6dPMqdR+dY6HZxhMR3JEKbNuxSJq7EZ6p5Fr2Yokh9iq5Eur52hZw9r+hfV/C9f2hH8c6ClEeS/CqL5YSitCaMVVTwnaMjRf/rIB4ZLfkvWV8p/sqTR/X3xwpfBd2+/gGpoHwuexdJK2yB70miWPHg01McmK7x2ou38OaXbWPdSKE3nfIFSrWei39QUKbWtsJ0Vgy1yOZa9GRpLyTQS8PRvfs1LYFM/u+P4fcfbfo3cyT0Xpe695O8iv5eIZiWTSaMEkMkNBLwJLhSIJPflys2NkSQYhUAy3FDkGY6m5st0oq7p+e44dAUT9VaRErhOY65KdPXiH4rY8n+RBrbo5dDoDU4Eu265Bxn/sJK8WtC6391tH606sgDjTCy1r7lpCIwcwjCWKG03u85Yn/OlbuGi/7F45XCu54+svjWOEaooCuEMIppliR/DAGkkw6V/ULLcyRSamYW21xzx252H1rg+6/YzhXnr0dI0buPnqNQ6wlGcxb9gh/McYYaolgTkVQtkMTeU/dbmujXV66YHnO/QvJ85OxSxaA3hjv1ByS/9zVcSn0UkdbEsQkXuCJRBoSZ0dDLE+gd/1pXBKwCYDlu9N/8R9odbjh0lDumZpntBHjSIe84KK2ynv0DrsMl9CsTYG52LQTa9/Edp3FBpfg1NJ+uOOJ+F7lvLgiJrOC3rAK0hkjpPZ4j9lTzzpPlnPevoyX/5/ZNqTeGGrTq9pTg5AY4ViOrnsPcxNydJDcgCGMe3DPN1HyT3ZPzfN/LtrJ+pJS8/7N7A/qt4swDkPxNYYR+kLjZ+4WkSE4ws9LF4D18ouTo0v2nXoXkZEyFQOIh0KTKiybW4KDxHIEnzXmmLzGnkDQU0zzrZ3YmYhUAy4umfzGJteb+mXmuPzzF43M1AqXIuw6OEKamn2deJHod/pLfk5+V72tPCn1OpXhtrMVnxj33VqX0rraKT146tMXyPNAawlg/4To8MVxwnzyac6/YUMr9zL6p6LuVkAgdZ9n0pjZlJQU2UZWTmLi5gzR53yGK4fB8k6/dsZt9R2q8+ZXbefn567N7CHoCseeeN69PBb/uS0xIXf2BMh4N40BPQ/F9I5CX9CU4VbdfLxIgsoZM6XnLLKHSVBZFkSaU4EuBK3v7SM9fiMGf1wpWAbC8KPqtjdluwE2Hp7n5yDSHW+1kWp+LEsqMXE8boCiVLSIDeQNZlz9Iy/+06yGlYFu5eGc3ir64wXeva8Xc11W65wK0WFYx2rjR7xPo+7aOFXbumCi9edfh+k8fmG2c5wiQxAP3wor7SJ3fyT0UK1MpUM4bb8DdTxzhyFyTQzMNXnvpZkbK+eS9+0Yd08uMHwzBKSINoTKPfos/s45PyCdz/FgxqTA591QhCpTxCPjahAacxKXR7w1IwwJrxRtgFQDLCyNN8ElulCcX61x36Cj3zM7RiWNKnoPUPWvedPITrFSGP9A4JV2wHJdAxWws5ndFWn9lY879xhzqW93kJvZO1nlaLMeJWGlcR976sh2jt7a74YPjQ/m3Hp5r/cjUYnsCIpxlRYKDCHqSO00q1EqT80wnwf3TNT534xMcnK7z5lds59wtw70Ewf799MUbVCL4g9i4++nrqNdfDohYOXN/tTEouPXA8yIJo3QURAp8xygCYgWhv1a8AVYBsDxv+mP9rSjinul5vjVpyvty0qHiesRprF+YpB0tzGI1QF9bPw1IrVFCoByH4XxuYUvB/8ao63x9V6P1qUDp0Gb1W053tIZ2ECOF+OIVZ49+/W6t7ysVcu+YWWi8pdEKHBML0FliXpprN7iPfm+AaXMtkVQKPp0g5ob79jM50+StV+7g5eevJ+/3mgf1BLwg0ppurAiV6Ln2s2Q5w+lsCS+rahBpLwaTHxBFCl9CzpFZkqDSAimXtxs+U7EKgOV50R9PnGp3+c7hKW44PMViGFJyk25+qperaxL90v79g4uJSHyLQhlvgnIc8q4bjxfzt1el89XXjQ998HC7U3+ktkbuRsuaQQPdMO4ozd9dsqVy/cNx9K6c779pbqF1WRiHeFKAVsdM6U8b5Ugw905SG5/PucSx5rF9s0zNNzk82+D1l5/F+FAhuR+NcAs1dCOIsqY5ojfciNNb8C+ll+jXCwkIYfIDurGpbsi5Alek3oC+KofTwu/xwrEKgOU50V+1pLTm6XqTa/Yf5u6ZeYSAsuehVZxlB0Nq8Ytl99CAZi4EWkpcIRgulx7NIW599XD5Qwdb3fvbsbK1/JYznkjpXUrr39wxUfy+DVX/VybnOt+90Givj7XCWdr/vh+d5gYk4TgEsTLeg0reY6HZ5fM3PsnkTJN3fPc5bNtQRQhBJ9J0YnNvOn2zNk4XN/8LYbl7n6zraKg1KtT4DviOQPaVB6bulzNJIerHKgCW54hZMLpxzH2z81x94Ah7a03yjsSVklgp05+bvnpkxFLvpdlToolrKRBSksvl5r1YPXRhMfeRQ53ws5HSoZX7lrWE1po41t9+46Wbvr1z3/y7Hj7g/Hyt2bmsG3TdrF5d99z0eomPWmiTzCeT7P5YKQq+JIoFNz64n8OzDX70dedx6bkTaOFkZYcrdf8701kaGpDCKE6dyMwwyDu9UIjoa1J2Jn5G8tk3sViMMG+GMd88eISPP72ffY0mBVdmN4/paS5QWRbxCvsQvX0JKXFcl9Fy6enNOf9jjuBHNHwS4520WNYkAkGs9Ycv3zb8789eX/5UPl+ccRzfNA8CspLAFWx1nXTGE4JsyqAjBUXf5amDc3z0qw/xjbv30QkC8r7AkfRa6668yzOafkVAmulCdGNNOzaKQK8KQgyUVp5JWA+A5TlxtN3hy/sOcfv0PJFWFBwHtFqSPat77TtZIYJmVhtwJF6+sDAi5UOvHCr98e5m58ZY0z7zbi+L5flhRgOjHSkeBf1Lm0by74jj/P88NMPFcRy5Ok0SpFeP319KmxiuxnoVMku8zfsui/UOn7/+cabnWrztu89lfDhPJ0zj/hqtzvys96UsDUcKIQiURmlNIckL6O+AeKZ5AqwHwDJANsO7Txo/vljnH3ft5ZapWZTW5KVMLAaZlPc9YwsT08ssbSPmeQwVCoe25dwPeVL8ZE7KbwLtE3xaFstpRaIINLXWn73ivLH/7xXnjv19Lp+vOY6X3WxJqwxWNt0TVVyKrJV2Ok/ghrv28PGvPsTuQ4vkXYGU6aS/5JV95b1rhTQJMm05HmtoRZpQgezzlJxpngCrAFgG6Gm55vfbpmb4p6f2snO+hoPA7+s5bspmBl/f6xTW60AmtQIhlczlm1uK+Tu+Z2zo53JC/Fms9eH4TLqbLJbjjNI6LvrOrrznvHvzSP6XNo+VdyrhIYRE9JpnHPP1A9MFAd81ffEfeOII//SVB7nv8cP4EjxXZJauUgqllvfrONPRqeKTaENKQztWRgnoy5k4k5QAqwBYBkgv8EAprjl4mE/vOciBVpucFDjJTbFCYn9GGjdTfUpE7HiUC4XZLQX/QwXH+dkR1/mGgoWTdEoWy2lNrDRRrGcl+tMvP3v0Z658ybqPeH5eaemB0M/qtu8JK4mKwXMkriPZfXCeT1zzCNffvReVJA2m9/9a8wBAb01LlQBTKihoR5pI6TNSCbA5AJYMnfQIXwwjrjkwyXeOTNOIIvKug1S65ybUSfe+3gsRpiA5izkKFAhXa88RW/K5By+olv/scLtzfTdWR8Mz4MaxWE42YazVUMl7IFT698aruce0yv3qwenF7Z5QCJGOv36m2nWdbKdxXYmUcGSuwVU3PM5is8v3v+YcKgWPZjA42ndNKgN98f5Ya9oRFFxwUyUg+SxP98/HKgCWvhp/weF2h6sPTHLH1Cyh0hQdJ0k8FmhhamSXOgczpaAv/U85HpV8vp4TfGnIcz660XdvPtiygt9ieaEIzJS+bqQmXckHztlUfWKs4r3riQPz74gjjSDsm+mXCrH+PaTCqufuL+Zcao0u19zyFPVmwNu/5zzWDRdoBKYHhzyNhduLJVUCpDBdE9uRpugZT6jWqhcyOI2xCoAlWzL21Jt8af8k98zN4whB0XWSoSOkHYDQg03Fs0Q/IUAkA3+6QjCez02eUyn+/XSr/a+R1rut1W+xHD+CWEfDJe+act7Ze3C68bQjnX8/U9NjQsdLavwHbthssI9IuwdqTTHv0g4ibrhzD412yI+8/jy2rq/SijRxnE7WS/Zwhri+nw+plR9p0yug4Jg8Cq0AeXp7AawCsIbpz/x9dKHGF/cdYudCjbzr4CWur6S8v9fV71j7QYPjIFyPs/O5Oy4sF/5OCj5/WOvmyTsji2VtIDC5Ad0wftSV4v9sHiseyOfd/7hncu7SnJSIzE+3wsTMvpI3rTWx0hRyHt0g4tb799Nqh7zzjS/hvC3DdIEwUqZOnuUNiM50+hUemZQICmGUAEFvsunpqgRYBWANk16v98/Oc9W+SXbVG5RcB0lf7SupgF+hq58pVTL9/6VkKF9YyLvy2gvLhQ+cXy7csrNmZb/FcqKJlG7lPfmXl28f3pV3xW8cPNr43m4UIVHHFNj9HQC1hjjW+L6LEIr7Hp2k0wn5sTe+hIvPnUAKSTdKuwyenoLuxZApAYnHM4gVjpDkJL0ppqcptgpgDZJes7HW3DUzxyf3HOCpeoOy56JJxoLSL/yX0O8SRBAAQ/nC0XMqhY8NS/G/A6VvidaYpWABr1BCut5AEwmtNV4uT6FSJV+ukitVcHP5wUYTWiMdh1ypgl8sDexTCIFfLCOk5JnK3dY6QawYKua++tqL1v9CueR/ulwqNhUO9CnuS+/jbECOaYJHHGtcx6GU93ls9wyf/Poj3Pv4EaTQ5Fy5bGTuWqLfytcaukmPgN7ncXqGRqwHYK2RXMSh0tw5Pctn9x1gphNQ9twsJuhIidDLk/16+0j+Eaad74Tv7rusWvybois//GhH107eyViOF1prPNcnV8gnrWFNCEhrTaTAVSYpzIkUIooQYQxhBEGMFOBo2PvIA+itr6a6eSst2UR1Y1RRc/Dhnezft492rJhvB2y/5AKql7yWhbhOS3gU3SKzk0c58MDddEeHKV30VorCpxB7OJ2YQ48/gH/+G5GFEQotQS5y8CNJsVwhJx3yjRi/IyiUyhTLRXLFLo7no5XCcT1yxTKu73KmKxBaa4JQ73Id8a7xofyhGdf9N1Nzi1tk/8jt/taBS0hd2lIKykWf3Yfm+eTXdtLtxrzq4o14riRIPAFAlmuwFkj7m/RXBgTKtFMWyawGKU8/5cgqAGuI9CIOlOKWqRk+v+8Qi92AkutmLn+Z3NXPeF8L4w7zc/mWJ+Wjrx2p/P6mnPvVp1qdk3EalmfBzeXxlIPnS3wh8B0H3xXkHIec6+BKieMIXASeNIuY47gszsxw4OnHkzKnXiJZpCBK2j6HsSKIFWEUE0QxQRgTCYESgm//1bu5uPVz6Df9AEdm5mmFitjP87V//AB3fP1L2fFFb/9hLt44wsGpWeZbAU3h89i9d/HVv/gdtmzdzmt3rGOhq5luhezft5+vf+D3eNXon1HcuJ29R+aZanaYb3Z5Kp7CF5KDcw2ma232tIZolPJMHl5gy0t2MHTeZrp7n+DwU4/ib1hH8ezL8fNtHAmFYolcoYuv3OTnEC/HMcfvnk7EStdynvydS7ZXdu1E/Y+5heY5SkUAx7Ti+/MFlVI4QlDOe0xO1/n0N3cSxjGvuXQLvisJIxP3Vkojk2mCZzoDn1gSCgiVRsaCvCsR6Cwf4HTyklgFYI3Q3+Dn24enuGr/JI0opug4mfAHjukuHESQKxQbm3K5W1ph+Lta67tP4KFbEoSUuH4ON+fiuQ5eLoef8/BzHjlXks/7uAIa00dYrDXpeAJPCHLSKAC+dPBdM73RkQIHgSuMAlCuDnHj1Z/n0+//s2Xvq1f6TS83JKOgy5/+wbtx/vg9aNUbMBN2uwPbfeurV3PjddeiVM8yVbEJPB3cv5df+om3Z+2ltVJEYcBv/fLPI6RMW+Siga/19XFXwFeSaZRKa7o/8x946bm/y61f/Qyf+fu/4jXf831ctOWPmZ08hCPhYK7F9OQii+2Ag/kG00fqLC4GeOeN4ufyuH4HL5fD8xVCnH6R0ihW3XLO+cibLt/w2DfvPfRXtUbwMqVjdByDUgNJgClZuK+v/30h7zI91+Jz33yUMIx5/Su24bu9nIBU6K0V+r0ASimCGFwJnhi8H06XXAmrAKwBMuEfK7515ChX75+kGcfkpYPW6hmtnqzZBckYUsArFBoXlAufyWn93r2BfsyMJ7EcL4SUOJ6H43m4nofnebi+SehqLcwhfRfhOoicj2y7aN8jciUU84gw4Gu//2sc2H9gYPoiJKWa/e9DtgFSSNqtJkH3xXlxwigijKJn3EZpTad97PEP3RWOIQiCZc/Fz/D7Z/7ln/ja1V+iXqsRBV1u+861PHTf3YSJovERRxIpE+L4Z0cSK02+WOLVH/4ELVWgXZunPg+NWhuxqYzr+UjXw3E9HCVNToJaegSrCw3Kc+VNUvCO4bL/D61Qv7HTbjlp14+VLPc04dfMB9BorSjkXOYWW3z+W48Rx/CGV2/HcyVxbDwAa1oJ0JpuDE7fTAUTHu21Ql/NWAXgDKdf+F97+ChXHzhEOzbT/JTqufr7SwJT0iRAKaUJCwiJ67idVw2V/2zIlR8+3A6OWsH/whFSIqWDdMzDSf7XShF2O4RCEaDoegIclyOP3M8df/NHZoEWJlxjHmbRdpJepQf37zvVp3bK6QYB3emp7Pc4VizOzz7jaxqL8/zWL/w0SkiCMOarroNSiq1/9UGGd1xCHHQJA58wiEG7SMdZ9YIvNh08D3qO+Nkt1dwfTc6JH2s1WyVTxN6jP56fjgc2Vi6m7C3vsVjr8qXrH0OhedOrz0a4gjBUmRIg5dLGQ2cm2WdjxpwRKQhiyLkmwUIlswNMicDqvj6sAnAGkwr/rlJcO3mErx44TCdWFFyHOLlRRaqprnCdKhJbQWu054V56Sy8dmTodzflvU8eDYLa2hsX8iJI4oZpjDCLFS75vVCp8sg3P8Y1134JRwhcKfClJBaSo9NTNI4ePtVnckYzdfjQsufe81u/hl+qUGt1ybsmZPazv/irvOR1b0eEreweWs0orQ/lfPlbF55VmXziAL+4WG8OS6EHBPbS/MCeG9tsV8i7LDY6fPn6J9Ba86bXnI3rCqJIrSlPQNb8TPcaKgWxwpXStArGrJ1ylQt/sArAGYtKWlh24phrDx/lqwcP044jiq6DSpr2Ggt/BdM/IXEUQi4fDLnuAR2r357w3S97UgTxal/xVhmu76MRePk8fqFAaWiYO//wj7jt9tvJuw45R5J3JS0lePrxR+nMzZzqQ7YkHNy/d9lzH/vrP2Hkc5/ix3/yJ3nN236axuI8qz0QppQ+Usm7f/Gq88cO3fl4/P/m6+1hv2/UbTbla6BCU2etvoUQ5PMeC/U2X77+cQDe/F3n4DqCKD69G+I8X0yuRHK+QIwgTEIBQpjQSdqCaTV/HlYBOANJ+1d3leJbh6f4ysHDNOOIiuv29bA+Ro1/HwJw8oVgIu8/5Cj1x42YqwKlyOvTLynq5GEWQL9UJl/IUx4eoujBzR/4baaOHKHkORQ8l0rO544bvsVCrX6qD9jyAjh0cD+HDu6nMXOQ67/1Ld74xjfxzp/+WbQ+eKoP7ZhoIFJqdvNo4aPfe/nG+ZsfPvInswvtLZ6jBpI6RWbipq8UCJkk/AGFvMdCvcPV334CVwrecOXZgCCOdeYNkX0hhTOVNBQASQmm1nhaZF4Akryp1YxVAM4wUg08VIpvH5nmqwcP04giyq5rsq510sJyibWyUo9vkctHW0rFG0s6/svFmK+f4ffzc0ZrjeN5FKpDlIeHkFKSr4cUywWGJyZw67N8+73vQcYRw3mfPJo7PvuvhPYDPOPYu2cPe/fs4dCTD6HdPGMvfSOLC/OrWvoFkepsW1/6RCG3pXbLw0f+fHKmeYEQUVL3KZflA2VdA5PEQSkFxbzH/GKbL133OI4jef0V202//FQJ0GkA8cxlYGIiJL0BFI4jksqRXohltXoBrAJwBtHfpOLGozNcfWCSWhhQ8T1UkqovBVnyiinTGqxbzfpaeT5nl4vXrHPEexdDblq9y9nJQWuNm8tRHHaZ2LKFx+65i2995B94uJBDCNhXb1HxXO6olFG1ee75/CdO9SFbTiK7d+/mb/7s97n8e+9jw1k7OOutP8F0fXk+wWqhG8Scv6XylV0HF9RCM3hPFDmXd4Nu1tRmxbHCejADvpjzmFvs8KVvPY7nOrz25WeZTqJxklys10afgLR0UmjTG8CXAlfqtNpyVWMVgDOEXlkK3DY9y5cOTDLf7VLxjPA3YYHlr1umxQLS8zivWv7Ctpz7Z40ovmutJ/tprRgaHeWJu+7khq9ew6H14+y663Zuu+oLp/rQLKuI2cMHuP5TH2TzWdvxChW2v+x1wPLyxdVCN1REsf5aMSdDr5R7z2xNXNHtdJFCZfJ/pcaBaQ28EFDKe8zMt/jCNx/F9xyuvGQTgdZEKg0zntnCH8hiJqaToiBU4CYLqwmHrF4twCoAZwipFX/P3BxX7T/ETLdDxfeybm5pXC/N9Un1+557L8n6d1zOr5SuemnRf3cjVo+oNXD/HgutNV6+wFhlmCeffJLP/fV7uebLX+aaU31gllXNoQN7+cwHfp9/+xt/xJbXvZFcC5Z3LVg9KMW1pbxUjlP8/ak58V3ddgcpnrkbqEgmhAoEhYLL1EyDz339EfK+x2UXTKAj029otSdGHg8yh0miLoUKPClxhUbpNFfgVB7hsbEKwBnEQ/M1Pr/vEEfbHcqeB/QJfwaT/pIagCxhMAaE63J+uXTVK0qF/9VF71JrQXs/BlprKkPDzD9+N48fOMQ9n/skt15z9ak+LMtpQnvuMN/48B/gE9GMJGe9+rUIsXoTPmPFdcMlN3ad0rsnp3ld0GmLZfNA+iz6tKWwVmZ9KRZcJo/W+czXHyafu5yXbB+lExmL2CTGruq0iBeFAJNYnfyutCZSCtcRg0bWKtQCrAJwupNk7OyqNfjsvgMcaLYou46x6BOJP9jet5epm97EMYDr6PMqpS9+91Dl17pKHVRr1fRPpte5lRwHDx3iK3/9F1xz9ZdP9VFZTkMO7tvDB3/n59mweSsTQ+/FG9q2KoVASqz0tyeqftcV8vf3H9XfF3Q6zjNZ8KnxoBPrN59z2XNwgc9+fSf//kdexraNFboRxKvX+XHc6Bf0Goi0JiZt0rV6SyNtPddpSK97nxH+B1ptPrv3ILvrTYquixCg0k5fmoF7uL9sBYzmiuuqC8rlL3zvSPW/CDi4li3/fLFE/ehhpvc8zR/8j/9uhb/lRXPk0H7+/j2/xszBp8jlC6tWGADEsb5tw7D3u9vWV67zcvnnkP5jYv1pwlved3n8qRk+e81Ojsw08d3V6/4+nqQlgem5xkoQq6wJN1qvzi6J1gNwGiK0Tmr5BXNBwOf3HeKxWo2cdHBIB3ksv+tML3+NVmkrSwGOoy+olL74xpHquzTMrd6UpROL43n4rsdivc417/1Dbr7herrP0K/eYnk+1Gcm+eaHfptXnv9PvGTLJXh+jtVaJhcrffum0dzvCSGcpw+pN0ZBp78jwMC2qSEhpWk7LIXAz7k88OhhykWPf/ODFzNczdMNVqH0O470kqmTgVRApDR+ZmKnodjV9Z1bD8BpSBpvascxV+07xP2z87hS4jkiqe9fQfgnff2SORVoBNp1OK9avvpNo8Pv8qWcWwOeuhVxXJeg1SLqtHn3r/4K3/n6NXRbrTM3aGk5JcxM7uNv3/3LTE0epNtu4ThyVXoDtAal9R1bxvPvPntj9TvSy2XPHys1UGszUCrNOXI9h1vv3c8139lFux2S81YePnTG0VdWHWtFrHszVbRefd+19QCchqRNJ756cJKbp2ZAgCdFZvnrxO/fmwLXc/tLQAmBEg7nlIvXvHls6BfyUs5210KgbglCSmTS2/3aP343ux7ZydS+fSwdlGKxHC+eevxRfv6nf5hcocJ7/+7jeH7+VB/SiiTVQ7edta7wu1qI9zx9cOH1QgeZEFs5qS+ZDhgrXFeileb6255mpJLnzd99Nr7r0A0VUsJqs4SPJ1prTAKlINLgiN5U1dXWHdB6AE5Tbjg6xbVHpom0xpcOSqtMOxcDwh80CqVN3S5CEEmHHZXiN948NvxfylJORWtBM1+CEALH9RBS8kf/7b9y1ze+xtTePVb4W044h/bvY/cTO/lf//VnmTp6mHyhyGoUiMk8kVu2riv8wY6NQ7fj+JngVyvcJmnJsUw2ynkOURDztW8/yV0PTyKExnPFipNHzyiSIV+KZBpj9rRGiNW11loF4DTkntk5vnLoMI0opuA6RmhpkZX2GdLMU5H9TQhB6DhsKxW//X2jQ/99yHX2hWtQ+EvXxXVdbvjD/8s//tJ/4sYvfp4wtoLfcnJ5YucDfPq9v0W7NkupOpK0j11dmLg+3zlrXeE9W9dXH0B62ahbfYxhIjoZLKC1Jp/3WGx0+NK1j/Porhl8V+A4qbdy9ZbHvVBE+kjDAMr0Akj/utrCADYEcJrxVL3BF/ZPMt0JKDkOmHnfLF87kphbom0LBAGCzYXCna8brv7PMdd9LFB6FdodJxbX99DS4aPv/h3u/fLnsWLfcirZ8+g9vO/d/41Qlvh3v/Q/yRe3o/XsqT6sAWKllRR8c/NEvhxG8R8enqmfK+PA5CIlCcn9pC3GUzdBMe9x6OgiX7z2UYaqL2PbxiqtIN1Sn3GpNmljIIE24VYtcKRGqdWXCLj6VE7LMZnudLlq/yS7Gy0KrpMl9j3bPHIBBEKwrljY+V1D1d+Z8Lx7uiv58M5UtEZISWV8nLzv8633/RE3ffpfrfC3rAruve1GHrrlGj7zoT9kcW6KSmVo1SXMxUrHjuRLm8bzfzoxWp5E+sm8+16oMaVXMmCMEI2ZIPjoU1Ncff1jzC52KPhiYJremUjaa2U1j063CsAqJ712WlHMVw8d4YH5RQqOEf7xc5i9LYQmkJLxQmHXldXy72/w3evXkvDXWuMXiuSk5Oq/+nM++O7f4caP/+OpPiyLZRn33vIt/uL//Q6HJg9Trq5KJSBwJJ9YP5J733C10NDSI4kHAEuUgN4YPJTWOFKQ913uuP8g197yFO1OSMGTKC3OSCXAeF0lSmtilKmSkGky9ik+uD5sCGCVk3b0+87RaW6cmsETAk8KomR4T5rxv+JrtSZyHIYL+YMvL5f+fJPnfqGjFL5cA3qf1kjHYWj9BoJY8Y9/9T6+8Od/dKqPymJ5Rr581ec4MB/yW//3PYxMbGRqemZVKQJK0ZZCf2RsyJuIIvXfG03lQZzlzg6MFe+bMxIrje+5xJ2Q62/dzfhIkTdcuR3PkYRRr135mdAyOGu3nrVg10la9kqjlU4tVgE4Dbh/foGvTR4m0op8Ol4zKS05ph9bK5TjUikUZi4uF/52g+t8qqO19s9AbXspWmv8YhERR+z86ld49Ogkn/+LPz7Vh2WxPCfu+/aX+MyGESrbLmfD9pdQLG9FH109cwS0puYI/mSk7A7Fkf+L7U4XiJMEN71sY6REoImVppD3qLe6fO3bTzI2XODlF20kjkFp461cbUlyL5S0G4sx4MyUVpElPZ7KIxvEKgCrlPQC2tts8cUDkywEIXnHMeN69bMIfwDpkM/nG+cWCv88IeXHA60b+dV05Z0gUpd/t9bkli98kqv+4HdP9SFZLM+bqz71MQC+9x3/jtdffjalcgU92zzu7xPGiiBUhJHCcQSeVMgkup8UEIEwFnwUa6JYEcWKIIwXolj9ru/KdW3hvFMIsxilY8X7Mc8Z015pTbmYY/Jwja99exfjo2W2bqjQ7CrSxOUzJSSQFWVro+C4sjchcbWco1UAViGp8J/vBnzl4CRPN5oUHQdIJ08NTvZLn+/9IvBy+c5Zfu7qEaH/MYLJ3Ek7+lOD1hrpupSGS/iO5uZP/QvX/cnvn+rDslheFN+5+l/Zuq7KFW//BfKF0nH1j2tgrJIjjhXlgo/vSXKuiyfBcQSOTOLzAlSsiZUiilyCKKaYcwgiPR2W9a9Wyv6mA0fqrxZEJCMDB96nNyhHJxoFlIo+jzw5xTdu2sW/+aFLqBQ92l2VhRBWi4B8ofQfvQbTdl2vvioAqwCsMlLhHyjFjVMz3DU7T95xTDKN0jjJ/dXvKTNVAKm+KZC+H4177u1l1N/GyEdPyYmcRLTW+Lk8uttl6tAku++7k+v+9A9O9WFZLMeFj3/0gzx2sM47/9Ov4+UK6Fr3Re9TA0pprnzJOlac/HksGbVkU9cVhxbq4c996ca9X56aa55j2t8s35+Re2anSimkI3EdwW1372PjeIW3vv5cPFcSxqe/8IfeOg5JDoBW2TOrScFZA9lgpxfpZfHAwgLfOHLUdKxLBLyUyejeJSilMqVbu64qOfKJHPrPYq1vT1MEn4/d0P8ahXFfKa2J9bE6gZ9KNK7ng+vx8De+wp/80Jv569/+n6d/JpHF0sc9136Sm676MFpALl9AOsfHdnOkyKx9Rwpk+hCs8DB/S7d1HLNaDZe9R773FRt/rVrOzfeS3ZaTJgcKIYhjRc736AYx193yFPc/egTf6cXJT3f6SyERZv3s7wi4WrAKwCpkb7PJ1QcnqYUhOemYBhJq5fgagJTSzOWWDiXXXSw5zh+4QnzLkVI7mC/5+XzRsu/hAq4UeFLiS7mqLhghJa7nUyoW+fqnPsEHf//ddBp1gu6Lt5AsltWEVjHXffGf+OI//w1aKeKwi0zCgi8GpU2DGpXE53X2YIWH+Vu6rVLmESvFcMm79sqL1r2nVCq0tczS34+R8aaTbH9FMe9xeKrGN76zi32TNYq+pH8c+WqxlF8oSYEkirTvQe/Z1YANAawSsrh/EPCNyaM8XW9RctMe/xhp/EyKo5QI14lfWa2+5+xC7ouRVrEk0dqFQNJrUWkyU3sauXl/gSsEjoOpNABGtU48ABotzHMlKWhrM/RDJI9TkdYqknohr1Di/qu/wDff98d066snU9piOd6EQZd//sgH+PKXPs95l7+e77ns9xCd8FQflml2o3RYKbn/eP6W8ksf26//Q7fdcYQEodTyToGpQoFJjEubBF13y25+8h0vJZfzCILBfIDVVAr5XBmYy5pOAxTml9UyD8EqAKuA9EIJleKOmTlun50j7zhIkdT7r1BdI/peKAQo39OXlUsfOr+Y+1jJccJIy95UgL4xnv27WXpLCRJPQXJlCikzpcH3PIQQRErRjSIc18WJNdJVyLSvQDIEIxuJmT5OAMXhYe791Mf50ic/weLB/XQXF07I+1gsq4lGo0GjsYvZo5NcvWWMt/30rwBHT/VhGSUg1gulvPOeDSO5cyej+HVR0E264Wnkkl7lIlkjlNZ4rkMYKW67by9bNlV5y2vPJhK9ToGno/AHlkxmSddgkf1tNWAVgFNMf0LI47U63zxylFgpcq6LSoS/UsvlqE56cLsAfj7Yns9/Z0fO+3spmO8q9YIjaUtfVyxXiKOI3/v1X2Xy4AHQmhhNV2m6StGJNRt/7Ve5+J3v5NDRaXwk+UKBQqlIPgY/Bvd4xry0pjo2wVc+8a98+6/+nMmDB4/fvi2W04R2q8ln//lDHF0Meekb/h3PVBMcxgqlIVI6GU5z/HN5zIRATRipPZ7Df8/5zudV5GxXfQ3L+te6LB8A87p8zqXWCLju5qfYsqHCS8+doNk9/RsEpUrA0jyszBlwirEKwKkmucKnOwFfnzzK4XaHqusSJ1f70ou+P7lEaI3wcsGo7+3d4Iq/llo/FuukO+cLRGuNlA7DY6O0Gg3+8Df/G3MzM1zz+c8d8zV/vzjHdV/+EvPNJvUopuI4VD2XWhixGEVc/vJX8Nrf/t8UtEOkNJWhKgXt0OqGz91DoDVevsDI+nXc84XP8qX3/jHNw5Mv/EQtltOcWq3G1z79d3RjyTv/3S8u+3usNb4r+b5LNiAE5H2HnOeQ9xx8T5pBYrxIQaSNlV4uunhukZFqjjBS93a68W9cf/ehjy7WoxFXCrTSKxox/W7+YsFn36FFvnnjU2wcL1OtFuiEyuQ3Zdu+mIM9ufQ3A0IPruUv+nM/TlgF4BSSXtTtOObGqWkeXFig6LpoYW4YKY+t9UowcX8po5yKPxApeX2gddzvcnoBB0S+UCAMQ/7sf/0W83OzfO5jz943/9GHH+bRhx8+5t+P3HEbnekpjjRaKDS35XymuyH5oSG+63ffTdkvUnDqlEeqFNshQkSD+QlaUxmf4MHPfILrH32UR677hhX+Fguggha3fPnDrBut8q5f/GXqi/PZ37Q2Cbwv3TqcueLT3B+lj98UPgHkfZdizs2qBDRctVAPLr/t4aO/2e10C5J0LesT5GmoMRHwruvgOpIHHznMjVuGefubX4IU6Tp5fI71VLCisFesihR8qwCcIvoF3M6FGt+emkYIk4gXKaP1rvg6ekZz7Li8olz4yAbf/ae8dDpl18GXAgfxvK4trTWu5zI+NsJircH7//gP+Ye/fN8LP7klTM/M8LkP/e2y5z1g3BEsSJeFdoddhRzNWHPBr/4aIxs2MVzwiLpdhmSem77yZb75/vexf8/u43ZcFssS8kApeVSBYWAo+b+CWbIbwEHgcWBVaKGtRo2r//l97Ng0ytve+TMUSnXAJAdqoBOuVDx8fNFaE+ukYyCAgLO3VD4wNd++bNf+2g+GQdfpN0uWTjAVQqBiRT7n0mp1ufGOvWzfOsrLL1xPoxsjhDytrH9Y0qhtSTrUatFnrAJwChFCcLjd4bojU8x2A4Z8j0iprI722Be8Rns5thdy33nVUPUPRzy3EShlWnDo5+7WU1rj+z6jw1WOTM3wzx/8EIcPHjyuwv+ZCIFPvv8vlz2/XiicjVu4W2iaUcT+UPGdj3yI5qEDJ+W4LGc0eYxwL/f9PwysB9YBG4GR5DHW9xgCHGAR2APcDXwZuAFon8wTWIlabYEPvffd1Op19kxHvOb73oIQp87E1BrCSE1vHM392Xw9f97UbHyhioLlG2UTc5L1TkAh73Nkus61N+7irE1VRpJQwLH6C6x2VjzqVXIqQms9h7nYLSeZbhzzxYOTfOXQ4SzrP62BTe+NtGRGZGn/IF1HjRTLe76rVHjX2YX8Da6UWj1P9VhrTalcZnFhnrtuvpmnHn+c9/7eu4/zGVosJx0XyNGz5iv0BPooRtBvwgj7CYxwH8YoApXkdc+VR4D3A58GVk0N6sjEJn73w9eyruKxecRnqOCd1PdPE9+OzrbYM7nIwanGzx+a6vx5GAZDEpP0l4Y/BaBVUvKXzAJwpaDbjRAC3v6ml/Cjb72IMB0YxOlXGaC0RgooumaSq040nVUQ1pi3HoBTQGqhPzS/yK3Ts1m3v17i38o2vEhq/hw/V18v+Qha36FeQLhfa02xVCKKYj79D//An//u/32RZ2SxnFQ8oIAR1kWMwB/GCPX1GME+mvyeCvp1GCUgz/HzfL4U+N9AB6MEnPqifEArzdMP38nm7/4u0BCchBBAP6kCIASUCx5j1cJHPMe98ODRxn9pt4Ncr7lPIghJ1ry0R4nS+L5Lqxlw8117Oe/cCS6/YJ0ZGHSaCX/oSwRchVgPwEkm1XyPdDp8fPc+7ptboOp7RImp35/pulLpi/B9zs7nvrDRd39hQ86f25TL48rnlh2rtcbzPErlMt1ul49/6IO853/+j+N/khbLiyNtQulhhHsRY50PYwT7BowVvyF5jCd/Sx/VF3sAQggcxzFdNqXE83y0VrRabZRaJlBvAn4duP/Fvu/xYtPms/jEVTcipUMYBKdUAgkBjiM23XTf0X98ct/8W1CxUElts8R4ANINdTItz5ESFSs6nZCXXbqJn//pV1Eu+oTx6SP8UzMuTWLs9wBoLZCnPgnQegBOGqmGm1j6t87MsnOxRsF1sxa/QsoVtVulklGSrsuo7z3+htGh36xKZy4yTrOVh3kMvLUR/LlCgYW5OeZnZ7juq1/lj/7Xb52gk7VYnhWJEfCpoPcwhkhqsY8n/6/ve2xKtkmtf4cXKdocx8F13QFhPzw8zOjoGNVqhVKpRLFYolqtEivFY48+yiM7d9Jqt/p38zLg+4AHeIEFOMebMAw5sH8Pm7fsMIPDTonVLDIjJo6Z3L6x9PczC91zZ+ab50ihTLgzWROz3CVhfAJK62wuwWNPHOXG2/fwQ286HzMVJa0eWN29AQYuzCVlgKvA/Q/YJMCTR9rZCnh4fpFbpmaJtCbv9Fz/KomF9aOTG0E7DqV8/sgrirk/KUmxTwiQ+llWG61xXBfP82g0GkRRxJc/9Une/4d/SLfTQaljNw+xWI4D6UgJB2PJl5PHCCbZbhM9S36cXuLdOMaKT1/7fMdZZKQd54QQuK5LsVgkn8/j53IUCwVGx8YYHxtndHSUarVKvpAnn89TLJYol8sUCgWkdIjjGMdxuPjiS8jlctxxx21EUeYJqACXJcc/90KO83gzOzPF//kf7+JD/3gVlaEhouDURieEEOQ85+oNo7lXttvd32y2Yz/rcLqk5LfXrlyTy3l0OiE33b6bC84Z54Jzxmh1094Ap+psnhuZBwDTm2VgabcKwNoivbDngoCbpmc43O5Q9lzTvytRZVcafCGT+hHX95sbhbi2IMSXtEYrnr2bl+O6RFGEn8vxhX/5F/7pb/+G2sICDdsz33L8EH2P1IofZzCDPnXVp8J+lF65nU8yc4oXsSwuFfRDQ0OMjY0xPDxMsVSkkC8wNDTM6OgoIyOjVKoVcrlc5urP5/PkcnkcRxKrmDhSpl5eKcIwTCZuajZs2MCll13Ok08+wdTUVP8hbEzObVUoAEop6otzTIyWqFZLdINTPyBruJKLL9gx+sffuGX/S+5/YuqdngOJz7+vLFBk+QAGjec5HJmqc/1Nu9i6ZRjXkfSiBqs3J0AveQzI/1XSCcgqACeJVLjfNTvPgwu1bLJefIyLN7v+hUBISR72eOjfV7D4bJd7uhCWq1U++Kd/ytWf+TSHDx5icWH+WV5psTwjPj33e79gX48RgKn1nrrvKxilwE8eHi+y/YkQgkKhQKFQwPd9isUSo6OjTExMMDo2Zqz4XJ5CIU+5XKZSrVIqlXBclziKjVfMcXBcFyklOhm2pTWEYUSz2SEIQsIwRAgoFAo4jkusYqNM+z4T4xOUy5WlCkB6zqsG38/hOOB5DnGcThM7dVJHuOC5snH5BWN/M13rnjd5pH6JK0ybYmMASXR/S2NtvACuI4iF4IFHDnPX/Qd43ZXbMWXPIqsgWI2kWrFCI3vF3eZf2wp47ZBa/7sbTW6enqURhQx53jGFPwiU0kihUUJQyReOvrZcfE9Rit05R9KI1cCgiexVSUzM9TyqQ8P8/V+/nw//5ftYmFsVRonl9GEEk0yXls6lGfUbk8d6jLCvYoR8qhTkOI5ryvDwCKOjIwwPD1MqlykWiwxVhxgbG2VkdIyh6hCe7+O6jslxyeUpFAq4jkOsVBJSA5LIsRQSpRVxGNFoNmk0m3Q7bVqtFs1Gg1qtxsLiIouLi7SaTTzP46yzzuLiSy5l3bp1xHFMHMcmTFBYVi04jFECVg1zc7P8t//6Lv76g/9IsVRKxmSfOms56Q1AIe/evHk8/8V6o3tuq6ULgmjJsJw0C9r8o7TxArTaIdff8jQXnD3BxHiJMNKsmmD6Coi+n9JGQFov/dupxSoAJ5hU+HeV4ubpGfY0GhRc55i3oU5adQoAKcnnCos7ct43Nua8Lwsg0ppwBcVBa02+UKRcrfAPf/onPHTnnTx4x+1W+FtWwscI7GF6JXJp8t1o33MTmAY4BUwmfjH5+UWvG47jkMuZeHupVGRkZISxsbEsFl8oFimXygwNDVGpVCmVy/i+R7p0Oo6D73tIaUZmq9gI/CiO6AZdwiAgDEPa7Q71ep16vU6z2TD/N8z/tXqdeq1Go9kgDILE8g8IgoAoDBFS8tBDJXbt2sUPvPWtbNu23Xx4vk+lWll6ShVWmQIQhgE3fec6fvPXf5E/+rP3Mzo6StANnv2FJxApBVGsIin033uOuFgI+c5ez3NhfOMD/cyTwIAwnow9++e48fbd/NgPXWxyo3RvjV2NoYDE3k+8AWlS5Crx/2MVgBNO+lXvXFjknrl5tAZPSHpTsgZJFVpHmMQ/T7C/hP6LUOvOMznxhsfG+Phfvo/djz/OzV+/hvmZmRN4VpbTgAJGeFeT/9PY/Dp6bvvUuh+mZ83nMQqCczwOolQqMVQdojo0RLlcplQqUa1WEmE/xtDQEPm8UQQKhQKFYpFisYjrulnDGJP3ba76OI6Jopgg6FKv1+h0unQ6HTqdNq1mm1p9kVptkXqtZgR/o0Gz0aLdatJOtut2u0RRRBRFz3DkDsQxtVqNe++9h1KpxPA7Rlm3bh25XI6RoRHcJMcmoZh8tpJnGs13Crju2mv4xV/9P2inTGeweuGkI4QgjBTrR0uT1XLu/U/srZ+/b3LhYleY75rU+EnRxl0OpkFQEGpuvWsfl160kQvPHacbpjMNVpfwz9ZpbRSadEDbatNRrAJwAjHZn4L5IOTGqRmmO13KrmsGcqywfarFSgGxgJLnz7yilP/AsOPudNKuWdnOzU+V4WFyuTyf/NDf8rH3/gWL1uJfS+QwgnuUQWE+jhHwGzBCqZJs1//wj8cBGNe7T7lcYWhoiOHhYYYSYV+pVBkeHmJ4eISRkRHKFZN457luUp3i43seCIFSKhPuYRTS6XQJw5AgCGh32jTqDVqtBq1Wm3arRbPZpF6vs1irUa/XaDaadDoduomQb3fadDqdZ1lwHZCeeQgXIVyQLlrmENJDRw3oTqN1xCOP7OSVr7yCdesmKBSKDA0Pkcvl+hWAPCbJsYJpF7xqKFeqCLdEvRnRanZPudtcCsFINcfGXOnWbld9YXa+dX67E/iQzj1f/qWJxIbO+S4zcy2uv/lptm8ewst56FXYG6D3CetegipZL9dTdFTLsQrASeCuuTkeXazhSYlMhv2kWa/9t2KqAWsp8Xy/tTXnXXdhqfjPShvXP/RaYQ6NjiKE4LMf/QjzMzN8/K/fb4X/mYdLL1s+7V0/Qq8+Pk08W4eJyacKQAnjATguQt73fcqlMqVyiWKxSLlcNlb86Bgjo6MMDw9TqVQpV8pUKxWq1SrFUhnXcQcucI0Z+BJHIUEY0mg2aLfadLtB5npvt9vU6jUa9TqNeoNGo0GjWTf/Nxo0m01azSadTpsgCAjCIE0kXwEJwjEP6Zr/8RGOEfhG+LsI4YH0k/+lSdkSLjpuoqImRDUajTozM9N0u12KhSLV6hC+79NsNvvejE3J57+qFICg2+Wqz3yUH/+pn6NYKhOFp75hYaw0QRDHOU98ppCTr2m15Vuk1GiVuvzFsjonrU0IwXUlD+yc5IFHNvHqK85KJhyuzhAAGOt/YET76vD+A1YBOKEIYLLd4faZWRpxTMV1iftcXCtdB0IIlJTkXGfvuCP/LlQ6SLNJNeA6Drlika986pPUFxb4wO+9m0atdrJOyXL8cej1oU8t9QqDWfYTDPazTx+l43UQnudRLpcolytUKmVKxTLFUpHh4WHGx8YYGx9ndGycoWqVYrFEvpC47At5fD+HUpo4joijmDCOCLoBjcD0ngiCkHa7TbPZpN02Lvhut0ur1aLRMHH4Wm2RRrNJu9Wm2TJCvtVs0mw1ieNn8qjLRJg7iETYa5EIdpkD4fUJehctPGS2nUBkJWf9KVuJIJE+OHmI6kRRRK1WIwgCypUKlXKFfL4ADFTWpHMF9h2v7+V4EARdPvGxD/BDP/JvGRoep9vprorM+QiF7zuPbdtU+TtHtl96dK65WeooMYyWCH9666bnObTbEdff8hTnnzvGyHCRIFSsJsmaGndm6q9ObP6kgdEprsboxyoAJwhT2aK5eWqGvY02ub6+jzqdg73kNQJQUlL0/MY21/1i0ZE3xph4gZCSyvAwWimu++JV/L9f+WXarVMbz7M8JyTGPZzHWOVpbL6/Vj6NyfcPqKnQa5zzoklr3fsf1eoQY2MjDA+PMDQ0xOjoKGNjY4wltfLlSgXPM4l2jitxHBetMDH3JNFudnaedrtFp9MhjuMs8a7VatBoNGm3mjSbLRqtJo16ndpiLUvKa7dadAMTwz92PF4YAS9MLyAhJFp6IDyENA8tfHA8hPBBemYYtkis//TnTIAkgkXrZCFOYs/pfQZpO7rk2/MBSRTFLC4uEifHWSwWKZWW6V8VjGK26vA8j1tu+hZvePMP4/k+cXxy5wOsRBxDpegxce7Y9b5f/9x8vfvrcaRAq6x97oBRLwRaG++p70l27Z7h7gcO8ZbXn4fjCKJo5V4qJxu95H8hQCLIsr5WSw0gVgE4IaRZqU83Wtw7v0AQxxQ9N5v0t9J3n75GSqk2FnK3vbJc/GCsNbEQlIaqdNtt7rjxOyzMzvL/fukXrfBfXQiWC/kiRpinZXPrMMIhTcRL290OcZwS7qSU5HK5rNtdLqmHHx0ZZd2G9aybWMf4+BjDwybTfmioSrVaoVyu4Pt5lIoJo4g4jlCxIggCFmt1up0OYRTR6XRoJcI+DEPCIKTdatNo1owVXzeu+majSaORuO2T54IgeIY0LdFz1SMTAWzc8kgPkcTkjSLgJj+nVr3IJs+Y+ypNlU0TbRRax8m62xeHXZpslpCtzenENpkzCruGxdoi3aCLAEpJGGQJVVZZL4CUMAz52/f+X857yWVc9NLLaLcap/qQMqJY1wo+V5WL7uvnFsOXudLMBNBLW5xrjUh66TuOIAo0N92+h4tfsp4tG6vEilWRC5hdV9rkLjhZGaBJWFxF8t8qACeKSGtunJ5hst0h55r1/ZkcP1IIlONQ8rx9Y6jPKq0nXc9Dac2TDz7I1KFD/J//+B+s4F8dFOnVxqfu+LS17Ybk53GMRZhm4ude9LsKge95uK6L63r4vku5XGFkZJSRkRGqQ1XGx8bYuHET69evZ3x8nGq1Si6Xw08fngfaWPGtVotut8v0zAzdrom/h2FIFEWJi76ZJd21220azQaLiybLvrZYo1ar0WqZeHyn3aHdaT9D0l3iZk8seROTN+55kVjwSB8hffN8qhAImSTopTrSYG81nVryOs0GV1kemU5MerHU6drXdVP3/YxIa9HT95FGCRESNDQbDdpt00Lb5EEMLT3JKuYaWDmT7RSyY+sOCoUiY6USQRgRRquogY6OEYKbKyXvr7tB9KFOJ8wj9GBJYLppOkhHCHzPYf/BBW67az8/+tYLcV1JGPZyCE4VvURthcAcazqzRWSK6urAKgDHGWOMCB5ZqPHgwiIKcKVcse9+lgiYrJqe40RlKb4t4WPacXByOe697jp+59//jFmYV0HyzhrHBS4A3gpcAZyNEfjD9FraDgaUX8ibJALe81w818PP+YyOjbJ+/QY2btjIxMQ4Q0MjjIwMMT4+zsTEOkZGRvBzPlrprAmOVpowimi328zOztHpdul2OnS7XYJulyA0de+tVotG3dTGN5oNE5dP3PSpoG806gTdLlEcodUztaFOBX2SYZ+659Ofs6x7zyTdpe59IbJx19nHl7rmAbRxWffHgkknrKTyW/SpBsn+sjLClQR+erjZ3nR//VZfuMEoH51Oh1azRRxHFIoFqtUqjuP0u9MrwGZMx8NTW3CfIKXk7K1n88m/+SSb128ijGMenqtTawesJlHkSMFFZw/fdOCI//VHnp77UYdeSGjlhmcKKU12/e337OcVl27i7B2jxJKkaFQ/gzJ64sjc/qSWvsaR/c+uLqwCcJwRQKAUN0/NMNPtknMchFLGBklXqIQ0a1VrjXZd1hfy91/su5+QjqNarsud3/42f/if/qO1+lcHOeAdwH/FCH8THH4BJKEepJQ4jqSUNbypMDw8zMTEOjZt2sTmzZvZsH69aW9bLFAslqhUKhTyeUDQDbpZUt1ikqAWBAHdbkC326XTNi77drtt6uTbbRq1OguLC9QWF00JXW0xS85rtdJYfmSuSaWzsNVyZGLBJxn2Mmesd+mDSDPqE8tduGjpAE4ifPtvgn7PmMak9KcZ4LpPSKVb6UTmi2WqVhpgS7bKPut0X6likO0jVRKS90l/TuPPxoebeCpoJ4mMDaI4xvM8KtUh8vkCzWbmTvcwCkCBVaIAlEolPv7Bj3Pu1nMJwxC05uKRMvcpxWIQ4Yql6XanBiEEniv3VErOp6ol903Nhq6YNMFkHsrAwCCyJkE53+HodJ1b7trLpvVlvLxPEJphQafkPLKDNAmAnuwFpdKulKsJqwAcR9KE4gfmF9lZq4EQOCT9/pPpVQNff5KFrKWD7zhxVamb8657k18qsfP22/nTn/85mnZwz2pAAj8B/B+MB+A50T+gJpfLMTY2xvr161m3bh0TExNZq9t164zAHx+fIJ8vmKQhKRDSjKhVkaLT7dButzlyZCorgQvDkE63Q7fTpdEYtOBTi35xcZF6vUZtcZFGo2Ga4IShGXgTK5SKn8VS8sHxE/d8n9te+mjpZYIe4WTJd6aMrs9O16rPAu8FalOhn3VJz3TknrdMD4j1xJ3f5xoeUBD6DK1MmPfswf5vhp4S0NuH8RSkvVvMvSmEa7wAQL22yMLCPHEc47ku1WqFYqnYrwCAyQEYZpWUApaLZdZNrCNWcTYQyHMc1o8WKSs1WJ52ihEIvXG89FXPdT98y32Hf8O4z7Xp9790WyHQmOvKdSR3P3CIV15+FhddMIHjSLQ6Nd0B0/ySNMfEReBkdp9edUqAVQCOI0JAK465eWaOWhjhOzKzOla8DNMxwFKyqVj49qvKxQ9Vh4ejB+64g/f9l19i0XbzWy28BvgVnkH4FwqFrNPd0NAQExMTbNiwgS1btrBh/QaGR4YplcpZY5xqtYrjuiaZLgyIwpgwiukk7vlu0KXV6pXOdTodOu0WzWaLxdoiiwsLLCblc6bNbYtms2Gs+HabKIqy3vVxFD2DJZ/WyffF4B0Thxckwj0T/C4CJ02VJ13IBoR95qJXWSIdmEW8f1udWuRLhPOgmH6GhXKJ6z5rs9q3t/7xKz0lo9eYpR+daed97VqFTjwcxtnT7nSYn58jjmJkwaFSrVAqFpkePLIRTNLnKS8FHBsd46N/9VGKhRKddid7XmnNZtfniI7ooFePEqAh5zvtdaP5r6wbKfzI9Hz7HCEitFCIJQmB2Zj0ZE7A3FyL2+7ax/YtQxSKPt1YLw/3nCRSR69E4CxpAKC1ONV9mAawCsBx5oH5BZ6o1REI3KTDWa/WeBChNbiuLnne1CYpr9s8Pv7UvXfdxR//yi8zdeDAyT50l8Gpbbnk4QMd4BCrxK15kqkCPwq8sv/JfD7P5Ze/jAsuOJ+RUdMidlOSfFepVEz83vOTbHwzdrYbBHQ7XbrdgMNHjpqYfLdD0O3SaLaoLS6Y3vStpsmkrzdMwl2tRq1uMu0bjaZ5TeIBCMOQMApRz1gr72RZ9UKmQt2jP9Me6SJx0EL2BH0m5HWSICf6BDygeolaSUpe8oeekF/qXkhf398XLVMCRO/5perKgCWf6BUrZSIst/bT4xpM9Ot//15ogOy5NFQghIuUPirx4LVa7WRSoEwaHi0rBRzC5IWsCi6/5GWmYVFrMObvaViHwxEd0UXjsDpCAbHSSMHdvi/+RiD+EgFCGaVFLlEIs6tHmOZA9z10iFe97Cwufel6HCnM5SmWXYInHJ24/12hMwWgl5eyurAKwHGkGUXZtL+cdIzVlS4syc8DbikhUEIIR+tbxkdHPvHw/ffz/371v/L0448v3bXAuKHd5H9nycNlUGDn+/5Pf+7/e/pzfoXnV/p7G3gc+ApwO6us1/kJ5hzgSvpK9crlMj/+4z/Ou971i2zatIkgDFBJf2chJUrFSaJdyNT0DLV6nVYzbWPbptFoMDc/x8LigrHe6zXTs77ZpFlvUG/Us9r41EMQBMGzNMRJhLyTls4lAj6JYQvHQwsvceObcjuBBCl7iXdZaVwqGLWR71ojSButDOTTZ9um9MfUl7rkl2/fUygG4+89NSB1/KNTF73ol+XZ3vqtvX5rH3ieVmDvmNK59Fp4mEqAmG63k7UYLperlEvL2jRUWQUKwMT4BH/6u3+K1pogWJ7wp4Acgg3C45H5OgudAE++oJSW44qQgm43bm2eKH3Dd9yf2jtZe5UQwYoGVK/yA3zfYaHW4vZ793H29mHKpVw2J+BkeALSu0LoXg6JK0Uv/p/8bVWZ/1gF4MXT96U+OL/IrkYTKUzcJ4aBhQT6FiWt0Z7HWD6/f0el/LVH7rzz4FXv+QMee+ABMM1fXg5sx1gUOZYL5bTmPBXwqeWePlx6s9idJc+njzRzXfY9lqRWZbwFeDXw+8CNrB0lYDPGpZtxwQUX8HM/93O8+tVX8shjj3Po4EGCICSOY5rNJjOzM9QWa7RbLWr1GosLiyzWFqnXTGZ9q9XriGf615uYfhRHz1xGJ3wj0GVaD++a52RP6OukZE4k22T2b5bw1p+olGbYq77fB8SqeWex1GZPjigLBQwqBaJfiKb6b58wX6pCpPsw8f3BTP9s8UQYb0N26IlCDX0K9eABHsveWvr8ir/37RLpo4UDhEk74gZaK3I5MxVQCtEfYqmy5Ho5FZRLZd7xAz+C0vExJwAqIC8EW3M5FmtdZjod3FMcD9CYpL+hkr83jPTHmBSvSkM2WqV9AHrbC5GMTpcC33d54OFJrnz5Wbzsko0ISVZ6d6LJ3iEJ90rAk6b9j0oSTldT/X+KVQCOE80o4paZOVpRRM5xeNbGlMJ0hirBTeesm/jGl3fv5r7bbwfYAvws8DZMPXmeQaGdPk62ul4AXg/8J+Ap4KTHKE4RqZKUsT6J7R85MsWdd9zFwsI8+XyeublZdu58mAP7D7AwP087LbkLuomwbxOGzzSBTmSx9t7/iaBP6uNNt7tEuCfd7kRaLz8Q9U4FqU7kpgadhqNA68y2HrCUtVaZxd4T+T2n+aCwHBDPy0g7n/US8la+J/pj9AwYSX1b9ykby3UkjYpMsx/hGK+GabySKt29fabCXQu94lFn1mKqvWhMiCRxAM3NzVGv1QGN67gMDQ2Ty+Vod7IYew6jAPicwpDZ/MIcC4vzVCrLmhUNEGvNpmqe6SAgkBrfWb6saG2EspQnL0wgBZ2JkfzXz9k6dPNT+xa+Bx0kx7KC+igESoHnOswvtLnzvgOcu2OMcsmno4w1fjIUgX5PgyPBySJoSXLpqhP/VgF48SRf+M7FGruaDXOj9Ln5U21w4MbRGuV5jOVy+7ZXyl95/K47Dz9w3bfAWA8/A/xG8vNJQ0pwHYHrCDzHZNb6riCINPONkL42Bt8FnMfaUQBamByIjHqtxsLCAhMTPp7nUigUmZ2d5tprv8lDDz7I4uLisfcmUuHtIJImNwgP7ZgEPJFZ+Em9PC5CJo6ZtIlOhqZ3ZamlFxn9me690rnnu4j3lIB04c3i8b1I1sDzAy9dkV4CYE/JWLqx6Pt3haNK31MpVKebPam7gXENuw4i5yOd/iaLx1JBBo+9P6kQVK93QQwLC/O0Wi3j4nVdhoeGKRSL/QqAoDec6fCxPoETycjwCD/3Mz+P7/sr9h9ZShBpRoaKONXCilaFlJJON6DR6pq17fgf8ooMlZ0DseLvdh+sfY9WEi1U7ytMnVcDXitBLufy4MOTXPmKrbz84g1IsXIPluNJ/+eRjnl3hcg+y74+U6sOqwAcB1pRzK2J9e9LZ7D0ZAWfrpSCWAgmct61546PXfcvH/8nbv/yl8A0lvkpnkH4pyViUggcaS64INS4rsvY2BiVSjVpJOPieS6u55mmMq6L5/sU8nmmpo7ywIMPIeIul59X5pLtFfycJO9K8r5DwRcUcg7lss/uQy3+/isHWGxmlusoJtN5rTAPLPQ/MTc3x9zcAtu376BarTA9Pc1dd93BbbfemjSFEYnF7gwIdOF4aOkbK75//Cymll4OdLvrWa/mR40R8s9lMeuJ15Vb9qQJd5jtRF/JnDjWa1YQ8H3v1cui7yEG/u1Z+H1PG2+ESkq9hIDExdsX6l/xzMAs/ipWbN62mcsuPY9iIcfkkVmOHp7m6JEZGs02MRrHdXoCg2e2BLPz7zk3egoAphlQt2vmHriuy9DQEIViEQYnca7HlAOeEgWgkC/w27/224SRSRJ9NrTWVIsF8r63/PoS4DqSRqtLFJuRzScrs14IVLXs3nzuWeVrd+2tvUWoZJTxksuzv29DzjdegHsfOMh5O0YpFX3agUaKE+8wTfO7HKGzfAqlMA2lVl/4H7AKwIsidfk8Ua/zRL2B1DKz/gdilPQthloZ69/3Do4LvqW0nsvl8+kuxzBKAACFnOQV51XYOJbHlQLPleR8Sd4T5HwHP+dwz2Nz3PjgAn6hwg/94Nu5/OUvT5QEie/5uJ6HkygA+XyeUqnErbfezKNP7MaNAn7sdet5149uN81ptMaVEkeC60ooe9x/3yyfvuFwvwKQ5hWsFeZgsNKr2WoyMzON53mUiiWmpo6y8+GdRvgLB+GNIfyRga53RhkwVrzI0i0SyzprZ7tCM/M+TxL0rqNj27K9AEC/sE674mUJdqmME4PKgkn465e+GnRfiV1/sl3W1CfLx+57zcrCttegx9RqqyCAIIRYo6WAnIf0vIHte/dQz30PoIKQiXVj/MJ/+mF+5Adfh+c5HD06x/6DUzzw8JNce8OdPPb4HnQcI6QzcIRLEUmAdqDKQKefjIMQHhpT1dNoNGi325RLFSrVKoV8YenuxjCtoE86lXKFN73+TTRbTVz3uS/vSpsOkmKpwSIgIsb3XCZGKjQ77Z6SexKolP0DWou/2XOg8cZYO45Sank/FTDeH23aQPuew0M7D3Ply8/isovWI4V8xvvlxZKG0UykTeNKgSP6ylFXoeBPsQrAi0AIQTuOuHVmlkYU4TmyF09lcNFOI6lSCGIEZxUKX9yR879ZzucpF5YtIACMlj3++/+3nVe/fBw30ngSfE+ScyVOXoIn+fBn93D7I4sEkSbWglY7oNlo0m43TVe4pDtc2uNda82evXtpLNYZq0o2TRSpjuch1hAlmQvZGqBxHSj4A1dwHqMErBXmgCP9TzQbTQ4fPoxSikKxSLPV6rn9RQ6R32AUAECj+sROusAqIM4ENWmSEKlo74nvzODR/QLXPJEKRd23D+jPBOhrgTsgjEVmMfWTCv7ecfRemx2j6DXXSV810DkvMZuPueglz6swQncChOewYdsmxseHqdfbHJo8ShhGSM8jnZ/Wo3cOSsWgFFe84kLe8QPfzblnb6bRbDE2XOWSi87lLW+4gm1b1/Onf/UJDh84jMy7y0IVGnqZ2X05Aj1vSO9z1tLk0sZxxPz8HO1Wm0q5SqFQONZUwFMyFGjHth38xR+8z4xmPo4T/7TWuNKhlC/SaLfppTifWJTWlArugzu2lK/bta/+/UJ0s6S6/us3VVy1Fni+w/Rsk/sfPsw5O8Yo5F3agUJKOeidPQ70hLxJBHWkCaGSPZ9utTq1AKsAvEBSS2hvs8WjtYapzVuh85QG0vK/pO6fEc89OKL1d6Tr1mYOH+bw/v3p5hGm5K4Epj/2xvECG88qQTMyQlqQDJkWICUXbKuwbX2RnXsX+PjHP47jOqg4BhUjZWw2EyKp9hJIYf6fGJa89pJRXn3RsHnnOLlIJWSp27GxTAu5AfdZWnK4VlgAJjHfjQvQaDQ4dOgQQRBQKhayYTsGlTy0SajTKrG0+8rjUis4TcgT9Fneg7HvnpAnc7OL9LnUFFrqNFjJVb/CGrTUG997LaZhCSTCUWcbL43Mp3ZOT0npP86+7foSDZWK0UHI0GiFV73mMn74B76Hyy8+lwOTU/zTJ6/hW9ffgYpCnNSCFdJ8jumbaNBhBL7LpRefy+hIhXq9SavVQQiJlCGjIxUufem5bD1rPYf3Tmb362Coou/o+xSo3t/7FCaZQ0sJCmZnZwmjEMd18H2f6tCyiF0Rkwdw0mm1zayCE4FG4zgexbxLFDfg2VOdjwvjI/n9L7tw3V/tOVB/U6iEI0lCRn3LUmaFa21abEvBQzsnufLlW7jwvHEzjlcPerCOBwPWP6b1ryN7kV8heiGt1YhVAF4IyUXUVYrbZ+eohSGulKR11P3rsQDTDChRAmIhOLdU+sw5hfw38sPDfPn97+df//J96eYR0E1/iZWm3oqgE/escyFA9t7hey4Z4dd/bBufvOEQR2ZaFPyIYt6jkMtRyDsUc5Kc5+C7Et9zcF2J5wg2juX57ktG2LguT2s+QIcKFZuJVQgoVHz8qovvmbyAJRQw186JWWlWFzHGA9DGWHa0220OHjxAEHQplkpUK1Wq1SGOHD4MOkKrIBXZmRDtvyYGF6FEJRiwrPtFs8is92Xe2QFXfLLvJfvo74m/VAvoz/LPnk9+XLpgrbxo9rvnWfaigTa+iUKg4xihFOdddDY/9WNv5m1vfjVbt2ygkM/x0ot2UCzmODQ5xc77H0flZRI1i0nbq2aPdofhzes5e8cmCoU8QTfMFASlFGEYs1hr0qg1s4+y56noKWPPNNYo+zyFACctBYRarUYcx0jHKAAjwyO4rksUZbdDEdML4KTeI57nsWXTFpQy1u6JQmuJil2kEyUhpBNI8nUXC87ObZvL3959oPEmpYNkPWXgnkjLMbUGP+dy+MgiDz16hB3bR/FdQTfS2edyvDwB6b1sGhXppPSvVyMtTlE3wueKVQBeCMn3Odlq88DCIoLexbf0q9YYz4AUAuV6DLnO4SH0rQjRklKaCWu9RJ3UAwAYBaDdSRY/1yGOFHE7Ig5joliTVD7xhpePsGncZ64WJG0909pvY8kprVGxJowhUgqtzN/uenyRa++ZodmO6QaKVhDTasdIKbjiwmF+6gc2U8q7lPLLLpO1pACAyQFYIFEAAI4ePUq73aZQMFPhhoaGzB+0AmVKlnqx9MEYeeaWz3JElg69oWftil6mfJasN7Co9LnqE+GoUNkCJ6XTF14Y3J7UcllyHP2DeFKh2a86ZEIz8xL0SvzS664/mNG/L9UN2LB5PT/7Mz/Ev/83b8VzJJ0gZKFWp1DI8YrLL+DHf+QN7N5ziNbsAnguAnCkROR9csU8nuMStTtcdul5bN2yATTEcW/egONIgiBg975JDk0eNY6t/sqczNuyfBRwrzIhJTXlPIRw0JhEwHarTRSG5PN5hoaG8H2/XwHIY/pHVDEhpJPCeWefx9+/98PG0DiO7v9laI3AxZE5pGw/+/bHgZGh/KErLtnwF3sOPfUGFSFl0nBrwBule4qyTJJJH3x4kldctolzt4/SjXteguMmlPuuq5wjcAVJHmUyTXLgCFcfVgF4QQgCpbhnfp7ZboAnk4l/K5TIGOtOoLQiEoLzy+VPbyvkvhVpjSMlvj8QTo/oKzlTCjqhEQJ79jf46m1T7DvSptuNCUJFJ1R0Q3MTKAVBpGgHinY3phPEdENFu6tN9q6COIZYm1IapSGMFEFkXKtKa1TSchME19w5S6wUb79ygqGyu1TbThWAtcIsRgk4K31iYWGBubk5tmzdRrU6xFA1dQMrUKFJSFoucjGhgZ5FbuLQ/a1wU1Jn+5KIfN8FNlC6pjWqG0IqhKRJMlROjPR800BlYM8kkrrnAUg9EQPhhT6v+EC/AJLERdEvMAffoXcGiWKsNcQxGzaM87JLzqdSLjA3v0gcm3BJu92hVCzyg29+DXff9yjX33AXW87awPnnnsVZGycYHR2iMlQm5/voOGbzpnWctXEdnW5AnJR6aa3xPZfZuUUeeuRpFhYakIQSesdN4hHAKAFLQhrLkichaZ9scl+73S612iJBEOD7PpVqlXw+T6s3tVMCmzBNvE6KAiCEoFKusH5iPa32SZoeqiVKuUh54u0AgdCVsvfQ5vXFOw4e5rtUHCRCfjDsqrUZJSW0IJ932X9wnseenGbb1hFcVxBHRjlI78MXg04MvpVi/yfSA3M8WUuL+HFlLgi4b34hs/5heUQsVQikUuB5lIRYGBbc5jtOoxObCVdLFNEBBUCbVZcjky3+4tNP89kbjtLqqkRY60xwpxovmIYX6gVf2OlFq5leDPjGnTO86vwq1ZKLKwVhnO24QF9r3DXADEYJyKjX6xw5cpSzzz6HSqVMua/hilYBQsdo4ZLGlwc87KKXkZ8lnGXKQipke9tnoYT0D7p/5I0JMekopjhUYt3IEENDZcZGh9BoHtu1jyNHZhFaIpwl75Fau5o+BWTQS7E05p+9XifXZ3ZsItvnQG5Cfy6ASUBhfn6Rg5NH6XbPzzwdQkiU0rQ7XdavG+UX/sOP8Lrvehnbt25k61nrGBsZIud7yMTFmu4yimLCMDKfV3I8nudQa7Q4dHAKGm0o5FHJRMJeomNiBWqdKT3HCgmYU5FZKWCjUWdubg6tFJ7vUywWKZVKzA2WAo5jFICTwqUXXcpfvef9tNqtE1733o+KJVHo4PknVgkII0Ux505decn6v5g8uvezUahcR6487S/19jiOpN0KeWjnYV52ySa2bKzQUCpbK18MmWcsUeZz0kzP0JB0K+wPva1erALwPEjX8Uhrdi7UONRq4yWLihrI9k621zorq1HS4fxK6aoNnndzO1YUKxW+/C8f5/Mf+Uj/SwYUACEgDBUPP1njc985ykytv6ZX0N+9V8XJz8kiax5OIkmS7mhgfhZ9HX/T5jJJVzniFro7BTpithbSCRXFnIPjDCgAaXfCtcJM8sgwCsBhXNehkM9TLlfI53J0ul0TAtAhQrh94qQnIGH5wqCF6diXKo0rJdKle8n2qRPhrxQvuWAHP/4jb+CSi3YwPFyhXMzjuC633vEQH/zoVTy9ax/gIV1Tftd3SFnOZ59Poudt6D/OZMXrLxPsZRr0Wc7JcRvBmmyXJEIJ32Ny/2Gu/votXPbS8zhryzqazdSNLIiiCCklL7/sfF5x+QV4npsFE5TWaNX7bFQc9xrBJMqyQNDphgxVy7zjra9FRzF33fco9fka5H1w3X7HRuYFSU819cb0KzIiUVBMS2BJu91hYWHeJJs5DsVCkXJ52UyACicxEXC4Oszll1zO3MJJizhkqNhJlKdn7znwQjEC3YlHhvO3jY/4jx6diS9FhaTKY79rLLXMweQCPLVnhiefnmHzxgqOIzKhnW77vI6DZOXMXP8aL7H+tUjKv/Xy+3u1spYW8eNGPYq4Z26OSGt8x+nFFPvI4q4CcFw8dHvMca4red7RVhzjejmeevRR9j/9dP/LBpIA0dDqxszXQ5qdJKbnFBD+hBn60ifEBRItUiEvegI9W5RTod+b1Z7ZbgJAooWAYB4dzIGOCCOFFIKCL5de0GtNAagBR/ufqNfrHD58GCEkhXyeoaEq5UrFKAA6RKvIWNy6X6wOWt/AYHygz+rWK6wfgwl9STwzDBkZG+Inf/xN/OxP/yDlciHzEPg5n3Vjwzzw8C4O7J0kiCJw/AGZvszDkPyk4ggUCMdJwgc913n/q9PSKzFwOv0ejuRZYYr6hO8RNjrceNN9XHbJ+fznf/u2JIEuzt7fJLE5uEksP45jYqV7WoTufWhpMph5I/NDtxtSKuR5x9tey+WXnc+119/JF6/+No888jQ6jJCFQnYuKlKme2AQmH0UcsicR1q5Y7wdGo1EixwIB61Cms0mGpNsVygWqVaXGftFTCvvk8JifZFGs3Gy3m4AITVohzBSCBGeMOHXUTGuI+de8dL1f3vtrQf/NugEriDJvVr6lkl+i+871Goddj52hMsv2cBwtUCrq3ghHvrsHk6TvbUp6/YdgRS90N6xu02sPtbSIv6i6H35sKfeYFejiS9l5j5dMijVXAxSIJRGuy7nFPLfHJbirkYymz2MI/xeA6CUmD4PQKw07W7M+LBHpejQ6igQPiK3DuGVyDKik9VsuYAZsBdJF83eNgwIICFk4rY2d0e7a7IMizmHJS3C86ytEEAXowB0MOdOq9XiyJEjRFFsKgGqQ5QrFWZmZkCFoCJSx/LSOHv2PWTWxzLf0crbLRG+GpPMMTJc5ZILd1CtFGm1uwRBgAa8dkAxn+P8c7dSrhSZm56DnFEcNYnHgX5lIymV6gYml0AY4Y7vIX23753TK0sk1rEYOK7MIk8Pud/FIASimGNhcpovXnUdr7j0fK585UXEscosqtQTsLyLnfk8+zO5+4bwkA4tMs8r8vkcl154Ntu3rOelF+3gXz71DW64/k46rTYy76O6AUSK0fVjnH/OZgSCx54+wMJ8DeF5SNkLCwjhZN0dNSHtdpt2u00+X6RULvWSQHuUMImAJ5wLzr2A3/jl30yGSb3IwPYLRhPHDr7vEqsuJ6REUGs8zwk3ritfUy7Kw/OBcxZJqa3pttd37kKA0khH4LkOTz41ze5981xxaaGnrD7PZMBM+PeVk2aJf6kCqjWIwayf1YxVAJ4rifXRiWPum1ugFccUHTep+F4qaDHPakwyltJqveddXXHd3W1lFjqvkMMvFpe+y0AIIFaaVjfGdyTFXC8+P/Be2cXcyynQqufSpO9VYuC3PpGUhKl7WTHmvZpdcxMXcg5LwmZrLQlQYdq6zpNYdUoppqdnqNdrlEolhoeHqaRuYB2DNu5JoO87Wr7gLF9/ku8m8Rz0b59a1jorvTL/d8OYhVqTVrtDGBlrWQiI4hjpSCbGhyn4DgQhqqAy6zazpjUgBSrW6G6XodFhXvmKlzA0VOHxJ/bx6KNPoxotRLFghGJyL6y0xKUqJkmCHfS8AKlSqiMTo/Zc1+SsqDSe2n8PmevccVw818HzHBMOECJLGnSSUcZKKYIwIgyjxJNgrLFWu0O3G1Aq5vn+N1zJ5g3rWDc+zOc/fx2NmTn84SFe8eoL+f63fBevedVLcRyHr117G//8r19lbnoelcsh+4u6ZU85XlxcZHGxxsjIGIV8gUqlguPI/pHNqQLgYBT7E8b46Bg/9c6f4uj00Wff+AQiBLgyj1IxYZQuY8dXEMZKo5SavuT8sY/f+eDU/2i3234WrlmGJlaaXM5leqbJY49Pc/FL1uF7LkGknn9JYOqBwlydviPxHXM/KEHmBTidWEuL+AumX3ge7XbYWavhisG44zFf6flqi+fdk0c/0FSxjjX4uRx33HAD9974naUvWKIAQKurcB1hFnDAlJmFJMFQspo+3R+97Y+HJT/0C5K+tqfLhVKSR6CgGxoLK++nVle2jq21EACYXgCZAgAwMzPDzMwMlUqFUrlEqZwmAmpQXfPdPMMC2N/NbCD2Tp+n+xkQQqIdycJCjYOTU4Apl4uSKmSlNZ7nsm582DTVUV10MxkRLADHAc9Buq7Jpm61GRod4t/95A/wUz/+JobKJR56bA+f//L13HDdHSwuNlF5P8m+7rldl3YGXK4M905KBSEEAZe86hLe9Qs/ziUXnk0QRAOJa1orHEeSz+VxPZcgDJmaWWB+oU6t0aLZ6hDFMYWcT6VcZKhaYmxkiErFKNTdbkAQGO+BUopavUUu53HJRefwy+/6CVzH5Z67HzZNiN72Oi596TlUykU832Hz+jGOTs3x6U9/3Rxroa/nVTK4CWBufo56vY6XzN0olysUiyXq9Xq6tYu5VkqYENIJYfvWHbzz7T/O7Pzss298wjFKm9AuAp8g7iJQWWnecSEG15XdHVuGPv7gYzP/ud0SG5B6+SWndeJ4UkjH5L08/uQUhw5v5dxtI3QUSOe5Cf90/U/vZqUUjhTkZK+hd3ovny6x/5S1toi/cIQg0opHFmtMd7vkpERqTWJvDCzzgxneQm7J5z5Tdt0n24l1UCgWufYLX+D2b35z6bsMKgCxCQG4jug149Fq4P0y5aT/AJI1eLnzf3CxXlrzbQRDL28gjjVRrPE9udQDsBYVgBmWlHRNT08zPz/PunXrTUe4SqXnHoxNJYARGH25FjqNh+vM+9LfaS/9m1lMzPLS76YfqFtXCroBzXaLAwePEsYK13H6v2ziOGbThnHe+KbXsHPjBGGsWVyoszC7QK3RJO4EKAKIY9xCnrf/4Pfwi//xHWw9awNxFLNp4wTnn72ZbVs38qnPfYujR2dQIk36Ggw8DfgqEgUzU5ClQEcRut3h3IvO5lfe9RP88Ntei4qVyZvIXqfJ53L4vke90WLXI0/z8ON7eOTx3ezbe5j5mXm63ZA4UW4q5QLrN05w/nnbuOTCHbz0wrPZtGEc3/Nod7pEkRle0+0GKKXZsmkdv/iff5RDP/hazj97CxMTowRBxPxCDceRrJsY4Sff+SYe2rmLRx7chYoi4wVAGwUgKQWcm5ujUa/jeaYyoVIpUy6X+xUA6M0EOGEKwDk7zuHXfuHXOHz08KoQPllNvF9ERNBst1IJedzeI441URTv27apfH2rrX6yG3QcKZZ6MQeNoVzO4cDkAk8+PcPZW0dwlmTqH0sRyHxtadZ/4q3KS2HG/aKziFd/LszpwlpbxF8Q6Xc63w15YH4B6LX9TZs9DGyfJnO5nhoSHBVxfGfbkc04ucgCpfByK3bTXSEEoHCl6LXj1Wmr2aXHmMalBt3OS7vEpQInXbyX9tTuv4JjpQljTc61CgCwyBIFYGFhgdnZWfKFPL7nMTQ8jO/7dLtdtOqCisH1Bj7ePs+4IVUGkt9VbNrkojS4LtI344BF2sBECjNEpxtCGOF4DhsmRhkZqhBFsWmY03eM7XaXifFhfvVdP8FirUGt1uTo9BwHDk3x1N5JHn9iL3uf2EtzscarXns5//Hfvo2NGyaYX6gTxwrXdThnx2Z+5T//KHEY8+F//BLdIED29a/I+udnOQUm/prGpNLTV+0O4xsn+A//9of4wbe8Gq1N2Z9Ic1iEoFDIobXmkcf3cN137ubGG+/l4cf3ML/YgG4AUUxW5ZK+oefhFfNs2zTBla+6mDe/4VW85pUvZXR0iE7HeAOEMHkFUaTYtGGMbWdtIIxC6vVGFm6JophWu8vLLj2PH3zLd7Hn6YM0W21wffPNSTcrBWy32jQaRtg7jkOlUqFcrrBkAOAIxguw+wVdcc/C+on1XPnyK1msLa4K4Z+S+rTyrk9Td2m1zRhhIZ/BO/Q8kVJ2z9s2+vdPH2j9ULvDkElEHNx3f7ze8x3q9YBHn5jmipdtYWy4QLOrk6qAZz6m7Kg1RkF1BL7sBWP7y3pPN9baIv6C0cD+dps9rbYZ9Zh86UttH6BXX+y6Ymsh/6m8FLvqSYMWrTU510V7K87TCenvBKiNB8BxBQWvpwD0msOo3tUpyLwO/TXly2q+E621f5tMeZA6yao2So1SmjBKPACDGsBaVADqLCkFbLVaTE9P40hJsVhkeHiYXC5Pt9sF3UXr2IRbMis5WRrFCmEjIYijCMKYQiGP6zk0mx1Up4vwPaRregrEYQjdRPDv2MKrXnkRr//uy3nFZRcggCgcrMdWytRDb1g3yuYN41nyktaahYUmew8c5rY7HmLP/kne+L1X8NKX7KDV7iTtq0mEYofx8RGueMWFfPzT36Db7gwkJvZfW3EYmQTCtNRQJs3RowjX93n7D76OH3vH9+J7Ho1mO1NApRTk8znanS433HQvn/rsN7nl9ofo1BvGV+s6iGJ+WYOVdCRw2Ony1BN7eWrXfm659QF++O2v59+8802cd/b/z95/xllynee96H+tijv17jwJkzGDQQZBBILIFHMSk0xK5jUpK1G2LMlBOg5Hvj62znE4x766thIlWZZIkWImBQYwIhOByHkwM5g8nXt3944V17ofVtUO3T0AhqSuCAzeHwY90129d1XtVetNz/s85yAE3ZYAaIIwJozinr/IK2bazJAPD1fYuWMznufSarTIJzkQVhYASECxvLxMGIY4jkOlMrTeKOAwhhDob8WuuOwKfuef/85PSPl/0LQ2t63om4mLRjtAJbrLmfKjmpCaJEkfGq5YB9od5wqVRqJ/OmTwXEyiZlmSw0cWOXx0kcnXnGMSIb0+Nqf7PvSqGmbvFngDYj8vX+cPZ98mfsaWL6l2mvLEygqtJKFkG/DfC+FbhJRYaZomafK1AGsuyRaRtCxmT55geW5dwE5K3xigyqYAbAm+J3vF1j60tMm41mczW4/YZF2hGHoIatMGyLWsNZ0oxbLE6gDgbCMCAmhi0ruU7NrDMGB2doYgCKlUKgwPD+P7HvU6BqdB0p3vhyxTXoc7XSBQUQJpwt59O/mpG69iZLjCw088x333Pka9tkLqakMNmSSMjo9w7bWv4d1vv56rX3sBkxMjaKUIwqgPFZ+tjwwk1+mEWeJsHLVEMlQp8NpL93L+3u002x0KnksUJxmQrRdZ2pZNo9HmuUMnCIOwj1NiMIhUyvChV8arFMtFokaHdrNNJwih0+Hiay/n/e+5mQ2To9TrTfJsUAiB77s0Wm2+eMsd/Nmff5lDzx0Dy+oCD+l7v0HEhMCyTYCgXQeVphx7/gR/8qdf4Njxaf7xr/wMr7noXJTSfaOGfZt69qpSSjzHwfVcpmbmeezJQ3TagcFJ9H1OOpsEQCtqtRrtTodKuYy/vipgib+lUcBKucKObTuIk7+92fsfl42PVmh2YpbrrWz87scUBAiiXVuH/mKpkV7QasYlpDTdNN37XKFXGPA8i8Vak+cOLnDpJVtwbEGSsK5K4EA7QQhD+mQJfCm6eAD5Mu3799urAcCLWP7RLoYhz6zUDctU92eD1L/9vSThemxz7bs8wYlWH8CpWCrx5d/9D9zx6U+v93YpEOX/UMrwANiWEeQxhYUUnQEAe9tithF3I2CdlflF30/7WwB0j1+jUicEOed5qqATpBT8V1sAQAs4iQkEqmAoYaenZ2i3W5TL5QwMWIa5OVApWkXINeXFwc9DIEApdBBy7r6d/OY/+hDvftv1eI7D0RPTfOmW2/nsF77DkQPHQEjOv+w8/v7PvIm3v+n1bN40Dtpkt2k/KU7+Tl1wSL4+VFa1EihSUpUSxQm2ZTFarRAnaR+fvUmoXNcGAXff/zhf+sptBJ0AYds5oKHb91SGR5rLXnM+P/Oem9m5bROzczUOHj7JE08dZH5hmZ9+x41cesHubj8+3zd936PTifjcl27jf/zhZ5g5MQMFD8uy0KsWXi8Azq+xb6RRCCzbJi1ZBJ0Ot9xyO50w5rd/4+9zyQW7aaV9lYu+/rAU4HkuaZLyyBMH+PJX7+DLt9xBJ4qQrt11Bmbk0UFLG9KYWq1GGHQYHRnBsiyGhoZ6rQljBWDDmS2zl2Zvf+Pb+T/+t39Po9l48YP/Li3r0mwaq9JshtTbgRFO+zGYECJVWn/SEuo3QexBm+mQwWcMZJbQ2JaklWgOPr/A9NQK27cOE0Vq3b59rtRJVh21paBgiXy6sI/t7+XX9++3s20T/6FMKc3BRpPpToBnWSYC7MvCe8dliFelUFqne0vFT53j2EdCpbpHDY0M890k6RcAGngr+gIAgHZgMAA9RT6NEGbu1Ww0ZsH3Mv2e4lneuMr7VKZM258hDlYEullVpnqmtaYVpgyVbSxrYJW7nF2SwLnNYgKBKkAcx8zMTNNutymVynieR7VLCKMg7eN00jlYaJAqVwtQUczohlF+7kNv5Z1veT0F1yGIYnZs3cgvf/Q9bN+2iU9/5ps4jsMvfOTdXH/tpWaUKYpJU2XYADMHKISZ2JDSVG262UlW6kyVymikzWapsn+LRKwKIEzrwLYsnt5/mD/7y1vY/8zzCNtGWr310t0kw5DxyVE++nNv54PvfQOe69AJIhrNNrPzNRrNDhsnRjNAXtwNlj3PRQDfu/sh/vR/fSVz/gUsxxCr9uskoBQqSUxkrEE6DsLOAImmVgsYGW1dKqBaAd/9zn2MjVT47d/4MJs2jNPudHKgAiCwskDm6LEpbr/nUb78tTt54omDhEFouA+y56w7Nmm53edjZWWFMAhxXBfLthiqVvF9n6DT7eK5wAQmYO5ie34cZts2lXKFYPHH+rJ/K6a1EWgKopRmK8K2fjwBAACC1pYNxTuSlB2ddsfJn4O8p2OydQXKZPqua3Fqus7BwzV2bB1GWmINCFBnEwQSQzJkAwXbgP5U/pz1jQS+nO3VAOAFLN8Ol+OYJ1ZWiNAUNGZhyYFIH8gEILRGOA5l9KkCPO5ZMu3vexWyUuNpTGFaAL0yc2z6Zr5j5UlXX2mKPuUpkfn83iaeBwKDocqqtkBfQtTd+rOIWWMqEI4l8O2BxW5jmM7ONlvK/nT7ujMzM7TbHarVKo7jMDIy0mvVqAiTApn7mVdZush5ASpOsB2bd77tej7w0zdRKvjU6y2U1iRJQrHo87Y3vo7zzt2GEIJzd27Bsiw6nbCrByEEmcM3RCy2JQmjmDCMSJIUpcwpOLaN57n4vk2aJFkfPO+DDpb9hZD4nsP07CL/66++zp23/wAtJJZjkxNf5StCaQ1Ks3vnObz20vMo+h4rDSNIUykVqA5tQwBRHBNFeYXBBBiuY/P0c0f45Kdv5ejBY1AsGLrigVZVrzpl2TbCcRCWhU4TVJLmMcjgPRYCq1QgrTf45q33sGfPdn7xw+/CsW3ijCtACIHr2iwuNfjTv/gbvvSl21heXgHLQnpuBlqjjyhJGwxANgrYaNRpNBvmOlyPanWYUrHUHwBYmArAOKZ69GOxHLwbxdGLH/wTYBrDSbFv1xbipE2SRn0txx/NpERrxf+cXTz+jkZDbbYk3ZHSvtXc3TZd16LRCHju4Dyvu3Irvu8QxqqLTeiXjFZaYwsoWsJMRneD7NM1Ul9+9moA8AKWf8CzYWCY/4TJNLrAkf5ju2AQEK4b7fW9W7RWR6eCqOdwNQRhROf0Yh0KkylEmPIhSWp+23fzUlOGBs8zyrwU29f3X2NZJaBbFMiPOu0KNj9QGjqB4SHwvIGo3SJjxDvLbJlVQMB6vU6jscLExASFYpHq8HB3LWgVkfMz5JaTRnUnMMKAyuQI115zKTu2bmKl3uoK1ySJot0OcByb88/bDhiQX6fTI1kRAhzHxnNdklQxNbPI0WNTHD0+w9TMPCv1JnGS4jo2w9UKW7ZMsmvbJnZu28jE+ChCQhhEJKlxivlZggkqwihmfmGZNIig6A9ch5lm0GYc0XE4f98ORocrdDqRAUIissBEdrEI/RGn5zq02x2+c/uD3PvAE+A4WLY1CKoSphyrohj/nI1MvPH1lM/dDtJi9mu3U7v/MbRWSMeU6rsYiwz4JYsFluaX+Oqt93DNFRdyxaXnkaRB1ifWZsICWKitsLy4ZFgPfbdvuif/xPKGmo2QLhpotVosLdVI05RSsUh1aIhCobB6zWzixxwAvOut7+Jf/ca//juj/v1hrVz0AJsobmF4pn8MAYAQOk3Vo+WiPFyzrM2geuO2uWVBssag/gWao8drHD+xxEXnTRL0ZfPdZ1ebymvRNs6/W0UVvaD7lWCvBgCnsTxjjlLFgUaLWhhRtC20yBfTquO17kaaIkmSslX8ikAs9Zf/tdYo2+7Kk65jCjMF0A0A4lSTaoPE7yUiGo1CdNX7xMB7DGZD9JX9B6GCayIAs4MikFnEbJgIHVvgu68GAJgAYAC92W63mZ6eYdfuc6lUhhgeHkZaEpUYNkCtU4OpyJxlbxKDrDYqiOOE+VqdMIzxPKdLgWvaycqU+hMzi572ST0KTP9ca6P6d9d9j/HAD57hwMFj1GsrdMKQKE5Qyjhz13UoFlxGx4fZu3cX1119Ede+7hJ2bt2ErfJ5fNE9tTBM2Dg5xoc/9FamZxd54rH9KCmROTAun2dMU2zXZc+526hUSsSpkajO2+FJkvFldrsRAltKbNvmqf2Hue3OB4mbbWS5TLeapelJE6PRYYy/YYJtv/gzDO/eQioE7eNT1O68Fx0EpG4R6XsI18mqGXSrcVgRzz3zPHd8/1EuuWAXliVIEoOHUWlKpVzkitdewHfveph2o53dgvXIjbQp/2cVgCAIWVhYIE1SfN+nUPDXAwKOYgKAH5tNjk9ywb7zOTl16mUFQMtZEoXwWao3aHU6hs3xRzIB6Gj31uotK/XkguV6c7SX5KytlGrAcW3mF5ocPLzIBedNDgCcdRawO5bp+Vv9zr8P8/JKsVcDgNNZFuYtxxHP1htZT4huyfR02bPleEzY8pmVKHq+LcWAMq9bLPLdP/k4D9z6jdO+K6YF0K3tJYkiTTWeI+n1tnrCKetZb7vKshad92t196e6ryrQxQDk6m0ZGVAeANiWxHMGHtS8BZC/1dliS6wa9G6320xNTaGVplwsUS6XKfhFA85SsWEE7Ao3MZDdaq2RnkurHfDFr3yPDWNV3v7ma6gOlWm1OsRJ2q36pN3s2fyuJSWlUpHF2grf/N4DfPnrd/HU4/tZWKxDHJvjLGFq/9mn1Gl1WFlImT45y9NPH+b+ex7me1dcxAfeczM3XXc5lXKJVruTZeqCKEkoFjx+6sYrWFxc4f+cXmB+Zh7tewgpoc9BamWqFa5jU/A9wIznpamiNwCZmQbbtkjSlKeePcLTzx4B2xncWPNgQSlUuwNRg3h+Ccv18Es+CeBvnMDftNHgEoYqRPOLJPUWWIOVMOE6tBttHnx0PyenF9h2zgaSJERr45QKBZcL9+1iuFqhvdwEBbpb6u3GA737b7kgbJRKWFxcJFUpjuNgOy7lyppRwCIGB/Bjsbfc/BY+8sGPML+w8LJy/j3TgEW5UKTVCWm24x8ZEyAEVCveJy2LX0pTNWrlxE3rHagErmPRaIYcOrzIciOiUnIJY1OR0Ag8aWb9+zN/MvDsy/KWv4C9GgCsY/3+fSoIONrOhH8GEb5dE+SlIxCWlewrFz9bFWIuWnVspVLhr+65mxMHD77Q2w8GAKkijBWuK3uLT6uuzLA5X52VuXqgr55nXqtw3v/vXp9M936WKQd2KwAW+M7A1F9eAbAw5EVni+WjgN0lkgcAYMRnioUi1eFqFgAkaBVlpeP1YyVhWSilefSRZ/m/G5/k2MlZ3vuO69m4YYxU5QI5fRK1aBzbouB5HD0xzV98+hvccsvtHD88ZV7Qc5DlIkLK3kn2LVtTHdWoMGL65CzTM4scfO4Ihw6f5Gff/0Y2TIx2eQAAgiCiVCry9je+jieefp6//OQtpHGK5XVJUBG2TZqmfPO797PtnA28/soLGR6u4PouQmfUvHHSXb8CjWVZrNQbPHvgGI16C+yc6XKwQiJtC3fLBuzyTgo7trJw54PUn3yWcGaRtNFi5z/7RSp7t5LGKUf+4NMsfu9ehG9ke6UUYEmEY6PDiKNHTnH0+DS7d26h0zHVDmV2eMZGhpicGGHq+HQ3cM7PR4v+loQwLQBpQ5qwtFQjiWOKpTKu61KtVleDynxgI5xmAZyhXXrRpVx37XWcPPnyyv77TWtFseCycazKwWMLzC40cCwD+vyhzKzvmZIvny4UvHPjKBFmUoqBHCnHAVhCIhCcPLnM8RNLXHrBBtpK49gSR2o8Oej8/+4Elv727dUA4HQmBJFSHGq2WIpjSpbdXUDrPXaG+EIg06Qx6Th3bnKc9uoAYMj32VAdfrF3zjEAAMQJBFFKwe1/1zwbfOGFKU7/lyyWEYMXpFcdp3MtAnm6FsDZFgCkmBZAE6P3ThiGTE2dQmvwfA+/UKBaHebkyZOgY/MHMG5PDWT/+cSIsCRaSQ48/Tx/MPsZDj9/gg//7Nu5+PydKJVn/yaUs22LYsHn8NEpfv9Pv8gXvvBt2itN8H2k62Tg1B4IKn9vgerhP4TAKvho30OFEQefPMQfLyyx0mjxyx/5aTZvGKPZbAEZF0QnZGy0yvvffRMPPPQUTz92AOXa5r1yPIsQPPL4c/zf/99PcenFe9i1cwtbt25g97bN7Ny+kVKxaK5DG/Iq25IsrTQ5dmImYz3sW18CdKrQUYy3exNbP/o+Khfuxi4Vmfrid5j/+neJFuaYfPtbOP+XP8DEplECYPab32fx1lvRkQ+VSkb2Trda0VhcYWp6AZUqM8aVGjyNUoqC7zE5MWICJ6UR9unKfBKES06Dsby8QrvVZmR0jEKxQHV4GGlZhtTJmI8BjXr8GCYBFmoLBO3wZev8c0uVwnUcNo4PGZ4opZDr3u8XtyyGY2K0+LnOEwvXzi2sTPTSIPr2NZ21SC08z6JWa3Hw8DwXX7AB15Z4FjhZ/KkQq0efX3HZP7waAKxvWfm/FsUcaDRNqVYKlF4HvJf5UCnA8jw22tZj9Tg+lSq1RgKsGYa00xcVBgvoIwOKEkUnUni21bcAe4CtPFtZPxTIt3zz/35QU3+Ptndk1jnLxwCBdpBi2xLXXdMCyBUBQ84um8/+VCBXBZwnDENc16NYLJosEND0CTcJedp4TQJ4LtpxWJqe5dvfvo8rr7qY11y8hzhn1dNmyqTgeczM1fizT36Vz33uWwTtNnKobEBrWdbT77q0UobQQQpEf6k1A7Favoe2bWqzNf7qE1+j6Pv8ykffTbHgEYQGrZ2mhi/govN38rY3XsOzTx1CrTTQlmEnzMsMWggOPXuYQweO4hR8JodKXHjRufzqr/w9rr36YlrtTq8SIQXtTsBybcXcny6cJat4JCm61UY6DpNvuYHJC7aigdpdDxEcP4kKlumcmCGcmqdV9Ggt1nFGhhi+5lrccyYRCJYfeYZodgHpeyAlUZywuLRCGEZYUqJVpuShTF94qFxECkGq87IviLxt1vdFS8cEFynU6w2WV5bZun27+eyHqriuS6cXAHjAOUCZHzEAuOyiy3jjjW8kCH7yR/9eisVJysbxMpsmSjQ6AXI9UZ+XaGZvlLc+sX/xt1LFhG2tFmjvLyxpnKwNcPhIjUY9ZKTikTe1NL3l+HJm+Xsp9moA8AI2E3Q43m7jWT2HuJrOWui+jE5KLqiUPl1G1KJ1oKIqO+5FLKTPqcapJggVriuw8jfXCq37CSzWAwGKvr15dYrfXwnoF8XIfpRjADBEQK4l8NdiAM5GNkAwzn8O2JV/Y3l5hcXFRQrFIuVymepwrwysVdQFbHbH/3IHQ++r+aYGx2XXrnPYs3Mzti0JwjzDBt9zCcKYr37zHj7/+W8bXftSaW2ZUgh0mqKagXGutoV0XejjcuhSRGuNsC1ktczK/BKf+utb2bZtAx94503Ylk2SEQxFcUzB97jp+sv52re/z/FnnserlCmPVilXigRByNSp+YwpUBAHEacWF2h1At7/vjfh2FZ29d0+AEmiCMMoC0ZyTQRhsv/QyCknjRbtwycItoyQZvwBVnUMnUiC6XlOfOIWZsartI+eorBlI/v+w28wvHcrjWPTPPt//Rnh8VNozwUBCk0niIjTFCcPXjCtNSEEcZSQNttgW6QY2mGRocB6jTSVBTFm6dfry9SWaggh8D2fUqlMsVCg027nt1piAoASqyZIztRuvv5mfvb9P8vJUy/f8v9qS1Mj69xqJTTbbcNv8kNYNrq3XCrKp4sF7+Ioimyhk7w/28NwCtGtGAghmJqqc/J4jfGLNqEy/Ypuz7/vOX2l2qsBwDomhFH+O9pusRzHlCyrl12tagHkjl8hseK4ttVxb9/oOMHq8j9AtVhk5PQTALmtwgBogijFdyTdNnxXD6Df9fdt6rmjgT4s8+mQAIIeEFCYtgACs2+lBBkPgWcPVAwkBtx0Nq6fZUwQ0LV6fYWZmWn27buAYrFIuVxBSolKU4SODCtgRiDVyzF6eXqeqagwwqkUufqaS7jgvB0kSdLl5HcsC9uWPPzkAT77xe+xtLBkev1946cGp2YWqXQcvN2TeBtGsKtDhCdnaR8/hUoUws5G+HJZaG3aEJR9pk5M87kvfY9LL9jNeeduI+mkpoGgUsIwYtfOzfz8h9/JiaNTjE+OMTkxwthohU4Q8Y3v3M/Xb72HVquNLHiouIBfNLoGvQClt+6klEammN4zpdIU2/ep7NuFt2kCb9MG6k/sZ+Whx4lrdVaePGDOt1QkWlji5Kf/BhXF6GabLR99P8OX7WV0bAhRLFLauYWabaPTxNwTwM3U+3RXUMuUhaWQTIyPMLFxjJVGmyiKjUPwHCN8JMw900pTKpWJ0xJRvESz0WBxYQFLSjzPo1DwqQwNsbg4wM8/jhEGOvbDLrqd23ayZ9de6o3GK88pCUgSQauTImXywyMlBOzdMfLFpRV98/RcuMUIX+eMFX2YqeyvjmNRW+pw6Mgil120qRsUQB/47xVuZ+MG/oKWl3xqUczBRptU66wsqLplwQHLAlbHc9MttvWDRKlmPU1J1gkAZJoSv3gFYAADYAIARblg4zoWJgPJMAD96zr7e/+izYGJ/bKXPcsdxyClhakCSKPopiGOTSDhujK7DwPgprOxArCMqQB0rdlsMDMzw6WXvsYIw5QreJ5H0m4bEKCOEfh0sRvdZaQHP7MoZuOWDVx28R6qQ2XqzVaXlMR1XeqNNt+57Qc89sQB8LxsVr03XpeX/3Unxt0+zu5/8YuMXbkP6Xoc/cQtHP/4p9GNOvg+2DbCtvowrRrp2Kgo5olH9/OdOx9k987N2JYkSVIzzpcmFH2Xn3n3zViWpOB73fnqgu+zfetGjhw9yYP3P4m2jWpfFCUEQdjHMphtsErjew5DQxXD5gIIpdGdCG/bFnb95kcZf/1FYLsc/ZMvcOg//yk6CBClMtJ3EI6FVmY8UGezNp2jJ1l+6hDpnq3Unz1KWm8hXDfb8Q1+YrhaxvccgsA8YlobgqJS0eP9776J7ds28NyhExw5Ps3xE7PMTM0RJwnStkiVZqhSYcf2rSzNREwdniGMYmZnZxFSUiqVsjbA0Oo1U8HgAB77YRfdh977IX7hw7/A/ML8ix/8MrMkTRkfHWLThiGUMnoBP4zzFQKkkN9+8rnasSRNt1h2XjHNDzBf8v3QdSStVszh40u0OzHFgtOd8T8bnD+8GgCc1maDgOMZ+j8H/8FaWFAeYUrLau8sFr64lCRLC8k6uDitGVaK1osvrJh+PQCt6cSK8WGJ0wVKqW7+qLtxQF+vKq9xQXeUaeBU+ioFg32y7FX7ynCRUugMISulaSdndrYGAC3WqAJ2mJ2dxfVcbNumXKlQLpdptdtmDFAP4j5EH9I9V2zUhmCcLVs3sm3LBnJxHVPBFNiWxdETM9x73+MQxciSIZzpr/YIQMcJutNBJwmVC3YzfskeBLB43g7jOBsa6Xm9PVH0oUIE4DisLDe494GneNebr2PrlolMRCdjU1Ma27YRAiPyozVKG+XjLZvG2btnO48+ut/8jhREccLScp0gjAw/QmpAgEophipltmyeMAGnUuS6CEiBv3kD1XM2ooDi9i1YpSKJ1gjX7o6wCiHANVTCSgraR09x5L//FcKxaB+dIpheMABAYTb90lCJjRtGcWyHtupBV3LZ40suOpcLz99Bux2yXG/y7IFjfOZL3+WOOx8iDCOkY3POlk3sPW8vS6M2jdoRlhdnWFpaIo5CCoUCxUKRSmVNAOBj2gA/lE2MT7B54+Y+nYYztryk18/E9BNnWktUasYrozg+cydsKpntStl5ruj7r1NJLNdKp/ckgvP5/5NTdY4cW+LCfZO8cjj+Xpq9GgD0WV720cCxdpulKMbLlKLybGvQsrKgABlFQVLwbgsgStfJ8oUQ1BYW6DRflL1rQBEwTY0in+dKnJyOV6sMB7CqvT+YZK3TJMi+23fcYF86g8EI2QWtxYkiURrXll31q8wMrdfZZyEwgyFsKoCZBJifn8/ARUYatlSpGFGgNEYrs3EPEJOQO3fzDZUmYFts3bqRibFhA/7Txjk7jkWcJDx38BgHj5w0o21iMHjLJwp0EiMcoy9Qf/oQpV2bQJs+/sh1V+GUC7gbJ6nd+ygrDz9pNlnL7i4kaVuoKObgoRM8e+AoO7dv7FaSzOmLAcEgMNcSRjGu47B54wQF16XRbIFt04liTk0v0Gx2GBoqEUcxaCMzPDpS5ry923ALLlEnAs8B2yJerrP88JMUto6T1Du0T0whCj5EUTblsBbNYrku0dIKc9+6G50TzriOqWpkAcw52zexfetGc2+7wS6gRSZ9HeNYFtVqibHRIfbt2cZQpcixo9Psf/ogw2MjjI4Nc92NVzF1apKnH7kdUZtheXmZer1OdXiEYqm0bgAghDjHOT0F+AvaL3z4F/nQ+3+O5ovvHaczG9OCqLHO1M5PjLvTGnCoNxNmFxqZSt8ZvoaAczZVvj63GP/UzOzyNivH3uq+A3QeeINtS2pLbQ4dXeTCfZNrkP+vdDsbN/DTWxf9H3Gk2SZSioJlkWbUkGvnQBRIC9d19bgUj08HQf10j5NfLnPL//HvuO+Wv3mxsxhQBEyVphMoCo6FmwPxdM6sJsi1ynOHkGf/QmcOJ9vgckEVQ0GbX25eNRgkuMhcAWBaAGGs8B1pBIF6GkZnoyIgmA10GrOZbgEjCrS4uEiz0cDzPCqVch8jnAIdIjCTAFqnfYBNMuYxDWEMQjA+VqVaLZOmvZ65bVs0mx0OHT5FsxV0Z+a7oZ3W6CRBFAsMX3UJ5R2bcScnCE7N8Ozv/A9ah47ibdnA9l/6EGOvOx+tLZ77v/6U5e8/gk5i8D2E6yIcCyzDd7E8v8TzR6e7QKhB8GrebzJf8sCwVCwwMT6C5zo0Uo30bdJOwJHDp1habjA+VqWdrdU4Ixm68LwdnLtzC888fgDhu0jPJWl2OPXXX2fu298nXlwhqi2hwrBL92tY2bIgqrvkMw4MK78G2RMtiiJc3+WSC85l+zkbiKKo7zJ6WAylNGGaYASVEiqWZOPkOMMjQ6DB931uuPla9lxwLlMzx9lwzjaW5o9Tq9VYWl5icsMGfN+nUikboqOe/LDv+4VNV1xxNfwQc+UPPfM437zj27z1hjd2q3ZnZIJU2lb0gr84GNyf/pX+lisIaaooF30q28cRIv2hSvGea33t4JHlXzuZJNukA71Aj4Ht2QTskiBIOHJsiSRW2I58RVH9vpidjRv4+tb3UM4HAcc7bTMqpHva4wNboBCgJVoLLMde2lPw/8YT1NPTPB7loQpJrUbQQwefzlL6xoVSlYEAXavXAtBp5j3yTDI/w15peXUcsl5ZSwyUD0T3+dDIbhsgThRBrPA9wSrCrrO1AgCrAgCAubk5lpaWTBm4WGRoaMiMjioNqQECImxyYhmltCF5iE1GTJzgDJUYG61S8L0+52FEczpByKnpeZIoNg6uH0SYEft4k6Ps+KUPsvENr0XaNkc+8XWO//EniWaOU778auyRISrlIglQ3L4Zd7SKShKsoTJpu4OKIoRlgZSEYcTsfI12J8CyJEr1zscEjHJAddDzXLTSLNebRHECUhpgYRjz3P6jPPf8ia6QkVKKNE1RSnPBeTu44drX8Mwzh0njBMu10ElK/Znnzb1RChwb6Rk2xX7p627QSx/OxbEHzlMpBUnK9vN2cOO1r6FUKtJqdehiYKDnHLJnV2mFTgVpqpmfr1FbWAKlcDyHyugQWmoue/2VLC+d4PlnHmZhYYHF+QX8S3wKhQLlcplyuWyEhYxZlmVtLpWHJqSU83q9ceIXsE4Q8Ikv/BVSCN5+81todV50D1ltCqizth6OAFqOTWTJHmP4WhP0FEAHppT+Nsy2BVI4pKmk4J1xuINlybBStI54rnOTuddrSYFEVgmwLEGqYk5M1Tk5U2fH1mHWHPwKtrN1A19jWvRc5KlOyFwQ4sgMDKdypbS+45XqguJ0HEd+qfitsmWtW/4HKFsWpbVCIevZQAtAKQgije8I3Lw+tQoEmAPK8kVN3vfPZcz6nuxe378XEvcEanrH5AFAlGo6ocJzZabj3c1qXM7e9bOMCQC6Nj+/wPLyEpOTG3Ech+Hh4aylkhpRIFQ3EVFaQ5wyMjbM1k0TjAyXGSoX2bRpkisuPQ+lU1KVdsmapDBAvFazDUmCsD3616OOYwhC0pWWyVRHhgxX884tCM8HXJKlOkv3PISMA8K5GvFKg62/8AHK+3YAklN//TUWbr8fq1QEKUjRNJstOp2QSjkXfuytI9excVwjSdxotJmeXeSxJw/yre/eT7MTgmuTtgNQKbFKabbaRHFscAAZaC8MI0aHh3jzG6/mrnsf45nHn0PbBYSQptTv2Ia/IBMT6lZL+vZn0fXgfZY/g1KgOyGFcoE3vOEqrrhsH3Ec94IFMonYbDIgSVKSNEEpjW1LUqU4eOQki/NLgOFRUFKRipThiVFGNmzA9XyWF2ZZWFjA8zx836dULlOpVLoBwMSGTVxw8dX7rrjmre+7+MK9fyIFWp2BWxMI2p02k5u2MK81iW1aCVoIrDDBa7b6FAtPY5p13zIuFQlzAaa1P7a10qRKJ2gdW1Jqhe1AMoTB/8y85Is4A9NZ62u5EXH4xDI9zZOXaAJGqv7dY2Plt80vNDauIQYWBssisufRkoLFWpvnjxqJ4LMl+4ezdwNfa1ndp5OmHG+3aacp1axnJ/MeaJ/l+uCO7VCGY0da7TlLiNM+1gVpsRzHp/npgCX0VQC00kSxxrHFKgzAYIe/GyfnG2LWtBVAd9wL3Zc59Q5fgxEwFwhAnGg6kcJ3LNMC6FmPDu3ssyZrVAFXqNWW2b5jJ7ZtUa0OG0KYTgdUaEbXsqxTxwmXXLqXD77vjbzmkr1Uh0r4novvefieQxjmTiovdJvPUg0kcD0vKH0fPA9ndJjms4eZvr1CWm+yeP8TIG1EcZik2ebE//oSp/76aySL81Recxl7f+vnmbz8PIJ2TOPZIyzc+SC6j6hKaWWClb53tC2LNE154pnnefix/cwuLLFSbzE3v8SBA8c4dmLG0OvGMX6pwFXXvoZ3vP06rnzNPpI0HRAzipMUO0157SXn8XN/7y3816k5luaXkKUS0s5kh/uLzmIwgM05L/pCoQymkJX0wwiU4urXXcYHf/oNDA2VaLe7Ur3k2hqLS3UAhsoFigUPx7ZxPZeT0/P84JFnWWk0wbFJkxTLtrB9l0QlRh7ZdUmVYnFxEa0VhYJv9CCKJaS02Lh5C5dedRNvePP7JqN2e8+5e/ZNOrY9m7M7npFJaZRE81E1aaFJcOIE9cN4La2JRSYstk7iokFqjQe6LdCpQEdSJNfaVvpzWot/DpS12Qdqa375RzStFb7rsWFijDTtnHHj4ZyN5a+fmGr9/PRMstHJR5i7L04OBUBrMw7YaUccPbYE10N/NfSVbq8GAKtsPgw5kZXYhNYm313H+ausl+l6XrLDsb6H1qF6gWXjS/FSveVgBUBDmCij5tYl48nVAHv/6keW5+fYa1/0AwLzwCD/2+AGCiazyJeGIWsxPATWIELG4+wOAAZUAcMwoLZo5sEdx2FkZKQvAMhaABboJKVcLvLed93IRz70NqpDRZI4QWnT/wzDKAOpDTQrkZak4BfAsrKNS6PjGKdSYfLdNzNy9aW4Y1Wa+4+z/9//EdHcAnGzTdoOEAUHlSQ0Dx2BTgiqgTM6gVX0sC2JAqxSAavoG6epM6KHgo/nuj3/KwS2bRFFMbff/TCf+PMvs7LSIpGSOIkh1SZrF7Bn7w5++p038tY3v469u7diS4swivoCm/y+Ga2B97z9Bk6cmuUv/+IWgkYTkekZ9O/aebA7IBXcQwPk30IDqhNCGHLxVRfxix99Nxft20UQmPfX2ogp+b7LiZOz/Nmnvs7MXI3z92xj397tbD9nA5bt8N07H+Ke+x8zUsmuQxCE3H/3DxiaGGHXeTuN6JA0j8DC4gLNVotSyQhClYslPN/j4quu450f/AgT41sKizOnrl1ptj5pW3JWnaZSuJ5pwHcdir6/ylFrLAG2FMSnDwAsYEIIoRAs0NcG0Fojs9JAv8xtBpqztNau1gRSyneA+FWNbgmdbHdsLpVSVFSaTmlt/U6q03J26xsv+aJe7Jq1xvNsSsUSQUfiuOqMlAMdR84VfXkixzh1S6WrsE4akJYkDGJOnFphpR5QHfLPCucPrwYAQA9EBDAXhMxk5X/VBeysGg3JnpBUKYTWK+eVircUpQhP1/8HqFSHuMV9SSjgAQyA0po4ychg7F4AkD/H3ZJo9yd95zqwivsz+8z1D4yjZSGBBsOOJrPWtCIIzRSCPVgBcDDR/9loDeAUBhLpAERRzNzcHEmS4jguw8PD+H6BlZUVUAlowwioU025UmLntk2USwWarQ7tdkivt963YWUfTpoqfM9lcnLEoNpVagKBJEW4NhM3XcX2D74ZGzhm38+h//xx0sUZ8CvIgm9474VAei7C80g7LuFijZOf+xbLe7fTPDLF8n2PmpKoJdFJjGu7jI9WKRd9glyeGFMyj5OUI8emmZleNNUo3wPLQng2RDE7dmzmY7/8fj7wrpupDpXoBEHX+RrLrlWa56vTCZkcH+GX/sG7UYniC1/4FktzS+iCZ85ZSNaU4OjHtYhuu0SlKbplsvzXXnMp//hjP8PN17+WJE2Jk6TbMvBcM/N9+/cf5VOf+jrNpTp3TIyyYXyYsfEREIIjR04ys7CEdBywLOrLdZ556gDXvfU6/JKfCQmZZ3Jubo76ygrlSgXXcRkbn+DKDefw1p/5MOfsOpdWo22Nbdi8VyG9RA32tYUAnajTZrlKa6TnY9s2/ZUDS8BSKJltSHYUYxIF6epegECiOE/V1RYUX6XPSQutCDa5xCWBUAYQl6YaSwoc19JpomNt1MgboB+RUlwNXGHK5vqDliCSUpQENBD2v9M6msBUxn4sQEGtNXGsSFKLuAMnpxdZH8201oQU+L79xMhw+Z2NRmfodJIlggzEKmF2ocnRk8tcesHGswYI+GoA0GdKa6Y6HVaiCNeyQPQ65WucrDCbqpvGMxOO81zFsvR65D9gFvLGgs9Qobjuz1dZghkxSwFLaYhiM/Ln9tPx5uCW3PoX66qSKat+1K9MN1js6vuarf4oUXTilLGC2xVsy8zFTAKcjRZgAoA2UAUzCjgzO0sURTiuS6FggICzszOgk6wKYHaVdhCyXG/RCYI+jfR+cFv/WwmSVFEqFti9Ywu+79Kut8ByQEjSKCaq1VGxMg4OcCdG6TRbmfOXfa9p1o/0PaLlOsf//IsIIUk6HVBZi1hKUIrycIVtWzdgORY67GG+hBBEUUxtuYHwXLRjGTY/YQB3Okm45KI9vPnmqxgfHWahtkTSlTVe35IkJQhCtp+zkV/75Q8wPlbli1++jQMHjqJWmuA44FgIy0LmqpyZaaUMdXCaQmRAg9XRKtfdcDkf+bl3cN01lyKEoNMJs6qYwnVsfN/j4cef4/NfuY3m0grYNitLdVbmanQnAxwLUcilj021olVv8fRjz7LtvB04vk+OjVxcWKDeqLNx0yYKxSITmzfjjm5izyWXUl+qgwW240au70S50hxa0263CENN0bKx5PqeUyoNOf6hzywBzUTw/LKk3pEMObDBidD9dLqCFMWsTvROUqz+7cBSmihMiWxD8CGlQxIr4lQjpVBSiFCDpbW+Q2t1O4gLpJR/X8BehPiAkLhS6l+2LEmqsB1bfhxEW6M9jHT2jyUQMM+GwRzHcfSSJgM0sG3L0G3ztfhDyyvty+TaXmfXpDDiVCuNgCPHalx6wcYfx2m/LOzVAKDPmknCiXaHSGsKQpj+5zrgmJwtz/c8Pe7IJ08FQexIyenKepbjcPett/Lsk0++lNNQ9AUAAGFsZvF9tz8gyR3H+k/Z6s1iECuQPQ0DsN9eIGBqAcbbxykEsTZTCINjAB7ZHPxZaBozCdAiCwDiOGZq6hRRFFLwfVzXVAGkMCJSWkXG/VqS+nKDWm0ZIQSObRPmHPeWhSXzmXQjVJOL8RQLHuedu42tmyd5rnYI7WGY/MKI+dvuRwBJq0X9iQOkQYDwvT5HOVhRMIp3imihBkkKjmHWE46NilPQsHX7Zvbt3T5APpPzAdSWGszM1tCpqUB0s/PMcbbaHRrNFmEUdgOcPIi2bQs/YxAMgpA4NsFBnKbodsCmjWP84kfezXl7tvHVW7/Po488y4lTs8RBhCbqwxAI8wzkZWHbYmSsyt69O3jDG67iHW95PXt3bSVOkq7zB40lJcWiz9TMAn/12W/y6CPPQsHHcpzsNpkgIa8K9tpsIC2LhekFvvfVOxiaHGH+5EladaOauLxiuACKhQJ+ocDuiy7FGh6nE3SQliSJAp55+vFlK1hpC0yyYds2+y58DZ3Qxi0ILKvvXr5Ec6SmnQqerLtsrTqMVSwKaUiCzHcAhcV+Z8JuI2jn39RJSmhZaN/K9Jfy9opJOJI4zSTHRFouOESJspXioBD634DYIqQYFYKbEfy5hUBKVZRCziulbKXEcDabFGHaZT+SKaXxfYvd2yfohB2USnAcyYvVAhxHPvnUc4sn0iS5zHIkOm9zZD/X2WsLafgAoijl+Illo09gnSHw8GVqrwYA0AUALoQR052wJ9uSBwB9EacB1Znquec4KzsK7rfrSRK+kMZf0S/wR7/3ezx8/30v5WxSegEAYAKAONEUPZmVOjWiq3c9+Bj0YwH6Z4ZFn3PPLrr/ivqqAlntK1cE1GYM0XMlzqAg0NlcAQCT4SxiKF7RWjM9PUUnCCgUCriuy8jIsEG9J6mpAOQl9nbIoedPsbTSYsfWDdiO2fiTNCVNUhDdRBzQpKlCa82uHZt53ZUX8twzz6PTBMuxQGuW7nmI5QceIw1CVBgjLInsK9f0J0xd7gcpjJZA3/fN7h/h+B5XXr6P3du3dGmAwZT/QXPg+RPMzS9lCH3R7SQJIdCWxWOPPcdd9z7Ozm2bKRV9mq02tmXjex4A84tLxHHK5Ngw0rMIc9VBldJqdSgVfN7xptdz6UV7+MEjz/KDh5/lwPPHmZpZpLW0kgUDGsuy8MslRieG2b51A5dcdC7XXnkJF+7bSaHo0+kExHHSfWYsS1IpF1iqN/n0F7/D39xyB0mcIAt+fhO6vAc95qP8+TBPUhTHLM0t8r0v387SwhydrN3QaLaoLS4ihcT1C2w/fxOTey6iWW/iF32SsM0d3/py/eDjP1ACQZLpE/zexz9LoVDhR1HVlgI8YUSdau4QemaeYYI+PLAmiDneH1zI0RLtskciBCLDCuUjnVgC35YstWNmmhGjQz5VVyauK0kVlkafsuDXteYXhRD/NF9Ttg1KJa5GziulyxpZyECELX5EJUStNWmqkcJFkXJyumGc9wtUAyxLBlqnxwoFJ1Wptgwj51qcltbm2rXSTM02qC23mRgrnxVtgFcDAOh+ynNhwGKcjf+RLZNVK0BjfpBqhUjixa1e5e6CJZNEnT5yLxcLTFQqL/Vs8gCguyMEkc4CADtr4euMUCbr+Gcn2+OFF2scfr8eQJeFbm1to/c1ZwXURovAdyxceyAA+OFozV451sRUAS7Ov7G8vMLK8jKTGzbi+z7Dw6PdUUB0BDpFCAdtW9x7/xN8+at38sabr0AiWKk3mV9cZn5xha2bJ7j4gt04jk0cm00rDCPGRof4qZuu4Ht3PczJQyfQFSMGlLYDVBKDtIzjl31IefL8X6z6zEVWVs7+JSQqSSBO2XvJDt5005UUfI92x+ATtAbLkoRRyGNPHmC5tmxId/LWRVatEJ7DwlyNL/7N7Vx64blcd/Ul2JZ5njqdkMeeOsTXbr2bIIj4mfe/idddfr5pK4QR+SPU7gRIKdm0cYx3v+06fuqG13Ly1BwnpuaZX1ym3QlIlcJzXaqVEps2jLJ96wYmxkdwHIc4imk0mtl1mWsVwlQf5hdX+NJX7+IvP/lVlpZWTJuE/tbLYJNsUG5bIC1Bq9Vm/2P7DbbD9iGFTrvNzPQMQRRR3biRFcsligOkbZHEAcePHKKxvDh87OiRSn5iF156BZbjGBroH0PCaQtNPYKD04Ir9AqWMImKVpqgFqD7QEre63dj2xYi45uQUog4TIebYXJ1O1IbW4ITltbPzLXi6alWwkVjPq5vU3bt1LItoeFZtP6nQuBorVMhhAIkggiIHFsFWtue41ibhBCW1jis2td+qGu0JFJ6nJyeIopSMy56OtNQKXs/GB+rvG9mrrFZCtGlBMithyc1n3ltKeD4yRUmxsqveOcPrwYAvbE4rZkOAupJgtPf/19VkhNZ5dySEidNa0txMt1OJaeb/wcIo4T11AFPY2sDgFgRJYqCb4hXUqURef9f98r9a/v9qwCBfQl+/zG5l+gqAuYXmv1KnGiGitZqSeAiMNz3ymeb1TEBQNdySuANGzfheR7V4WEsyzKz5ypG6wQhjbrc0ePT/I8//jzfve0BHNtmsbbC4nKd5doyN914Bf/yn32U3Ts2sRIbQaA4SXEch6svv5D3vfNG/uiPP0/cDpCFAsKxTa9+4PRE9/8DvA99ASDQzXi11uhWh6HxEX76nTdw+SV7iePEMGAisCxTfXru4Anuf/Bp4k4IntutMuW+U0iBdmwefnQ/f/mZWykUPLZu2cDUzAJ33P0wf/O1u3j44WcQqWJ6bhE+9kGuvGwfdtEnCGPSbAwxVYp2O8CyLAoFj/PP28GF5+9CyEGNBASoVJGmiiRNabcDekQ7vaXpZQJAX/zq7fzBH3yeqVOziJLfYznM02XRG5XN793qxS2EMJoGCIQ0UxJRFDI1PUW706a6aROhtImDhEKxRG36FN/8/Kc4ceTgEDAKpprym//2vzG5cQtTJxfw/B/PVizI+oZKZ9rlWGg2C0tIDG4l6a2OnimlNx1c7Lz32Wb8GyuIPY7Wp7b68lZLiFvKtvj+cieu1esR+8aLSFfrgmdrjUApLTEwhVhKtMjklTEA2bhYkCfAdqTUm4TQc0rRyX72Q8xBZq0TKTl3x+ia6ux65jryvuVGeuDE1Mpm18bckz5BkxyLIYVA2pJGK+ToiWVee+mW073kK8rO+gAgX62NJGGqExArhZ/18/XqBaazDdOSFAqFeFzKhw+02ol+ERdYEJKV+CUHvv0YAACCKCVOFEVPdrmqcwZA0Zepr9cS625f+RfRG5jqghtF36+KvHWQVw5Mm9iSIAdBgEPA+zGl8Dv5MY4AvUyswSoilCiKmJubNaVUS1Iul/H9AkEQgIpNG0AWDLGNbTE9Ncf0qRlMSckQBRF0ePCBJ3n48f3s3r4Jx7G7rIBhFDM8XOFn3vMGDh46zrdu/T4qCJC+Z8rxWQ++nx1ydWabW57nCgk61ah2B9tzedvbr+X9774Rz3Wy7N8cbduSNFU89NhzPP3M86CUcfbdAFJ0YSWW45BGMbd8425mZhc5d8dmjhyb4aFHn2VlYQkcB6013/3u/TSbHX7po+/mxmsvp1wqECcJcZx0yYLS1LAGRkIihMZMqAxWtXKAXC9YX93m0tiWJI4TjhyZYurkjGEXzMYMu2RCeTC0ijire8/yUlv3gREgXRA2WifMzszQCQL8DcOoToTluFi2oL6yTH1pkanjxzxgg5RSbN62UzuuA1pLTDVNC0G8Trxx5iYF0vNwdEoqhKtT9TEVqtepWP0D0KfMuhDZhQukFOLkUuf6e+vJP31eid2ZG99yqKV+cVLw7suH7M92Uv1J1xJPtIMkXF4J2L2hTCoEniNDpbXQpiWYAKnjmKlXZbakQENQ8C1AyjhOJ9A0MADal0SM0m9GxEcyNjxMuaSRwgSdpwsDPM869ORztSNpmtyEZZl2ULfFk5u5F5YliOOEE9N1lMrFgta2DF5J9moAkPf/o4i5IERojSUEebdowLKNVAmBYzvNnQX3TksTpbzwEikUC5TsMxqZH6gAhFFKlCiKnt0T5OlTmFtLiLK2KqCz/4veASD6A5ycZU0jkBkGwLzXqfmAbz+8wExtgAHUAd4JXAr8KfBnrJLJfYVbE5iib4eIooiZmRmEMOx9xWKR6nCV5eUlULGRBs5YGoUU4NpdKVtcYfr+js3JqXm+9d37ed0VF7LtnA3UV5ogzDRAFMXs3b2Vf/zLH6DdCbn7zgdRQYTwHAPuy0v/meNfnSGtDmrTREEnwHJs3vr26/nYP3wv27ZsoNnq0P8E6Gx0bcPECHvP3cqzTx1ChWEmS7x25UnHpt0KuPP2H3APglSDloDnZvgEGxXG3HvPo0xNzfH+9/4UP/32G9i9a0vGNZAtf0EGzNPZn/XRNuZaZVfhTSuF0r21HQQx1aEyb37j67j/B0/z1OPPGQXCPIDO3qvf/65WhuuSD5HfV4mWLkgH0oSlpSVa7RZVzyNtdLCl4MThg3zxz/6QQ089DuaZ2VIoV8Q//89/qIdHx51OEOzScL3WPK8U92q9mmZXnxkuMDFjme55uyg0FnGkDpIwfbB1pPU2OsrLg0GdatIseLM0w89H+gPHEr3bkhJXGuetkUxpJmv19Fe3Wbz5tVXnj8JUf8kS4mQcp3q+ETE5VsSWaMuSUeZVLUBZttAkgr7OaENrhONYsUhUBVQFWMEEAi8EoVrHsgqNMAKHUZSeNmpSgO/LqXLR0ypRQms1QLLVfcWsCqC1YGbG4ADGR0u8kp0/nO0BQN+TNR+GLIQhtmV1N5uBjS0LmKUWxGmKTOKFbV7lHk9K/ULlf4ChSomyfUa3OqA/AIgNBqDgdctrpsy5CtJqsnsxsHF1A4G++XIT86wne5nrCeQYAPMWdzxe484nl5hbjlYdjwXsAP4Zpov5+xia3LPBFCbgqdM/CjhjMnrHcUwAUK1mILTYBAF9e4+UIkOxZ6V5DdKVqCji3nsf5zt3PMhHf/ZtuK5DGMXZCF6CQHDFZfv4rd/4MOVSke/c/gOiRos0d67dNdLjy+9vBZlNUBgK4SimNFzhne+4gV/5+fdwwd4ddDr9M/vmZJMkRUjJTddeTnWoxCf++pt8+7YHCFsBwnfJ4yCTWZp1KW0LJSBRRjRLWrLnRIVR8EtFwtHnT/LHf/pFHnpkP+982+u54ZrL2DA5am7yALZG9GnF97JxgcEnWLZl9BdSRRzFqL5WQJKmuMLh6svP533vuZljJ2ZoNFpYXk501GtjDJTD+p6r3PGYZ0qZIDmrAAA0Gg2WajXGbYeo2eTAgw9w9+238+T376bZqIPJks9xbNupjozFSPlTCyutfSpVv9EOkz+JInXfekmH0FAor3VaBsspEEJkX4QSAm1JCCyXo40K55Ub2vOtW3e9c89TUnDStDXhQATN5QAJOIJt85HaGSPw+gIOAdhCEGphH0w4b34p/g97nPhtlw17fwD6eyuduH306BIXjBcZrvrasgTCsKOjlPncZbad6PwmI9q+p2OwvSRlTKPK2XN0ZlLF2kSUzbbgmUNzBFG8LlGQCQx5cnK8cnx6prHdtE4FehWrZg/wp6ktdTg13WB8tPSKBwKe1QFAP///XCeglaSGAOh0y1BnYCoBbposWbAg15ST1ppcvzr/QjYQFQeRIkkVRc/qZjhC5+NV+RPW2x4Gevm9s+idRK5hLAYzmvz3EAIhbHTmlKZrg45/y+bNOK7L9PQ0oZkRHwN+DZMV/ylmPO5ssHkMI2AVjMb9wsIC7XYL13UplUpUq1WkNOVzVJJ9KjLjbu+1WbofDRpZ8JmfmefzX/weF563k2uuvJAkVShl1NHCKAbhcNXlFzD6Lyqct3c7X/36XRx8/gSqFYBrmX6NBPO56y7+o9vTSRKE73D+Zefx/nffxHvfeSPnbNlAGIQGoT7gbEQGJlMUCi43vv4ytp2zid27tvCpz32T+dklpGObUmzfdeVBgBB2BqpfFbCisVyL1PJpNdrc9Z17OXroGEW/wLvffh1aa5RK+u6TxnUdPNcdCKKU0rTbIUsrK5ycniNNUnZt38xQpUQYG24EISAMYyqlIu940zU8+PAz3PqNu1FaITPSq9WP8aDuns6LZvnpYwICG51NzNTrdebn5rkwjinHAUvHjvDgd2+lsVLPX8RxbHvLNTfctEkKLkpUshVL/BPhyB2pErbWWg6cgtYUiw6k2nDXs3Yf0ejztNYf0Fr7aL0fLb4jYE5qzXxLcPhEwlv3WWF1s3cIaWWOE8KZDo0wwZYCRzAWKu3nAUV+DjJrq0iM21xSVB4OeMvUYnj+ZUHy1VFL/M8gVY+2goSpRp1dYwXKJRdSxUytzdF6zL6NZaoFl6QvyRfC4AN8X2pL2HYQphtAhyAWOQMzQ1qC4SGfJMlaOutYwbceWawlB09OrWy35OlL+rm4VasVcfzUCpdcsPEV7fzhLA8AcuskKTNhSKgUJcvOxppWyXZmG5aQkrLnRVVLPv5Yo5G8mGt3fJ+v//Zvc+/tt5/JKQX09cfixOgBFD2rT69amyw9Y0kT/d/vOvKsF6w0miQr7xsAoSk9G0rh7Emii8sRGp02WB2QW5bF+edfyLXXXkexVOK+e+/h4YcfIjZMcRuA38T0xj/BD9HfexnaPAYHsDf/xvLyMku1GoVikUKhwFBlqFuqRJlJAISF6JdozgI40GbtWRbYDo89+ix/8emvMz5WZduWDYSR6lYQosjoBezZtZWP/fx7uPLy8/nenQ/xyCPPcujYlCGfiftFrLLP0rYZnRhlz65NXPnaC3jDjVdy2UV7qJQLdIIwm/sfLOlnZQMgf1/Ys2sLv/LR9zC3sMwXvvAdojjB8tw1vzfwHHXjgt61awTSFmjhoaOYlU6I77u4jkUQxt1fEkJgWxazczVOTM2TJAlaC8IwZLneZHp6gYNHTvHU04eolIv82q/8DG99w1UkSqEyYGGSpKRKsWPbJi696Fxu/eY9prUhcgxBlu1llyxE/gz1tcmyYCovqGkhu0DAer3B/OwMQ1oxksToKMQWA60/4RVKO17/jve/vzRU+XmdqIKyxS6hJSIlhFWaPtrMpyttmEBlH5uN50gOTrXf+O2HZ/5rvd3ahlLW83NufdipfGzraPnzjiX+RKCDmabgZFRlPBHMNR0OHQvYs72AFjGaFGWcu60N3SJgEhYwCVI+4mllFZIUwfFYb1tcSX5hq801e4vyryz4fDtMT4ZRSq3VZGPVI44VK0FMsxWxsBIyPuQx5Nvd5EprsCQtEMJ17VRrZScJk5h9Y2m9h22tmT795g3joBOa7bYBka7y2p5jHRFCHUlVaujMJQi1VlY5xxdEUcLJqZWXdgovczu7A4DsiV+KI+bD0Dh4rdeFp3afTCHwXbe1xbHvS5ROe8Q665tjOzx4110sLSyc9ph1LKJPDyBVmihR+E5OFQtahehoES0tM46kVLag0yxYURjNsdzBmwrbwL/zn9P/8/wJTQdSIsdxeM3lr+X6G25k8ybTpzUkNhFPPPFYjt7eDvwLTAXgs5xJSe/laSuswj2srKywWFtkx9AQ0pJUhoawLMs4Vh2ZVoB2BsaPgC7wTGQLTfouSavNN752J2Njw/yTX/oAw9UyURTlLpEoilFKUR0q8YbrL+fSi87l0JFT7D9wlKPHZ5ibq9FotkhTheM4DA2V2LBhlB3bNnP+3u3s3rGZ4WoZlSpa7YA0TTEU0IYwx/c8NDqj8TXvqTXZ3D5s3jTO+Xu34/oeUUb1mwtNiW7pvO8aM7Bejt43ZnQsdEYpvHffTnbt2AxkUr75MUJiORa3f/8xPvXpr9MKQoTtELc7hO0O7U5IoxOS1FsgYMvmCS7at5OtWyapN1pobSYBCgWP6dkFpmcWDfDS0hSHCvi+h2UbgGGapIRhTLPRRCllQJtS9NprfbgZISy0MBOxzVaT6elpHCkY8n0Kns/o2BhLy8afWZbFnksum8C2twspzk+lkFoIhNC4ntWWUiT5EyMktIKEWGk8S3B4tsmT023cjI7bteUFz880/sXBudlLSh6QgkpblRqNLcud0t5mEF5TcUt/6bvymyuRyx1PBUyMWcyvSM5JMpVFuqmCEn3esD8KyeMhrU11xxFgI+gg/IOxunylrbfOx9Fbd/nyj10pbp3rxIEa8pBSYEsjqVzvhFQLFothk2LBw3Mtku72orVliaZSwrJtWRBCl5VSGzECQ2t6juuZ47hoBU88O8dKI8BZhbcSUiTL9WCuVHCzsVrFaucPpt1kZUqYs3MNOu2IYqnX3nol2tkdAGS2EEbUwpiubGQ3Y+l96Hkmk6oUqfTCjmLh+xbo9YKFfrNsyf/+u7/Lf/9//1ueeOihl3pKOR0wZOeklaBasYmT7NySJqp9DJOG5MAWk8VnD9aqPy9sL3aE67pcdNHF7Nixg6AT0G53mNywgZtufgNKKZ555qm8ErAP+OdABTiKYQsMMCNzh/qv6xVgLUwVoGvNZpOl2hJ795iiwNDQEL7vE4ahAQEqZZAT/Tdcd7s4xmlqkc03C9rNDiv1/pn2nglhstpW2sFxHCbGqkyMDXPFpXtptgKW6w3a7ZBUKWzbolwqMDxUolAo4Ng2GkUQRiTZhEreW/c9ByEk84vLWLbF+EiVKIoIo6SbGVuWxcxcjWcPHiMMQrBkli1mxXFh/qfzKhSiN27Yh6/pVgLiBMe2uei8nWzZNEGcJH2PoREhajRa/OCRZ3j0gSchTcFzjQCR0AZLYTuIoRK61eG2Ox7k8sv28SsfeTdjo1XDbKcVT+0/wuf/5ja+d/cjbN66her4GEPDFa6/+RoKFR8sSZwk3Pmde5idniOJEpYWlmjUGxnIsFdm1lojpIWwXLSQKKWYmZ4mjCJKlQrV4WGGqlXAlJdHxsf1hq3bxsY3bngTlkzTNJW2JXSa8PVq1bvPd6xEZ5fS6CTUO7GZRkIyVrKZnWvx3EwD15IIIS5th+EbfB/zWQqNsBRKJSx2VibrJzofGi8OXViS5WscKT5zYFY9O1LVeC5IoXFaBYgjtKswTCJa930iA/igvKuTt0mk0LgaUimZiZlYjNSb51O9fVl3bt7miE8VLPFAX75kRkiBdhRxeKXD3s1DbCwVCGJNxnKM1jqVUjRBJBrpCUQ5ibXNSwAWK2WG+zdNjrDSmKHVibAs2RfRwFDZPZIkYmF+oT2e4wBW73r5+tcIarUO87UW20sur1TnD2d7AJBtQotRRCOOjd59nsH0H9e3TpTWWElSG3Gco042k/9CprXiQ29/G9/+whfPJADIuQAASFJNpDR7t5e5dHeZ+55ZMRl6enpfKkXGcW0Lyr5N0bdwHfNQpIlCInAciesIXFvi2EZt0LUlBc/CswWHpzs8cshM90VRxOHDh9m+fTulUpk0Vdi2Ys+ePaRpQqOxwuHDh/O3vwKYxDDleZhIfh64H/gy8OhLvRE/4RZgNqjukomiiMXFRWzbxpKSarVKuVwyokBpCDpF5H151euJ63yWVACyJ2X7umtfwwff81MMV0vE3VFS0Q/4QGtNFMVEUYRt2biuzXC1zMhImW4Nt1t6NfPyrbxcmr8ehiinXCyg0dz3g6f53N/cRrHo8aH3vpFLLtiF7diEUUzBc0lSzVe+fje33fYgcRgZ0Z7e2/Syfvpa/+vso908VCk8S7J1yySTE8M0m53sfDUgcR2bufkazz9/EmwbigVDXywEg1MIAlUusjy/zGc+/202TI5y4zWX0mi0ue+hp/naN7/P/fc+SiNOueyS89m9ezevu+5Kdu3bhXAspCvQFgyPD9MJArDgO1/5Hkf2H2FxbokoiLBsiy73QQ4ExAYi5hcWWK4tURmuMjIyQqWS8/4I9l52Ode+/R2ljdu37wvCJC/rC23LOwue/XTRtbXWmqVORJCm3Y85VZpzRgscb7aZa7UYLrggqCRaO9Kysz1IdwMU11WkacR0e+HiYSe84JlTXOXL4ucLnv1VIZjXgBV6TBYqNO0WaYai1xmwTmStjtMN1+Vbno1RI4yl4PlQnzcTxnv3FK3LOnPtz44Kvm4JcbT/92wpmWq0qdTadNoxnmsxWSmRql7VVWsdCCED15ElaSVSo8ta42H2khe0PTvGGR/1mV2oZ8JPvfN3bPFkopqH5hba4wJN1pRbux6z9VRvhkzNNNi+dZhXA4BXsGlgIQzpqNQEAC9wpJQSx7K1C9NPN1pJV9TjBcyyHb726b/miYcePJPTGlAETBLFSith2zkl/s2Hd/GJb00xvRgiJfiOxHfNH9ex8FyB71r4tqRYtBkqWcSRYrERIwScM+6zZdI3gBetcV2JZ0tsR+C5EteR+L6N51s8+tQS//wP93NsLiSOYx568AE81+H1113PyPAwnU6H48ePMXXqVHdWvc+2ZX/67TrgcuC/AHedyQ35CbUAgwFoAWWAJElYWJgnjlNs26E6VKVQKJmjdQw6Ys2qyUGZmA1IK4WOYnaft5N/+JF3c93VF9MJ476SuHGqjm1nbIFxVtqEJE1JOokBcmaA1ZzDP8++zfvQ3SBt28L3vC4h0e3ff5S/+uw3uevOh3Adm6PHZvjwB9/C9Vdfyvj4EEEQctsdD/Lnn7iFmROziIKbCeasvq7eX1+0iGpLojTl6MlZaksNxkeHieIo42W38D2X4ydnOXl8BoQwoMPuSCxdh6y1kU5WnsvTzx7mv/6Pv+a7tz9EpxPw2OPPcfzISVAae6hErbbC1q0RaZJAqlBa02mHaEuwd9+5WK6D9CSe53Hvbffz3GPPcfLIKYJOgLBk76qEa0CXKSyvrDA3P8+GzZuoVCqUSuazt2yH4ckN4rLrricKIpRKcSyLJE3uGx/yH7NtGSvMMlhsRahEZSO/xjqxYtdEmb0bK5xa6eBkm4/OphK6DODC9LctaSFdRT2tW/W5zlsnC9XLnznGFU7qfbHo27c1rFSPFgskOqARpVoI0a0h9ouFDYKEyQJO82Yqi+xcNFoKOlqIx9rq+hOdzsUXlOwbKvCpoiVuWxE9PQDHkkRhwrFGyHjVw0GihWCo6ILOxq812DYty5atOBZlz7NsoKhNcWLdrEdjlAM3TQxRKVl0wkHRIN+znpuaDQ4lSfI61yZ7Phhoc+aVKcuSdMKEk9MrKLWVF3QLL3M7awOAfENqJwmzYdTttSm9VvzHAOgFSEnR94OqFE8e7bRfUn/bK5X5+O//PkeefOJMTi+hLwDQGurNBEsK3nHTJi7YPcT8SoSVBQCOLXFtgW1lGb0lcVyLUkFy5HiTL941y4nZNmGcYgu47tJRLr9s1JQIktVAsWwnsSXnjLo88XyD//b5ozQDRbPZ5L777sX1PPbtO58Tx4/zxBOPc+LEcZrNl6T5UQDeYe4oM8CBM7kpP4GWYNjVlhgIABZotVs4jkO5XO46AdAGCEimvNffa+2rs6owpjw8xHveczNv+SkDZIvjuNdfx5RVpTTjbb7vUSwYEpM4TlEqz+hyp0/3/Xuld7CkoOB72JZFvdnm6eeO8M3v3M83br2Hw4dPgBCEQcy3br2bEydmePZdN3LxhbuZmlngM1/8Ds/tP4JwHaSV91x766gfGyNE7zz6S//dDFNrhOMSxQnfvf0BJsaq3HjtZWyYGGVitEqpXOTA4RN8+/YHWV5agb5Rx37rL/lK10YlKfufOsj+Jw50T0+4hokxTRUnp2ZwXJdWu00Yx1iew54Ld+OWvEzASaEjzZXXXcHJ49M0V5rUlxt0mm2kZXWxDkgLhGG6bdTrzM3P4XkepVKJUqmEY9ts2bWLfVddaQSSlMZzHdIkfdj17N8fLfv3OJZIY51n8aLbhxdCuFKKsThVjQs2VZtTKx2OLLVwbDtrfZis3SycfF0JsDQiFdiWjZYpc8HC5NLz7V/dPDR8zdDh9C8rVuVbnmc96zU9GklkaZQju2RLPSrx9aw7ipyHChkI2RUGJLiANXxvM/17O13xGq8Rf8FHf7loiQeTLGEyIliGbGC21sTzbHxLoIXCsy3SDKaktMayZNOxrU4UiaJlS0fFygV9WhKhOFF4roPnSTzXTE1pDcWCvVIqWNNpmqItC53hANa7SiEgiTUzs80z42B4GdpZGwDkthTFLIWRQdpmIeZqDoA8IlZoHEsubvfchwQvbW34RZ8N1SpHzuy0BloACsMGmAYJtuOyc3uZnT1N0V6dtb/d71scP9rg//nsUf7nrScJYwCbr9xb4/5n6/zvP38ub7hqwiDFVd/r5IhvIXB9m196z3ZmayGfvm2GRielXq/z/Xvu4cD+/czNzXUBTuuZYxmmuShec6d+CvhV4N/y8mcQnMGAAbcCpGnK3Nwc7VYT23FxXJfh4SqWZZGmKVqFCJ2Sz46vJpvRWkOcsGFylKteez6TY8NMz/bfY43jOEgpeOix/Tzx1POcf94O9u3dRrVSpuC7ZjQuc/5xkhBFOaVvz2RWFZidX+LA4ZM88OBT3HHXQzz2xEHidgfheQjDVIeOY5556iBHj08zNlKh1Y6oZRK60ra6vBIDuWPXOxpb23HNj+k7H9vm1IkZ/uhPv8R3v/cAu3afw67tW6hWSzyz/yjf+t4DhEoZBcJVL7He1I60JLrgo1JlMtjuULrpycdJzOEjR0mSmKmZOcYnR9GWojpWJdUKLUFYZrD95OETzJ2aM9n/QEqoszaAAQLW63VmZqZxbJtyuUS1MkS5XGHb3r1c/+73YEkHFScqarWfk4I/rHru/UIQKzSx1ti54zcBZTmKk8k4Zo/vWk8lSj8XpQotIEWjBEb3IW/vZM+uATObqQGhTIDg2Bba7nC00bps+pGVCy/YuPEN2hn965Io3uXowA+SNqmykNLOcAfZeeQB22peFPLArveXfAUUBcRIDkXsmVmM/tWegri+0Er+vKLVbY7gWP9rWFJgCei0OywEimrJZ8hzzX3KWlRKkQohGo5lu3GcjgppKYh90C0Qqyr5mjACx7GZmm3SakfYtkmSoihZLJe9NImVZZS21taltO49jwsLbYIgplRyeaXaWRsA5Au6FsXUkxgLMipV1qCtcoBdqhRSqYVNvv/ouhvaOlbwfXzrjHtIAy0ArSGIU9JEG9BTkHRLxmvWsAZsQZIovnTbNJ/63jSOX+Ud73oT4xNjfPvbt3H74wfZcesprto3THnIhXZCt//c/6ah4pwtJf7NL+wlBT793WnaoaJWW6RWW78l5zqCDcMeOzb47N1WpOBKHj7Y4MH9dZKeGIkLfAh4HPhLXtqt/Em1FVb1J+fm5mi324yNFRFSMDI8gm3bWQAQo7OxLlg7imQwAJJmq8PJU3MEYUypZJTtlFI4tk2p4PHMgWP84Z99mbvufIg9e7Zx2aV7ueiC3Zy78xzGx4cpFnx838V3XaQleyhDADSe57JYq/O5r3yPL335Ng4+f4K4E4DnZCqB2aauNdJxwLZpN9u0l+pgWwjXRVhZRUKsvoSePoCJS7NWBL33NwcOLl4hBdJ1aDVbPPbIszz2+H6wHSxbksZmPFHa9mDlpP/31wxtm/eV9mrp2Fz9TqK15vCR41i2xfbOOXzmf30Ry3cQZDLOAuIwZH5qntr8EgqVlf/7TkM4pg0AtFpNZqan0UoxXB1meHiYcqWM43lEcULt1HGSoNNoLNT+7OrXvf6hoULpGFE7VdK0gbIzLSVKny+EeFs7SMaidlwpFZxEa/2cRqAzxT4z02MAcIa7S6BVrxWgVEaVa2Wyt8rCtiWJ1XQemzn8rqNztcsvOWfTraWKbFqx42sZE6JN+6DP8ef3dpAFMb/n2R3N/iKAVBs2VRtNR0geC/V1J6fal15Ssr6qhfgzT/JoqgYJwxxbcmqlzXQz4KKJCqnUlHzD0qh63cVICDEjLddDJBMaK8lCkDVKg5ZVZHZhieePzpJXNV1bHp0YLc/OzDU3IwWoddpW5ArTmtpSm8Wl9qsBwCvR8iW8GIY0EsMitZYjevA3hBboKG4sRNGJlxwAOA7hiwAF17GBCoDWmk6oiHPOYT24mdEXhaMBR9JcinjiUJ2VVsrrr72Y3/3df8/OnTv5zd/8Z3z84wd55kiDY3MdLtxQMG2AOKXXSNQD77Fpc5GrLxzmG/fN0w7Xn8wpepLtGwpcf+kIb3ztGJedW2VixKXoS+57apnf+dMD3P3Ucv+vbAT+EfAE8MiZ3qCfIGtjyIC6Vq/XabXaTG6wsG2b4RETAIRhiFBRRuKUb5j9G60w41mew+x8jc9/6XtMjo1w47WXUSz6aKXwPZfpuRqf/Ow3uf32HxC1Ozzx6H6eeOog1eEhJsaH2bxxnMnJMYYrJS67ZC83XHcZI9VKF0SoNdiZSNHjTx/imUefBceBUsEwyw162OyrQPquEQASvdVvQuNcMU9nzkh0j8nbFvn1DY4/9vVfs0qIENKw87naYB5SRRopkIbpr//Y/q+90+1/3b7ryHECfUQ3+c8ty0IrzZEjx80znk1i9F43P/ecfrY36ggCIT2E5aExPAkzs7M0mk2GKkNUh6uUy2WSJOGZhx/i25/4Czr1ertS8I8WpHiy4Bb0RRfuozxURqYJUZIOK/TPxqmesAV/z/XsC3Wimhr9VJyYSQYlMpYwYfAbQhnsh0D17n12gkrmQYXu0n0IHGxPUYsXttx3vPGLk84kw+UKm8sWNT8idhLDrCjkwOe3WoNhjUw6efHQ6FIoIbDNKmBRi8pdLfVz50j9+lFff0qn+jOuFM9prbulfCHAtSTzjQ5BM+CiLcPEKsGzxcCaA0IQJ7X2fAir2dun5GOD2kwGnL9nA76nWWm0sSwLz7Gei+L681Ozzc2Gx2Htfp+PwEohaLRCZudabN1SXSe4fGXYWR8ALMURnTQ14z09Efa1x0pJwTBpzdy7tPKS38cNYxajM+bEGWwBKOiERhCoe0J52b9vJrmbZmkjbFF0zYbZbLQ4deoUAAuLZmrt1GLIN++bw/cstm/wsV0Lor4egg14Fq2lkC/eNc1ffOMUcytrr8OxBHu2FHnb68Z593WTvHbvMKWhjKktVeBa3HDVBB+b63Bous304kAA8RrgHwO/zUtA+f6EWhujCdC1JEmo1RbYtmM7ThYAOI4pEXdVAdftPmYjgLZNmiTcf/8T1GorHPngW3n7m1/P5o1jnJpZ5HNfuY3Pfel7RJ0QWSwAAqVSVmp1VuaXOHTgmClTxzE3vOEq9p23nY0TI6QZmyAYhzFUKbH9nI1YlTJpHJusb21VtOecEX1l/czBMxgIdwMBesGNyUhXO4913qj/dYQRVELKvs23zyXrVc68H1+wfiGvD3OwDhah70Lyf/cYNTVylWZA9xdykqc+R9JqtQjDENuxKZUrVIaGeP6xxzj29NOcOPw8SRwXhBDF+++4g01btvBHn/4s4xPjtDuNyamV9rsSpX7L9eQ2FWkLBVqIe4QUd0lDRqCV0CihQQo828azJK1OaPAfQoAyLQAhTZ9dkfHcS7NHaGVO2bFsEpFwMj5BoVZirD3J8FCJuXLEshuiLCMCJbu04IOO/7RtAUxFQGqDdhECHBOecEyxY345/lc7bN40XNR/ZKX6G0VPzA2o+gqBVpraUpOVSLFr4zBpqnCdNWi8AOP0qxidhUb27zRfB2PDJaplFyHB96zDp2Y7zydxer1rs6Ytlq8NlVV8wzBlZq6O1pvXrKVXip2VAYBJmAWJ1ixGEYnS+LY0m+OqmmZ/L8xz3WBUcORMdCxd2zKI3TOzVS0ATRAqEwB0a256cIfrNUMhVlSqLje8ZpRvPbTIs88+xa//+q/j+z6HDh0CYGop4j9+6jDffGCBj7x1Cz/zhk14RcdUAqQERzI73eaPv3ycj3/tBDNL0ZriyETV4Z3XTPAP3rqFKy8aoVSyzZnH2YaYaogUoujwtus38PjBOv/P54/1Uy3bwPuAhzEUwi9H9sAOcBKz8bhgAoCZmRnSJMFx8kmAIsvLy6ATSCOwBmeRV28wlmOTas2BZw7ze3/wGR567AAXXbiTYydmuO2Oh1haWDZa9jJ3UBZYhupVKW02t0RxanqelXrTOFQpSFNDPJMkKZVykc2bJikUXJphOHA+/U68nyUv/2le3u9nyjN+sduQXpWAd71rX/DT6xsP4CDof82+TFwPlqJ7SoRrP5R+LYzBwGWV6bzwlels5DGQkN0Deldn7qtQCVqnhoBLK7QK0NGy+dxsm/HxcUrFIienpjJNiBInj/ygH6Pgaa0nVRo7/+d//4No665dNFut6mwrfEMC/9K2rJ1pokikwrYE0hKRQi/HqVE3EJZEWpI4UbSSCCFdhsoF4iih3YlItMqSmSw+ySt7UmSjpzpj+dNdRcRG0qTdbjMSjbC1M8FopcJ0sUNLxzjSxsrbSLyEtkD2VYnev7TIKNGFoK2EfDbWV83OhRee54hvXlWw/3uq9ANS9MjPBJkOhNLEQYfFZsrYSJm8EtNnCtOGExg20lb2J1VK6UKhgGuXWK43aLXjepokJyElow44bSBqWZI0UcwutPqUAV95dvYGAEAjTqhFMYpMwgrW7MQCDDhQCFzXWdlsW0/kr/FSzC8WKFjWix84aANEQEpDJ05JtAZLGG1ekTmQ7ukK6F+kjuSnb9rE4krEf/z0YZ599tmBN1AKFusJ332kxsFTbeqthJ9/11YKZQedavYfXOG/feYIn71tlkZnrZTx1fuG+OV3b+Wd129gcsI3Ny9Sxunrvocq1dCJGRnx+Mg7t/L44Sbfemgg2R/GtAKe4uU5GhgAJzDMjS5AHMfMzsySJglS2viFAsPDVaanp3qywHnFpjt8BXlpOW/rWI5DKiW1xRW+/o27+O5t9xukf5SYuftcF6J/HQiBaVFbpJ5iablFo9k2Y599ZXk0FAoeoyMVfNel2dPN6fvSl2FnraHVvfTe3/Kf9cbF8idtsEKwKoDV/TPng0/VmoCi7zW6kr2n2ZfX0Lxm/zMlcjIdkFXaBZmDN4C2zMGrGK2jzNkbQSelot7nmOYJp7mB27dt501vejOe7zM7O4cQgtGRkR4bpDEb2OS4nj25bWu0jBQz9fa1SunfsSxxrtaaRGI+31Qrx7U6zSiNDs81WO7EWDYgNcKCONXUw5Agiim7DsNlnyBKaGckQjK7NiVBKG0GBgBD0mRYH7Uw1QKlYDFZpFFvMtoZZU95lNqQx4zfJnQSHMvBErIHP3qpbYH8YxSmMmFLIxq1mOrSg4r3Tk11LntNWX7BluLPBRzoLeUMwwEstQIOrwRcOF5CF9z+lUT35huuEYVpL64ALRDadWwOHVviyWdnQFAvFZ1MVIus1blq3WXBcqw0CwstklRh26/MWcCzMgDIF85yHNNIUqNtri0T9a+DAdCYnpIN9U2u80z+vZdivuvin/kg6UALACCKFa4toWib7DHv9ysFOTgwUSSJJkkVaSvG8yS7N5cYH/Y4Md8rvduWheO6dDrmLY7NBvyXvz7CwkrEvl1lphdDvv3APLc9skQQDdY7CrbgvVeO8U8+tJPLXzuO61gGlJgoBoaRIW84disB559b5Vd/eiv7T7Q4NjuA27kQ0wo4xKpy+svANAYDUMewH5oKwOwMSqmMmMVleHgES0pSpQwjYDcMHSyYr4YFSttGS0EapbQbbbAEwnUQp1lS/dkyUtBodZiaWUQpRaHooQVYUlLwXZI0ZW5hiU4YgSV7veOBM9DdHbw/V+qNUIlVh/Y7hV5XqnuIXvXaDG7leuDffXdD9O5WLlyVVyAGS/r0BfGDDj6nOTY02KnJ4nNKbBWDytkaQ7RKMu0GEwTkVNkvJFp37rnn8rGP/SpveMMbmJ6eYWZmBtu2GBsbo+AXaDS7Ay8WsAkoBGHQttL0SoUetaQYEQpiYcrmtpQkpN8p+vZXCo4dOlLguoaVX+RTQNJk4UGaEAeKkm1RcF2GLZt2EBNEsQkCskqHJOP3lybw1DpTcMwIgNCSSIXMhbOUkjojwQTVSoXZcsy8FxBb4NsOQhg+vZfUFiD3sz0wqMg+x0RoeThi99xy+mtbbX39a4acPwe+LAwVcPe1lYJ2lNIOY6ZOLrJjpLBeWT6vIC5kbzsBNOM4be/duYGVRszs3NK8LhWWa1FrWOvErJ1VL6KUMgUTKagttWm3I3zvlekqX5lX9WKW7UxLUUQzjozj7ytnrTlcCCNtmSS1Sdd7Fl56AFB0XbwfLgAY8JDTiyFfv3+eiaMNOq2UMFJGJCgyfw+jlDDSBHH2s1gRxIr9J9o8f6oXSxSLJa688ko2bdrM008/xVNPP4lWmmNzAf+fzx9jqGTTCVMWVuI117i5YvPzV47zD9+9lV1XjJtKRDtz/nn7od+63kJArBC24KdeN8FHD9b5T399hHBwPPAdGDDg78FqTfSfeFvCjANuyb+xsLBAFEW4nofneYyMjmLZNmkUZY6lr6YuRM+50ft7Ps6FEAjPRuN0C9u9QfFBp9/diIVG2BZRGPHd23/ApRfu5rWXnkcSJ8yvNGk22zz65EG+8vW7abcDhOdkI1CDTrg/2+4H3vXaBX3z/atL/n199m6AI1bl5kIMvMbakCi/rvxi8x07c+6iV5o2x+qBqoFx7AlaJ9nXGK1ihIqyzD7P7rMsXisTGLzAE17wPUbHxhkfG2d8YpzR0RG2bt3GDTfcyA033ECnE/LU08/QbDbwfZ9yuYztDGy1AhgShhejFCu11ZLiYxYMR6n53G1hpI+1oCaleNCxZG10yKXScoiUws2CbSEzp44kVZpWkhImIUXbplhy8T2bTiciDNPu/c2DRxM/5eBA49AtbUrsKlXUVYugHTIUDrGhM8ZoZYjpUoe6jrAsgSPdDP2vWa8tkP87v+C8vdKtxGiNrUFagpamdCjm9fVGsnOrJd550ZDzR5bge+R4R2EqB6nWtMKIVDmcml9muOjhODareMjyflYd8JXWXnWo0Ny+ZTh2rPT4fC05vrgUDEPSV4UbNJG9Z70ZsbTcYXSkeNp208vZzs4AILN6FNFO0y5XtVjdVydbwBl81knTZsmyAniJAYDWDBcLXQDYGViCWbzdJXd4OuB3P3kY1xHEiSZNNanK/xi64FRpUq1RyvTP4kSR9iXwo6OjXH31NVx19euoDlfZsGEjcRSz/znTHlhuJSy31pb7AfZNevzjayb42asmGNs1ZPoSYZynFbkv6Cv90qsICHMvCBXlIZf/19u28PCBOl+7f0AgqQT8CgYP8N0zvWF/x1bHVC5em3+j1WqxvLLCxMQEvu8zMjyMbdtEUYTWSQYEtAfLqeQEMIPgunzGXYpeiNDvlLuOUvRl2AKEJdE65d4HniSIEy7at4s0TVlcqrOwuMzRI6eYmlkAaZmZ+dxRZ5/bAPivz3q1C7qbef9Hn4sAdY/uXQis82r9j53uHWjeXQi6zfluRp+dWzeDT7s9ea3yACsmx1toFYOOM9BX+qJO3nVsyuUykxs2svmccxid3MBQtcrwsBnrG6lWGa9WGRkeZmRkhOrwMMPDhvFxcXGRZ/c/x9LyCuVSBaUVC4uLuWx2/y0MOp1OshRGF46jf1UIcW2qlXHCUiAFxEl6X6ngfLvsOTU0MbZgR7XEm7ZNMBfE6VMLRmZYCgEWSIweQaQS0kgRpQkFx6FS8nBt0xZIEkPfK2S2htI8kDJBfI5MEdJCak2kExaTGu1Gm2owzLbOCI2Kx2yxQ9sOcaWDI2X3d/MgMk+o1nKq5OuULPDVWNpQ86ZScDLSmxaFfk9Nx3v3dJKv7R1y/9KxxDP9v29JidCw3Ao42gjZWfWYqHgGALnqHpsPHDsM4+qmyeHWUNk+Xn98+qTWXGJJgUrXXwN5NazTjlmstdm1Y/QVOQlwVgYA+Qe5HCdESpn+v9brbgc6252KjqNTrefuWlp+iW8Clu3y/f/2v/PY/fef6Slq4DngGUx5nE6kODLzw+vo2LbNxZdcwo033YTreqRpyrbt27j5DW9EacXzzz9Pmq7v/F+zpcBv3biBn754hOKoKSOLpG9jz+uz/WeffbvrLjSmUhAJdm+v8Gvv287+E20OnWr3v9VO4J8Ah7M/LxdrYRgBuxYEAfNzc4yPjxslvuoQdq5SljsovF5W3Z8p9bVQuiXvbEM1ldT1MnJjAyI72rQQgiDk3rse5oHvPwZAqpQR0wFwXSwnZ7XryfQy4MJ1Nwgx79F9t76/99KjQWKj/Mj1LHfqovue/ViArsCVTkGlJovXeV8+c/ba9OKNk0+zY7N+/QuE6bZtMToyyvDICCMjIwwPD1OtVhkfH2NkYhPVkVEmNmwgKQ3hDg1RLpcoVor4pRJjlsBXKVILbJWSRBEzc/PUFvczNzvHSr1BFIUEnQ6Hjxzh/vvuJQgGCnrKLxQOf+xf/qu6PzGxLYmj1yMgRiMtsLREJeoeacnPFn3nLtu2GrYlsG1JxbE4f7RSSGvNPZ1UYWV31haAZaqVQkiU0nSShCRVFGwHz7WoWJIwTAnCBKVSJFmVIets9FOLyLxfL2yU0DR1hyAMGYrbVIIRdlbK1MqKRT+kYyV40kZKK+e4fHF8gMhzhkHJYSkh0oLnOvqCmUDtnk/j11yc6s+6kluE6AlvmbhQMNUKGXM09TBmvOBSLvpEg4stBmKttaiUC6lj6wStVBiFeI4JtLRidd5HThwVRikLtbZRCjxzPpefeDsrAwAw4ynLSUyiNY4Uq3qHfaY1WloUXCcoCHn0aLCGc2J9EwLLTpkrlYicH4pI4mng48C/wvQLz8Q0porQLT0YoQ+zOWit6bTb+L7P3vP2slJfYWpqimZzLSnf1duK/Os3buIdF4xgaU0owHFW9Yv7RxGBvtr/2jOLFPg2N105yS+9vc6/+8RhOuFA/e7NwD8A/jMvH+XANaOAnU6H+bk5Lrz4YkSSUiqV8P0C9XojA5DF2e0xbhxyZ6m75e7VM+79brS/PN77q+5zwb1jpeOgoEumg5TgOgjb7gID+18qb63T97P1zBR28p48659rHkwIMKWibkmo53my0rv5k2Rl+wxwpzNnnuZSymmvZK8T1pd0MVm07xcpFAsMDVUZHRllZHSE0dExxsZGGRsdY2x8nNGxUcbHxxkdGcH1CkQKLK9I5BQRjsNiFBOmKVpAQyuWmwHLaYLvOISNFWafeoLZo0dYWqlTr6/QbDXptNskcUKr1eLAwQOGGGiwzFxzPe/7H/joR6n7xaRVrzdTrQtSCBxLoBL9A434guvIewTM2pZICp6Na+iHS/UguagRxju1ACkkSmsSrbFlXowzVRMpIEkVzSgiSiw8y6LgOziOJMjaApC1BKRE5EqiGTBOASiNhcAVDqlIqell2u02w9Ew450q5UqBxVLKshsirARXOl2sRb6eThcI9K+u/tFNV2hSS1DXwvtBM3nTiSC5aJcvr5u0xGc8KW6nTybYzcCtpxohFUdQWzEET54vBqqfQDuOUzzXXd6zY+yr0zMrF8zMN3f5rpV1AVatc2EwAFGiWKy1UcoM2bzS7KwLABTmIQnSlHockyqNK1frs/ZMZA+TI+3GhGMdfam9fzCL6md/4zc48O1vUTt+7ExPtQF8GlPCehdmxEViHHu86muA6XuFmIcjwKBgJ4C3A5vSNOXJJ59gZHSEq656Hb7vA4JWq8Xi4kI/QrlrV5xT5HfevJl3XDiCUppWqHBcG7l6HvcF07y+b+ZBQ5jglRx+7i1bePC5Fb5w14Dipw98FNMK+Bovsdvyd2whBgiYYgBexHHM3Pw8trQJCSkWSwwNDTE3N5eBzQxe6QVzilWFFdH9Orih9ttAm7KvHWO5DrjuwJFa94/h6SwDfOEsZ22VVRgP0kX8rff7hrMObRQOc+fddfT9KHtt+vQkuXDS6YduLUsyVBmmXKl0hXfK5TKjo2NMTk4yOTnByMgo1eoQ1aEqQ1VTqq9UhrBtG61VdyRVKUG9HdPBo1NvU4+XSYTAcjKvKs2H4ZUKuEMVThw/ygO3fpVn7rqDpdlZgjCk3WnTabfpdDqGZRBBHK0LZ/lqfXn5vqVarWJt9N+epnpcCHM9iVLPSMFfOZa8TyX6kOPK1pDv4NgWK52oUO/EH1bot8VK7RVC4Ls2riWJ4pgkSZBaZ/P/GCpjzGcTpilxkpLYCt+2KBU9HDslCGPiMCXFjASKTE9ACRCZ5IKhSRdYWEhpEeqYmXiOSr3JcDDKps4QpUqBWiGi7SbYUuAIG5EFEatL5/3VgcFUQeSoEiQaX0AsJSdTvanW0h/d7fPatBHdMiz5nG/JJ/pf1clArEv1EC0lxXLZACX7Zo61Bte1ls/fM/lXSaL8ux44/Fu1pfY5nmut2WWUyoJpbRgBzQCmXDN9/XK3sy4AyK0Zp9TjxJBkwGAI2m/CbIyOZbXGbPvwmXojp9Hgpre8haUjR5g5fvxMT3MR+GPgDmAzxrlEfX/i7OvqoCDGlKVHMQC1XwP8Wm2Ru+++E9d1ufrqawB4/PFHuf/+ewmCwWT74s0+//bNG3nHBcOkqSYIU7Al0rd6jnxNop9nfd3Yv/eCou+r0hCknLOlyK+/bxtPHWmy/8RAK2A7phVwCBicX/zJtASDPF4GxsBoAtRqtQxRLCiXywwNDWWuNjWODwbSILGuA+45+/6NtAuUG+iv9jbQ/N/dcEF3/7fKep+VoNez7bUWZPeR6M3GZ59td3zPOGmhVTZGlxonns/Lk6DTHHAXZ2X7pK9Uv0ZJEjC9bQOiNEC6SqVCuVRmqDqUlevHmZiYYHx8gvHxcYZHRkylxfPxCz7FQgHXdUmVIgxDojAmCDosLZ+g0wkIgg6dTodms0GrHSG9UbzKGJt2novnuDhCkagI2/WwfBvbczh2aD+tdoNH7ryNWz/5l6zUauuee/7ZeL5P2KsaauCbruf9/lve976FYqWyazEI/2Go1JGibc0LUEVpf1wqHuok6fNFzw68gk0zSUmjuLJYD36uGcT/ouBa5wrbIhYQofClRbngEcWSKIoNZTgmg9WYj8fKRkY7cUIYpxQcG9exKFuSjohoBQlJaih8B4p72Xx0PgQhNNg4aMu0BVrRKYaX6lSDCUqVAotlTd2LCO0I27KwhJW1suhhRdYD3fUVtExPQKO0cVC2ECTA04G++GQQX3xBybrcWwk/Y6G/K0Wv8iYwBGi1dkyt3qJasAw/Rp8ZdUnRPn/P5KdanWjyngeO/loYxFXXsUjXmVABwXI9IEkU3iuQEfjsDQCSlHaaIkwXajWApGsaQaoUNnp5wvUO51i3l2paaz722/8bRx5/gm+eeQAAZnd9JvtzpjaFIdjZiiHccRYXFrn7rrsoFssUiwUeeOB+VpaXB35px6jDv7x5I++6YJRUaTqRBgXSEQjfymu/me/oS1PX6/13bVUlIDZkJddcNs6vvOsc/t1fHmZlEIB4M6YV8B8xILufdJvHTAKM5d9otZo0mnUsy6ZUKlOpDCEtSZqmQGwcppD9iXrfbdLdzVCsIrHRGRJ+ILMaQOH1XqcHLlyN8F9d8szGwUzNdqDP31+y16vQ8kIloCMzNqejLLPP+vNpBCrExEfrm2VJCgXTHvF9H9/3KRaLphc/MsroqCndj4+OMzI2ysjwSMavX8GxnezURVcAKYxCOu0OteVlWq0mnXaHIAgIw5AwDGk2m6ZU32zSarVptRq0mk3CKKYyNEm5OsJrr3sz5eFhlFBs3bOHpdocjcYybtHnzlu+xBMP3Mv8yZMv6PzB4G5c1yUMAg1MY3gufq88NPTYv/5P/4VytRrX5he/VPWcr8ZaPycg2eD7h1fa0XLqaDZUC4QqZXolGArCeK9I1ft9zzpXKUgtwBK04pQoTal6DiXXwbUswshwRSRZ8JkRAoIAyzZMgK0wIhCSkudQKLgI2yIIYpJYoTMNgSgFnWoKlkBaoJXOyVIAcISDEoqaqtNotxmNRtgYjFEpeyyWYppuSmrF2DJzxBmGRQiRse2trQ7kMXB3LWYr1gFsjK7wAy31tmPtzjXnF63PSsFfeFI8IUwbDjCBz3K9RdH2KHo+Kg+MsyWfphrHkYvn75741NxC85LHn55+l9La0Bd3r05k/2kajZBOkFAqurwYg+XLzc66ACBH+teTmCBJkCLvZ5+mBaA1SZoik2Rl1HOn8rLpmVhFa3Sr9aOf/A9nB4D/gkHZvx2QM7MzfPtbt1IsFjh18uTAweMli9+8YQPvv3jMqBD2yQULKRCWic5796vfsa+HAVj1sPTX0GKFXbD5+285h0cPNvjEd6b7j7SBDwOPAl/ghWrBPxk2Bz2QktaaRqNBrVZjfNxMAgxVh7qqgKQ5JbDX7cD39/y7cLhcZW9VULWqqNrbOVlVFeiWWvMZeFOm1wM/z98zA2blTl5loDqdZn34GK1CyEbpUL2vpyNxlEJg2Q6O4+B5Lq7rUSwWKZfL3Sx+fHycsbExxsfHGRkZo1o15Xy/YHr4nuuSpoowjEiSOKNaXiIIAjpBQBQGdDodWi1Tfo/CkE4Q0Gw2aTQa1OsrNBp1Ws0WrVaLdrtFu92m1W7TXvVc7ti5h0MHnkU6LpZjc9M738/+Jx7i2KH9SMuiuVLj5OFDBJ114Sk5H30ABHEct6WU9fMuvPhIksTfeP65/d8BjrcaDZJ2G686PLetVPxVzxLNo612mKQapTWOJRmuuhRdm6CdeEJwnmVZV0ohXZUqlNBoabAi0hIoNCthRBgnDLkupYJLZEmCKCFNlGGyy57bNAO8SctMDNQ7Aba08LNpgSBMCMMYnRip9GaQMuRYlF2JLbKqj861Esz6caVLimI2maew0mC0PcY5Q8PUKg7LhZDYTrFk1mLInP9qXMDadZs/R4KMiBgNuAiUhBkthhfb6ld2Olw3GalPas2XPSkOJAOvJUAnCCGN6qDVey+lFNWq/+zF+zZ8eWaufu3sXGPUcyyjnpgDbrPXaLVj6o2A8dEia/azl7mddQFA7oDqcUygVJcp63SmhMDSmiSJw/koCn6YAKDV6VDYtg2vUiFs/J2o3z4C/CeMxOiNWikxNXVqzUG+LfnZ14zy4deO4zmCdmTUh4SpBKNjjQoSZNkmLwF3rT+AGsge+6Fl3YN7bYQoZWKDz8fes43HjzR4/FCz/5TOAT6GmYh4/Ee6A3/7VscEAV2rLS2xvLzMxo2bSJKE6tAwjuMQdbkAEsyWRuaUjYPuOX66I3lAN1BA9MKFvG+ahww9VkDRveXmJXrkuN0/WtOPmtc5wj4fm8sz+DQ/1/UzeSkFju1iO8bR25ZFoVg0Y3KjY4yMDDM6arL5HHU/NjrG0NAQrusipMSSFpZloTREUUAYRCwvrzA7N0sYRERRRBzHxFFEEAY0Wy3azSatdod2u5Vl9nVWVlZo1A0gr91uE8cxYRhmVZcXt6NHDsKRgwC4rsczj96HUoqg00Ebb5VHO3kLrolp/yxgyGsWMNn+DDDtev78ez/091dee811J/7lP/rFJEkShjNmQKVUqCFcvZ+Ml/zuI5RqvSnV+gIh+LCQ4hqlTTk+J/TJKzpSCmKtWegEFG2LIc+l6tgEYUwnjFHZwcICTYZ9kAIpBFGcEsQpvmNT9G08x1QDRJgQpYrFVNFJJMOeTdGSaKWzMr7AMAqa85HCISJmOp6ivFRnpDNJdajEfCmm7sakToJlWUZbQBuX3k/gdLppAdVd33kYIHAx0dZzMRdOLcf/6TxXvGlzlP6Rrfm2FP0S4wKtFJ4tkY6heje0LALLkmzdVP3qvt2TFy8utn9dKaz+FrDAUAB3goSVlZcI/n6Z2VkVAGjIP32acUysNUKaiHQ9Biswi7HkOHS0Xvj6/Pyan78UE4uLnPdP/yn7jx1j/9e/9iNcwY9k3wd+F/CAq4E17ERXby/ysWsmGSs5dKK0iykn2yxUlJIshFhlB1GwM9pfumVjc6wezPIHggD6goPMEtNYvPriEf7Je7bx2x8/QK0x4GhuAv5hdu4/3Afw/x8LWRUANOp1lpeWcByHNE0ZqlYp+D6tVgutIzPHLoRBa3WBAP2Me70RqcFxv57T7zp/sUraVEN3Ph6VgfDSbGQugtQw36mMIIc0zEB3ax2lwFR/pDBO2nUcCsUCfqFIuVRiZHSMiYlxxscnmJycoFqtUiyVKJXKlIolKpUKnuehlCJJE9JUoZUiCEIajRapSknShCiM6HQCwjDIHHdAq9WiXm+wsrJMo9GgUa/TbDZptpo0Gw2azRadTttILUPWpjjTEH2NJUDy/2PvvcMsuco7/885p6pu7Nwz0zOjiRrlCAIJgRCIYDDYgA02LGtwWAfWOOOw6117f2uzXpv1Jufdtb0Oa2yMsbExwmQDEpIIylkjTQ6du2+ucM75/XFO1b3d0z2aUZoRw/s8d/rOvXWrTlWdOm/6vt83SeI0SeIeTskv4pT6Uf83j/jM+7+zOAxI7K++AWwURZTLlWj7rt0Tf/iRf5y2nh2yWquTDAAEc7Mss5bMA/ECIVQr0xek1rw3UvLFWhuslEivmKzIw9Q5uFmCMnS1Jun0qIUh9VJIKVC0egk97aJ5Srm5YrVxQEXt2UONJc40tSikXivTjg2LTUcI1s4MSmoqgXSASGsRvulQztfgwHuugVPLtul0DjCSjLCps4Hh4RqztR6dIEMFhkAFDJaWAiuiAut1GsxjWUaAwjUcalvBXbF99dHp3jXX1oPfHVf8llj1LGpPVuZaQ+PtX0OlEs7t3jHxqb375193+OjSpaUocA2MBqJxaaJpNuN1dcTzWc4pA2DQD21nmtSYIiWw5o21zlwMgiCtC2ayp7qwWEu9WmV0YsLxu6dnrOfN53B0tb8CXDH4xWQt4N0vmuCSqSpJ5j2EVRF9AZilhGy2R7i15voS6FUefj+OTFFGdkImYNWOU40sB3zXTZu5/cFl/vRTR0mz4loL4B3A3cCfcvamAmKc55fhn6ssy2g2m+A9ndGREarVKszPO0Vs0z7pjs19ucKiWrFzUXSj89vljHiFF5+XyWWuZj5nu/P0ti7ikIMP1/fkhU+JSSmp1WqO6GZ4lKHhOrVa3ZfRTTA+4f4O1esE3usPw5AgjAiUQhtDlmVkWcbi0jJZ5mrPrbVoo+n5kH2n3abT7dDutGk2miwtLdNoLLG8vExjuUG32yly+GmaOeS+MU9XyecK2jMD0cAp7wWcop/x9/IYTuEf85+3gEYYRb2oVNLGeOtqMAuGU2RJkpDGMRs3b+ZN3/mdmQxVy9SHVKSktljiOCUq9bEWChepaaQpzbSoENnRM/qnVSBfhPHIfOnY86wEIy0K3+PBXxeJwErQxtJMEpI0ox6FDFfLxM0uS0s9aiMhpbKrfBIIeommsZxSqQbUagG6l5AojTbGYSvyOnnpewpYhyOQ0qeU7ComR2tRKKywLOkl2s0Ww71xtg1NslQvsVDtkAQJoQr7QEVWRgDWiwbgL7g7tHNRQgRaCI5pO/r5ZvqzL60F5V0hvy5cNKa4MTr1sQTlIhDCOCNgdLjytd3bx//5+HTjUmsNedJBSImUrnpiqdFDa0sQiBOXs+exnFMGgMXl9C3QzDK0MYRSuc5Y1p54U4XASkkgRW8I5u3TsP5Eo8Gb3/c+ksVF7vzYPzyNs3haYoEvA7czYAAoCa/YXeP1F40ggFSvbjTkRQqstqTTPURZEWwo91soe+u8D9zJRQzqrf5nMGAkCEgMwxMl3vsdO3jwQIsvP7A8eOSNwA/jKgJOm1XpOZIYRwbUwjU4cjnWRoNup4sMFCMjI1SqNbe1yXyOPVf8Alag7PMF0Sk7N28NBRFO0ZAmz8MPMOCZDBczWJu3XgBBqAiVy3PX6zUmxieZ2DDJ+Pg4I8Mj1GpVX143zOjIKMPDw5RKJW/buXpxpaQrd/PeVJykNFttksTl6tM0I0kSWq0my8sNms0GzWaTVqvp/jaaNFstl5/vtDHaoLV2L6Md6Ozpi/H3podT8MdxJZvTOEU/R9+bz/8/GObPAJ0bRdbCe372F3jt297O8YUFshx/IR3SfqRUYrg+xM1//zF+75d/kVq1Rn1oyHS6PZPEyU4Cuc+PibiXYUsKAsl4qUSWr0FemS70ehMJdnMohTDWVSMFSI/DEUVpYk5i5h5Fd82UdEq6ZyxJN6YSBGSpprWQ0G1lDI9HlKsKEboZkmaWpJGSxJqheogqC3qZdvvzoFApHOOftgYlBcY6Q9RFAhwVsRSemTBPEQhBZjIWkhlKi03qnUlqQyPMDyU0Sj2kUoRKubXF37DBVs/r9RYwLk9WYGOkdWDHhhGl29v6R2uhmNkixO8wAA4UApJUo5O+zWYtlCtqbvt5Y3c+8Mg0i0ttwlCRg5wdqVLmDABjCJBrODTPXzmnDAAAhCDRmo7OPOLTQl7zuRYiFQilbI1KeeRpuZ7WMrpzJ6MT409nL8+ElHFYgELGKgGvv2SELaMRcery/sCJE91alwqINemxLipSiNGo32Y0F7FawePwAr68Z82nx1hILFddMsKPvGkb+472OLa4oob6xcD3AwdwHtnZJhnOAGjgDQBrLYuLizSbTUZGR11YvJ5fegOmC1isUM6IIi0MA5t763nI3qZgY28AeEY86xPCRQD5RKnVKtRrQ1SqVcrlErXaEBPee89r5CuVClGp5L+vU6vVCMIAaxwANldIearMWovWGc1mj06n48rpej067TaNZZeHL7z4ZrOoje92u8440Bk60xhtfH31MyItHPdFA+etz+Pz8DgvfhpnACxRdIojpq/sTwoS+He/8mtcet0NHJyd58orLmHztvOoTk2R4fkTpGveM14pU1IBN77lO7n08ivYPjJCEscoQTxUChZjbSZxxoY1xiJiDaEk8JR8uRqUQk4IIYaBBIkH7wmUT4pbYREShkoRIdDoJmTW0/wKp5xd6183Mzo6o5tlGASmZ1g43mN4osTwROD4AnwUqtvThKGkXFHFs2uNO8dSKWBkuESrnZAknknQpyEklnZmiI1lJFCU+t2UEUJhMMSmQ9Y9QiVpMNHbQDhWYb7cIQmMq+iQrFg7XCdjUXRjHRTh/8nTAkK4xkaRtCwaKncspT+3dUTfvb2kPpXzjFkgUJJwsJOWgCiUTE5U75jaWP/c/GL7VbZIYzoz2gKNZlwYV99IWYBzygDIVU+sLV1tVtJVcqJacp6OJVSqNRKGT88AAGSzydvf+2PE8wvceuaiAGMMNK0BmKgGXDZVAyXJErOeLvGoX7/ANFOSYx3CUCBrAf3i4QERq368GhC4oozNQqIRFcV3vnIzdz3a4H//42E6cXHVFfB24F7gDzk7GwYdwSkXwEUA5uZmabVbjI6NEUUlpqamiKLI9QRI5rFIjFQ+B5/60jmfiy/Y8fJI9YkiBUVOeWJigpHRUer1IaqVKuVKmdGxMcZHxxgZGaVerxGGESoICIKAcrlMqVxCSeUWOl8rZqym13Uh90ynxL248NxbrTbtVotWu0mzkZfUNVluNOh1uw6ol2akqQPunSr47hTE0vfi51jpsedh++P+teS37eI8wC4D7HGnI9//47/IpVddzStffi3l8U0MLzaohqbcWFqY6qR6LMNGViCR2EDKtKyzmdiYo+VyWV983fUMCRCuD4CJlFzOjJ3sZsZKAdVIudhPYujYrB8BAIQQw8ba71VSXlx49TnRkjesjYDEaEphyES9QidJaSep0/vObisMAmtB+2ickJIs0wQIRmol4oZxmBRyHgl3nFxP5pmmONMYBKNDZXpxRruTkmlDKJxt38k0i6kmAYakoKqcwZJjA6wQaAzNbIm00aNmNmHGyixUeiQmIQwCCGTh/ef8ASfTuIPVAi7C64yAg5rJr812/1VViUeqpeCAzpW3hiiyRKEaoH4R1Cvhvs2bhm99dO/sq1zfDZ+GcNSItDtJkZb4RiIDOqcMgPyedU1GR2eFlTng857wCysEgZDd4SCYfbpLmTWGnS+6hk+ed97T3NPTEskqAGAn0RxbdutjJZB0fQvgfp92nHciBvagIV2MIZBE26uIcuAu5Irc7KqrugIYuJYI1zBotMSPvHk79z3e5LN3Lw5uMAL8K5wR8KVTP+XnTBoM5h2BmZkZut0eUkrCMODSSy/lnrvv5siRw5C1MLqHczX6PeVXi5KCSrVGFJYIo5B6fYjRsVHGx8YYGhqhUnG18yMjowwPD1Gr16lWqgRhgFSKQAWEYegWWCGKHLo2hl43Jo57xL2YXtyj2+2wvNygsbxMo9mg1WzQbLac4m+36HTa9Ho958mnGWmWPpNKPkfVN/21nMcp9ly5z/jP5nGGQBPnyff86ykp+bXkPe/9t4xt3MoV19/Itl3nUSlnLM7Pbex04u29gFIQyO/W8BKrUMLXUmbG6Jl29z5l+Wu03b+0vPToMoKxIGDCdQM0QoiWtnaHgINKCCuF8LxYhlQMPJjGVKwQVyDMsPagPyXAaHufkny8FIU3KCVviLXB2ISqklSigFKgaLQTUgwyFJjEJfClj1I4cZz7mTUIJQkC6RUeHpkPCPe9wXnN2li01jR6CeVAUQkVo8OKXpzR6yZYA+MjFRqLHY4v9+hWAzaWQ4aUKNKuDiOg0MrSNV1s6xhVsYlERjTKCSLLUCIoWlNbkZNY9X+/nuR0JNb6BU5K7m9kb7hwRH/0onJ4IH+yLPjOqXoFFCmQsjM5XjtUrUY02wkq8DU1PtTQaadF+4xvFOUP55gBkEtXa2IzgN1Zz6TzlqiCbl2puZVMUU9N0vkF3vS2t3H8sUf58mfOSNO7RdxiWsh0K+N3bp2mHAhef8kotZKknUcC+i5J/we5a2Es6VwPGUqC86qIQK4fSD3pU2P72AEjoJdx8QUj/Mibt7P3aIcDMyuc/auAHwL2AYfX2NmZlBwHUFy5RqNBp+PSkMYYdu3azWte8xq++IV/Zt+B/S6U76VUiqjXh6jV6lQqFcqVMvWaq5cfHRtjqD5EuVKhVq1Sq7tQfaVSoRSVUIFyyl5KhM9VG6NJ05Qs03S7Ls/eabd9zXy7QNg3Gq50rtls0u11iXs9ev7V9V79sygGh+34Eivz80s4Bb9M3yDorL2LZ05+4Ad/monJTbzuW9+Kqo0w15hnaWF2S7sUbOhp8wMCXphpgcZcqaQYBpd318YpqQSzpRwEn5+qVB63WLRdYW1boIsltrDZwrT1T8yIDFhC47s1eG1nejpz3qiSgjjVByMp/+9IGP5hOej+MFLcYKwlMZpMayJlKQcBomvpzvcoTUSoknTZJd3PqeP2T2YMrTihZzStXoYSUCkFGOGMfyml79OhqVecMamxtJOUNNNUgoBqJSSQkm434frLp3jzRJWP3bafu/YtEBoYGioVFQK5EpdWgAyJdYxozVALNhIHijjIUKmLFAjVj8xKD8Z+MslhB8YKImFZstT3d7Jvieh9vq3tcQFoa5koB0xWA4pGgBYIhB2ql5aGhsosN3vgc/3C4x+63YQkcWW734wAPE8lX5U7mSG1YKV80hCT1hqhdXs4CGafchXA4BjSlNe96ibu/uIXz5QBcBy4BXgjrh85ibZ8fm+L5e5R5joZb71yjFoloNczRVgy7y63ApUrBSYzJNNdRCgJpsoQSFfad0qyOvHi36cWQssbXj7FnY8u81t/e3AwFSCBN+GqAn6XsysVELPKKNFa02o1SVPnKYdhyEtecj3jE+M89NBDLC4uopSiVnNUwfmrXq87T75cpVSOKJVKRFHJefUDYMFcySdJTJwkJElKt+MUe7vVotlq0mq2XPi+3fKh/NyTj0nihCSJHTfBMyTVSFIJJPVIMFxRjFUCpuohEzXFQzMxtx1oEffnSAJ8Flfm2cF59GdE3v19P8YP/NDPUK3VWVyYZ25uGq3EniRlTyuN34ES7wgDVVLgQ+rGAYiFBSVQShwvS/U3w6Xw4FApOJDDYoS16MRZxlIIUwnVtBBsk0KEQrhg/RCStjWuI6D7mc2MKfu8/hMW7qmXwlvGw/BDBxud5sON1pxUjiI3tAprDB2d0TMG3c3oHemh24bSREBQDzD5WteHvyGkoJ1kXLV7nMsnRrn9oWmOL3TZUqsjAsmLL9qI2i343N1HmFnsEgYCFUQYbUkyQ5YlpEYRCkW5ErJrapg337iLy3aO8fe3HeC+h2bQiXac/FCsI8IDE5QKiHWPcnOZWmmcdEii0UjdT1U4GGw+5Ccvw3NliSAtoCSPN5PXjUvxFyNldVznEX0pUIEiHKicDUJFpRL0hodKzg8xDh9mrYtGdOOMbu+MVW89a3JOGQC5dLRrA/xkZpy1rhGGsrY9GoZx+gwBlspAuop+9zmUHnAz8DLgrQw4KHce6fD+Tx9jupnyrhdNMjUakSSGJLNr6mmsq6u1qSY92kEoUBsrA+WBfqMBMhv30ar9DUr+eU9Tq4X8q2/bzr1PtPjEHXODEIMRHDfA/cCnnuJ1eDakhzMADL4pkAMCLpCkKVJKkiQhDCMuv/xKLrjgQjqdLlIKqtUa5XIZpQKCwDVdEcIpeGMcMj5OYpaWFunmHnq358vnGt6LbxZefLvdptPu0Ok4Tz+O42eiPh5wt6gaCYZKiqGyYihS1EuS0YpkYz1k41DI1FDIZDVgrOoMgI0jEUOR4A9vm+Xrh9uDBoDBRaXOGMdDpVLjTd/xTn7wR36OLMuYm53O6YV3ZIar4p5+nQzldwhrS5nWzkNWTkHJAIJAIgIxY6X4sFLiH0IpHs+0yYIooj48jDCGdKlNr9dFCCiHEgtzvUxv0JbDSgobKolCUKLomahjy1fKQXBkKFB/F2vz+ZEwXJgql5Zun17k4Wa7VA0cLbf1NXrCx8BT63r7ZgsZupUxtK1CdVNIKgXC9lE4Vghibbhixzg37primgs28JEvPsFSliGk4urzJ3j1pVu5YvcE//Dl/RxZbJFZlz6QgQMjdlKN0CmRCugmGQjBiy7cyO7Nw3zwEw/z+dsOkhlLoAYwQh5wKBCgFGnaJmiVKZerdEoZkTZ98iopMEJ4hr6T38e86jiPAigJs4nZHEXqwgvHy5/paufMZAYyY6kEsshYSiAKVVqrOmIqWOmexImmG69Paf18lXPKAMhr/ntGk2pdNCddPwXgaky7mY7vbjb7Ou1pSs0K1BVXsuHiS5h9+Iz0unkM+K9ABHyr/+u+mIv5jc9Pc7yZ8t6XbWT3xgpSWnqpOeEBLKx5XxmQHOkSKkGwYbUR4LYuUIQrdmIHntyBR84CvYw95w/xnjdvY+/hDo8eWREBvgyXCngEVxlwNkiKQ5wn+OiKMYZDBw/S63aZmJgoPBilAkZGXHtaYy1Ga7Isc+Q3rbSgsnV5945nu2vTaCyzvNzwJDgtOr5Ovtfr0uv2njElT5/SVgEFB6oUcPXWKq++cIjtwxET9YBN9YixmmIokgxFilpZUi9J1z/VWqfiQ4lJNcFAuZcXycD8OxMyMjrO+37+1wiDkPn5gj9mMk3NTVaIVyglv0cnJjBYZCiRgSt/lKECJbDYZavt32HFPxrMwSCKjm7ctIFD+w/x8b/+EFJK9uy5iCsuuxJjNEmaWgu9TqJFbPTWUhgcrUthakKicCRAEuZKSv5WoFR7c6l0dL4XJxbY1+qyr90lChR5M2QrPPwGCIWvDpSO20THBtOx1MshaZTQzqtxXOgTI6CTZGwarfA9N13AxdtG+fBX9nH38QXaccaGepl/8crzuXLnOB+6dS9f2TtDOXBheqRFKUlqLK2eoyJOM01qLWP1Mnu2jvBFJYiTjFC61MIgwU4OwjZCo7otom5EN3IUxcJIR3fsS/18WuRJ72VBnCXcxO1ZaGRmVyvW5Z62PXBlk9UoOMGeUFIShYG7fiLnNnBGQ5pq4p4zAL5Rwv9wjhkAuSTGoD0A8KR9AISgrBTLWdb5xNzJG3+cjti5eUbf8EYuuO++M2UAANwB/EdcrvU7cQRBAMy3M/7gtlnm2hk/deMmXrCtRhVJNzV9FV2kA3xYToLpZGRHugglUeN5eSD9uFwuxRO0CjC4OjJgDGSC1163ge95tMEH/mofrd6KKMxrcP0C/hsO6X02SA5W2wFukXv0sce47957uOZFLyaMQtI0pdNpkyQudN/tdGm2mjQazUKxu0ZCju0uR+D3ej201hjzjJXOxaxEynfpI+qP4MB2VwHfhlfSoRS8+oJhfvFVU4xWQ/LSUFec7fLhxlp6qcUkGd4ZpaotcWZItF3vcTtj0u22ufkf/5qR4VFe+KKXYYwhTZMRkdkIaa/RiT1gBbtVJEWeE7bGLulUTwsrpZLisyoQf6VKpX3V8eGDS8eP8tmvfo2vf/lWfu8//yeQkrf/6x8lqlQYGhpmfGgEIYRBcAjERbiunQtlV1FPzzE4zFuYt9blrQ0wGgR8YW6BW2eXGItCUmuxUpAaS2YNCkHKAHukdamJxFraWQZygPDMOn5IK6VD8HdThIYXXbiBI60Otx+eYakT0+6lhEpy2c4xXr40xVefmEFbxwGBsVhrHEtk6A4qPWhOa02iDeVK6I6DmxvSGwGDUQArJDpLkL0eYb1GpgxykNFRuMbCjvznSVIA/txyfgArBM1ET821ksnY2MPgvP/JOgxXgz6y3/1c5l0Ti6XI3+8s1fR634wAPK8ln/w9X85SVN2uN6k8+UcJutEzaPZZBLLXZXzrFoY3b6Zx7IyVtd8F/DJuwf9XuIUIgE5i+bOvLTDbSvmZV07xivOHqUWSbuoATyeU+rsoJLqZYg+3iSSosZLbyDUFX+Pwq1IDYnCHXmJDuRbyrjeex32PN/nILTODlAOjOAPgPuCM1VWukkPA1/EGAMD83Bw33/xxjh8/zoaNG+n1OiwuLtJYbtJoNnyovkO36zz9NH3GFhpPLlB4820cmG4Zp9xztrscfJfXyech+QT4EeD15F66gEhBKXSkMEnqlE++Vq9Jlzpo/52F3tPy0gL/379/L2EY8qu/9r+48ZWvA3i8WjYjy53eryihoiBS328s56PBCqul4OMa+2mhYaJSOlAfHd772JEjvQNPPMIdn/oEf/5f/kux/6HhYTqdDv/wiY9x4WWX88rrbqAkFUoIGyjxiBLsFtC10C77NSkp/GQnZSmZixOmewmBkp6ASDiOewttkxaN+hJP6Rsq6ZgBsbTSjDTre7B5Oa8VwtEIC4G2lm4roZdkKOUVOo7/od1OSDNLvRLS6WmsNj6s7yIBzr0XvmrOIoTL34clRVWVENoSdzO0NY5UCFGUJ7psu4E4RiVl0orEWmdIKmtwVNm+LO80ogDCG0NJZoe6qa7Ent8szQyJdiywxq9lOb9FnhopjAh/zMxYOt3kG44O+JwyAPKbGRuDHqgCGEgdFSL8vxJMJOg+006LbTa49h3voDMzzed+8zef4b2flhwE/hOufO1HGVBcAJ94uMl8R/PTN2q+/fJRaiVFLzZkxvrwmOhfPM8RrhspyeEOJSmQIz66u5bTuvqBXoEVGMAO9DQ7t9X5oTdt45HDHe7dt6Jh0MU44+VhXOfDMy3TwMdx0Ynh/MOjR48yfXyaqBRhjHE8AM+MK+x6C/eb0yT0+enzOvk5P67jA69l+uVz64UUQpziH7wrpN6bLylBpvNabff96qXRForsLHP715A0TfkP//5H+c8f+ENe8tKbMDa4s9lN7hythdtUGOzraVNFYYNI9eqVcKGDONRBtOvDQ+gs5eY/+xP+8rf/2wn31UUNHGmOFdCUhkAoyqGi5OBqS8baYSVIhCCt2n7Xh/zRSozhI4en+dp8g3KoHIextSisawMsJK0sRVtLuRSilSRONYGUhPRTAmagxr0USmQ5RErZJ7mR7qhWOkVojHX8A7hHtVQK6XUNC4td6kMhlZJn8fNIf2F9OaGFJDUstHpoJGO1EjUliHsZaeoIoHLq4NzDF1mKTDNErdQ3KD0o0viKrCevBVgBUXJ7sFZaa0XOmxVIQTmUjoY4s1jjQv3GoopIZJGqcmucMZZuL3PXQ33j0AGfWwaAn8ipNd4SdTd7XatOgJIyfTYMAICSUoyMT1Cq14lbrSf/wbMny8Bv47zBnwWuHPzyKwc7/Lubj3CkkfD9L55kvBbQSyHT/fR9cQ197l8vJqQSIikQ9bCfBljBDugPUIT6Bj8cMAa0hdTwmus28L1PNHn//3uCxZUNg16DYwn8Fc58KiAF/hG4FvheHOYTAG003bXbyJ5McoIA7V9dnCffxCn6IzjlnrPdDdbJz/lt832c7jQ+4aEQuAU0UgKpJFFgBnbql+jcoobCK1RKEglDINdcNs8a6yCOe/zSL76HX//NP2bTlt1YqwiC4JDFHgrC0JW8RopqtcL87AzTi4tUxRQf/4s/4UO/9z9PatTl7WWFBFGSmK4hCiOyLFvspNluq2SkpDgM6BKCko8GlJTk1tllbptbpiJl0bM+A1omoxcbxsKIYRnSyTRXXzDGzi2b+YfbD3B4tkVoDVJJH84WRUQms5ahUFGKgoIOHaRjCxQC15jK5oSCxJlmsdcjTjXdriZNDWktJCqpgrzHedGGvEMhQjC93GOuk7JpqMRkrUSUaDq9BGNyhj+/dhjXJhsbgcyjBC6SIJ6CsTyIG8gbF2XasnWszHljFbSxKOnSFdYIMDYQ9HVBkQKQFp1BHGf9peobxAI4twwAr3wSXQBt1nV98hCUVDKpCNF8NjrQmEaDl77jHcRLS9z8gd94Fo5wWtIF/gqnOH4OuJGBKf7EQsyvf/Y4c82Uf/2yTWyfLJEmhjjNLXlRLONCCkcjuxiDEkTb6ohq4OmC1/D4B+G7/S/9X/9ZbBBDAd/92q3c9WiD//fZFVQGVeC7cG2PP/xMXZCnITPAr+LW6O/B4SuezHkZbE7TpV8Pn7eZnaVPbZsr/WW/bUbfQHgmlWlGv7vdCYPNKR/6tvPA/Rt8K0ALfI27ixwNiGV99ogzIu12i1/8hR8mDEJ+7Gf/C9u+5TVok9FqNMlsRhBJKiXF3/3JH/D3f/2XBIGi3VhGZ2unbk40Cty8X066hJ02Q7W6kULun++l1wKxkuJ4GAgq0tHWBkBsDRqfe8c/Ntb5pz1jmU0SIiGoSsWO8Ro/cP1OXnzBBv7qC4/z9cVFMgbSdj78n2jDQq9HN8scJsCC0T4U7o1xnxHH+mc1wzoOFSFJM2g0M6oGajUXlTADdr7FgnK9RnqpZv98m+VqyPaRKmMjVdqdxCHrrQ/XW4Mxuvh/cZ64CMBTAY8Uy4s/eSld1Yb09MpKCqR0tMfaZifeKotjyLTQ7WVFPwC7GtcEazuRZ7mcMwaApX+DUn+XRZ4MW0Py5h9KqF5ZieVnpQWdtQyPjjK2cQM8xQn+DEsK/BNOubwPeBsDc2SunfHbt85ypJnyM6/YxNVbawgk8WBbYO9eCCVAQzYXA54tsKJW+aGDSv/JHh4LHc15W2v88Ju38cihNl99tDm4wfn0Gwbd/3QuwmlKBNT8X9dizYXhp4Ffw+EB3gS8CIexCOkr+Q59xT6NU+z7cQpf48Lzy7i8fJc+b33mXxZ3f8r+2Ir+mjn4eiqS4lpHb/L7Bdyi+ZWDLX7nS8cpKYXWg9Uhg67/SlFKkhnDFx5vkqwsp5GspKdWJ/z42ReDu2ctPNlQs7EEwG//159n6+b/w9XXvowPvP/fcM9dtyMEBEHAzPGjdDtFZYrEVX5UcPc4328KdKy1vT61LIRhRKvd4v3vfS8//x9+lT1XXp0txcv3GGsuBplJK+ZCIBBeKQNWOtR+/tRoax2YWbocdU9r2lnGci8miTOu3DHGjrddxYcfPMRHjh8lM5o8eJ0H4jLh2g/nDYUMIJXEKoH23r+07r4aPwaRgz4xaCsIA8H4cNnT67rfWJ/By2eglKA1LHZSIjpM1cvUqhGlKKDdTcmSLEcQ5sisZ1y0tmweK7N5tEw2wFXigyJYQ3mFf4JLDUghSDHEsR5Yrdw1yfVKHv14vhkB54wBkN8WYyH1Ez4YeCDXA6lJQRpJ1X62etAmS8tc98Zvo3HkKB/77//tWTrKaYkGvgb8Ik45fR8DFQLtxPChuxeZb2e87xWbeOUFI1SVpJvk/dgHrqNPB2TzPYS0hNtqiErQJwo6wfNfbRDYfspACJ8K0Fz/wgm+/w1bOTj7BNOLKwhsbgTehatueDZZ48aAy4ELcYbHNmACt/gbnCI5hsMlHAT+DPig/90ITnnnLWeXcMC8Fi5cH+EaH70MuAB37QuUhX89k4p+Pcm5DLbQV2hkxnLL/jZfP9w9LZs1X2R7qWEVxjEE3ky/O+WZWEEt7vo/AXwVx0q4H2BxfoZf/eWfZHR8kkcevGc1K2II7AYuxd2r3TiDqQ4oqWS8acvWzqbt2xatMcetMUct7BewV0p5WArZeejee/g3P/pD/Oaf/iXj23e1W63mozhQoLWuEqBQzO7u9y+PRYARxXfauE6enUzT6aVkxjJSCTh/qo6ak3QsvrmOKIC7QhSdgMCD4gIlGa2VKUehA8nJfGOKNJ3ANwLCkmpNojWB6ge5HBhQ+AoR4UF1Pp9uLa3YlQ1Wo5CRoTJxnNDupgXQ75k0AQavYRQ44GSSGekvobUWtDEvN5b324H1y52udOkIkxEZw3RXc9/xDhcMl7hgtOSiEy7c4TAFg87l80DOGQMgX0EtlpzRbyXU5sRfWCxSiDSUovusNaHXmg3bd7D1gj3P1hGequzDebAzOM96W/5Fkln+6eEG8+2MH3t5xtuuHKNSUnRjvQIQhi9DspkhnYsRShBurUFJUsQLYSChttog8ItOXpMjgFgT1EPe/uqtPPBEi//18SNkfY8yAt6JU1xfxyngAzhU+zOxpuzE4Q1egVNYG3AKusaJIf4Up9hncNfyLhwD42044yT34AflJcAPAtcDU7gqh1PBPT2n0kstvfQZi9pL3Nza9mQbPgfSBd6Cmzt/gsNy6MOH9nP40P7B7SrAS4FX4+7VdpxhNwREw6MjbDxvOyoqseviS3jdu96VKaV6YTlq10ZGGvPd3vzBI0f/dnJ4+GPDI8MP7398L7/03h/mA//nj9l1/p5mu9GYjq3ZZKxNgUbPGF67YZymNXxluU1JSqQAnWVYn840viQQjxEwxpIkGVobdGYYr5bRpZi2jQea3IhC2ToUvFNccabpZdoj4l0qNH8M85LPXFELnFHYjFM3J3z831qLwXquAjsQHHIUw0jXlTXrGqqZqygYNCCeDfVpcLglbQzWWGst327hvdZYq43dZq09H/oPpfVAZGkNKlR8arbLH3z5GEeXY0bLinftGeHde8YZKTvsoPFljXlVQXEuZ7ExcM4YALkY6wwAmyfRECu91lz8/ZNS6kiI5FlLUipBb3GBy17yEl7/gz/IP/3hHz5bR3oqchz4HVwk4MdwXi/gdPcdBzssfOoI862Ud714kvF6SNwzpPmC4U0soSQ2syQzPRCCYGsVEak+R8AKxS9WAgWh/z5/qLqa8akq3/tt27h3X4sv3bc0OObzgH/tx34U58k9jEsNHPCfnW7d5QjwBlxK5DpWdVNcR0JcVGACuASnMF6HS7H8A87TLM4Qlyb4eb/dN+XMSIW+MXIxrorjr3DGXC4vwuFNvgXYw0Br7frwMBvP28YFV76A17zt7RijqQ0Ps+uKywOw9VRndWPYtLy0dMGn/u5vtxy+795KY3HxfwPHH7rnLt7/0z/Ob/z+/2H7zl3TR+fnhrQzApPM2t7uaplNpYhmtkwUBq6M2StZbSH0oD0jfec/bbDWefu9VNPTGQLXnc+Qh/yty2UDWE/QY51CbyQZnUy7KIP1mChc2sHSfz6dHSEcxsN3T7XWGSBRqKiUQ4SMITM+Hy8wwjpOAiRaGzpJQoBv/iMcW+EzKbmXvmk4YrIeorVVxlitjd0O4luM9b0cvCc/GAOw1mCEZV854rFDyywuJDBah0qJg8sxdxzv8M4LRnnDjmGkyFtmU1Q45OWFZ6sRcM4YAEXezDfuKDo9naS21N04slCI3rPphtkkYfdll3PFDS8/2wwAcCHqP8Up1J8Ebhr88rHZhA98/jjHGinvedlGdm4oI+JV9MHCYQJsakinuyAFwRbfPMicytM+kFAUFlIDxvDiK0Z5zQvHueX+pdWh6CouHLsbuAGXR8/z7PtxxsA+nEGwD+elrzeQS3G0w2/BhfufqozilMeVwKtw1/SvcFGCl/BN5X+2ycXAv8fNmU/hjIO34qpNrvf/ByAIQjZs2UptZJSrrrue1373v2THRReBNWij6Sw3fcDLUqqUqFXLHH304e23fOLmH8ClWP4Q+Nodt97CL7/vJ/nV//7bdvK8845Mz8/vNlZuDOFQI8vs1fUajw23ubfZpiRcrfxIGCCFoJlkxK6ezaFBtcH4PsWpNixnGb0so92JCQNFKVAgHaivH90UOUIQI52yx4D1zQ+iQFGvRCw39AoKXSE8LkBaT/rTr6mvlEOiMCBLkiIUn2f0jBDOOTCWLLN9xr9nQYyFeimgGimSzFpjeK3W9rvBRTi0W1KKoGP+r8TSEpK9SrEUJ5R7KTZN0KNDTGdl/uJxzb3zPe443uat549x5aSbFnlURg5UmsHZFw04ZwyAXHJgizW42TsYcV5DJOhAiORZvW1C0FtaYtsFF/Cyt7yFWz/60WfzaE9FesDf4yIBP4trJFTQtx5tZPzelx1z4E/euIkrzquhpKWXeA4w4RcJJbCJIT3edZGAqQqiJF1ufzAKs+ZDYvuJ5FBCKFicTji+cEpNbEb86yIcTqDlz+Uw8DiOP+BRnHGQ18tnuFz8+3DKv7TWjjeOhkwOR4zUAiolxy3e7hkWmikzSwmNzgnI8Ain6Hf4MX0SVylw/eoNd+/ezdatWwnD8BTKy578uydtpLLOtsLnfU/1uKs/P9VFb0UCqKg976fpXOTa+L/5omqxvhOf+8y48rKBRdfmXqvt78d97g6TpinT09McPnyYbCWS/0Lg3bi5cj3w0zivv5AgqrJ121Ze+urXsuvyaxjftJHtu/bQXlr2eWe33iAhqkRIIbnz85/jyN7Hwc2BH8alln4D+PwXP/0pfu0Xf56f/bUPdMY2bz26tLiwTZXDVMCxq4aqPNyt8cXlZUZV4JDzEoYDRSgFcym0k4zMagfORKLQjuBHGy7aOkKdKnfunWeh0WXLVEQ9ClFSuDD9wGNY4KO9V+yvNGGkKJcCGjZxxrjnNrCyuLxgQChIMk07yXzxT7/zjiszdB8ZjUsreCPDRSWeWUPAOKoikWbGNTEy1hhjX6mNeTkIjFk5nwZF4NChMRApSaAtLHWQ7RgxWiMdqXNfaniomXL7dJfv2jPKt+8cZlM17M/dAbDM2RYNOGcMgMFsvwOi+6cyvzlr3BNf3mak60/3rEra6XDJNdfw6ne842w0AHL5MvBLuAXxu3CgNgCaseHPvr7AfDvjJ27cyCv2jLi2wrHx+ULctQ7AJJr0WBuwBJuriCg3AlYfbiAtkJfdRArKikP7W/zvvz3Ix26bfSrFE3X/2gW8nH4Xv/3+7724qMFbcKH/FQGgQMFlO+q88IIhXnTJKNs2VxkbCqmWnFfW7BnmFhIeO9TijgeWuHdfi33HTqj/34pTKK/E9TUoZmC1WuX1r389b3/729m5cyflctmzpg3UKK+rrMWa353s89XibtcgE527D/kiaYzBeiCte28x1mBM/2Xz99b6nGtfMRujizLbFUpbD4SmPc1sDrAC4xdq4xHbfSU/uB83Lvrj8Pt27y2Bco2WckMC4domHz1ylC984Qt87WtfpdfrDV6OV+BSAVfgFHUhpUqdl7zoIq580Uu55IZvZ/dlV9FNujRz5S9wneckBGEJnQnuu+UzfOxP/4InHiwowAUuNVTHPVuf/+Q//D0yKvET//H9C0MbNpaXG8tbhquVZAExbxPBteUxRMlm93QaJKnFGBiVARvCEmUkJSmJAGtcS+9UG7pac8HUEG+5YoovPnicm79ykCaWklKEQpJpg1bGlRkK67rhyhwf4AbayzTLiQPqSVnYBmhrybD9dAFgcfX73SQlSbNiNkkhCEKFUAKdmn6Jng+dP1shgDwvr7WLABtjE63dyZmBeVTYie5s/DvrqYm94RJIlDGo+Qay3SMdGyKzVT51OOPrizG3H+/w1gtGePXWISJ/DQvOmWfn9J6ynDMGQC7aujaeuVe61g3JF0X/nZFCPFN9gNYXIeg1m4xPbuDy66/n/ttue7aP+FTlAVzr1hlcOLTIh6fa8tEHlplupfzUyzXfdsUYtbKil2iyvPmiEK5vQGJIj3VcrnBzDVEeBAbaNSIzAiqu+cqDDy/xOx/ez1985hiN7kp0RqVSZWpqijiJabfaJElMr/ekTXJKuPB+HuJv44yCsdWj2L6xzBuvn+QtN05xzQUjTIxHUFJ9qDG2YES0nYwDMzFfvmeBv/78Ub5w7xJLrRUe5mb/6p+lELzsZS/jl37pl7j66quLz/NufjmAy1jXqdJ6xWa8wiwUtLV9xWxtoZDzbbXOCsWcK2etdWGsWWPItEZnme8/kCvkHODklXauiHHH0P5Y1hsG2jrWt5yn1qsJrIUkTUjTtK+8/b4znZEmWXE+rgmnbz0lHM1sfq360QKfPxbOsO8Dsfp031JKStUa5SjqGwBYpFRMTGxgaHiEVrPFvffdM9hvYSsOV7JCxkcqvOFVV/CKV72S8Qtfgxjfw+LcfJ+rXrpOmUoKrApRQlJr3k+0/7NsFMd5wJwQGXoZLuWwCNz9ib/5a4KoxLt/5meP1scnwxZyLFZBq5QE8Rvqm2hUzdCD8z2GspAgkyBcI6YRaUmTkEebMRtKAeMBSG2IraEZZ0xUIr7r+l1cMDXM3z1xhDvjFq04JY0NgdCEwlUVmAGPyQ5genqZJo5TrPV4AmsJpCQIRBHtsL7MEAFKCaTvEJ6nBcqRol4P6XZSkiRzBoXnErHPggUg3OlYY3xqxKWBA+2dDmP6RiUFNDzXAbbooCjwkCUJiU8ZhN2YcpyStrvo8WHmreWPHk754nSLH71kgndcOM5U3nNAiGfLvnnKcs4ZAPiFcTAvc+ImtmCeEmCFtWvBBJ9xiVstLr/uOt7xvp/l37/trc/BEZ+yHMI14DmOA9xdNvjlbQc6LHWPMNNJ+ZcvnGCsHhLHhlTbfmhRSUxqMMe7CG0JN1cRtQC8F7FChIWS62n+5a/N8j8+tI+P3TZHkq2szRgZGeW6665j565dLC83WFpa5OCBAzz6yCNo6wyFPJyerUPa4qXmX/0hANdePMx7vmMHb7lxE6MTJZckSDTEgxix/uBFINm5vc7OrVWuvXKU/3fzYf7vzUc4OBuve+ByucxrXvMarrrqKgCOHTvO1+78OseOHcNo3VfWXqF77ehATJ7i2rUQNj4PbDDahYS11hhtihxtHgcrOE288ZBmKVob1/FOyj5qXAiUUiilCIIAKSVBEBSfSSmRgSKQAUpJ93mgUFKipEJIhVLuNwDLjQbNRrPPuaEc53ucJPS6DjAqB1IA5LidfInOU0tCDnzvIx0+jGwtRbdFqST1eky5VMKuaO0tCMOQjZs2cdnll/HoYw/T6XT7X66SqVHF977lcr71Da8mnnw1i2obptV0jHlKoAJ/LlKR2RJkhuHkES7mVl5wk+KSqEIpHudzdy86rExfXgW8F9ef49jHPvjnnH/Z5bz9R378QNLrjJasLVWiYPJos3f1wrL+lrHFMhUREKBc7b521/xoZvlw2mNnVXF5LWIpM2icgTe33CEMFFdvH2NaJdz+QIOFTkySaoS1KL/SCTUAaMujP/65RQi6SYb0lLrlSDFcLRMEss8nkEd7hAMp5g2AjLXEWiNliaF6iV5X0otTzwrIOum/Z0Lc+WQuAiCMsUFePWQ8S6A7xxNTAPmiZf3DkmiXsQgCSU8blLGEyx1UOyYdq6Enhnls0fLvbj9GIzH8zAs2Ugs8DTNnFw7g3DEABsB+uaeBtazVXWrVDbLCEZk9+yIEaRxTrdXZev75HHn88efiqE9VFoHfx5HX/DyO+rYgcXloJuZXP32UmWbKD12/kW1jJUTqjIAiv+urA9LpHjaxhFNl1ztACde0G+G86ZIiSTWfvPU4H/jgE9xy/9IJg9m1axff/d1v54YbXkan22NpaZkjRw4zNztbhB9HxsbYuWMnSRKzuLhIp90mjmOM0ehMuxDgGiIF3HjFKL/8Axdw03Ubna5pZ6toJAfSFfn7zEKWQiDYs3OYf/PuPWweL/Frf7GPgzO9NY4EtVqNDRs2IIQgTVO++tWv8sG/+isWFxedN4lbTKWUhGGIUsolswrFJ1BS+veSIFAEKkBK4fqcW0upVGJycpLR0VGUUoRBQBhFRFFEEsccPXaMOE6YnJxgYmICpXIlLwujwL0UUgr/uaODlUoihfQKXSGkREnZ18Z+7JnWzM7OMjczl4NtyVFgvV5Mp91xbWEF9ME6g/fHXef8evRz/KLYzlqXZxZCeuMJnwLI+8D375W1YLSmPjxEGIasxyi9dTLip79rN296wws4Wn8508kuQt1xhDFSIWSIRZAZiSSjYuaom1kujD/NMDPUolne8uot7Npc4f1/spe/u2UWvRII+1ZchcgfA1lVlqiIEhWRLLU7yUXz7fjf3n5g8btn2t1KFELXcwMIEaBkSEiZlIi2lhxvax5LYxSS0aiOEhJlLFmqmVvq0upmCJ+7z1IN2jlHwsJIJXJNhzJDIAQSRzZkhWDPlhF0UOGBA4t0ehlBEjAioRSGPi3glL8WYJT7XZJoVCAJlSTODAvtHtUwoFIJiaKAbjsmSbSrEHiWpEgBWKu0tsp4Eitj8qjU+k4hAMKSGUEtlFy7Y5SxasgjM20enm4SG0tkDdHsMmk7Jtu2gU4Q8acPzXP5ZJnv3D2KyDmVzyI5dwyAFWVlFFZdnls9W6TTanHpddfyo7/xAf7d2R0FAKcCP4rDBPw8LpdZgOVmmpr//sUZjjdSfvLGTVw6VUUJQZy5sHQODMRANt/D9DLCzRXUeBkR+VBBSdFppXz4M0f5zb/ax/372ysGIKVkx44d/MRP/ATvfve7KJXKtFpter0eH//4P3Lw4EGMMdTrdV5106s4//zzWVpaZnFxgeXlJZqNJkvLSxw6eJBOZ23uoBdfNMwvf98ebrp+o4v9JatYIQoMyTpJzMxCO6VcDvjeb99Op2f49Q8+wcxyeuK2UMzHOI6ZmZ2h3WpRr9eZGB8nDCOEEERRhNaaxaVFlpeW0VqjXCP4QkELIZCUQDreIGHzQDpUymXqtWofP+G95F6vx/LyMp12B4F19LbSl3Pm4fQCSDcItMvPnxX/X/05eIVsDM1Gg0ajUXRky912nWV0erGHZfvPTwwL5UcqxjVw9CKLFIYBoyMjjI1PUK1WHe3rit8PRhj6aYO1ZKiqeO9btvHu77gSWxnjcLNJhUWMlSSyQiQSIt3AGoExihGOssd8iSGWGNcHESaBVEAouerSMf7du85noZHy+bsXB89uDPgXOL6I+xAQKkkzM+O3PDb9M5945Oj3xkYThRJt8BFNgdVgMuHy00GZarlOPRqiKySoCrvGtmCk5mhm2AAoK1zeHxdNSrUuHKNWJ0FYKAcKbQxoSagEmTEkxvCiiyd5w2s381dfepzP3nmUVpax0I1pJ+ngpXQRESnZc94IMzMdppd6/rkPQQpaSUo3SRmulKjWSlh69J7FtdhaFykz1gbGmFD7+WVMjhFwZZPribCCNNPctGec73rheSDghdtibnl8ns89NkcvM5SDgKjVg+OLZOdN8kQHbj7c5E07hwmk4CxSNcC5ZAA8RREDr+fumILa8DD1kRFay8vP4ZGfstwK/AKuvv6dDDAHtmLDn3x1nmONlJ+9aYobdg9RDiW9rN9C1rf7Qrcz7MEWQSsjmqrCeMT8fMwf//0BfutvD3J47sTQ+dTUFG9685u5/IrL2b//AKVymS2bN6Ok4PDhw8zNzSKE4LrrruNfv+c9RKWIY8eOMTc3z8LCAp1Ol3vuuZsjR46seWLnTZb40Tdv55Uv2eQUeTxIfeuVRa68rGVllxDr4kd5jD3OKFcC/tWbtvHIoRZ/9IkjZGsQTOT55zyfL4WgVqsxNbWFWq2GUopms8ndd9/JAw/cz/LSElmmV0ZP/SGlUn3yOG8AuOhBRBgGxXHcXweIi+MYrQ2BD+2vxXt+KkZznlZYT/pAvZX+PDh8w8pjrqeY7YBhsvJzCyipGBkZ5sKLLubaa69j27btq8L//a1XRhFWihDwtpdv4t3ftoMNYx26rSPsCSzbsrs5kl3EQXs5E8FedoT3Y4WkJGNGxDxD5jDSes6nfG6k7vhXXz7G+96+kwPTXR4/tiIidD2u3PZhJUUqMBP/cN/B//bPjxz6l1GkqCqJtgJpBVbYAfNIYI0hTdosZV06aYfR4QmGK0NURMisNHzaWq61hku1QWjXXyAzliy1oDRSKbpJxkyrS6MbOxxJZsg8SM5giVPDjsk6P/ntV3D9xZv44F37eKzdcmWDA4DMQAmkErztZbsZCQI++M97+dpjcyRagwzJeQCWOzGBv+bSExmdqhRLiLWurNB/JuxKtL3wnr7WGmORRhuVaQNW+EiTWLXHtY7lrvWuyRpbxkrceXCJ/XMdbjh/nMxYPv3IHKmxRIEkaHUxrR6mXuPQUsLhZsrOkZJrcXwWRQHOHQNgIAVQuAvWYJ+EaM1t+myxU68t7WaT3Vdcyft+9/f5j9/zzufwyE9LHsY1wJnBsdkV4LbUwM0PN1joat73iim+7dJRqpGkk6w0AoQVmMQi5mPQlif2N/ndzx/jzz5zjLk1vGUpJRdddDE7duxm7979ZNlj1GpVNkxuYHpmmk996tNYa6lWq9x444289KUvIQxDlpcbNJpNOu0Wjz++j9tv+zLtdvuE/QO88bpJ3nDDJkQgoJmt1A12QPnDGvnLVZ6rFdDVDE+UeNfrz+P2B5e554n1u0AaY9GZxmIJA6eMwzCk2+1wxx23c8uXvkCn0zmrIlhnoywtLXL8+DRxHPOmN72Z0dERkiRh8GYKBgFaJ17PPZsr/MvXbmbrlgp0Uypmlq1qHisFW8VjvIDPE4qYyDYQpAiNByTa4ggrJk9qQClee+0G3nzDAr/30YP0+rVGJRx/xUcEdvqzDx//jTv2Tr+zEiilpPJMpq71LkZgpVf/xufaPb1GN24RL8Z09QQbJyYJw4CjJuWz1kUPYmPIrCE1liw1WOPq8ox1RkEnTomTjDByjbwCIYhCRWY0jVZCGClefskUcybhkdseWdEIyBhnaNYqIbUo4FWXb+XibWP8/e37+eIjx+ikKaGUrnGYdV36cnv5VBbb3LgcXL1FDrTLU7t5ZYEXYyxZZjCWUGsbae2MPmNsDm0o0oVricA67gRjmV7u8fhMm0OLXVJteOG2EQ4s9njo2DJBKUBmBtXtYSplutqy7KnknhMw2WnIuWMADFqD/mYjZD9/OCCDIEBAWqx6LpdYayxRpcyGbSeAj892OQL8Jg4k+NM4BjzALUhf3t9mvn2Y442E73nRJMOVgG6iC+A/AkolSSgEX31gkf/6xeP840MN2vHaPkEUlbjooou58MILOXbsOO12i7gXs7S4xH33389jjz0GuLK6oaEhHnnkEcrlMtVKlYnxMXZs386hQ4c5fPiQgwivkp1TJd54w0Ympyou57/Cubd95Z/PlaKkdDDdtMqzsEAK1148wquvGOfhgx3ibO3zM0aTZpkDD0nl+7YbDhw4yNe//lXa7TZCCMbHx6hUKk/dEBjUUWtIfuz1f3wqq9raB8nLAgEXbbDOSzutXa8jQgh6vZjl5WXiuMf9993HxRdfzHXXvQThiXROOJN1jvfaq8e4+uIR3zbI/U6KDISlIuaoMMdKDAh4mpyBvbPyhBJDWAt5641T3Hz7DA8fWoE7uAbY9uXH535w45Zj7xLYoKQkmbFFRMd4B8ZNRes/c2FsiSUUgiRLWViaIdY9Nm/cTDWKWEpTvmAsBCGVIEBqQ5ppH8CSaIfaI0kN7U5KzVMMSwRjlRLVKCTNnPFAXg6aK08rXLADSZxlNHsJvUzTizM2Dpd596suoEvGZ+87grSutbT1ZEPSnHoNgPRK3vj3AJmUpFKirCUyZsWjis0jAGAg0MYG2uSg5LzfgeTkOH2B1YaZZkw3NXzlwRkyJdk0XGLLaIXLpursnXXNriIBVmuKXsq5j3CK5/dcybljAHgRQiBzC0D4h9WeuE1fbBG8e+4GCZ1mk6mdO/mp3/ot/sdP/MRzefSnKw3gz3GRgPfh6uwLeWQ25j999jhHmyk/+tKNbBktEacOvV4OXTO9Tz22zG9+9jj/vLfJar+/KNH0ocZur4e1mq1bpjhvyxQWaDQa3H//faSpIwmq1+s0mi3uvOtepBQM1WqMjY9RqVT5zGc+w/T09Jon8oI9w1y+Z8ijpExf4Q/8WRlZWqX8V3wn+r9JNWFFccPFw/ztl0L2L6xMbeTKtqhWMBSIe601x44dY2F+HoANGya59NKLqVWrZJ6/HR+qLOb3IDDRf7/iJHL7Y1DH21zJKcrlMmF0cjKitfP0J9vWDU9rTa/nFF+lWiVLU1e2ifWt6dbL/69xXnalKR8GAb045tFHHuPQ4SO0mg0OHTrE1VdfjVJB39AodpmXNa482nAkeOmeYcaHoj44dXAurPjB4PxYnTfx/+T3xVjI4PILp3jtqwLUgwkEIUEYknbbW3Ze+6pfi/Zcf9H87GIUKjDagSKl8ErfgJTGYQCEcI6NxRW9+V7noZRk1tJqLHEwy9gyuZV6qcxSFiOiKlvHNjAGpFqDEC6UbhxTijGWTjdDSEG9GtLJUpbTJK+jB6BnNb3UYKR0RoBH0uc2fWw0mdakmSHRhjBQVCKFla4cO5DSzVaDIxM6BcpVl6URRXliTwhSKxhNUnYkCc1SxPEoIrCgdIbESuvjJLaIUviGxzm6/0nYhxz3gTvHLz2xwIt2jHLF7nE+/egcDx5v8brLprh0yxCffWSGpW6GVCuftbOvANDJOWcASP9skJc25QbAwMI9GAGwVkhtbfBcNyzXaUpULnPTO/4F3W6P//ULP/8cj+BpSQ/4GDCPiwR8OwMd5Y42Un731llmmik//vIprthWAxkQdzM+fPc8/+OL03z98Noo7EFJ05hbb/kSrVaD8847j40bNjG1eYrh4SEqFUfJKYRg06ZNjI9PYIyh0WiysLDIsekZGo1lPv/5f143/H/FrmHOm6gUOdtikbADi/jgc31y56Ev1oIR7BkvsXVIsX9h5aaDGACdZT5v71IAWmviuFvkLev1KsPDQ5Si0OEA8Kh8JYvp7Q/KugbAOmKsRSlFrValXC49OYBptQH0JCKEQGtNq9XCWsPQ0AhpmtJutwYiMusZMavOy98aY01R6x2FAaVSSL1eK86n1+2Sphlh6ECUFLfRuWlxkqw0DIBd4yV2D0cUEf1BTMSgIbAuUJFijE7cuXWDjXTEMNlwlRu+913s7I2hhEGFEpNl5UPN2k17Zwyi2yp+JaQLcTsqcxdxksL63gA+F07fY5HWooSzBrqdFgdnDrNl4jxGw5DUJJRKw2TWKegATaakKyXFuT5ppml3BIF0ALquzuhkrsmQi4hLx85tXY+VzCPrrbT+r3O0BA5s1+1lqCBgpFYmSTJS7Tx1JU491eoeQbdlgmCLzXhR2uPipWW2TC/SNIIvTW3glo2THI9CUmmsAmvxhhL5NLUrd7qG2IHvY20YLgXUQskDRxt813Xb2Laxzp/ffoiDC12GooCSlA5MuAI9djrG8XMr54wBkC8dSjgCC1F4/+tbfsKBXpSG6Lk2ABCCTq9HqVzmdd///fR6Pf70P/zycz2KpyMG1/1uCRcNeCeOUQ2Apa7mz7++wGw744eu38CWsRJfeLTB7395hkdm1q+TH/RCjbHs3buXQ4cOMTQ8xOjIKFu2bGFq82aOHTtatG6NoojR4WEmN24g7sX0koQsTZmZmWVmZnZNz7YSSbZtLBFWgpVeX77tmuHpVZGAtVIC4P6fGEYlTNVWPoJZltHtdovz01lWeB+wumLFga3SJPELrEEpRbfVodnqkGXpGij8wcVoPYPA4ljQDVJISqWIMIr6HuwJC9rqfa73vj/u/DNrDb1ejDGGarWK0dpHdVanRdYzLPrplyBQ1Gs1KuUy2lhia9CZ7it0MXArVpx6HjexHgC5kiNi63DEuAJSDTIY+L1YuY8ntX2cBZGocTqiTjcY57HqTSSqTnXTTi4q1RBCE4aKRivhoVv2015eJizJwvCwvo+JFG7tcso+B0IKMMaV9uW9M6xFGoNVkkBA2mtxZP4wYvw86gQInbLXCCaN5VKTUQsCV5OPb5tuLGmqabdBZwahJNpaxydhQVhBGAjGao7mOMsMSAg8SZDPCBTXSghLorWjMK6V0Jmm3U3RmZtrp9IMKLfBUiEYtoZ39hq8WHcYLmkYC2Cuza59B7hsYYl/3LwZsW2M5WpkL+l2GEoNh0oVhKMBXHkPT2IEaGOphgFvuHQDJSUZq0WEQnDxxjqvuGACsDw606aTmQLX8HyQc8YAyEUJx85V+BPiJHcesBalofScGwBQGAFRucwb3/Meet0uH/r1/3wmRvJ05H7gP+MqBH6IAVa1Xmb56P3LPD4fM1ENeHQ25mhj7dK49cUSxz3i2R5zs7Ps37+PUlTCYAqyn/37D/C5f/48F+y5gJHREYaHR5gYH2fDxDjWrH1naxVFraLWNt4LQyA3IlelAdYZ54rwcCullBpGKgFS9HsiZVk2UI5ofW7WeqIdd7zBFFVOuOLK/gXLyw32HzjI4sISWvcpWFcMfhCzUIytOLEV7wUUJYXPhrhAnFMmzsixBTPbiXJyT0qpgJGRYXZs387Y6EhR4ls0YgFPFLT+eLIscxUIAzJUUpQM0M1cHwoBK9FcTxJRyeP1SBpqCy01xeOll6FVibngQrQqEcYxIlkms45v//DRJs1GTCjkCrsz31/eZAYoumpaJQYqUt18y5WlNAYrJaEMiOMWR5aOsnV4K2URsZx0uB1BEFguD9yCVw8UIYI01YQhxDG0e1nBEKi1Py2rybQlDCSRUs4wMJAhHDmVcM2JBjk24kyzHCfYUkQ9ChhRkjjO6KW6SB082WyzuBaNe3TCS5IuNWlJSyG6FiFHq0zMNvmW+SV2PNLmUDK1pRSp0iURzG7bQCoEJWuK67P+rXMxCWstqbacP1ni0s1DfOKe41gp2DRc5qqtw7zxiin+/t5jfPkRVwpYCgUm02dp0H+lnDMGQJ5aylMAbj6usYDnItzGGoLE2vLplKY805J2u0SlEm/6qZ+i3W7zj7/9W2dwNE9JDgL/ExcJ+HFch71C7ju2NikOjpL3blxKYQpXWTB+sgNlWXYCy9+RI4f56Ec/ysT4OJMbJtk0tZk9u3fTarfpxuscOw/zrvagT+WpXhME6PcjBWgDjQSRGIQSRTYBToxwZKafAhDrAvEcuU6v22PfvgMcPHTYpxGCUxzwk8mz7c6cXmpifemwvNxAa8PFF13I2NhIEQU6QdY4JWHXDkFLKbCZgeUUKgGEynGK5zs6ISux2iA0WBHSFBMsyfM4EF7HkeAqrAqIbEyouxjhlKTGEihJs5mSJholBGiLFsbx74u+UheiaLjtlitrMMKB6oQEKyzSCIz0aHlj0UoQyYC41+C4VGytbKYmIubjLl9JYSwEk3iaaA1p4nEl0pCkLmRvgKKG3gp6qWEpTom1RvvGOhqLtpbUb6u1KaIBQgoya2nECdoYamFIqRSQGUN6SpEUigZEG0yGtJD5fgYSsLWQXm2cYLzMRUcbbDtwZBuL3R+Prtr24aTR/vSkjdvzEyNSdROKEtITImXFrCAUgkhJGonm/qNNSoHksfkO++bbBEowXo2oRYrlOCPOjIuiPPkpnBVyzhgAueRpgCKVu65XkROnmDAxonKmb2ja66GiiO/8N/+WXrfDZ86+tsFPJsu4tqezwE/huM9P9qjPA38G/A3QwfVovwBnPOyiz6M/8iT7wRjD0uICS4sL7Nu/j3KpzB1DQ6ggoNVauwyv1TG0OoN3PfdLci9+0FcZeL8eIDAXCWYpQzYy4sTQiDWDjSaCIKBcLvtxu/B1TpXrD7xyfxbvnQtazRbT0zMOHxBNQDSOEGrNuvdTkSePD6z9myfb5uTHWqsuZ+1jFPt3MW9ssgDJPPNzcyxt2sT4+Cg8SZnvyqNDoIIToh3NVNNJnAFg6xFiPI8MrR7lGr6rsCBCZsVunlDXY2WJ48GlKJshTIoVkHnwohWeOx/hePLjbEW+G1OcKo6jXiBxlQB53r+4jrZvwwrv40hvZAgEkQhodReZlhGboklqccqhuMedWtDrJTS6Mc0wIUk1BosIFFob0tQbB9Y68iGfnUisJfbYAItjzFNCEobKYR0z6xoM+asklaN5jrUm1ZqS8OdwCsrfJxP8nc0NIusdO4tINCoU6Ikq6UiJYLo1bEN+KG50r9t4z/7/3dk4fu/8hjGRlkJCbRD+fFbf9xyTULGWUQFHWglfenyeF24b5cVDJaqh4shij0YnZbQccO3549x1aJlGrKmcIp7hTMs5YwDkj6bEIWOLmk8h1l6lnOGONTZIhTnjBgA4IyAIAt72y/+BXqfLLR/8izM9pNOVDPgIMAf8CK5CYIqV87AHHMAp/z/CtecFFwkAx5Q2hWvVehGugc8FuNTCqH8VgMPVYrSm02nT6awN/CsGkRgOz3aJuxmlsjqR/W9woS9y/SfdJSiJTQ3pbI9SrFmONceb6Yr5FwQB1WoVoODuV55y92SJRWtd/jrTzuMVpQlEebMPVesBBdv3Gk/Yx6oAbP6vU7SGolbe+nPGrtiyv2/rv+u3gCWPuImVx8j3PyhudHbFSHKTQKzazv11+AgjFDZtoLOUJEmK1Mgpi4BSqUSgAmL6OJTDSzHz3Qx6GjPfQ1QVsqzAd5M7wVQqDqoBxTQX8Ag3cExd45D6WQpSYIwokPNSKQIJSkqstnS7GWmmUcoZRA7GJ4psgvUofyHpK0JjEdLiNK11eSUJWFEYgdL2r2wkFEvdWUq1EqNRFdVNeEinmMx57WmWkSa+I6MBYQQlJNpX7eR322Adoyduzlohil4S9XJI4P+P53ay1o/LUwwbbekZ7XgN1luPV4lz2IXDOuSAbtvHD1jjDYFIYHcOl9hQRT6xeGXWjv/n6LT44k65vzx93ga6tTJWQGRXlyC6HRncd1Nac0Qqji3HfKY9ywUbalRDxbdcuom9sy3+5s5jnL+xysWb6tx1eNlhGk5lTTjDcs4YAMViIYQ3ANxkW68jYM4Mpq2NEmOqZ4MBAJDECUob3var7yfu9fjq337kTA/pqcgXgH3At+BYzy7CNd9p4Frxfgr4NM4YWC2L/pX3U60Bu3GGwC7gYv/agjMGRjiJQXAyuX9fk6NzPXbtGmJA86298ZokQAOinPujZ3uYxRikYN9iwtHllekKIVzDHaBoY3s6Ofj+drm7pRlsWpCr6rXOo/8k2BWf9r8b+HwFY8vgNoO8fIbVBkD/+GuH+/v/Wz2Gk2kFC0Lhqt9FEYhZq7/7unvwm5VKUXH9c9m3kLBvIeHluywsJ2QlSbS1Ckp5gOiJo3cmk6Jrxzhuz+dYcBVCp2BczbzxLXelEgRKIQSEYYmgFHjF6gwBK911Fbbv/QtvCORRgLyHnsDbVzhlaDGFvZWnN4SxKCHQ0lUHhFqz0JsmKm+jEpVptVv0TIQQEcIYkkwToFzS31hqSiEySxxrwkh5LIAr/XPtoR3wzwhDJ01JPL7Dke64QWrrWftkX5E7i8b99lSjALZ4Jp0BkEc9hLXF+drMOPhFLUBdtQE731HDjy/fdMnD+5mYWebg+VPMbxhFR6Fvn9w3NN0xBNJYtmvD8SDgiHIUyg8ebXJwsUsryRithEwORyy0U3ZPVNg6UmH/dIPoFI2ZMynnjAEAFGHZaLCWfODzFeLDBcaYKLaifrYYAAAkCTIIeOt//nXibpd7P3HzmR7RU5GDuJTA3wAbgAjXgvcYLvd/qtIG7vMvcJUGm3DGwGU4Y2APsB2HH6gC5VPZ8V2Pt3j4iZYzAJRwVMCsMVfWmz/gViTpipD0Qkx6rEuooasNX9rXdBGAdSSnypW+CY8/2KqDrFbEotjMYlyeuJjnfQMh9wjdf9dIWwyUOvbD7f0A/WAMwXoDY62Ywir02oqLk9dxr2VT5YfvRyVWxwqsR7rnXpaBp5R57Z9dnmpZbWwt9wy3H2jxxstGmSwHxMd7yFASbKw4w86spi1240kYY5Y9pNQQnms/w0UllHLlmhZBEIQIKVmYnibNerTbbdpLlkgFGKuLULQD8+Fy+rYfPcgb6UqvcIy7+S5mY53SF0iQ/UFK6xRxIBS9JGYhnGeyvIFSO8TojCExhDSaJE2dZy0FrThlOXFpgW43RQYOoGhMTgTkQanCYoREG8tSnNLJfBdKP2k0rrtaBpQErkr/VOP/q0T4c8UOzA4XZiAHHVgrEIlGhAKxsYqZKBEcarNl3xKjdzY4ct5Gju3eTHukRqqUa3E8MBaNoKYN77pogrsM3L53gUYvpRVrPnbPcbZPVLhmxxhY2DJSYrGnOTDTdIyNzy2DzGnLuWUA+JsaiH6gUuIm5Amb+umkjYm6UD/rbqPWqCDgLb/xAeIk5vFbbiGL1y+fO4tlyb+eKWn412O4KEKISw9chEsVXIjDEezBGQsVnPFxguw73uVTX5nlZVePMzxWgma6Sll55bHewiUAKUEb9GJCcriF7WUElYCv7W/y2ccatE9ILfTFtfXVRXOf/k7zo9siNL724QeVtTih1eng/qxXpMX/RH9B7Xv2g0mBvpIW5JHwlQoaBiNsaxy7UPD98eZjWa2E+8f0TaR8OqFvX6wVyTsVhbLaqFj7en5+b5O7Drd57cWjqK4mOdIBBMGGMgTCBzu8MsJgRZmm2ciR9EIOyxdjhQPpBQKEElgCjBEEQtBeXEBbyyc+9P944qF7md7/BJe9/j1MXvIKGq0lN8rc27VOeVvjo/syX8e8wvNBeRf9l46wx6OeRdE7wEcU/HAjEdDuLVGt1KhVKsSdLqEJCW1IpjVSaAQOZNdOM5pxQrebEZYCx1kAaCl822XjUgB+rknlUhN6wAAoh4pqKUBnxrUKFgIhXZ8BIU7trq3IuhSluQJvSRTf5TNKCFz0JdXufu2pw1SJ6uNN9hw4ysa5ZQ5dsIV9KWS5nsBFS1Ig04ZXXbSRf/2CrfzZHYf44y/v59BcGxtIDi7HHL1/mks21tm1oUqtpHxD0/yenL2BgHPLAMgjAFKihGPIYrAkcPX2xpIZE8VCnH0GAECaEkQR3/5f/isf/L53c/Tee8/0iM42sUACPIFLOXwax7O+GQcqvBi4GmccnIeLHNQHd/DxO2a58epxvuP150FZQZyH7Ad94IHD5SuY98ZsrMnmYtLpDrarqZUVzW7GX965wAPH161+AFweNtO5AZCHpQc94n7wffV3K65AMeL+eAcVbD+/fmKuPTcgWPF//4nRaONCrFa4PLbIw+fGYnSfPlkqBVKueM7yPvN+QCty9kXp3kC07oRxDwYsVox69ckPfr7WfXtyeXQ25kN3LXDZ5gpbRkp02hnxoRY21QSTFUQlX0rdPdAoppOdHE4uQUYxVlgyU3IKUQgiGaOspNXs8smP/BmHDx/m2IH9PPHwAyRJvHhxEislVV1apMmjMLmes/gGTcKFt4V1VLo2N7WEV34uKmCsQVoXqJD4CILfRmORQhJowXI2T7m6hUqjQrvbY1mFLKeWDSIjw3UGdDrWEicZnW5KKEuUAsVouYSQjkbYCs8i4XP9edVAHsnQFqrlCOH3k6Yaia+2OO1bI/qGl48E9N/bYgrkVV/CurQACMRQhL16HLGlzOhjTYbufQKCEvPK8ogVJEYQ5UaXFBAqtk/U+PnXXcgrLpjkD2/Zxz/ee4yFdooJJQ9NNzm03EUKQaAkRoqiumNF18zTn37PmpxTBkDu1ZSURAnHXgVrK/986bDWkgpR0mfbnQPAkiQJ0cgI4fDwk29+bovFRR0zYK9/3YpLB4ziMAQvBL4PuDz/0d6jXX7/owfZOVXhBVdPut1kpr/I5CLAdTTCPeWJRjcy0rkuejmB1FIpKTJj+cu75vmbexbpZWublbmSM758aiUX/8kU2MrAfLEvm0cC+n/zWd9XkQPGwWBUoH9yq6INtv9nsLa+UMh9xZ7HKlZKPydcjEsMmDOiH+FwrHesMkXy65SrfnvCCE8Ya/Hervp2LUPhxD387X1LXLKpzHtu2EStGtDpZiRHOuhmRjBZRg2HiEiCUCgRs738AIF0vRzaYoS9ybVoFVEKYy5UtzF7ZIGbP/04t37+Kxw6sL+o+gAeLpeCIArk5VhRkQg01retdXS9BXXuqlMUWJRX7haL9jTSZoAgSPgGQtLg6/QNoVD04g6tSoPhoSFK7Yhjccr+UDCmBAHCMQQagzaWNDP0einVKCDThiAQlILAdbeUFiVMkRiyHhtgvEveTjLmujFjUchwtUScZHTjBKvzvrzr3oa174wHAjoGVwaMAJ8m8u+ltWClaxRkLKQGEQFbqzBRQh1sc8XjLTZbw5cI+GcZctwqhNWUlaBSCjDWEinJyy+Y5IrzRnjdJRv5gy/t444nFkmModXNkF6/CAFoS0kKqoEzjJ8lOo2nLOeUAeBMYElFBQU95knvh3UgrESIyrphzDMt1pK129z0//0K//RzP8vxu+480yN6PkniXw0cJuEOoAv8Eq7SAGvh8/cs8v4/epRfekfG1ZeNunoqu8oDtRY02ERjOhm6kaCbGbankRIq1YBUGz589wL/7Qszp0R45KoAtK8CkIVCXOXWD+itNSIAA5ut/mQtr3qlITC4t4EogTVYbShv3sjoNZcTTYxi0pSlO+6ltXc/WEt113mMvOBSoolRkoUllu96kM7+o47LQHoue+EU/+oSrEFswGAioohP2FXRCr/x6aUA7MBWp7YqL3Y1v3frLLWS5F0v3kCtGtDrZeiFHqadIushaihE1kNkSTCsjlCT0xgREotRtovHkEqgbI9D9z/G//3II/z9HTO0umlB/+xlrCztsUiKlkBUyBVbAQPxQMtBp8QOmHSCoq99kSP33q9jN5XF9hKnJC2WEEUra1Cu1xiq15lbmudgrNkeCKYiQWYc2kNbi9aWJNGksaarNcfjmHaaujVT+zy/tWTSFtsbf0uMhdhYFuOU1FiGooDhoEyrE5Mac0qFm/27uDIiBmC1cF0SlUEo209tecOnb85aROZ/VVFw8RByqsTUvg5v2t/lsk7M54ISt2qIlaJSCQdmimW0EvLd127nxbvG+fDXjvBHtx9g3/Emys+otKspb1K8bGudnUORM0JO49yeCzm3DAC/yJSVIpQSm51cpVtr6WrNVKlUe8XYqOt3fZZJPqLS9m18xx/9Eb/y3vfy9du+fEbH9DyWDvCXwFW4SEAErlXpx746T2s54cdfvZnXXDZOeShEeK9MG4vNLDYxzgBIDTYxBFIQlRRCCaYbCX951zy/d+ssj82dDKvRn2NaZ0UVgPRGR6EZBzcvfjJoDbj3tkDiOy+pD6xb68h2hTJcd7Zbi00zKju2sPO972Tk/K2kseHh//BbtB7Yi81Shi7ew+73/kuGd03R2D/NY7/5x7QfOwBRDrcYOId8TIPnJ1aPJQe7+f+JExkDBusPni15YiHhA589zlxb8z3XTLJzvIQ1hiy1JAsxejlFRhJRkohIoJRFKUldLVKXj2PbGf/80CK/+7nj3Hxfg+7aRJS7m7NPxOOdpSxUoe8H4csAwd1HKKIAYBHGXTPrGwI5ImdXIGlygyk3JBjEA3hAIA4QGKc9OpUWY0PDVFslZpOYw6FkY+DwBBpHR2yMdb0B4gxtrAutaY01BoMLfYc+FO6aBto+RFNYpOdS6qSa1BhKQrjKgNN0kYs54r19YUBsnUWOpti5McxS2c2ryLo55cGGNo8QIBDagjUQCcxEhBkJKG2OuOzRDpuPJ1xoLV8ph1RHykX/BetzMoEUXLBpiJ94zR5esmecv7j9IH9711GWWhkvvHiEH37lNt6ye5QoEEVjwLNJzk0DQApCJTDe+1iPtMVFcCxlpcJd5bLvw32WSppy+QuuZuibqYCnK4vA7wM7cWWKgOsH9KmHmxydS7j9imW+9fIxLttUZrQaIJV0q5nxc0kJqAUYbTneSvnawTYfuXeBTz7S4HgzW++4AIVnDJ6W1mMAioXxqTQUH3QUB/a/ejU6ufJ3HqTu9aDTBmJsmlLaOEl14xiJ/5GNF4DURQi2TFKfHCONnWKgs4DtlLDlGrJWwa+hRf6/GJKn514LByAK1KEYiBD0y+LWPPc15cTr2E9brPcbJ/sWU/7HF6a550iHt101xvU762wdiqiVlTuesdDVEAvfzTCj0+3y6GyPTzywxN/cs8A9x5MCfLxr81a+ZfeLmCqNspB1ONiejWgs7To6fSTUI9sdn6Po5/hzBWYYqPBwTMP++Di+AXfXCpIcY/MOes7YEjY3rFwjXGMtgZX0sgZxtU6tNsT8Yo9jqaWZWSLhyHu0D+lrbUlSTWq0a/ojBca4EkdtXNfC8UqJSPkWw3Lgloj+kpsYU7Q5Dk7TACgUubVYI5GVHmrHNGIqxWxJEUfGsMerEEuIwEb+RwVuwPbbweTYgJIg3VFBTUSMH+zxqkeaXLTcYuQrj2OGQ+T4kDOkBwiE6qWAV120kYs2DfHqizcy20540e4Jrt0xSljgW86+noDnlgHgpaICVwlg+13/1hOlFJmUtaUsq2tr16aNO0ukvbDIO3/8x5mbm+P+r3/tTA/n+Sx3Ax/A4QNuHPzi/rmYA7fO8tnHW1yztcILtlbZNlZitKIoh67HfE/DXCfj8bkeXznY5s7DHR6d6a1g/PPSwZUxDuPAiUB/YcxSB7JTSjkQXRH2XUvWQrEMhsgH36wj3hDOC/8KkJ5f7BCK2gU7qW7ZhDUp9SsuQSBILeiupn7p+Uy+9lVYaxi+8mKsFSQ4fTh8+UXYxmshiOjNzNPedxibZQipBkr+Bm2VNSoBVpQl9kd5stTHqa24/fTGwH8HZQ5XPlrNP5jvaP7m3iXuPtrlys0Vrt1e4+JNFTYOBQxFDgWeZoblnuHoUsLdRzvctr/FfdM9FgbcfiEE117+Bl512Ss4LyojshiddVjutYe/bkL2J2061tKSggThvHprCQQo/95x/ViMdV5mnyUwj/y4z6QRaARCOlIegXARA5FXFliUVMRpTKfcZmxoiHIjYjHNmE4kpVAwWgqJlKfdVY7gp6c1mfBUxr4kEKCnNW1t0Na4qIH3gI3FGQzk9SXStRD2IMPTEZdCAmGcKWODDMopKI0Yi1FDTdgA5kgFOyddwi/yv7QCYY2Lhlg3GmFAxBYZCsyIwlxWJdig2Lm3Q3zbw8QH5ohuvAB1zS5EoPwj6QwQKQVbRyu887rtJ4yz6EsBpx3leDbl3DQAgoBIeHP0JDdD4LqwaSmHG1pvOtsNAJtlvOyNb+Av/9cfwNfP9Gie9/I5nCr4WeD1DKiSZmK4/WCbrx1us3k4ZKIaMFRWVEOJsZZO4hb+2VbKdGtdj38ax4EwBbyOAQMglyzLUwAKISSnqM1WSE4as1bTqyLszlqLUt8IADBphiwrNn3LDex45xsdkKpWJpwcRcduMd363a9j42tfAtYSjjpgahJbgpERtr/r29BvuQmpJEf/6cs8/oH/Q5YkUK30OyH5w9pcqYuBEdvC6XdjEvkY/TjXxAGsb9yfnGz4BLkdV0nyRhxYtJC9czF752I+v7fJ1FDIeFUxVJaEShBnluWuZq6jOdZIHZ3w6nFYS3V8K0fKE8wbzbCK2FAeY7wuuM7EXNyL6UrJkhQsScmCFCxaaCpBR7iStdwUUoBPeRfRAoHB+Bp5KwzSyuJyF6A448IBUrjGPUoLYt0iq9SoVmp0WgvMZBYrjasaAKw1GOvAhWlmSKxnYjC+HwGCzBgWs5SeNlhtMZIiguOqDxy40ORBHd9K9/SkyPz3QwuZgEyClYiShfMS5ESAPVbCHBTYnoHQFj8DfJMoz5WgvDWagiwF6J0BbKogHmtiH5gm+Zsl1CMzBC/bjTx/CoTwBpSrdHBNu/JAgzMM1isvPdNyThkA+RJYkZKyUoM8ZYNR0hU/8Lm0civLJg08/hwO9ynJwZlZrnvTm9i393H2P/TgmR7O81kszghoAIeAb8OxCxaSGTi0lHJo6XQ7GHIvjub4o8CPcQJToTNOM+060wVBcHKwSjHcJ9uin1e3a/2kQOHnSmUgNaY1QkBlx1Ymr74AcN3Y4gR0YhBCUN2xCbFjU+GTZz2LSSyqFFLetZnQn1lz33GnCLI+GdHao3efrlQKq42Y/JOn41U96W8PAr8H3Am8F3jx6g0Wu5rFdRL668nU1BSXXXYFm3YN0RaG5cwwZzWHdUYFGBcwJGBEGLYK0BgSaWkrSUPCghLMK8GihGUpaQeCnhRo4ZSqEm5iqfwcrcUIgzASq7yBYN31FarPDxCg0GmPXqlHvV5GNBWLmcYoTcemdJVrpZtH0bWxtI0mzT+zxqU3PCRFG5cS8O2DqIQBw5WIJHWdBBFujFbgiCtPQwQgrKsekPl7jxGx1kDqZ0fdwkUCUVPYhy30nJeP77CJ1r4KwTFnWunwFLYnESFQDVBXVRFbI/T9LbK7HkPvnyO4fg/BC7fBxJAzIDxwHCGRRdptZSrrbJJzygDIpaIUFaWKhUpYR3yyWtwiKciMrbS03nBWsQGuI7bd5qbv/T5u/+SnvmkAPDPyNeAIcBfwHcALcMyFT0X24WiQP4yjO85waYYVz2GhczOHUlVKIsT6JDV9WTsU3mf765fVeQfbR4jXXphWGMXSIcc7B44w+9ATIBQiLBFNjCFLEVjIOgNBfJ/gl6HAxBmNI4uYXhsZSFoPPeHORa3BC4BdNV4/EtEPGJ+6936y6N5a361MQgxIGZcG+FOcMfgO4BU4CurTXkODIGTLli2881/8C9761u9kZnqJ+2/vgtZEEgLvTc8DCzglXjaCMpaatmzINOcJgRCWREBbwqKSzCnBfOijBKGgHSkyT9AjrKPeLWw6i+fMsa5/vXFXVklRcPnHtkutUqUclWmnHbrKYiPQwoXzjTFYIykJwXigkJ79z+bpAGxRkWeswRhfEmgNpdCtwXGq6flUlyyS8acjAyW51sNHBlw7IX2VQwxULHJ7CC2F3duDNMOaDNIETOLeC41AgzQYCSgQAbAkseUANVRCXhdhtoZk986RfnwZ8+gMwcvOR106hYjCAig4OJXOvuy/k3PKAMh9n5KSVJQs8jLC4wHWpHMVgtRk9cXUnPd8MAAAujMzbLrqSibuuJ35Q4fO9HC+EeQY8AfALThg4Ctx5EHjuPz9mkyCuBz/Eq4D4p24iMJngOP++2G887PWj7XWWOvysitXxtMLJ9pVy0+/zK5wUQZykz6nmofTfepAhgHWWub++Q46+49AmlG//AK2f99bqe7chElwZbbF+AQYgSgL0rkGRz90M4u334koRcRHZ8EYZCkswrbF+MTA73OgX5G+sP20hRjM/+ffrL4ua10nMXAt+/tdb2svkv49/hwOI/JK4FXAi4CtOC6J+ok/dRKFESOjI2zcsImh4WEuv+wKbrrpJl54zQvZv/8Aj9xzD51lQySUM5zIvfd+I6C2ELQthMZSElC1UBcwiWUrGoklk4K2hOVAcCwQ3FEKOFQPkZ72z1rfh6Do5WD70XPrnCGsQApJqrskYUqpUiZbatP0GAK5qmRTChiVARUpPelNnxjR+BSFMS4FAJZmkrLYSxgrRQyXIyKl6aYpWfokZdlrSWHzWiyGHICQl0O69d06jz4BUReICYF5tIedboFIQafO81fWv3CpAGmckaSN+zwx2BauGdTGMtErI/SjHbKHHkIfmCa47kKC63Yizxv1YS1blGP2S1bPLkPgnDIAnAhCKagrhcrXEiGKpWDllu4hSbWuLWq9+ezM4qwhyRIv++H3cOCBB5n/q78806P5RpL7/etvgCtxTIKDnQjzUH4PmMF1NXwUeBDXq2Bp1f5OOqXSzBsAg81pCu94LREnfJejvPuMe+v8bCA1MEjIk/vcQiks0HrkCZp3PwRpTNrpsu3730aoQFdAJ9KVQ1qLCAUyhFBAIg3L9zzEzN9/CoIQUS4jowih+ux5thjKwLM44PWfMOTCW1yv9K+/x/Wlf4b5sQcNgpPIAvC3wCdxpFGX4iimd+Iopi9lADAIMDo2yite+UpufPkrWF5uoo1hbm6OQ4cOsXnzZi68ZI4HW8exPeOBlwIDRU25FBTlfZEQBDgPu4VroBEBZQSRsYxb2K4tmxcSHpQCc+EYgU9vm1zJe8n7BghvcOVguFBIkiwljnqUqmXUcoAyvjGQTxXk86StNUd1TFI1nmcAX/oHKRZt8UA5f1+kJMYw14sZDgKGo5BAhTRMilkDKbum2P5dy1H9VlpMEiJ7EYguWNOvkkDgrmiMJca2l7HLXUTdtVMUSjnOAOk7KkoQ0kVNhBLeIJBYqSHNYLGBKIO6RCE3B2T3HSf93DLZw0eJbroYddlmxEg1D4QVs2qttsNnUs4pAyBfCIUQ1IOQwIfH1DqhVWstGENmTLkFk+k6252N0ut0CLduRVQq2G73TA/nG00O+tfHgSGc51f2L4MzADpAy/89LckXCJ1lGGN9GaCfewP58DzKuM5e6Cv1YrUsFKfNd1AcM98/AzrTrlDIAhCBwlRKjlVTCbJmi2Sh7IBcYQUrA7f/NCFrx2At2WLDeURRCUoRMgjzUfWVrl3ZurcwXAYUssi3F308Q64si3LAE87fDu7Un/Mz9hy3ceRRd+B0cBVnCPwc8LbBDY01hFHEho0bmZzcyKHDB2m22+zbt5/NW7Zw1TU7OPjoLIvthDAMirPpUz/5e2md0rZC+LI5CKxFCaeUtYBESLrAYmZo516o8T0GXTzeNe/xSHxh8GUA3gjwHAtSWzIbk5XKlIKQko4po9A5gt/mxoNH/Kcptty/e46EUhTVAbkqNt4IwEJbZyRdTUlJUIL10lEnSB4gsvm4QQiDjUPs9AhiKoZSNtAMU2NFE0zg/28RUjpiKuHzIX5u5EZvIXnZIPi+BdJZZNpCTyNGUqIbwBxJSO+NiT84R3DlLtQrLkLtmsBGAf05vjYB15mSc8oAGHzs64EikJKe7+S1VgOSPIyTpKnqKrWhsqpN6NksutXiph99L2Wtue2P/pBWs3mmh/SNKJZ+86FnXLTOsL4MkLU4xE5YPwaVW642BhXhoDK3Pgo8GA5fvdN8sRJ5chWERAZgKiU6+4+w77//X4KhCsiArW/7VsauuxwCydJXn2D6Hz5DurSIjjOaDz6GKJdcrwAxsL9cLQxEIcTA8QsjpIhg5GbDyq0Gz2BdGQiQrDQUnhGDIGeV/Arw5zig4I78y8WFRe78+tc5b+t53HDDy5mcnKTX6zE3N89jjz3G9PHjzC0eR5hhpJCuCdQa+kGw4jSKc7G2j5DIsyjKA+NyAiBB7oUPXgRRpFXyfgGOTMiirMCYhCzIKEchQVdQMsqx6fkUTNFRVbq10pEFgRSWslJMlCNCbwR4fJ7DDwiXHlAItIZ2phFWUJHi1Js6ijyT4RS0m0IWfXgSJlLkzh42smBirOm4K2OHQARF1LfI/Ob8Egw+Jfmcy79baRS4dsYCmwoIDWp3D7k5IX04Qd/fIds7TXjjRQQv2Y2cqGEHUs7k9+UMGwHnlAEw+KjXwoBQSrq+nnU9595aSy/L2BRFI2/YMHnWlnOsFguoMOStv/p+fjNJ+PPf+90zPaRvyinKCiIga1a1Aj7Rx12pvAciBOTtVwY8ftH/dV/n5hS74oRywf4C5QF61nl1IgzoHZvl6F/fDFkXoioj11zBhpdfgQC6h49x9MMfo7vvCQiHEaUQGfaLHQY7Egx6Ritr/YtR9qMWA6MbjGyseR3X/2pV4uAZX4RvBf4O+Ml851prDh44wN133835e/awZfMWnnjiCR588EH+6Z8+wVe+cgfbN17BSy97E1IqrDEr7uTJZDBFUHwmbAFwd82a/Of+khXEQsIRBJF76NK1HLZ+nzpLSVWCjiRBS1AnpKQCHyzIZ5hwTX+s9TwEFCyqRrpeBJg+INB6xkJr/bGlnw2+qdQpi83P2UdKrECoDBuH6Pu3YDsN5O4m1JsgQzA1irhKUSb5FKVAUjqMAVZgEgEVTXBNG7mjh763R/bxBvq+w4SvvxR15XYHfC2M2W9GAJ578Rd9OAwpK8VSevISLuckSVQQRjWlhqy1zeeHCQBWa0bqVUYnJoqGIN+U549kHgMQ+EYiJ9qeq/3BQQOhH0QWRSh/kD53EBqY14nbFZwBeRi+75k7TyivIkBIbBBgdYgMlGt7rL1npC3WKmwWuE55YrAREYXrNeD4F70BVqYh+mdTpAwsIE7sUrhaUT652hzY8Sn84jRkHlfp8Qpc1QgA3W6Xhx56kM9+5tNs27aNBx54kIcfepBjR48SJwmzmxbYsekyLtx8JUrSB1WetqKw3gAQqJzsLG8IZYUHBLqaf4wtQvVYi7QG61xbBMK191UJJiwjkZQMVFWAELIAuOWX0lUGeEUvBImxHE0SWkpjg74RYixkuFa7VniMHSuc8NM6V2cI+E5/RiCUgThE31tHP9pFXiqQFwlEGfIuPa701D79AJAUYKUrP7RgMwGhRU0lyMkY83iP5PYe8f9tEH1nm+CVlxURZwln3Ag45wyAfG0ZCUKqSqGtcW0r1xHhQVgmUOPzcXKehYeeLwYAwPL0LK///h/g8LFj/N0f/p8zPZxvyilIgQHwVQCySD2tGfxl7RXMFou4tW7BWw3u6+vZAY1b6GdbLE59ICGFAWBx5WOUQoSSiDBg7gt3kLWbCKlYvucR13u9XkeWIsck6BV3EfzP8/52sLHPKkNh8Lqwcjz5mZzcl1t9zU68TCuv4xrWx1OTO4EPAZeRc89Zy5EjR/jEzTcjlaTX7RHHri+EEIILL9nDhZduo5qU6DU79HMApzsmUZDQ4A2AwlO2AmGsT8EPXD+bI/d9NEBKF1mwFmszbGBQQmLTjNhYhPI1/0L0PXpcCiDvUigEZMI1A7IeHIi1VEJFKQzIMu3WVyHdd9KlBU7v6q+aE9bzIGcxdrmNnQ6w80PYoxpxtUHssdiucWRAeX+Np9uhp7DD/ZOVuQ9FyaKuahJVDcknNenHHkSM11BX7vTMhRTRrzMl55wBkEs9CKgHgfdqXBng4KI3KFIKUmtHZpPkfAsPnYHhPmWxcY+N521jZPPmMz2Ub8ppSpqlGGs9E+Cg2l6t8NdeQPKpvCKUfBJdssLbL3SP9eH3wdhBPy8vEKAUVhtmPvlF5j77ZeftZ5ljD4yiNRY5248k5Ie0A+kG0T9Gvn2RyBjYbnVKYHVgvzjWegbSijMXrEqYPF3p4YieXuNfABitaQ7gcWq1GpMbNnLpJZfwjre/nVfe+Fru/+JRHr+33Q/5PAX9kBt8rsTZA/3wyhqXFlDSTQbj/y98Hh/oVwpYT9ErncKUHlRnXOQegLJUVKUqQv/W5oaFpwUWfdIg43IAjJUidGBpJwlpZooeAIPslKcsfu22FkSgsFZjFpuQJIhIYWOJeVggFkHu7WAbzgiQgXgat3q9eeVyMcKCjQVWCtSFbcLlgPQzC2RfeAy5axNiqII1g+m9MyPnnAGQP0u1QDEUBkgPUJHrWWE5EDDLhuawu59P3n8uy0ePsuf138r1jzzCbX/9oTM9nG/Kk8hgBABACrWGsnvSveCUmikUsM3dMh/57O/shDhAIbZQzhTPQq6gIY8KuPdZqwWpY4kjCFGl6ETUcx51Ff0j5gDctcL/RbxgjQuwXongqV+f/lHcJ6JIczxD8hjw/4BrgLHBL6rVGldeeQU33HAjUgVMTIwzPjFBqSYY21QlKkXobuy1rHzqQ7L4CIBjARLe088vf47HdDz41nv/eZmfp+YNDNpmhMKiLJStpIoiERbtUw0TUUjdBvTtBg+yE/1oRH63mjpjIUsZVQGTlTKdJKOdpq7b6ul6wzY/R5d2EvUAMTYMxmCmF0BniJKj0bazBr2YuDbBgRvb6RzOTfXcmMnhtebEGJQ3mJHGNSEKU9TFLfSjEfrhecyjR1HXnO+jat+MADzrMhhqyf2oSElGwhDl622LTlurf+tDaInWQ3PG7Iqfh3l02+0xccklDF900ZkeyjflSWRwMTDWoqT0kcXcNz1ZSHvwO78y2oGw+mDe84Tf+V+thVIuvnZLeKF4xQCzoABVKhcdDQp0uF3p7ecgL2H7Y8q/G1S+RQHcivEPhnvzc82NiPX9/HWe7DXP/4Svnp4YHPHTJ3HsgYUoJdm8ZQvXX389YRhx4OBBDh8+Qm2oyo5de9h2dCMHHjgCaOfh+rK/08YgWwY0fu7p+2to8xnjm+KoAFOqYgKFERZhMmTaw2hNRlpc88MyZZ+M2WPLKAGxNTSyDK3w3rhTrmZgDlpjMdLNncxalrKMRBvGg5BaGBApSauXnDQdu6aIvvK1gM00aqiKGK6iR6vo4/PYdgsRgAilwzpIT4qwRn+Mkx4Kdx8UBmlTsILUG1aD+qPIBuTPSCZhKEHt6WG+2EE/No26ZjfCO58rjrGqUuDZlm94A2CtlqL5/0cD1xVQg2+XeaIFmt+QTpKEaRhuu2LIkX093yIBYdzjO1/zGtq3fZlbPvOZMz2cb8opiDEGqZRvLjLg6pyGiFV/i/d5pHUgCl8E+a1dsyvbQABhzf0ObLXS8z9hq/x88l8M1AT4g6zcov9Y5t0JVx4tjyOsvjZnxVN6FPgz4KVA0Sau2+2yd+9e7r3/Xl56/csIgpBms8HBA4fYsWM72y/cwOKRBu3FBoWmPu3T6WMscsrcnAvAl8IjjfdiwxISUMf2IpdnMOUy2cbtpMMTGFKsyZCEKASPyISjaolX6TrXUiEEloymLTROHzpWPiFcTwLt73CeBpAAUtA1lrkkJQ4MFeVq60+7F5AvLXCnqME335KjNSgHMFrDTs9h5xewWYqIHN+A+60nrTqlK+mO5XvDsCgrjIqE0CZoFFZIb4YOsGEKB4hFC2zJIjbHUI4xx9rQTaBS6qdc/POSPzN21efPlkHwDW0ArC71yBeL/DkaCiJKStHMMlefvJb1KQTWGFJjUOXS+ItHh4t9PZ/EGsvIjS9nxwc+wK/9wi/wxU9/+kwP6ZvyJGKMQa7oAvhki8Cgv+s9ZAfJ7/9/Xc83X3AkrmA7N5pPpnkka+8vNwL65Yv9UeWRgCc7FzeO/mb97VeZ6AN/T9znyeIlg2N9FsXiygI/gisLlOBKPB/fu5dbb7mFnTt2snnzFGmaEMcpx48epxwMIcsZ1oAMlQON2aeGV5P08/XGn66jFwZhLCIIkMYQPHwLpXs+iVyexZYq2M27iK96Jct7rsaIAKxGAd1AsF8lHLMNHiNxfANSEQjXCS/DYozDBmwqRZSMKAwOpyIFRkIoHHK/lWX0tKsEiNYiPzhV6WWYNEHMLiFKAZQC1MZRGC5jxuuYmXlotVx1heynnU7VCABQ1nBE1fiTyoVstF2+Ve9jm11y3Q6FI/wZ3J+Fvk1Q04hyim2lmG6MqkQFTgNWKvvVhsBqgyB//3TlG9oAgDx86PNguBsSW9cNsh5GVJViOUmwSmGlPMEIyC+2lJJMBcPLSTYKLD3fDACApekZLn3BC3jj29/xTQPg7JB19ZMxBqONbwQ0wFPxJC7SCp4K0VcXefA+D6KvCMuTe+FuSLb4XX8ZW63m8/31975y+9X/X0s1i7W+E4P7lisSq3nKYK29IPr9EuxpeHanKE93Vw3ggzgw4BX5h51Oh0cefpi77rqLb//2N7FhwyRHjhzhc5/7AsenjyBbQ2wtnc+YGiNS4elzkFhn/Lme99KH/S3W9C0AKywEJcK9t1H60gdR0/uhVMFaQ3DkUYZm9iHV99PY/hKkjTHSYgNAKOaU4WY6jAhF5q9QyTqq9cxaMiwVKQm9MZej5IsGQT6kLqRA56mC072ywjhPO9MQZ9heQnbfAexyG7VrI2K4gqiUUOdtQozW0PsPw/wCWOOYBKVPCzwJ+5AEz5BoOKaqfCLaTo+AR/UI7zKPcoWdRugeRkhPm50jSmxh/AhpEcp4wkE7mJnBGHOCMQCcYBA80/INaQCsZS2BY25MDPR8qH84DKipgIJJah2LSoBj55Jq/HgcXw7c8nw0AADai8uIyUl2X3kFT9x735kezrkubRx73AmitXZscEUFAPQ9/LVnn1IKx/2msVkDm5RBKITVbtHN1+BVYgf+ilX/P2HbVbq92Mb20wMr3q/cfKV9PZDvz1X5imP7MQ86+YVHNbCxyL3GbBlshpSSIFCOsnXF0QflVKMqQJ/l7+nI/ThA4K9QICVgZmaGr9xxB2NjY1hj+OrXvsZjjz7G3r2PsmXjebz+2u/kml3XUw5KGKcmT0Hsird+eQMGsgkWhDXYqIRsLhDd82nkwmHMyAT4EsBEa9ShR6h8/ZMkE5ci5BCx6tIMnCEWSFe+tywgRHAfCRfZDpeYCsNCkWnDfp3QFrrAHVgsVlgy4ZIBgXCmXY42NadpAlj/ONgkw8YpcqgC1QBzcBY7t4i4YAtq8xiyWkaODmHqVWyjgaiXIE2wadepaQ9wPdlsyG1vjWDMxszIgE/I89ClEX5uZJEtvScwjYNgUpDBwEWnmK9uXosiumZt3/BYS8m7Ya3NHji4/VONBnzDGQBFbfFAKMYCsYFUW1IrXFhfOjKg4TAEKdE5wnkNER6Akxg9fCxJLuN5bACwMM+Om27iDT/6Y/zOe37kTI/mXJW8TXvAqqhuDlTNtHYpgDXLhFY/7L6/Rb3O6NgIMzNz2N4xiBdx7WNYuQCdRNb//sRvTpZxP5Vs/JNuU+SvB/6/xoZFRYHpAYaRkUmGh4cHFN96Rx+wZsTgZycspgqo4Xo7GODk7GFrSw/XQOgNOIIgAOI45r777uPwoUNoYzh27Gjxg8XWPNXJgKltG2nNtl3+/JQWen+zfQdAPEkOeMWP5wPAYlWEOvwg8vg+UKFTTjpDCkfkY8IS9bRDvLyEUWM0I0NXOeWVCkAIpDfevi5SZuUirzAJr7V1pBCkFjLrlR0ujVFWkpKVpNqS4SiLBU6xPnlqyJ9HcabCd9/IsHGG2DpC+K0vxByaJbvjAfR9j2PnxlHnb0ZuGAGtIQpRO7a4SoEjR7FxG6E1QrmUVlHeesLxnAUaWEOGIBL/P3t/Hm7JddV345+9azrzufO9Pc/d6kGzJVm2bMt4xMYzxmBiTMAE3rx5GUICISQvkIQACUkIyS/YhDA5vDFDwLExtsHgWbIl2bKk1tDzfG/f+Z65xr1/f+yqc84dWuqWJd3ultbz3KluVZ1dVbv2Wuu71vouRV6HPE6F0xMH2OgeRJ6/Hz3/GKgOWBYZsmCeSA/wM+ZP34zr5gCY/y5XR2JNp7Zf6T/bsMB1ZQD04JLUqsR4/UECUUq8YElzA2MFBdtm0HWRJg3GrMQrEgF1uk0AQRSVJ+P4YPI8wTEvlMwv1ajn8ngjIwRzc+s9nBeLCGAY0yluD0ah5DFMccveWo2pF88MgH463t4e2aZemVWhkGfnju1oBbV6DaWejZ669OD7wwbPtejsu1kN042r0/qeToRlUSpV2LZ9K+VyiSSJn25vlsEIeo1tPTkEfBDD8BcCJ4GnMG2dr6Qs6DTw+5hnXsk2tlpNWq0mAJ7nYdsO1WqVl7/85bzvR97FiN7Mo397lFa91Suny0hsnkGyMr8MmsnY+6TSKCFMW+a5Mwi/AdJCKGWUfxSRxIo7XnYbQ3e/nk/FOTpJRKekTYvHOFVfUnQtIldITkvNBRqcUCEFBJYQ5BDYQKzNzfIsiwnLox0nNKOYWGecR1lVyTNfWtc2FEAUo8MEYVtQa6FrLey792PtHCe87zHU8bMk9Tpq5wYIAmNkux5ieABRzKNmZ9BLc+g4MN3/9GpvPLMjtYQx1WFIhczKEkWRkMQBnaADlVHEjjeZyMv01xEqJRvKzAeRza7ubF/hc2bhLNFD0TQIobv7rXRwe8/5RYwA9KymXocqRNqsKdZEOrv5wsRaMBMxZwmGXBdXChKlDaS1AgkQmDgRShGEobsk5U5vnckbvl0JazW23XMP3/0rv8onf/ZnqC8srPeQrndxMF7f++llg6ctwkyO1soDkiQhSRsB9ax+0ffVk17yEIyNjVEoFFhaqhGEfaj1mo7t5YpGCIlrO9hOr4XvcyM9ODOKQpJE4eVMdnTgh6gM73+68af/cxybgWqVSqVMl6joEscsf8Of8VpeBtyW7hhjMvsfAD4G/DXGu78ciTEdJN+AmQvLpFwuc88997Br1z4cx2H79q3kc3kGxwpsOTTG8W+cQfmGG6Lr7KwYe+qU9/3Vd5UZGpD6nUJIZKIQYZCGiQRIQZIkBFHIjfsO8N3f8z4WNh/ic1+LaEQxtpfD0RGR7IsnCdBCpG2JBY6Ar1kBlhY4GpZI8NF4QhBqqEURdRkz5LiULYuFMKadJOloL9XeuSddr1mb8+kgNol9lkAlmvgLj6HOTmPffQPue+4lOXyC5OuPoU+cM2klg0V0kiBUAqUCsrgVXa+gZy6iW0uAMhwIafxE97QvCRabkyZvCc8xKYssCYeBbmhGIywPUd2FXnwSHS8getGevkfSV+2gs/JcusZZ713vN0TSuyOybSsMFK2fFanQNW8ArFL+gJDG6w9i05mqW/+fcQEIk6SCgiHHpWDZLMVRL1i2YtXIIKEwSbAcZ/BVAwNPEzC4NkTaNq//nvexV0p+4Yd/aL2Hcz2LBXwPpkXsQS7znYvjmCQ2OQBSCpTSXd3fyww23OtgclQSrZFSMDg4wMBAlaSfs+LbMQC0URaFfMEo51UnvSI/ve9Y87d5dxXtdpsoiiiXS2gNzUaLRMW9hIKnMQBMebdAIElUYjLmpQUk3XuUvd4rKglXjGnND+o30hxgF7Ad0/HvPwB/AFxuz+1ZTFngq4HN/f8YGhri5ptv4Y1vfDPnzp1jbn6ep546wsBglYk9I8ycm6c2WUekwMZaBo5Ot+u+DT1d3W9IaqRSKGFBrmxi1kmIAFodnxsPHOCH/t4PsHXvXk6db9MJHSzXZUtUIlfzOVVss+AkhukP0XVvI21gfVeb+L5E8yndYEknfAdFtggHCczEEU2VsMF2mfBc6iqmFoQk4pkRgB4eppmRNu1EGTUbJcjhQezXHUKdnCL80y9h3boL67a9WDs2kjz0GMnjx9GNJsm5KUAjBkpgWYjBIWSphF6cQc1fRId+mvRHd34KmXXVgPcExxkUPn/k7GTGHcKzne79xykgnDwiVmvO2R7UT1fXaC16r1KWLNk1CLpnNrBHds/XOO+LLgTQbVySLYpAkGj8OPu/6L7x/TdHaMMHMeS5lGyb+cBfpfiXiVYgLaTjlvKWdYO4xnoCrBKlKLouw+MTz2uW6YtcBPBa4OeB/Zd9kEg7ASZJXxVAxugHtmV3mzu1Wi1qtRpaKdOJLd1HytVIwZUNuzcf+g3nvq2X2L9fmfZ//lrzKz1OmCBcEISEYYjjOGgEQRgSx/GK17K7Sq46bxYK0Wn5oJQWzVaLZqtljhQC27GxbXuFF9UfYrlsg8YCdgM/TS/L/3Llq5hmQf8IY1AAsLi4yGOHD3P77S9jbHyM2fk5Ll6c5vixE9x1150cuHs3D//lYXQSY1r8rT5xprBEGkeWokeZZGJLGi3T/HSdgIJkeBsyX8VpTNNs+2zduJHvfte7ueHgQVS7ybklSTOReFUXISw2+QUGY4/Jgs/JQoe2k5BaAt0M/xCN1AJLwCyKP6fJkwS8SRVoCoUjJaHWTIUhZcuiYFs4lnXZ8RSpFLYlOe95XPA8hqIASwpUrQ2JwnnDbSTHx4kfeBx1/Bz2K27Efu1dyH07iL/2MMnUJLRbyA0jiIlRRCEPnoec2AAo1NRZgwLoyFApp6FjiSZBktcRbwpPsTOeYdLayD5RwkT0MGE58fTBsu6jU8s5NzJnM8trWaaz+v/fVfaZMXFlrIaZXLMGQM8q6r2wmfIPkpRaJMvsXMOjRwqUhgHHpuw4hrJSyjV7AmSLnxSCWMjxC37njmveAACmpi9S2X8DP/Rr/47/8TP/dL2Hcz3KMPAB1lD+ngWuJQhiCFXfTEqDm0mi+loBm5dbqQTbshgZHaVYLNJoNKjV6hw5eoxCodANoT9f4tgWtu1ceoeVC9Aag+lXub231hyYGT22Y+qjoyhc3sFymU3x9IpapPes3fGp1WoA5HI5xsfG8TyPOI7XGPDaYluCnCWIY4W/WkPtBt4L3A+cuqwTmmTC/4kxDm/JNjYaDR595BG+et9Xeet3vZXRkVEuTF5gamqaWq1GaUsOMRLTOtZmoFAElawKAWSIinES0+vThgpYaGVq8FMlIoRARgF6fB96w16ixQvYlsd33Psabr/5Foh8LjYTjtQcQjdPvugZsFsKSsplV9tmOPY4V+hw0vMN2YAh/0cJTSf1Yp3UKHhKR5wVDQoY68ngA5qGSmiECbYWVPpLXi8hOr02W2kWHIeHhgfY12xgW5C0OkSffAB983asl+/DfddrSB47TvzlbyKPnsZ69W3Yr70L/uaLqKkplI4RjRpyfBQxPgKeA5YEy0JOTIDfQjfmEDpBuBYIgUARY2HrhP3UuKFTg9Mt9OY7ESM3mPcwRaFWkg2mwZcuFGVUTb/H3xfG5hKmburQ9hR/1gvhyo2Aa9IA6I+LZB6P1uAnmlAB2hBSrAXnZyK0JtaCou0y5LqmNWW6/6p1rJthqYmSaPCCErckWn/0eV5vn3fRWuPl89zw3e/lLc0mf/Wvfmm9h3S9yV7gO/o3VAo2b3vFKHdvLxItBPzvb8xz39k2mQ2QsfEplaSNgHqlbElicgK2bdvGgQMHeeCBr5MkCfPziywsLD3rQa6Vaif6vi/bvhak2T1G9Ouc7plX4wCiG1t1BDiORTtMliU79mKd3570n2PPnr3csN/YYlfSGvu2jXnec/MgQxvz3He2zV/eP8tsbVmC5W0Yvv/LNQAAHsOgBnuBQjbWixenuP/++7npxhvZs3cfQRgyNzfPJz7+CZ48+iTHHj/BDdUbefm2O6jm8iaOvfyKV4QA0hbAOuNbNIWixpO0IA7R+Qr6wOuoHXuE/SM5brvlNqx8Dvwak0meE9YA7kgJLZWJUwuIhUJqyWjgUYptBj2XqYLPpOsDAhKj3H2hSRDk0bhIOtr0D/AQWGSJ14JEKyRpJEE8cwhAC9HldvnS8DB3LSxyY6tGJCTJUhu++jjq3DTWnfuwb78BvWsT8UOPE33mK8jhMkiBcF0ECup1VNCGdgM5MWbyCQSI8iBydJxkqYhYuogKTaKmkBYITSIkYCN1jJ4/iQ4WEI3TkPiIqIWwHFZeSarizfshliv7fnXffRdShMB4/6kj0N2rTw/y7HgvrkkDYHlNZE/5Byrz1rmkMu+eQ2sSBQXLYszzcKUk1hpbiGUEDeaDMltC0/J9t+44B19WrWao0DUtWmvcQp4b/9E/4gbX4T//wi90m9C8JN+WSEyy31D/xrsPVPknP7CLg5uKNB6Z58lzbb52trOq/jlJElSyGr2KophyucIrXnEPCMHxY0dpNBrpM3v6JWAt5S2EWDN5SJMqyT74P9u+6hzpuxZFUTfeLoTAtu01PzROYkYqJTa97LVMbrsHJSwOds5w7M8/TNMPQVpmASZ1lJaN6nKXOfPSSsumXKmwd99eXvOaexkbGyOKouX7rfp9+WfsHfH4vrtG2HTPBK9bCGh1Ev7ki9P9u4xh8gKuRCLgz4A3Y5AAARBFEcePHeXvPv93AJw+eYKv3vdVzp05y4XJ8wRBwPkd5xkfGOIm7wC2MOS0JpSSndp4hWjT1ldbshv7Fyk0r9KYvRASHfhYO25l5yvfzO3OHKNDVWYXfb7+rUW+eMFmyoHinjzS81Bh3MVekrSzoKsstvsFhmOXoZzDZN5nwYoN0ZA2UD/CAOTG0kmZAdO5YWFKAdE9iuJnWlaFNiRCnlJczOX4000bGT4bsDFo43umzbs+M02ysIR1ZhLnjv0433EnyenzqCeOoi7OAQqEYyoqogg1NwNB0yAZUpqvfBFpb4RiCVmbRjdn0UlgKiYwrIYJtqke6CygL3wdbImQCUgHdLImMpaFoNbufrhiQ7e7Ynbw6uTPS3WyfSa5pgyAlQl/2UTspJ5/FvvqwSpPL4nWWEIw5HnkLItmHGPrNSypzKtRijjRxK47uiOfK9pCNK64ecVVKFprKkND8I538h//xb9Y7+FcLyKBEive5kM7SuzdVsLxbBxLpFBobxchBI7jYNk2lmXhOC627fTNZzP/N2/dypurFc4eOMj8/DxxnDVrWS0ajW3ZuJ5jKlo0pjmLVgwNDTE6MoLWBnUAg561220uTk/jd3w8z6NcLuM4zprNWixLopXmwQcf4LHHHiWKYg4eOsQdd9xBPl8gDMNuEhpoXJ1wvrKJx/a+Eb+8nWSpRa2zQNkZ4U2lJnLyKH6s0ZYkjk0Sn+heCZe4ztVgqdYay7KZmJhg3w37GB0dI0mSFeuD2VdKC8u2sOzVS6LENA+TOYsd28oc3F7Cu2+GIOreC5duAPiK5BSmLPAgMJ5tXFxc5LOf/SzfevhbtFpNzp492zXKBwYGuPUVt7Dlrs3oGqgF00q3v/qJPn/Qa4aUGiFybJhIQxR20CoyJeoYBWaRsDjV4vZ99/CGnS0Ghl0eOBvx4fsDjh+boVCeIzg/R+WW7eQ2DaPjrEuliVUrzNpcCh32xBbDocf5fJsLXoAvTX5ArAW+MAmCDmCTGQFG64u+1I5uzsLTSYoAkBoBDw0O8j9QvGNmkkPtOtKCjusRBzE8fAwmp7Fu3Yt1cBfW5gnk0RPETzyFXloAz0LkHIRI0M1GyklsoetL6HwO4bhQHkLk8uhSBd2YQgT1ZciwkBJkDnSIVhFdGuzuhfUkTcXo676YXXuauwEmj6WbC9DLrzB/pTqOtJ6jTxdeqVwzBkC/q63SWlUN+GkMVYg0fn+Z5xNSolMYcMR1qTgOS2FIVuK38oZmN98SEm27g7NhuN+CB6693oBry9LiIoHj8I5/8KN86vd+lzh67mrIX5KeWJYkChQkEZ1AEanVMzZJEoLAJMBpdMoKqPr+H6NUQqVa5dChGwmjEK0uDQEqNJ7rUiwWsWwLnfLKR1HI9u3bueWWm7Atm1arhZQSy7JYWJjn8SeeZGFhkVKxxIaNE+TzhdRIWC6O65DECe1OmyeeeJwoitm3bx/f/d7vYXhoiFartcwAqNgWH4tG+T9zAxDUQHQ4mlgUb3kHcxXFthtO8cYBH9mus9QJaXeCdJHrtQ1aJcteWJ1eN1hSUqlUKBWLhFHUF/tXfQeCRiESkd7n5c8kVpooUtCM0TmNlCYvoM8AYNVBly+fwpADfQ9ppYFSitmZGWZnZro7eZ7H+PgEb/2ut/IP/sGPMDo6ylMPPEXniTqiBjKj281GIk1OU6kRMn5mWt1/+FNLEzcczI9svcnzRVm2fB8/9LFcTbzQZu6hSb61pcreLTs4fT7mq+c1F3MVcFvEi03qiy1UJ2T0DTdjVwuoKO4hrFqjBCgJlhaM+B7lyGbQ6zCV85lyI5RQBFqQaFNor9FYmboTxpvvFZgux3zWkszWEVpjpX9/ZXCEqVye71ic4ZW1eTbEbZQr8aVHMldDffEh1LkprNsOYN1yELl1I/HjT6BOnoRWC130EE5qCCiFmp2ExEcOjSBKZcgVEK4LxSIsnIPWDDqJSLMtzRwXNkIqg8A8TeMunRrh9CFmWmnDSZOGQQSA0gihMM2UUvpigemmKVaG2K4EITNyzRgAQBfuz971IIEgUb0yv+5+l3cTZEplOeS6DDouZ2j1PmSlpJssSxCjR051OvdESj+k0deFDaCbLUrVAe750If4P7/9kfUezvUgmjXWrzjW5sVHsKzPTyrtdpvPfOYzPPHkkzz44ENEUUShUDTHZB1c0tNrjEEhLeuS3r/ZVWPbNq7nmtK4dH5HccgTjx8migJedc+rGBwcIgh8bNsmny+Qy+VxnCaO6+C4Drmch1JZsKKnim3HQdkJtpVRGxhaYs/z8DyPJOmL72uN4zpYyoawbW5RpQC5kFYj4G8vKkbczQRJwq7cIuLsfTz+5JNEiUrL+q78MVgyu0f0RUqXL5ZCCCwpOXPmNGEYrD5N6pZqDUmiVy4R3w4MuIBBAe5gRRhBSsnExAbuuOMOJiYmKFcq3HXXXWzdspVKtczZibOcPHGCgrLYwhCWZYHqIz8SYGmLQr3O4b/9fTVzcqee2H2nDqwy+fJAPL5tz0XB8ODkkfliMt3gsJ8wV8gzOJSn6SuqY0W8cIjmaYXohATnZumcmaZy224IY5TSpkVxpqyECQskWuMmkq2dIiOhRyXfYSbnM29HxEJhJb1chH5WZw1I1WvtrJf9b7mBu8zeEwJHaySKp4plzudyPFGq8B21aW7rLFJIIoK8hxKa5PhZkukZrIO7cG7aj3PP3agtm1BPHEbNTqEThcg7IC10EKBmJqFTRw6PICpDkM8jSkOooIHozCPdPFoHoDqmx4Ilnk7vd0WlZeioLKfBXKXKsgS6aHdmR/QZrBq0UOmxBiUwee3iirtFXRMGQD8xQtaTOVQm7m+MXdGNVV7JOQ0fAJRth1HPwxJphuwaZXFmgpvPaQdBYSqWd2/O5/6LNEDOdSFWHFF0HF77trfz+U9+Yr2Hc51KH9yffetbzZrNJh/72MewLKsXqxail028Mjx4mZ9qFpnl9kb2Djz44AP85E/+FG94wxuJ45ggCAiCgCg0ZXkdv0O73caS1prJc3aavd8fW4+jCL/ToZN+GSPdvFeOUqg4BlyTcBUr0BYMFKAQMVcL+KPzku2FESYWPI5+4fM0FmtgW89K1faWhWfOkUiS5NIMgpd5nmchXwI+wYqyQMuy2Lp9O9/1trexaeNGHn/iSR7+5sOcPXOaUqnE8RPHePiRRylGHq8ev51Xbr0Zz/aQJGQ5EFoKEmlL4eRHTh59ipNHnwJgZHhIe3e+spUffF2pMysRORs7jkwLYsvDs8BxwB4o4hTrBGFEEAhqJxcp7g8QtkQnvZCM0KR180aBx5YJSRRim/3NEhtCl1OFDrOuT9tSKC3QSuJoY9jGUpMLBLlILsNnMsxnrcfe3+hNC4GlNQNxhC8lX6yOcKRQ4t7aDK9vzbLJr2MJjSrmUHFM/M1H0efPY916I9bunYiJMcTRp1Anj6BbNcACxwKp0a06Kmwi2jXE8BiiOmSmgJSIgU0mZNC4ANGSMcAsK60AWD3qDDFJlDYdHpVCZnGPzETtKx3oIgHorv4R9OZ0Ly/gOg0B9MdZMu8/UqbO34RNLp29fxknJ9aGm3o8lyNvWYRa4YqVkVl6HoBS+EEg27ncrpsrZdeTVnQ95AGAudfe7t3c/uEP8zOBzxf/+q/Xe0jXt6yBEWitiePYwP/P47wSQnTjyg899BC/8zv/nbGxMW677bauwrYs2R1TFjfPSpa6y5LWWJbEsW0cp1ci6DgOnpfrMhl2u5x1v2UXDHlbMuIIpnxF7DgwYkPL52wgKdz13Ww59wRPfuZ/E4VhX4Of5/yOALp7rZeWNYGdb1c6wB9hyIFuzzYmScLk+fN85jOfoVQqcuzYcS5enCIMAur1Ou12izg2SWandpwk8Nu8dvcd2EqTz3kI2Ysp++Fyw21ufsE5dfT8vurIPDFD2I6FihNYqOMN5XFHKiilsPMuolKmMxtjqwixsEA0W8fbPIJIwm6sW6ewtKKPqhZNLDVCw0DgcVPkMJNzOZVvs2THtKXC1mALcBRUWw75wEZJ0YX3u6iuXjvKbQxb0TUCNOApRQ7FnO3xv4Y20xgY5HvVHGOLMyTNJsKWkC+QLNTRX/wK6uxp7Ftvxr75NpKNm1BHHkXPnjelf0Kk2fwxqjaDDBsQtRE6MNPYKyDKw+AVoXUB7c+iVRthmXdk1TvczSczSInQ2uQDaHPHsjR/IXoJ7qbbAiY5MX31NNk1a0CahMtnMfGuagOgP1nHkHsIEiUIY0N6IlPzKDMMrkSy/RNt4i5jnkfZcbgY+LhpjebqrMrMQhPEtl1tJ2p7rPTj1w0EALSbLdxCgV/87f/OP/7AB3jsa/e/lA/wPInOvvXNn3w+z913383Q0BAnTp4EwFlWe98/2ZYFvlg7Bph6acIo6UyBmph/k+PHjrG4tMhXv/pVfvu3f5uf+7mfY9eunTQa9ZT5LFOKKz/XiOu65HI5wjBKE+zMfnFivFDP8wjDkCiKenH8FDYmAVcI7hkv8PIhl89MtjlZD5mPFBTz5AYtbtoxQeEHf5JcfYakvoDlumtwgCy/5pXNi6XtYrspg6FKECpe5c3L1EiZnpnh5InjhOEazf/0ql+eS/kG8McYXoEqmFyAc+fOcvbsmac/UsOjJx/n/MxFLjYXuWl0N7dN7AQlUEoSJTYTgzn8qMNSKyGKNaVymY3b3oYfbyRs15C2hbAkcSekeW6BkuvgVHIoJSkO2GzZWWN7dYZGWODo2R14W0bSZLW+GLbooQEKsyib0tBM2Uk2tIsMhB7TuQ4X7YCmSPAUjLcsJuppXxYp0rVdgDYtoYXQJhl0DZQ3MwLQOm3bawyRokpoKc1Uscz03s1U4jrisaewpy8ikxjtOSipUKfPEM9cRO7fi7zxZuy77yV57EHU8cdAW2itjLcvHXTow8wphCvN0JIYrRSiMIDwCmh/wBgC8TxCJyBEl1EwG63WkCiNShQi0YY+gT51k3r9Io2PCGECAySpPtTZPjpFBlUK+Fw5MnXVGgD9L3k2yZQGP1Ept39fC8dnUf6gV/wx4nkMuS6TfoesGHVZT3HdW1iklCgpR0+1O/ei9VMKrp+6OQ2i1cLN5fjQb/4X/um9ryZOiVRekudfyuUyH/jAB9i//wB//hcfR0qLQiHfLa9brfD6DYC1RWuNbVsUCoWUZQ8c2yYMI770xc/z2c9+hlarxWc/+xk2bdrIT/7kT1IolNJ8AbpfXTbA9H10XUPYc/78eQ4fPszjjx9Ok+zgyFNH+Pzf/R133HkHo6NjeJ5HEATLXzytGc1Z7CvZdBLNzQMe43mLry0EzLVjwkhxrtZk/+hm3vL2dyIbi2ntdf99WMPoSdHCRAs8x6aas3B0YhZyN0/sFCCOenCEMFTKtm3z4IMPMDV5YZkBsBxbzHzq50X+HLgXeBMpV86VoEANf54/+9afYt/9RsbaCWW5EyFdNo4s8dPv34rnDfLZ+xb51P2zHDj0WoKoSBj6OI7VVa7StoiX2vhTS9j5EQKK7B5t8+5bjlKQbT7zwGZa5xYYaAcIx0YnKmWd7IlRZmaeKHQanwYtNUprvMRiW7PERpnHVyGECjsSxsG1pUEuRM8LNjpAPe06n4VoTRmhMQRUWhLuJhFSSqJ9pgLAf/hx9ONPUVEdLAnKy6GTmOSRR9AXLyAP3Ywolul3+DIXW9jSJOUlsTE2GhcRtoXIl01pYGkC8lXoTKLb50G3VvmRWoNKlOlLo7I2dD1mv67hBKZ3QV8JZxfpFj3CJ5GWFJpygiuTq9YA6Cn/7G9BmECkli9E3TjQs/wUKSWxgAHHYdT1sqoUWAsFyBZCrQnCsHAmjl6Zl/J3MH2HriuxtSaSkpFNmzj7kgHw/MmKiSulpFgsUiwW8DwPx3HJ5bxl5C7isg2AngFtWRb5fAHXc7qHFIslvvMtb0FKwSc+8QkajQYf+9jH2LBhI9/93e+lkC8Apt+AUqpbuwxG+WulefAbD/CXn/oU3/zmN1lcXOhmNR9+/DBnz53l5i/fxFvf+l28/O67yeVy+J1Oz6gQAs8WPFWPOLwYsLvk0FKKu4c8PuXHxIli1o/ZX61QGRwkiX0SUs9wDQMgu0MmRmqhVMwGN2ZrfBb/zONInSA27mNm0yvoxG7fbdNY0pQAet6K5i2Y2Ha2DolV9/85lROYXICXYbgF1hRLmK6mniWolmwGqy4TQy7bxnPs2JBj79bjbBzTqIUie8sur3vNkwwOb0BYE9y8bYYzMzGhOoAjqwjR7DLK9a+n4WKTsFbEHStQj/L82YN7OHfOZr7u4Q4uEc7UyG0fg1VllVmo2qydUpt+LBnSKhCoNCzgYOGIPMpWJDIxia6ih8YIKZc968tx9DLlqEkVYxoaIFHIMMIaKHFu1z4ml2x2Ns6zsT2Lo0O0JVG2i1paRD/4Zch5aMuil5IoSNsEpmNJUxgbs+iwDtUJRHUc3BzYpiEQUqIbT4Fezjqp0SkCoBGJhpS6Ort3onu99AzvbG5390uNAZ2aBkLjPAsldNUaAMua+wCRNhn/GgMP9Tc++HZeR60UkRYUbJsN+RyeZZEow1WtVyYDZmuPyQOwaq578GUDVdeTMrjWWwSvFCEEslzi1z/6P/mZ730fZ0+cuCL2tJdkbRFZVk8/9L8ivBmGIe1OhygKkdIijpM1PMFLmL3dc/VOnkH4URSRhdCV0gSBz6aNm/j+7/8AYRjyiU98gunpaX7v936XoaEhduzc1eXN7xkgAts2SU733fdVfu/3fpcjR48aGBSTwSYQRFpTr9X48le+wtkzZ2m2WrzxjW/EdV2yWDsCthYdbh/Mpa3rNU8shIx6lqFjTTRhYrzGMAjRUUQi1yidWHFflNJUKjk2Ns5ROnk/fpIQBAFCaHKnv0mx1aG+7TU9zwltoGCtiJNLUQS/YO+3zwpEUQgoOJLxks2mAYcNZZcNJYstQx47dlfYdcMAo4MehbxFLieRrkBaLXT8eW6MBTnHx7TqE9y+t8o73/ED/OWDm4mCAK0UiTblktllClui/IhosYU3WmYxKnNiahPRUgPb1iRNn865eXLbRpF9XncvXGtOFcYJ2wc87t5S4evnG5xcCHBtuglrSZovoB2JpYWpiU+v2bDi9tZ3QS9B+3JFpwhAxl6otYY4QSSKxUKVx/JF5jrD7GicYyhcwkKjbRtUAn4bbYvVUyFLy08NAS0kOuogF09DOI+ubEAURxG2g7ZctJDLpk52ujhRqNggAOgM8egl+3aT/zIkJDVAMgpnurkWaf9ipftQwsuXq9IA6HU7090JFiSKBLo0ll0r79v8LCEECcaqnvByVCyb+TDASSsCViYXmjXDbFe2U8lZ1m5PioevOwggDX9s3b2bX/7Dj/JP3vc9TJ09u96juualn7BFmJVtlSilTC8ARU/5LjMA+r3ffnIcDavigDol+VGmjrhrHJhkw2arxe23386P/uiPcvHiRR544AGOHDnCRz7yYb7nfd/H8PAwSWJISaSQ2I6FZVk88cQTfPSjf8hTT5ms8m3AW8hxGy4u8DgRf07Aca04c/YMf/anf8Lo6CivuPtuHBTSF2AJjjUjNuQc7hrN8bnJFklCz3vrg0XN2FU3zimFNH+vsQokGnIipqKahI1FOkogpI10XIJ2B7e9QCVnU+8EvYU8Q/z6UI6epICsNvXrl882csUigJsxPSS68tpdJd53yxC7RjyGCjZjZYeiI/EcC3dHGWtrMX2kKXypNCQJyAaOA8SWmReJxikVma5voeNLpPKxXQtHCKIo6RplmfMV1X2SdoTlOXg5gbATpC1RYYx/YZ6kFSA9G6l0L2TaXS8FiYKiY/GGXYPkXcn52ixRovEs2Y15d710QFiy+ySzn9nzNa7fs1/t++e90BpLJ8TS5nx5I4u5KpubU2ztnKek2yRSoKRhWMx0/apPzpSwTsctNNpfgriBDuZRg9uh7800v5v5ah6PNu9V0gttCJl69Knx0zMAes2dAGTm/QMiTRRYvUZcnlx1BkAXhtI9dqNAQaT6bshzCMFlMRStBKOex7DnMR0GqxR///4Sk3+gpBw53em8zoLDylB7XndihyHW1q3GMn5JnlNZS9dknf+0SvktupOwX9Etj0mLVf9P/87SiGHFApEuOEISBD6B3+Guu17Ohz70I8zPL3DixHG++c1vIi2bd73r3WzcuBHHsXFdB8/zaDabfPGLX+DJVPkfQPJzFHkTOQYMJQ11crwCl39LiweIOXLkCF/8wue56cZDbB4bQ7ZNfsFkM+KbbsCtQy4vH82zFCp8pQ1V7bLxLu9EuFz59/808Ph8w8fOb2f/naMUO7NMnj9ObX4aIRSulHj2WtbXJSyyF05KmBbBbrZhpGjx3psG+cG7x3FtYUomhUDHCm1LpJVui3Q3/NJDgNJ3VmB6AmuLBy/ewomLRZQKCPyQV9+xm/HxCl/60jFm5xrkC27aelqg/Ii4GZArejg5i1CQJsMJgtk6wcVFins2krQD44h2jQDz6FxLcqYW8tRsGxtwbUEQpEmgqSGcPTnB6nyHzPPv0j9d9qPRXa+/70Tpmt5b1y1t4votp8ixgZ3M5QfY3jrHhmgaW0Uklo0WqcK9lHIVgqy+ViDRSYRuTSFUy5RKAkqbYnGVNvsxZYCKWCmsRINMx6t0FwnIPPwsByL7vcsO2DUA0m1ar8nS+Uxy1a3qy6B/Yer0o9S9zqB/xCUB0CsWbT6IBBhwXTYUcjzZrPfQhxU3VUN3AncCv3RW2a+7a6D6EU/K66YcsF+yfIt//Z9/k3/+Ix9i9uLF9R7SdS869TQta3XZXd9eK7atoczS6ZiFHXT3uJ4opWg2WwghePObv5OLFy/yX/7LbzI7O8u3vvUtbNvmwIEDVCoVyqUSjuuwsLDAF774BZI4pgR8iBzfQwG3j9plEMHbyTFFwnlaTGrNAw88wMc+9jFu2ruHMwP7IXfAvEdKk7MFt4/k8aTgW0t+9z1fW7oR0eXX3ueVBbFi3snjbdvNDaNF8o9+lSPf+hJ5WxBoCK8AshMrfnseTQSHrFFeKmXPYrzs4NoClWjCyCgPHWtEXuApjZ1ow6fQXyqXWY46g5tAJ/CnXxxkelEgdES55PGqe3YxNlblscOTXJypp4emDk4ck7R8NBVDlWul668lSdoBrSfPk98yjJV3iYMQoQwlbuZt2xa0o4Q/fGQGSwpirXGtFLnNHKx+NFevmKHd53l5yl/3nS+bB2jdHU/3FN3TGfIgqTSxlMx6I0SlKqHcwNjiKcqdOdCKxLLT7Ps1QqCZFtYahDSJgCKBYAmdCCxbg6chlyBsm0QYEqAkUUSxRsXa9BEQ2bg0WWmlSYLMFH2KJqSJkSKF/rP/q+sBAVgJ/WtMe99E6y4E91zE/VeKwHALFCybTbkCeWERaY0rZc8YWTZOAE0YhtSk3DPquoWyZTXi69AAAPOy7vzO74Tf+i1+/kd/lJk+itKX5FnK00wVwzSXzvUuStCv8DPfd6UHvJakS10X3u77T2rIKpXQarUoFgu85z3fzdTUJL//+79Pp9PhwQe+zpEjT2JbNlJKhBCEUcTCwjwAG5C8gVyf8s8+QyOQvAaXjxEwScTk5CR//Md/zGfLJdQ976L8915OY86n1on42qzPq8cLHBzMccGPL9Hu/hne+r4DpAChDUGR6xXYtu92ytUh5k89yrH5RZpBfNlhfb3qt+fNBAjSr67ECpqhQkXKUBIr3euaJzEX2j++rg2QKX6BeS6Si9F2Hj+h6bR9iGNedvt2btgzRkcJ3FIOaUlTmpZ6+TrWqE4IscLKOYiU4EbmXOJWh9ZxkwFfvX0XzngVHStEFGNJ41ApLRBScKERIQV4lsSSvRAusDyJe821PW3u9gw3rosYC1MfL9EoaZs3Rfc4NbJICZq0zNXcMEvFSC2JcwXmB6o0i0MMLZ5huHYKL6ihXRvh2oAJlaxi+zNQcvq7aWYl8Wn7cLaeQ5cdtkWCAhpfaaI4IY6VCdXoPp4MAWlWhTEMSA0Beo8zg/57CIEx5K/5HICVDHxROuHNJBBrKuNv+zPTn0qbToAbvRwDnsu07+PKbpeGVeNU2vQjiG1nZCoMX1YT4tNJH1Hr9SUaEQTc9KY38yO/+mv87r/+V0ydOrXeg7omZVkS4CVEKcP93yVZWftMT3OSzDzoi5vqLAzQgxi1TjP8tUKphGazyfj4GD/4gz/I9PQ0H//4x4njmIX5hUuONYegTPaerByXpoig1L0uxdLSEktLS5S/+hlG7n4LjYmbqXXqfPp8g7PNiFeOFSja1vKzrAhfZOVlUmSA7sr7kIUCJFLH0K7jFquMbDvAZCugU4iI4hi5aiVZIyaz7Iwpm+El78a3LR1MEmBXgljRDpNuApzoKpmVAYs+Q1Bk2Hr2twVacqK+nSBxEfg4nsUtN2+hUsmxON1CS5Gh06mCMdepIoVWGstzjWFgSfIbh2ifvEhU61B/5AzhYpPqjdso7J4g8jzagaGL9oQmL5Vh+unex+XIzuXcy8vZJzMgMqbYliwgtSKWGp0rgHRIkgRbW9D3DLNblXHtD+YkOzYNEOghRLiRpL4dMX0EZk6igzZ4DtKWINIQ1JqD00iZ0JGjnNXbebKVY3pqnsFwiZuVxUQebGHjK42OE4SVlfRloYSsvK8/9p95/6JbKdCbD6aHxTUdAsiMQp2WiygEYaLpMxa7k/I5/dy+8ybAaM5jIucx2ekYxOFpzI00RFB+qtl6F0p9MYHm8wgPrruIWp2tb38H1m/8xnoP5bqWTFFL2Q99it4PvXJWPm2bHC69hKYLR2psxHFMu91mx46dfOhDHwIEx48fQwiJ6zrkcjlsx6HZaPD444/TbreZQfM4IdvI+gD0G8yCE0ScSZPa8/k8e/bsYXBwiLJnM3D+fkbHxnm4OMpio8NXZnymWiFFz14OVqzI/C55RVzh0gybhDpa46oFWikspcjZKadtHFDrhJz3NtC0LUTQ6bs3V/rWXvkqNDg0zPd87wfwvByLi/N89Pf/+1q7KQwCYFx2IIwVfqy6tfQrgCC6gfT+hRJAtc1ppAOiCIAjIvq7pTqOQXR0kqCjOGWgW44oZDml0rOxPJskjMnvGMUdKbP00EniRpvmUxeI5hrkJxcZOLSFGzfm2OREVEXEtCogZZHjfsJ8lJgMkctD9K9MRPoOaEikw1j7LBvOP0C93SK37VbkDffilYtIlaB0kpZ29iB1nSaf5nMO44N5QJPgoSaqWBsmYHIj6twT6PokhAo8J4Vg1ApkTSIJiCgwY99Kw93PqBvB/BIXJqf4XGWKLVab4aU6xVIeYVmGO0OklRhdA0CD6hkFhmuhPwSQGQcCIXVaqnvlt+2qMQAAdBZjEaYDV2y0c/q//gzT5/pzDTwaKUHVddmcy/MtUUuJJES3a+Cy/bMQhe/Lc5a8Z6Pr2rZY3af5uhINjYUFXvPu9/AXp07RbtTXe0TXrlxiIhu2S5WWXD5dydvTzbMMSn36t6UbAkhU9/0yrXsFhw7dxA/90A/zrUceQWtFpVJhbGyMUqnI3NwcH/nIR/ja/fczi+L36LAZm5twlp3/NBH/Hz7HU2Bs9569/IMf/VG2bdtGvVEnpxOC8hxfKw1wf7HAg4sxJ9oBNP0Uw8fAuVojpUz7z5vmPiP2EHEc4cchVh85kEZgK0WhmCdXLBCb1n0QpoaCsLH8jsnYXXV7xFob+7auVXNweeK5Hj/3L/81pWKJxcV5lEr4oz/83bV29ekzAIJEmdbIqz43XfBVDKqZ9pc1cL+yBlmovA2lbSwdMOx/GUSLXeVjFJ0bEdLFD9qcPbtAFCeoKMZv+mhtSH10eqUao+O0VgjHxi7niKeWEJZk8J4bsEo5mkcnCaYWac/Uac81ecOGiPfdNMZGK0TFikcjxda84LN1l08tCWLANbrtOV3LNSCUJpQumztneMPkx9k88wBTi21mpx/gvDXJoPOdbN6xDS9fQOh5QKUhg/R90bqngzBJgpYQ6PIA7LsDa3gD6txh9Mwx8JeQjkA7Tl+YBUAgVEzHGaJpb8GxHSq5mLHqCJvGChwfK3Ficoazx46xod1kYmKcfCFPEieEYYSUAssSSGSaG2ByO1Q2xm5OwPLSQVM1dA0jAF2uf2EiIFFa89/f6e/ZvnyXI1IIEqXJ25LN+SIV26ajFJ6Uay61ZlEwrVpD1xneXixsL0nxSHxdWwDmum/6qZ8irxUf/+2PMDc1td5DuqbkciZHlyWs6431weuXOMFqZb/MhSaD/JdvN78nytTAZwmfcRwjhMXo6ChbtmwhiiKq1QobN26kWCyyYcNGXv+61/HEE09Qr9X4FBEWTd6Hxz5sBHCWhD8j4M+I8IFcLserXnUPd9xxB67rEoQBILBUzEExy112jj8MbZ4oD3Ku1gEVIeKYxLJMQloSdz2tetDAjV0iHa9CQuwkYd6ymM3niRLN4XMzvEvCa8cGKUSK80nEKeCmfJ5Wu42+kt4Cz/LNFkLwxu98G416nWajieva/Pz/+2+J44TFhXm+8uXP0261st07QEy6NocJ+JGhPu/ZgwKSGNuvE+n91Et3IaIoxYBifHuCC+XvI8bDSWrEuDiigcrl2bhpkLPzIa1QcPbcIp1OTL3mU1/qpN6maUtroHqBdBykYyNtG1nwDG/KQhPh2lRu20l+2widE9MsHLtIvt7gXdsS9peaEEKkJTfJJfLSpyDGEcJB6wSeh34OIs0BSITFgfrD3Fb/JlZBUi4MMTh/jouf/zAPn38U/zvfQ1i9AStfhcSHJOzz4Htd+LrhMszfCAEjm5EDY+ipzegLj6GXzqJjHyEsQxokNJkhkEjDd0ES4ccJQmjKpQK37tnBzGCV46fOcerUaebnF9i8ZRPjY6MUCjkCPyII4y70L6RGCoklRZ/Sp/usspCiShTJtWoAZN3+Mpgr0hjvv+//z4bu93Ilix8prRBasCGfYzTncbzZxMtKW1bZ34DWSCmQlu3U4/jdHa2PJdBa4yOuK9EzM7zhJ36SB770xZcMgCuVjAfg6XIAtEqpWbMty+Pqqz3Vlcoe1jaVl+cAZO9cxvLX/44pZchzOr5PGITYlkWj0SCKIxzb4a6X383rHn+cT3/m03Q6Pn9MyENE7MHGAk6R8BQKhWkMdO+99/La174WrRWLi4vLRiUEbIpr/BgB9+kxPmHlmCqOUG+HlAsFyksXSNrNNHHLDH02ngdSzvi+e+sVCzyVy/GpegO9uARhxAOtFr8UJ8wEIR+dmeessMgXi2wrFIg6ndXUCavuWl/imNbPuH+/SCl53/s/yL/8xV8ligLiOElphgW/+uv/lU6nzWteflO/AeBjDAAAEgVBrA0koCJk2EGiCApb8Ie30R68k5nq+xFJkCb8G8RSR22EaBNrOJH/PtCafM5m14EnefTok3SagosX6yzMt5i6WKPZ8rGyLH96BqWQkMQRkd8harfQiSJpBSY5UGvcoTLucAV75wSFhUWmRxQznYiqTnCkxlEJn6u7fLlpkWiNk93L53o516Z0VKIoxC1CkRJYYTMxPka50+H80c/z8PnD2HvvJd78GtzRnUi3gI58k21J9g70l9+m70tamYPtIrYcQgxvMkbA9GF0ex4RhyCtTDsj+l5ykcL3xsOXjI8OMThY4eLULMdPnePIU0eJgzZ7dm9jeLxMx49o+5FJFEwUcaKJY2ONyPRLyNQoSM+fJGoZenG5clUYAMvqR4EoAZXFQVJL53keAABamDdv2HXZUihyvNk0VhY9I2W5pKGDMKgej6M3Vyz5mxLRuq4hgFSWlmqM7d2Hc999RMEa/dNfkqeRdHFYY6IIIVJIXiG7JVWwOr7ef67ebysiuNB9j1aXCWWGgEoMDauwe1ibSOOOGc97BmxpbapfhoeH+b73fz/SsvjC57/A4tIiJ5KEEyvoMKrVKnff/Qre//3vZ8uWrfj+shy3dBygLIc4rLN35iF+ojjIlyo38Y3Y4q64zdbjXyUI2iTSTkNyZjGWWe1UenusOOHiQJVTcYKuNwyboOfw9fkGb37wKSyVkCQapOS/hSEf2rmdfVoTrDGmS93jK9FcxWKJN7/l7fzSL/86YRgsW6C11nQ6HcIg4Mabb+Xi1AWEEJw6ebzdbrfj/qTnRqsNUZt4cDPN8gh23KKx7Y3M7f97iLAFUcMgBNo8Ja20iesDsdYkSWTqC22HW27awFe/epr5uQaLix3OnF/kwmSNKFYmK173wg1CCjrNGq3TdSI/RDRiHGURNzvoMEZ4DokfIaQgP1hED5f5g07AA3GHvZ5PRSpORw5/265QiwV5aSpDLrOq74rEdAI080FpibQl5e1V2j50ztXIux77dm1mfrHG5Df+hNbRBwj3v5XinldjFweIk043UXbVubtl6b2qMAqDiD2vRo5sQ5//BiweQ8ctsNM4vu7z0rV5f2RaVRYnCY5ls2XLBoaHBzl+8hwnT55laWmRu247wJ5dW4hiRbsT0Q5ifD+kEyQEUUKcGgUkCXH6jKQwuTzXJAKwrPRPCmJlIElIbzjPH+y/cgwSQaKhZDtsyxfIS4tYayyRAf4rb7Bht47DmLrn7tqfy43kpZy7XssBl4lW/Ogv/hJuovjMH/we6qWOgZclZiqliusSEztj7RNSopN+q36tLDCx7L+s2Lv3W7a4r5ybupsI2L8v0C3701r1UAIMUhYEAZs3b+aDP/iD7Nu3j/vvv59jx45RbzQAyHk5du7Yzt13v4JXvfrVbNi4AT/w16ST1hkVqpRESES7zqvP389rpAULCZ3IR/U1JrKlBVL09Scw2wv5PJ+u1Xm82TR0rv2OQxSTCLqZdPONBr936gz/z/ZtTIRhCtyuHWjsksdc4UK0e88+fuXf/SZJnJAkyaqmOXEUYVkWv/4bv42UAs+1ee8739w8fPiRSGvN8PAopfIA1S3DBMUK9b3fy4Ut70BEDbSWKL9lCJFUYpS/0sRagwJHa2xbgpQUcjY5z6Fc9Ni2Y5zveM0sJ0/O02oHHD0+zcWpOj2vtw9tEpp2u0nYCRBCkCOPRhAttYkWGnibRyA2hoaIEyBhCYsvRWW+0iljCQjT9TNnpax6aV7Hc53QbYCh1IlUCunaDN2xhaGBEvMPnKX2xCxxO2J0eICBaomZmWnOf+3DLE09ycArfxBRGkOF7VVIc//fmZPaNRSEQAxuQ5TH0TNPwtRD6PYkqMg8F3OQ+Skytj6jtGv1Fk8eO8fGDUPccfsBLmwY49HHjvLJz97HG+59GTcf2k3OsxlKzxHFCj+MafsxrU5I24/wg5goMgZBlChj3F6hrLsBIIThsMhqniOV9keG7gv3QhgBmcRK4dqSzbk8I67LZOBTkLZZuGTfoNKRqSwj27bdBPFuR4jfsIVovwhMAGSS8CP/6l8hk5hPf/QPSeL4mQ96kUsGJcOl57TSaY3wmhP/UketoATOFHn6p8jimkqn8zg7Ks0BUD36+SwcIC3ZK0XsEqr09gnCgOHhYd7ylrdyxx13cvHiRZaWltBaUyqVmJiYYHx8HNd1CYMAlTwdRCmwpNXt6W4lMVIl6eK5PGY8nB/AEx4znXk6ykcKCXFMe/Mm2nECcwu9uG72U6ZIYpcPQTDj+3x4epqfrQ6QT3q14peUVIFdroyPT+A4DlGn/bT7ua6HbUtcx2Zi4ybnwuR5AH7mn/8Sb37LO+m06py2QckcKg5R2jZMkSok0QqtTPMuAw8L3JxDMedSKrmUCh75vIebeqZSCN78hhv4688d4bEnpnjiiYsEQYxl9aBvk00viUWMtjRSWN1bKaQgaXTwJxfJbRmlS68jQCNw0TjSrIuxEIwmMVujkPOux6JlYeu0Oc/zIkaHaKUQtgV2FXdskPF7bUpbq0x/+Sz+VAM777Jp4yilYo2jp/6WJcth4DX/F0K6TzsHVpLU9cICOcSGW9CDW2H6YZi5H1TcM3C0YelzLEmcKM6cneHI8QucOjPFufMVRgYrbJgYopC/kQe+cZi//fI3GaiW2L51Q1/FhoXjWJQKHpoCKtH4UUy7E9FqRyw1TVfHK5V1NwCM9W8SkJI09q/F8mXsBR0PZqKP5XJsKRQ52+mAlcZxsgWkX0RaehLHxVNt9a7dI4N/MOA47RcFCgA4nse/+Q//gaKA//2Hf9htB/uSPIN0FdFyMR6MgeVhZe7J070R/RXq/XHx9IdYO+1AQBc+7D+zCQFYXa/VZBj36Em1NuMMgxDbtpmYGGfDhg3d3AWRwZJJQtD1/C/9Ngsh+hAHjRIZX3wWAhRkLIOWthm8WKLm1mkXOqA0ecviC2HIo0GAYWxLQyzLSuNU72/XgeFhLlZKfL5Y5A31Orku+vHtvbvSsnjFK1/Dv/nV36DT6TyjYZEkEUoJwjAs/Itf/NV3hmE0rLVmaHgE23VxGSBKNDqJUUGbRAksTB95IcBybIp5l3LRpVRwKeQ9HMdCCrEMdcjGsXvnCK++ZydHj89x9PgCpaLT9XRVX5hCSYUSiqzkTAmFTt14nWSeLSnEbe5bdqU2ikhYVFXCa2s1Hi4W+Uq5TALYSqHlahaG50pEmr2nhYdSVbSEyv484VLA9EyDqB2iCw4DAwNs80OOn72f9slbKO1/A8/07HsNj1aGBQQiP4zY+hoY2ATzFxE+Rj9IiUxJkWwEs3NLPHXsHOVijrYf8Om/eZAD+7dz6IZt3HxoL1++72EefPgpxseGyKedQM1nQcYXIG1ByXYp5lyGBzQb4/IqhOlyZF0NAKNse7BKkpgSqKzj0XqoUCkM/XDJdthZLPHQ4oIh4Ughx1XZ1ikDZxyGYs5xbkDKMU/KC+JZJGRci6LDkHyhwM/86q8RRhF/8dGPrveQrhlZe34bBZgo1WcfXBr2X3ns2p8ieuh2/95CoJSpZFH9yjE9l5TSeNdA1p9gpd2SdRnMIO5+xKAXWlg+/p6ZsmK8Im3PncTL/idF5n2Zc8/4C9hDljFalIBEYW/cwGy5THj+QtfDX9NgTxKwbRioQj5HohRf7XS4V2sKl/BMe0REGsNQ8vRy18tfyb//T7/F0PCIaX+8+gCBwWGstMoRpZStFH8wMrrhVVJKqdLchEa9buL7iTbd6pS5IblM4RdzFAs5PNfCkgLLWp1h3y2h7uZaCb7zjft5+BunmZ2aJ9CCxWY6TAlCm3BnIhMyfgklABQJMY6bxxksdo1YLWRf+CD9TIyin7dslmyLikpwtcY3dYXPcAefraR9BqQwpC5ag7DQukBCnsqh3egI5h8+R7DkI3Iug0MDDDZnmTn1IIXd9yBk5bI+qd8QML8ahExLBzGwHyE2wsU6xJExdoSxS13XZtuWMU6dnWbzxlF2bd/A5774MF978EnGhquMjQ2yY/smTp+7wMzsItu2TPSuzsQU+sZgxmEJgeVeufcP640AaE3GZJQlrGgNkjS+sg5DEgJirchbkq2FAiOex2wQ4KWEzemz7tvfLAlSa7Cd0ql2562zonMs1jTXYfjrIrreYGzzZqgOrPdQrn4Rl479m3+LNRTncsX87GW1FdDfKXC5/ss8ctlFxVQ3N2dFm2yyDoZ6eQh52Ql713JJ80VIY0QkK7dncXiDAEQqYsqaRaGQSBwSHgCO9uq20sVf9E6QWS5CQKkAhQJojSUttnseVhRd2uHoRyEuIwZQLlfYsWMXs9MXTU/7nkhzq/SgVvp/aURVa0iUElprgeaOVrvTzbkg0chEoyVI26KYdymWcpSLOfI5G9u2cGy5Km7df+lm+Cv/r9m9e4x//oG9eM1J/virNf74y0tEynTq0xoSEZMIU2YptUhJnhWxiLHKOZyRMlmdXLaGd8+ffkmgY1l8tjqQxugFVhoCeGHWdg2Yea0jgVUaYugVN5HfOsriN0/SODGPVIJq0WG2OUPSqSPkEF306DJk1bugFEiJljkQTRxHcH5ynsmLC4yNVEiShE4npFTMI4DdOzcyt1DnoYePEqcttTduGOXUmUkuTM2xacMotm2hlF6F5qw0CLLxXImsqwGQeSBSkML/qhsDhBce/od0oUuf/3jOY2u+wJTvk0thsP41Bnr+jBCCJIp4oh697/Zy+Y8qjt1MXiRhAIBgfp73/v0fYv7UKb70qb9c7+FctdJ9P59mciulU29brHih+wNjlzu3Vi4ay40ADX3JdKLvKJO8lcU6s+PNMTpNuFoeV+iOVfT7+ZcnBq1frcy6JxR0b56UgjAKu2MrjY1yyvNYaLVSmH/Ns5vryHlQqXSNgrKUvMO28SDlK3yacWde7kqbrE9uvuV2/p+f/BkWFubRYvkdUkoPK6V/W6MHlNL3GpvEUDEbQ0BjJebZKwGOY1OpeJTKOYoFD8+1cV0Lew0vf9kwLzG2LAlUColtC27YWsQOihw865N3BYstRT69D4mMSaTqogECgVIxyhY4E2XcatF0JEzRpZWfmSG4ltbMOKa5od1NqH7uJS3iM9n3SvdCRxlyI4TptmfnKe7cjjc+TP6Rkyw9eAprTmNLhUri9HquLPjcywfovQNCG1TNtS081+bchVmeOHIaraBUyuM4NidOT3L85ATlYg7bkvidAKU1hUKOfM6j3mgTxwm2bWEQBtFn0z4393HdDIDM788uJNF02Y7Wy/s3AzPRrFhpKrbDzlKJbywtdLm4u+TRfSJIuzGFITXP21Zy3e1jjn0qfBEZAForthw8yD/+t7+C69h87uMfX+8hrbesqSZsS5hyu0T34qgrJPPK6Xs/lp82+9l/tO5+v1QGTU/Ji965tSaJE1RfBnE3w9nq5QCYMeluJUDfR17i4q8MtRDQDSGs6cGKPs9Wk4YmNDJJeNR1OWmZRMD0gN7YegkLYFlQKYPjmvfccdiiNeP1ulnAnyaGqpU2VLmOxLFWGWAC4PY77uJf/uKvccutd4ilpQWN+dRtWul/o5VWSulhpfVbNSYZM/X+EYm5twngug6lQp5SOUeh4JHzbHKu/aziu6vusRAmhCCAJCHshNhBQsG18Gxhkq+1RBERy6jrymexfq00eBJnQwXpOcSdAC1WcDGkpzeU7qCkILYs7PQ6+5PonsvVUaSTw7TKlehEI2yJzLkkftiF6lWUIITAHRqheqPEP7OAOnYeUbB6L+wKw/byBpAaAbrXzl5KQZhWSWitaDQ6FIs52m2fkZEBPM/lK19/HDQsLNV54ug5Nm0cwbZtXMfue6NheWvw507WDwHQusdeqQ3hhfGu0wfJOiEA0E1IzEnB9mKRYddjPgzJSWvZMtsTASgTq7St3PnAf9tiIL4Vab24DpewbqKb55i4YT8j+w/ASwaAxtBKLJvGc7UQ2UnAkgy4Fnkno3frvejQg9t7p3oaz3iVobnSMMiUeP/W3na1ogrAjINVSkc9T3ktmYcppckBMANIh04/IVI/+iHQcUJ1ZIRHbJuLvk/V89jqusxFMVOLSz0rIruXxQIU09i1lBQch9tdl2BpCceyTFHvGqus50iKnmWgwU7EQiMmjJbdcwWIO+68m1e+6jVMXjivhZB7tNY/ppTapRTv6BpQmPstEoVKNJHWFFybYtmjUPIoFgy8X8i5qxb8fqi5P55/JZLtLYMmuaAGScT8UoQfgC0kiYgJLZ9ExCYJ1LJQcWzmi9LgSETBMU/saZAQBCRCUuwEbK63mK2W6OQcpHr+wrsSRYJFIz9MMJvQOHyKUrlCbrBEEifoIE4NmYQkSMBysfK5ruJ+LjWO1uBYFg3f58jx81ycXuSGPVs4uH8bJ05PcfbcLAPVAh0/5Oy5GbZsGqVSLiwjAMtyX55PWTcDwLzGGoQ0/ZH7LMMrATif+4GJNK5v2LfGvRw7iyUu+nPkLdk1EJYvsbprOaoodI4k8Xs2ee6Hc1IuPgtuhmtazl6cYsedd3LTq1/No1/60noPZz1FAXNACBSyjV95bJE/+eQ5XrapQLQYMNeJl82lLBveeA1PN3me3YK1nC/c/N7rPdA7r069bCl7b2MvfHC5n3uZ+6a7iVUKuHd8T2WYsVhxTGlwkG8Oj3Aq8CEIuXvbdl6dc/mzZpOpesP431nsP4P+04YrKEWp2eLm4RyWlF3yfSFWw+uLnZjHp1qMaMXDF32++PACcWovpYp4bnR07FuHbrxl1/z8wvuVFrFO9O0a9R6VdjNNlDJlkEoRJJB3LColh1zRo1zKUSy4FPIuK6++H15/TpRBN+dKEFk5Yi05UW/TiEO0k9CxYyIZoxOF4+awch5hvdGlupfpc8qsyWwdXwmMCjSRJSj4IXcePs2R7eM8umsjiRRYOqvneO5ES4lQCqkVJyv7WJyrkH/wCZqLIQM376C0cwKr4KHCuFtho1MUbnmPmWc/qv7nY9kSUl5/U/6XkC947N+7hVIpz9TUPAuLDQ7t387QQJndOzYwPj6IZZmmXHpVv+HnR9YPARBpNyPSmFN/5i7r4/1nn5stvDFQsW32Vio8tLhAorOHfImHoyGJYhqet3Eg5x4YkPJkqPSLqi5OJzH3ftd3MXn4sRe7AaCBo+nXndnGI+fa/PIfn2bvqIeQ8MSMv6yNZxgGNJtNVKKwLKvrHT/tpwA9RXk5w+oPE2TZ+nrVsVJKLCurAdfdOv61kuu7H/5trFtCyh4CsCK3oLu4JgkFabE4MsxTI6N8stNmIfDJWRZv37yJTSrmD6I+NCNJUui/Yjq4pd4/nQ6eH1DO50i0RlgWtm13Kxr65cHzbX75ryfxhOCJGZ/TS71XWmutduzczQ996P9+5c233vm9nY7/viTpefpG6UOYKGwhKOYcqjmPSjlHpeRRKnirkJYs1CGye3qp+/VtGATKKzJV2k4YJgQDPnHuOEES4lop4ZLSWPkcTiFHUKtnHwikyaFpQqRhu1sjlJXG4pt5D9+zqbR97EQR2RZCqeecCyCbeq7yOZffzsPDdzFy/uNYjzzB1NQ81QPbqB7aRn7DEFbeMyRbKotx9N3w52hYOc/Bssx8vvWm3QRhzMzcEpNT82yaGGL7tnGOHL/A9q3jHLxhG5YUOK7dJfN5oYLg65cDoNOkBjSJpptcu3b08oUfG5i8BMcSbCsUGc/nmGr7FCyrGyNddRzpYmVZejGMv7/quQ8WLOvCiw0FSOoN9u67ge379nH6yJH1Hs56ymngT4H9QDnbeGop5NRSuOYBS0tLfOMb36BaHaRUKhHFhmHx8pkx1t5HadNFz/M8PM8ze2qNlBau5+HlPArFIk6UJmzZNpaUFAoFcvk8tmXj5lxyuTxSyjUZ/b4dA0BaEtu2KeQLhGGIlCbxSWmwHU0UxVhxjFcd4CkpOTwywn1hQNzxQQhes2EDb9wwzrfOnaMZhQb2V2nJX6Xcg/6FhCCCZouK54EQePk8lm3TbDY5ferUKrriC0sRF5aWM13u2bufGw4cotVq6re+/T3j733vB/7J7NwsYRSDBpUY9j+NIG9ZFMome79SzlMt5wxLX/bEuqGO1Ih7Xhe/bKGVNKwSsQOVoSJODlqNBA+HjA7YLuSxPNcYMdKU7wkpkbaVorfpup1y+y5DL4TpytjMuzx4cDtSGfDBer7yotLqAqkVEYL7h+9lMFrijoX7sOZmmP/yEu2zMwzeuovSrg1440PInGMy9pdl8j/78fWSbMF1bMpFj0ajTaVcYPfOTZz4u4e4/6GnuPXGXbRavmFuTBSlUh6/ExAEEbZtr0qufT5lHQ2A1JMQqfefWgDrrfyhZ1nrFKoa81x2l8pcaBu+aEFa93qJyZz4vnMytl+/O1fYPu46F3z1zLXD15No3+fNb38HJdfjV3/ix5k6c3q9h7ReEgJ/AhwEvoe+UMClpNPxue++r6K15qZbbqVYKKb/6Y9/w+WbymZ/pXXqXesuWZPWmjgyDHiLS4uUikWSJEYpjW3b+H5Au9Wi3WpjWRZezcFzPSzLWmYAdCth1hhL/2ifTqQliaOYdqtJq9XqhkI8x6bV7tDyfYJKmdr4OH8ahszWahBF4HncWK3yY/v2smtwiK+cOGUgXqEhn4NSySj/bBRJAktLiCikUCrSaXeQAhqtFo88/DAPf+vhVWRW/aVeO3fuYXzDRj7wgz/Cd739vdTrdSuKY6amL6KV7kL9NoKC6+AVPAYrBarVHIWcu/zeZI7nM7n6z6mYOSNQ2CqCRJBzHBzbQWjfjEIbhe8U8106apHmPwnLQjiOSbrTPTIgFN0qAyFkSrkMdqKYGqogMJ0a5fNUBtgjj5N4KmDJGeZT4+9k3hnirvrXqTSnaB0/Q3BxntLezQzfvR+nauZFN5cii3B9G5IhxFoLKqUC9VKHwA+xbUnOc3niyBlmZpfwg4h22+eRx04yWC0azg2ZERrzgk2HdTEAzMTXZCxKSveaAV1NIgRpbwCbG0oVHliYJ1bKUJbq1Uq9WyalFKHnVRpavWJM64dcIYIXFQggBO3FRe5985vhP/wH/t0//ikunD273qNaLzkL/CpQB94FjAD5pzugVqvxhS98njNnzzA+PoEUFj2Q9elU6vIo7LJtBp7CdW0sy+5u01ph2zYPfP1rVCoVzOJl3s04jpmdnaXRMFzx+XyeUql0iRjAMxkmK/dfEe0WEq0VrWaLTqcDgGPbbBgaoBMEKC/H0Te+mQfjGB2GlEolKkJwx0CVf3TDPl4xOgZSGkTRsqBaNco/DWGYl1lBvQGtFk6hiN9q89kvfB4VR0zPznL0yFM00l4GfRJrrePNW7a7lUpF/tQ/+Xle98bvYmlpkZmZaeMkJIlppgM4Aqy8R6WcZ2ggT7WUW0bO02WN60U7X2DpcdJrQKEp5lw810aRNRNSWI6DUy6aDHqlsFL9KGyJdEynvZ4XBzpR6ESh0EihkJbs5ls4SUJ/eHdVmcdzclWknRoFGgtP+dScQT41/k6C4YO8qfllCrOP0FmaZ+nhowQzixS2byCpdwyikcRoVIpoPDs3tN9x1FqT8xzGh6tMz9cpF3PcfGgHU9MLzM7V6HQCtm4epVjwSBJT6mfg/xd2UqyLASCEsZB0Wgmgs+L69Sz/W0MEpjbXFoLtxQKbcnlONFvkrbR3+orElyx+KQCRKPlEo/n3ttgDn96czx0O14JMr2fRGtlq8d3vfjfx0hI//aEfXu8RraccAX4R+CLwakxIYJCu70Qe2AZ0ach83+fJJ57gqSeffMEHezVJpVTi4PbNlMbGOLM4T2lwhM7iIrtyOX70jjt45949jLoOnUQxWavxRLtNs1IyrVnBhAK0Np5/vW4MAAG249BcWuSvPvXJZdBtn2hgaXRsIvA8L/5X//Y/jtz9ilfn2p0OtdoScZygEkWsNJZWuJbEzXsMVwsMDRTIr0joy+T5zuq+HDHoiuiGcvI5l5zrGEWOUeZWycUtlfCDRTJqZa010raRjmPWvYy6OUmIkwQVZ8yBIBOTPyItC231KX6WIyrZ38+FKCG6CIMSEldHxAgWyjeQ3Hwzlfaj6If+D/GFJ4lmF1iaq+N4NpYNCImQNkKrrlHzbKTfwNNaUy4ZFMUSgkLe4+D+bTx15BwPP3aCmw7uYPvWcTOX1kk/rBMC0PMSFKZRQtZx62oIAWSSIUJKw6DjsL9U4USjSV+DVfpHmy0kQgh0FDKj7ZsaSu2KlXo8VC+2TAAgisgrTX5gADefJ0w9uxepLAJ/Afw1MAxkuLQCcsD3Aj8EjPYf9IwNaq5zqTUaPPD4EbbWGtz49fspbd/N/f/7Tzl86jQ7/7//yYZbDsLCPAt+wC+ePMMfnT5HlGXyJ8qECQIfmi3IYvsp1JoofamFNymXq0m5XP70r/z6f7vnwKGbNklpySiOUYkmCAJQhovftSXFcpGRwSLVSgF3DWa+q010Gg6ybYnSMZ7rkPMcMq2nE4Wdz+GU8viz86aYAkAILM/Dcp0uW5rGJIeqOEEmGiuRJEIRygQ7UViWwrItpCW7PAsryxeXNdj5NkRgjABSDgItBFJpZNxBOBW8G9/A6PabWXjgk9Qe/DSFYBYRdVBuFWvsFqz8ADpJK3fX4Hu5fMmuz2i0UsHD2zhMrd6m1mizfesYpWKeSqWAFBIhVJZMkd2Qb+s+XImskwHQg/uVJk3CMH9fba+OEIai2JMW+ysVvjo3SytJsLNe7SsGnPV8lmiwJMc6ne9dCvyHEwMFv+hEtloUXnYnH/jlX+H3f/afkry42wZroJl+rZQLwDTwo8AelvXse2ZZi+71epFYKU6fn2Tmz/4c6Ti063VD9X7hBPGRh1FLNQakoLZQI4oi4/V3fOh0jNKPIoMAGHID0AqlNbHSK7xRoRzHplSuTP3H//w7ozv37H1LuVwtuW7O6nTaNFttZJJC5K7N0ECB0aESxYJnCJ6ucsUPvXkhpcB1DfmN57p4uRyIXstop1TAKeRNRUQKi0sBTj6H5TqGqdLYUSRo3FgyXhcUOjGJY1HLW8x6Eb6KcJUJMwlLIiwTFtB9C/7qBjvP/j6adIqUR0brtPUwkIToOMYb2UB06L1MtbcyNPsVbH+B9uBt5EfvJOuY+e2ISHVZz8gxit2xLYYGSxQKHoW8S7GYJ/BjwihCSrEmCtW/rR9ZeC5lXUMAUqQXqK8OaOxSYqpGYVM+z65ShYcW5w2lpaCLBmTSo0sViCjmhOp8l5PP/c6gY599MVEDZ6KUwnUlb/y+92MnCR/5pz+93kO6WmUW+AjwMPB24C5gAoMOALhAFXCyA6SU5PN5PM/DdV0c2yZfKBBHEX4QEMdxtyNf9lNrTS6XQylFo9FYq3ujD9Qw0/6KjJDnWBRmfRoGLKUUzU4HOh3KxSIHdu3g/3zhK3zuwW9gAQXPQ9VavO7grZwbGeXoxWkDXXdZVWRf3FmYhD3Asm1iY5S2hoaGTv/7//SRPeMbNo1u3rLdzeXyXqNZp1avY6csiE7eY3ywwGC1QCHn4NjPrgnLeklvndXkXAvLktiWxJJpLD8l6nErJey8h04Sg80qUwFglwpI20aFERJIBAglGayHuLPzBEmAlBbDboVqqcpMyWbBDUybdctGOhYiM5ay/IG01NXwq5jcAoG4otbLa4nOSvuyrDqVoKMQrSWd6l5myluROkY5RSwEOgqek/K7/qTOfrRDCkEhzbcoFXPMLTQN3W+isNJwikgNIqVNIm63LPZ5UP6wblUAwhgBQppOV90OW1efEZCRRCRaU3Qcbhys8kh9CZ2WVSVrwQCk1lsS49tOUdj263OWfCRUeu4Fv4CrQcKQQrXK5r1713skV7u0gS8AjwHjwAZMXoCNyR34IH0GQC6XY2homHw+Z+hDXZfhoSEsy8KybarVAQrFErmchxCSmelp8rk8+w/s4+jRo3zyk59kbm7ZlIyAvwT+F2ZSr6cBEGNyI94NvIO+tSqXL1AeHqOVK1OoDjMyPsamzZvY5nfoBBEPnDvFUuQzMzhskACBQQAyA1xKQilYEgrbdYmjSA0NDfMr//7/t+mVr3m9LYSQ9Xqd9sICljZ8+G7eY2KwwECq+Jfz8ac9Qq5iJyaTrNmUEJJ83qFQcJlbqjG3sASYB64tC69aQVg2iR+CMD1bHM8lN1A1nVHRSCHQUuAmCru+hB+b/AqhBHEnIB+12dIZYLhc4GIhpuaE2FoaQ8CyoC9ckpEJyVTxK55Dx7D/HBpEEiJVRGIVTH6CiiEO+4LQz530I0zZtVhSUi7m8VyHcjHH/FKDdicio8Zv+wE5z2XLxjGcNOHyuaCCXkvWjwmwD27SfQwMV9srZLjPTWzJBXYXi2zycpxtt8ilEM+aE0cphBSgEn2m1X5/sZD79JDrfCl5EaYCIARxvc6e/fv5wM/+HB/9tV9Z7xFd7TKffj2R/u0C2+mhAQBEcczS0hJLS712r5OTk1hSki/kGRwcYnh4hB07drJlyybGxzdwYP9+du7cRrPVWov1bgH4LPDnz+/lXbZIoAG8ChjLNvpBQKA0I+MT7Nmzh80bN3LLbTczMDjE/Z/8P0x+5W/51299B08Ob+S/ffwvCCsVKJbSozXEMbpR58bxjXzwN36bOAhFLl/Iv+JV31FstVr4foCVtj4ulHIMDZZMQ56cszyjP/0pnifv7PmQfq76YsHFdQIeeuwUF6YWDf98kmB7HrnBCkkQEDYaZh3TGstz8SpFo0Q1aJkm/MUxKuwghUBIidCQCEU7aeA1fYpBmV3FARYrRSZzAU0VkkssXGWjbQmW1beCpoo/JRZ4TvIDug9KIGQWqlHIxDddXBGoDH14Hh7kpUIcrmMzPFiikHdZWmpRa3ZIEkUh5/LKOw6yfetET0+uyJt4rmQdeQAEWve6kF3N70/2EBJgxPU4VK1yut1K2TFXpgJ2DwIkIorkgmZrLOQdeSEf6Ajlr9z1RSFRxMDgIO/98R8n6LT5k9/8z+s9omtJBoB99Hn/AFEYEoVrEwoZOYXneTz26KMMj4ywZcs2bti3h3a7zenTZ2g2V5W8TQKPP6cj//ZEAQ8A3wDeRIpItNstFubmqNeWaLc71JtN/I5PaVMRx7ZpnTuN/dW/Y/vAKDd87UvM5ApEo+PEjoNMYuxajapSvOlt7+bt7/gewiAQURSJWq3WbShULOYYHChQqRQoFtxVDW/g6nNWLkeytUwpjWVJZheXePiJMzT9gIFqkajl440U8QYqRM02cctHpNUCwrGxPDdVlBqQadggMQ6P7mXPW2kD4ECExOEC+aTDSDBApVRmpugy6wU0dUBOOdg2YBnugJ5RtRxVyZoLPSsGwcy60Cs2CgFpU6kXgnhnLUNApNUBnmtTqRSIohjHtiiV8t19n09kaR3bAeu+79eGJBpcS3LjwAD3zc9Rj2OcNBlwZS6A6SdgmK+kFHrSD95bFXy+bNvfTC71AdezCEHQbFIolfiBf/qzqDDkz//7b6e83C/JM8g24MaVG/OFAtVKlcHBQQYGBgyPeBTTareo1WrMzy/QajWZujjF1MUpTpw4jhCK3bt3c/TIEZPNvlzOACdfiAu6ApkH/hZ4DSmRUpIkzMxMMzU1ycaNmxkZGeHxx5/kc5//PLWjT6K14u/+8uM4XoF97TabYk1w4RSRtLDQ2L5PyYL8kzuYnb5IlChUGBJrwUDJozpQYKBSoFz0VmSrr1ft/nMv2XU8+tRZJmcWsS2rm+yXG6ziVkoES/W+I0wJoOhyAAB9yK3MVj8hDEmQMqXSUthoqWiqFl47oBy02dkZYKicZ6qQMO+EWCohZ9lYtoW2eiRC/Qtq1n/lWSvE3lCvGumhMWBZFqXi6nySZ9v06XJlHXsBmG9Z9cPVVP63UjKLTWGqFjbl8+wrl/na/DyOlCZutaYpk9JThqE4r/Rdm3PuXWNSfquzXkWf6y1SErRaVIaGeMcPf4g/+/BvrfeIrhXZiakM6EqpXObAgYPs27ePHTt2smvnDkaGh1lYWGByapILFyY5cfIU586eY3Z2mtnZGTqdDn/1V3/FyMiIaTiyPCk1wPAVXG15KjEmL+I0cCDbWKstMT+/QK1W4+SJExw+/Chf+/rXuX3LRg4VCygNfhSSL+QoKm16vavYZKEXXZI4YObkEWYunGN44zYKeUGxkmdosEi1nL9EDf8Lc8HPv5gywEQpDh+botkK8BwbHScIx8YbGcLO54yTbFspD4D5Xdh2CtGbUEjW1EfQ09vLPkkrpBBYOMQioaYXKDTbDAcDVIoVZsp5pnIRTSfCVQme5SBtCZY561ohgG4lg7i8lsL9fXX0VaBrVvIgwHJU4Lkqi7wcWcdugCaR5Fp7pxKlyUvJLYODPLK0RKLSBA29GrLqj99oKZiLk7eO2fHfepZ9VOlrCft47kQIQej7uJ7Hq9/2dr70yU+s95CudskBN2CIgwBzD0dHR9m3bx+HbryRLZu3cOjgfnbt3MnR48epVCuMjU0wPrGJmd2zzMxc5PiJY5w5dZKZmZmViX+ZzGLg/6sRknkS+BrmPkiAMAyZm5vj8ccPMz83x+HDh4njiP1DFcgXsR0HHBeVJCgpEJa7DOlNYoHfqBEszTB+8yHKeYtqJd+F+p9v6HU9JUMy6k2fyZkaSaKwChZJGJIrFSmMDKAtC2k7WJ5LUFNpDwDbMPyhe+mhQqNlWuOv0pNrbWLt9IK7QmhsLYliTV36BOE0lajJtmCYwVKBC0WLOS+kpQI8ZePYNlgmp8CMOc0U61OQfUSEzyyGy+iqkbXCAf1lfy+UIbCOIQBIKz6Aq9f7z0SkBBMKE4faVSqzvVTiqVodN+uOteIisvmmhUBEEae0fsOY49yzy7OO+smLEwQAiMOQ8c2b+Zn/8l8JOh2+/rm/We8hXc0yTp/nC6ZRz8DAAPl8Hsc2Gen5XA5QNBsNUwsPVCplXNehWq2wadMm1Ctfyde+/jUeeuhBwmBV7sAUcOyFuKBnIR1MGOBt9BElzUxPMz83T61mqnJy+QLlUok4isziqUyOkdCGZyVbULNeBkkSMzHgsnmivKzc4XpW/kbMtS0utanXfTRgCUEnTtg3PsjBiQGmlSL2POxC3sQ+pTAIgGWlXrSxpqSQaMc20H0Ud8/eVdbK3P8wjrEtietYoCw0igXdxGt1GAoGOOgPMl1yOV9IqLkJoQ7JKQvbMoZAVttP37PphiKe4VktD832UgKuhifcP89WzrkXYg6uZ5mPyfK8Gp7CZUivvt80VqnaNrcODCCl6fWd1W+ulO6WJCFCuItJ8oZ2FG/LzvVi/eq0WhRKJX7utz7Mra96lfHYXpK1ZAMmAbArjmNTqVQpFot4nkc+X6BYLFKr12k1G0RRTJwkOI5NsVhESsHw8BDveMc7ede73s3Y2Nhan3Mm/boaRQNfpVcVAUCj0WBpaRGtNfl8jlfccw/79u4h8P3uu2jyvHrLXDcJLtE4jsPY+IipZ++Lyl3fyh8ylVhrtGm1g3SR0iQI9m0f5w1bB7nBSsjlPWS51F3DLMc29zI1qkTqlWvXJsl5aYOgVMEqTRTGJHGCThTFnMPQYIGX3b6ZiYkiSZTgCIdECi4m89QaZ9k4v8QtC5IdLZdcKAijGD8KSaLEsDqmmnxZVvwacPqakqUVXAUhgKtJ1hUByJTBtSQCkwdgC8HBSpWN+TnOtzvYSLRSq6xRDabURAhkEnOi2Xp7WfDXu/L53wtepKkAmXTabcqDg/yz//ZhPnjXHRkhy0vSE4Ep/9vUv7FQKFKplMnnC7iuYRUrFvNcvDhDGEYkielIp9JErCRJKBSKFEsFbNvGttyVn+NjYParLf7fLxeAzwN3skYzpde89vW8933fj3/icR77xv3pVo3tuNhejijwScKwD2bV5IolvMoA8OJRCFkjIIBmOyQIY6QwyrZazLNz+wRbRysw30IP5PjbapFFS2JpjWXbyJSkhpQfBa3RtkVYzpNbbJBGQ3Fsi7xnU8g7oDU3HdqAJSU3HtqAVpozpxdxbIWFxBI2jSSk1jzHaFBjf2eMiXKBk6WEGTcmsCJsS6ZhAWnKEtNrkbDMCLiU8aZJQwbXmsJ5nmVdEYD1Zhp5tqKFyV8YcV1uHRhACEMUlJV19IupOE0NnTjGh0ID8dpIqc2w/p74en8lSYLlOGzYvt2Qg7wk/VIEDgFD2QYpJZXqANXqgEEAXJdKuYTjONQbDcIo6jL/CQFxHBOGIZVKGa01586dY3FpYeXnzAFPYYiArlaJgc8B5/o3Dg4Nc9vtd/De7/0gr3vLeymUh4iiAI1pUuN4OcpjG/AKJbRS3ZaraChUKhQzA2A1J8J1KV0GPqDjh4RxgpSSjh+zc8swt+7fiJt3qOYt7p0ocutQEWFZhrDNslCyL+E5DYtqIQgHSiQ5FxJFkijKJY9Xvnwb99y9nde+ehc37BtjYqJsDNJYI4UEbZLANZpS3qVcLLCgWpxvn6EwN8ntswk31XMUAkEYJfhhRBLF6FgZtIEs7aC39l6isVOWc47uCwG8JFdBDsC19iSySRajcaXkloFBvj6/wGwQYFnWKhRAY+JrOo1hySThZKP57oLKf2l7Lvc78Ys0GTCTju+TK5f5F//j9/iZd76D+emL6z2kq0lGMPB/VztZlsVAtUq1WqVcLlMplxgdHUUpjZ82u1FaoVEIBL7vY9s2g4ODzM8vcObMafzVTZmmMFn2V7s8CHwZ2AE4uVyef/mLv8p3vOE7ieOEVruDUhk8DGEQIm3Jpu3bmNYJC5PnyFcq6ESjhcbN53G8jFvpxQEM90r4wA8i4tjkfCqlOLh3Azcf3EAYwkLNopxz2TpcwLEkfpwY9kMhUVpjpScxCKciLrr4I2XK5wJsAZ1OyMJCm8FqntGRItKSJHHqCmVLnhQkcYJtCe65ZxcTExX+5q+f4sL5RWa9Gl6jxcbOMOPlIU5UNKdyAYFWuEohlWVaE/clCUIPARBr1GyavAReDI/5smUdzV7dfRjXkh1g2AsBBImGjbkcN1WraJHlAqyedGQJSQBxTFvrYkvIV2vYut4e+Hp/KW04xgfHxl5CAFbLRoyy60o+n2doeJhCoWB43B2LfKFAu9UmSRIcxzHekDSLY6fj4zguoyMjzM7OcOrUacLV5EHHgFPP54UIIXAcp4/b/FmJA1wEAsuy+IV/8+u85W3vwfXyICR+EJAkiak/l5I4ThBCMrppIwNjY0RBZN5HZWLXbs7Dto0PdK2sP9+uZOyrYAwApTRxklDIexzau5GBaoGR4TxbNpXxPNPFT6WZczsLNrflBHk0kTaoJ2kdu0bQGhskqhawtSIMYr758AXu//oZvvnN8wRBgufZ9PvfUhpj1bYl4xNlXnbHVl5+9w5sy0Yp8ImZDKfpLJ5m/3SLexbzjPkufhgThBEqjFFxAn3sqhkCoNYoEdSQFSm8ZAOksq5MgKCQ9FoBXyuSLWFaaxwpedngIN9cWmIhDE1Th7RaIBNNX9mHMD2rz7ba73CT5KsbPPcjsTnZC3sRV5HESUKz00HpF3dOxBqyC0MC1BXLsqgtLfHYY49x8uRJBqoVHnvsMaSQdHzfNAfK5SmVyt1+7+VyGS/nMTc3x8z09EqINMLA/9PP54W87/s+yE/9k5/kt/7rh/n93/3wlRyalUG+TAh5jxTi5Rpyv/Cvf513vOt7CcOIdrsNSmNJL1UAKcNoep3V0XGa9WY3J0JhFJfteV2jcy2P8XoUkRH1AG0/RClFGCTs3lZl745xwCjmibES0aCiVHJNTgmwsezy+vECY6LBY23F+QRCpXElSKVJPIf6ljGsOMZt+mghmJqqM3WhRqMZMjZaYnS0hONYaK3STn3GuMj47jdurFAqOTQbAa5tE5NQo02nM8lAWOYOf5ipcpEjBZ+aCvESG9e2UzRAdJkCZeqorVxW9UsIwDJZx14AGrToJmVkz+laeDa672esYWuxyKFKhS/OzRFrjUWfwidtsEEPZBRRRBMqdSm/YwL9d4nmmNLXHifCcyGaNJs49Vxfkq7kgf30xf/BZL4//vjhNGZtCF1c10WmHn+pVGJ8fJxt23ewdetWHMdl+/athGHI6VOnaTRqKz9nGjgKPC/W1/s/8MO8+7u/l9GxcW659Ua2bt32zAcZ2Qm8ArhLCnmn0mqL1mr0F375P9k7d+9l775DRElCq9VGpHHs0eEyY8Mm1h9FUarPBeXBYYbG20BfnTWmE6DIuP1fRFMve886vimXjOOYvTvH2LzBUE0kicKyLDzPoliwSZRCSoFlSYaqLreKAhsaIU81Ip7oaGaVqdSztSaoFFjcuZHK5DyFxSY6Toi14Kkj05w9s4BWioX5No5t6NMyNKbfBbSstD281ia5WkBAwnyyRKHeYbwzwHB5gNMVj5O5Dg0dUFB2WjIoEVbq/QsBQnURCnhRPebLknVEAIxqFAKEvnq7AT6dCMx1uFJy5/Awj9Rq1KIIKy2VoS8xpV80IJRizvdf7yTO53flvGMb8/mrkoHl+RbHcWjUavzyP/tZ6gurktNezDKGYf9bhpnHcbxWC9+uTE9Pc/LkSQ4fPszg4BDbt+9g3949NBsNzp09R6vdXnnIGeD4cznwv//DP8Yr7rmXZrPBrbfdxYFDh6jXlpid8bt5Ck8jg8B7gHcBB4ENCNyf/39/hY2btnL3K15DdXCQhcVF2rUGKlGUih5jYxVGhnMcy7vEieorFZOUh4aJogjLtlBJ2mp2BTesTilJr2cjNKt+yBIep+ZbNNoRli05tGcjG8YqZj96iXWdMGaxFaK1INBgew6WE7F1yGK44LC5FvBYM+FEqGkqsAWElSKLnkunUqc8u0i+6RPHmlY74oEHz2IJgW0b7FdKQRwqfD/jEBCmp0CKDBsmQYklbWKdUNc+QThLebHFHn+Q8XKJYyW44PpIlVBIHKRjmbfGsswZzULdq4C4VmrPXwBZPwMAgRQaIbrdoK+pNJwskqWFINaancUih6pVvjI3R6I1dpr4tya0LyVCKepRPORa1nftl+IrI657+MWYEOjl8yTz83ztLz9J+FIZYL9sZQX9rxCCSqXC0NAIg0ODVCsVXMchiiM6bZ+l2hLT09MsLMxTr9ep1+tcvHgRUOzdu49Tp0+SxKvMzFM8B/X/P/wj/5A9ew/Q8du86c3fxd4b9uN3fFqtNtMXJxFCUsgX1+o/0C/jwP8N/H1gc7bxZ37ul/jAD/4YXi7P/Pw8Fy9Oo+ME17YYGa4wOlymUsmnBrnqJuIKDZZtURoeQQuB63kolV6/1qaJjc7u7bW0+lyZ9CfIKaXJCh6sKKDdCSmUChzcuwnPNVwcdl8uzh1bCvzUd2xkrq155b4BNowXAUW9GVDIOxxwLcaLEVuWQh5vx5yPwU/AzbkkG4YJy3lKszXK8w3yfkDoR8S2xErrBR1b4rcjnjw8yaEbNwAQxyrN6jfMq6Ef4jgWrmujkIQoFlSDUsunGpS5zR9kopznZCFiwQ5xtSRv2aCzPADRJQCCtAOtNqGOF7usiwGQdQA0MI35UtdYCK4/ZKE0uFLy8qEhDtfrLIUhdp/y76IAK8oEhdY0oviVS4n+TktwOLzWbsJzIFlNcbFaJVibovbFKjtYEf8vl8vcdPMtHDhwkB07drBzxzbGx8aZm5tjauoiFyYnOXL0KOfPn2NqcpLp6YsEgc8Xv/hFvvWtb7FGCwofA/8vPpsBWpbF3/vghxgbG+d73/9Btm7fSRCENBt1piYnAeNZZ4l/7XaLl7/iHrT4Z+TzeR575GH+6i8/np0uh/H8/xF9tMc/8dM/zwd/+B8ShCGLS0uIRKOUolLKMTZSYXCwiOf0FJbuK3NTWuEVi1SGR1FxQq5UJPR9pGWjNbTqdeIwwMr47a/DV6+f1bA//EHQ4Z17c5TevIm4MsT+7cPESUKSoksagURz40aXG965i9lmRGlriVLRYdvmKou1DnOLHQI/ZtiS3Jmz2VwPOFyLOeonzIUKbVmoapEk7xGWC5RmlyjWWlhxTIJES2kSAZVmabHD8SOznD41T7MZ4NiSJNFMbKwyOJDn6FMztJo+uYJDzrLQ2qKlYoJ4gWqtw1Z/gOFSmTOVPGe8kLoKySmFEBLt2gbx6a6/WSLkdfjAr1DWsReAESkMWqNSHOBak+ylijTsLpe4sVLhy2kugJ2RZqx1HCDimJZm4GQQvn1zp/PZomU/+mLDAMI4ppUkL5os7MuUAib+X802SCkZHR1l165d7Nmzh21bt3Do4AH27NnN448/ieO5lCplqgMD7Ny1m5npaU6fOsnp0ye5cOECtdqq2D+Y8r8neJb8/0mS8EMf+ofccttNTJ6fYWpysrvArhX66nTavOzOu7nnNa9nZNjjd/777/cbAHuFED+gtR50PY/3vPf7GRvbwA//gx/HD0ParQ4qSchZFsMjFUZHSlTLq1uminShN6WQmsrwCAMjo7SWFihUqnQaTVP6JwTTp05x9qnH2XPbnd0xXu80wFJK4kRRP3WKm4c1N79lOwvuILWowemzPjqKUFqTy7mcPjfHzBNHeO32PBu3DUDSpD0zhaqOMDZaolT0mFtoU2sEaEuwzbYYzUdsqYc81og5EyY0A0FsWyRjA4TlPMHsEqW5GrmWD3GCti2EJSlXcgRBxOSFGkmc4LkWQZiwYVOVN755P489fIFvPHSWyfNLBFGEY0tyOQdtwYJq0/Z9BqMWB4MhRkt5ThVtLnoRvogJI00cxiSJTg291EBUGsu6fp/15ci6GABZApMQAqmzHIBr+EEIQYImJyQvHxrmcL3GQhBi23ZadtTjBli5KHooJn3/7kcs+cHbS8Wf9ZWKkxdJQqDWmrzjoEull/C45bIZw//fnQZZLX+hUMRKW7c6joMfBCzVlgh8H9CUy2Ucx6FULLF582buvfdevvKVL3Hf/fevVf9/nm+j/O8Nb3ortuMwM71AksTPqDiFEAS+j+8HRGGBkZEx3vPe93Phwjn7a/d9+S6t9c2O4/CDP/R/8dM/+4sIy2JxYQEVxWilKeU9RkfLjA9XsO3l9d+6z4HoJZcJcoUiTi5HrlhiYHSM6TNnEEJiOzZz58/x9U99nF23vMz0vL8O37v+drJCCHy/w5PHzhE8+QSHBiWlgksrTrg4N4/SJns+0ZrBap4jx8/y2x97kL/ZUuYn3nGQgxsqFGZOUg9atCtDFKsDFAtVFhY7zC92aHZiCrbgxpzNxkLIk7WQx1sJF+OEUAjinEe4ZYxOtUhleoniQh0niMgJWJhvce78Eo4r8TyHJNHoRCOFYHyiwvh3Vti4ZYDP//URGkttBFCvddBK4wmHRMKsrlFudtjoDzDkD3Cm7HI0lxB4Mc0wwO9EOK7sux+ZwbfeT2n9ZH2pgHWaIb8iVH4tPY8sEVAAodYGBRgY4Mszs8RK4Uh5SWxRmyAXsUiseaXvnQnDV5Ys64sly3pReMTSksS+z32f/jThMyeHvZhkEyvq/13XpVypUigU8DyXfL5AqVSkVqvRarVMcmAUI6WkUMjTaDQplyvc+5pXU6mUOXr8OOfPnl35OaeBySsdnG3bvPJVr+XXfv2/URmo0Gm3rtiAb7Wa3Hzry3jjm97CJz/x8eLX7vvyNsuyct//Ax/ix3/652k0W4RhSBzHFGyLoYEi42OVVV5/l/0tyyQSLKv1ajfqNJYWKA8OMbxxCyr5GhqN7Tj47Rbf+tu/4fUf+BAT23cuK9e9XqTbylxplpaWWFiY5b6vP8q2YBE5No5WGl9phGvjpHFyqTWJEuzeNsqhg9v49P1Hmax/k3fdvolbtg0g8+c5k3hUNmzklkN7GBoapFhwWVjqsFjrEMiEESvHy3MWWxoRj9UjjnQSlqKYSEqSaomwmKdTKVCdXqTQ6DA/WWdxrkW+5KXJmgmWFMzPtTh/doGNmwc5cGgD1YE8nWbAxckan/3k4yRRjLA1UgHapi0TOsks1aUm+4NhBotFHOmRhIJOHGOHkiBIUIkyyYLQ7Q/wYpR1QgCy1rk67SMtSLJykGvsBezPmFWYioBXDA3zZK3OtO9jS9kjA1rj2rQQWEox027f9q0k/uCdpcI3t+ZzjRdDu+BcPs+5U6f4dz/x4/j+Ku/0xSoCUwK3sX9joVigWq1SKOSNh18wDYDOX7hAGAYkShMnPRa8OI4ZGMyRz3vL2N/6xMe0/73yxAsNv/yr/4mBwUHa7WbaKfMKL1IIVBJTW6pTLJUqN91y+8G9+w7wUz/zC3R8nziIiBNF3nMYHSkzMVbFta1lxy87X5bipfuMAymZv3CeyWNH2XfHyxndur3XoU5KLNvm4unTHP7KFxjL/ncdhgCEEDSbTc6cOYtSIbVaB7sgsaUxoFxL9HXIS7P/g4jhgSI/9n2v4OCecf7qS0/x7z97krGiTckRTC11KA2W+fvvfSXvf+/ryeXybBgvUS65zC20qTcisCTbPZvRvM22esAjjYQzoaITKkJLEk8M4VeKVGYWqczXsVod/LqPcCTSEkgk504v8Gcfe5i779nJDfsn2LCxatqvC5DSJHpqRZrcKiA2iYU16dPuXGAwKFMNhtHlAp1igudp/DDCD2NymJ4FGQ9BlyXoRSTrlAQoQCs0phbUQpAYLXlNZgJImcFKkiDR7CoWuXVggM9NTxMphQdpTeoaVQFCoJUiUYqOEHcHSr3TEuKjl9Xh6hoXIQRSiC4b20sCGP7/A6zk/69UqFYr5HN5cp5HpWJ41ZuNJlHYz/8vup7zwMAAvu9z9tw56rWllZ8zi2EAvHRN4SVk7w0HkNIiSb7twtVSs9ncsnvPDa/9vf/5F+9UWhD4IVEY4QgoVfJs2jDIQJrhfzkiBGmWu8ZxXZZmprlw5ElufNVr2bBjF67noZMEYVlIaRH5bU4ffoQkjnBcr3sPrxfJriUIfIIgwHMtwighjlUGX9LuhMQyxnGc1DhKwzVRjOc5vPW1B7n71m188/AFvvboWU6cnyeQCbITcnF6niDwyeXyaK0pFV0KeYelesD8Qpt2R1CqSm7M22zKBzxRC3m0kzAdKxKlCfIuc9vGaQ+WGLi4QGmhiRXGJklPSrTSnDo2y8xkjSdvGGf/oQluv2s7hjPMGLy2Jdmxe5h8wePi+SUWZxpILcGxWFQN6vUW7UcaRAsT2LeNEApFGCddqNlxbNPEyNyw9XlQ6yTrhACAMmYXUoIlsjhevyV67UhXWae1plJKXj48zBP1OufabTzL6tUl9x23jB1QKRbanX3HLOt9e5LkL4DmC34hL7BYShGmVMAvSVfGMeV/3aniui6Dg0MMDg5RqlQYqA4wMTEBCIIwMJnOSdZyStDxfWzLYnzs/8/ee8fJdZX3/+9z7r1zp8/ObK/aXXVZltx7t8EG0/kGCJAQSCAECKnkS/JLIJCE9ELyDQklhdAxJRRjMBiwLVe525KsXlbSavv0css5vz/uzOysmrssyft5vVZldm4v53Oe5/N8ni4mp6bZvXs3lcoRKZY9PIvyv2UrVvFvn/simfYOarVnn7ZRGksp/Xbl639QGlNKA+Ur3JqLLQWZziR93SnCdt2q9xnNzOt9N6TEc2pUisGj1Dk4RCyZolwqEjKNZumx0xJ9Op0Gfwg8/qWUxGIxEskErlOh5rpMF6sQMiiWHbYeKBEfThCNhGhU4jYmNJ6v8KqKeCLCNZeu4JLzR5mdLZIrVojYFktH+rDtyIL3m5SQaQsTi1rMZavMZiu4QtDZbnBxLMSSbJVH8y5bqoqcp5BCUErFqcUilNrytI3PEClUEEohpCASsfA8n0ce2MeOrROYhkFbJhp4CLg+7YNtvOoXzqajM8GBvbNs+PFWtm4aR7k+pmWgpGLSnSa/I8fcTI5UVxuRuIUj/IDIGAJDSJolaS8hvIhOgAJQ9TIhgfAVnIKz/8MhpaSmNEtiUc7NpJmsVHF8hWXIpgVn00mwZZavtAalxYFq7eoNc9kPLYtGP6p4xpHVUwKNxywkDPaVa4Gn+CIaGAIGWz8Ih8O0tbVh22EMKTFMg1AoRKFYoFyuYFom0jAwTROtNU7NwbJCZNIZNm/exP6xMVz3qP7/R4gCjgUpJUNDw/z7Z7/IwMAQlSMFhU8XIa0JK6Xf5Pvq73ytI1qD67jgKyKREAO9bXSk40Got45nNDDrYCrhuS7JTIZ0dw8AbV3dtPX0kt+yGTscCWaZQhCJJ067gb+BRlojEokwPLyEfHaGRDzG3Y8f5JJz+hk7kOOhPRUuGerDNCS1mtfU4zYFlgpqNY8aweDe0Z6gvy9DKtVGZ2cXdjg8T9CaaRSNHTLo6oySSISYmamQL9QIRwUjYZOOeI3huSqPFHx2u5qa56OlJNfdFmgDJudom5wjVHERBkhTYkQtalWPn/94K6vXdmMIiRSBQ2EkFsIwJUNLO7gxE8H4lmTzg2MoL/CCMKTEEz57svtJ5OdoT2aIdSfwOjSu4YMRdCjUL7F+wS8eAah7NQshMNAYQuCeokLAVmit66V/govSGTZlc2wvFDB1y8NxjOWk9qm4bnTctq9botR3tRAPnuj9P1HQGlAKV720HringVUcVv+vgampKe677x4eefghksk4P/nJjzEMA8/zyGTaCUciJBJJTNNCa01bWwpDCiYmJpicnDx8Gy5B+d/Tzv93dXXzqc9+gZHR5VSrlcDL/Rm20A04rv5VpfTv+UpllNIxpTXa8zG0JtEWo78vTTwaek4DcsPozXddMr399C1bAUA0maJzYJDdjz8WPIuAlAbRRPK0JgANRKNRImGbKy9Zx/dufZT/+7n7mS26rD5jCYlIqJ5G8jm8R5yUEiECzUTYDpNIxEmlksTjMaQ0FmxnXlXfeNcJYhGLcK9JMhFiZq5CueySSoVZFw3Rm6uxZbbK4xXFuFL4WuDaIaYHuii1xckcmiM5k8P0fLRhYNsmM1NFHri7gvI1hiHxXB/lzYsdU+kYV7xsJXOTBQ7smcU0Ah2WFgbaVJRUiVquSqqcIJ3PYPVF8dKgTV13IXzp4EV1AgwIpkYSCDrwgkYep2pIuMG2pRBUfUVPOMyFmQwHKxUqvk/EMJr9qxvfb11WAMJXzFaq52z03PcP2qF3DUYiLf2zTn0IDUXXY1e5Rq3i0Y5GvrSeueMhQkAA2lo/LBYKbNm8GaCZozZNEyklhmEQj8fp6Ohk6bJlDA0tIRyOctb69biey67du8jnj/AA2E8QAXjat5VpWYyOLsd1naMZCj0VhNboYPBXH1eKDqU1vlJ4ro9lSHp62ujqTGKHnvsrSRDoagC6hobpGV0GQCyZomdklHk3OI0hDSKJZJBGOW2esnm0vmuC9KTBuWet4Iwzhvni125HmgZvecu1nLF6BdWaQ81xmxMUIcAwJIZhYZom4bCNaVoYhoFpGsfZDjRuLVHXdhmGoC0VJhIxyeYd5rIVND59HVHSMYvBuSpPZGtsrimySiANSTkVw4mEKbXFyByaJZ4vB+9MKahWPCxTIAVYlsHMZIFkWwQpA++V3qEMS9f0MHkgh+8rTNNAaI1E4guBJxQ5L0d1okxbqY3EQAbdZ6FEcN+cfnfC0fEipgCAutezkCLwkK7bcZ6KOgA4vMZf4Gk4t72dzYU8D8/OzdcZH6ssEJBoHM8LTxvy2k7ff4eAz59q5+F4kICvoeD6lHyxsNPNIgaAlRx26/u+f4TgrrWlby6X48CBA+zYsZ14IsHwkhGWLR3GtAzGxsYoHxmu38EzqP9vb+/gE3/9SXzlo55hxEYIhNZa+4p3KqU/7vu6w9egfR/tKqJRm/7uJO2ZeNBv/tk++S2LCSFwXRcrHKZv2XISmeAuiySSdA2NYFpWoJlQGmkZROL1CIB6dps+mXG4C6BSirAd4oPvegW2lESiNtdffS5t6QxKqfo7at7nNIjqy6NGSFrfdwsnM8Gyje80SIEQYIdMOjNBk6Fsrkoh7xKJClbaJt3xEINzVR7LO+x2fCpSoiyTXFeaciJKeipH++Qc4aqDrnf+M02DuakS3//6wyxd2cXFVy+nvSsBQFtbjFDIpFz1SIU0S1EkBOxTkgNKoqSmhsNUfgpnt0Pa6EYsrU8+Vf2WOs3uh8PxosqvW/23DQGGCAZNToNSHAHUlCJtmVzS3s7eYolZxyFqms1Z3NGETYEWwMf1vL45O/ROS4jbNOw/lfsEBMQmuL6N/L8hBOZLZ+ofIsjrZwhOxxxwgKAUrxUjHBb+l1LS1tZGe0cH3V3ddHR0ELJMqtUa+Xye6ZkZJienmJ2dplQqUSqVmJmexvddVq5axb69e49W2rSbwAXwKTEwuISP/dnfcvU1L6dQyD8TMZ4gGPu1r/TblNIfU0r3+UqjXB8DSKVj9PS0kUrYzI+8z/KeqC/W2D/PcUl1ttMzPBrM7rXGME06B4aIxBN4rgsEn0Xj8fqb/lScdjw9NCKMjbLldWuG+ZPfexOGIeloD5oASSl5qtjr4dVJT8f8aX6ZRhRCEI+GsEMmsYhDNl+jUnFJp2zOjZr0x6tsnq3yREkx7mlqUuBHw0wNhCgno2SmsrTN5LFcH2VIqlWPYq7K7ESB2akCq9cPEE/Y7N46ge8ppCHpR9MjwAI6DEVCCLapukeL6ZMrZjH2SuSZnfX9rusf9FMf46mMF90IqNEXQIqABHhK15/BU6s5UCvmbUmDftlrUynWtbVx+9RU0C64bhF81BurXlPte555qFY75xGtP9humn/QYYeabYVPFWitiRgGISGYqLkcqjoIoCtknfbMug4TuAy4FljPPAFolODtIlDi7yQIyy8HeltXkMlkOOecc1i5ajVDQ0tYsWwpvT09HJo8xIH9Bxk/NMnOnbsY27+PA2PBT9V1eeCBB9iyZUtTnd2CMoH/f/bpHEDICnH9K15NsZh/JqF/qdFKKd6ulLrYV/qVvtKDWmkcx8WSku6uFJ1dSaJh6+mu86ho1G9r0SIglgLf06TaO+kcDPiUVgphGKR7+0hkMkwfOIAQIE0TOxan0Sin4VB6OuLw1GNPd7r+iyMH9gaO6CPwLM7N4eugniKwTEm6LUgL5PM1csUaWkoGOyTtMYvB2RqPZWtsr/rMKY1nSLxMkmo0TDEZo2MySyJXwhQQioZwPZ/tT0xwaF8W2zYoF4MomWkIYloTEjCrBWmt6ROaaRTTWhCSJp7pkctmye+Zgwt7QQq0YoEQ9XTEi1yAHXBSHZR8YkiBUI1M3Kk6/AfQOtA2uBripsGlHR3sLBbZWy6TMIzABfCoywV/SzS1mpPYqnjLypD+SSZk3QqnFgHwtcYEokJS9hT7SjWECAjASwBJ4K0Ene3WETS7aYVLMAiPE8zIdwFnAfHGFwzDoKenl1Wr17B69Rr6+/pZe8YqhoYGeWLTJrQWxBJJ4vE4ywb6qF18CfsKZbbc9RO2bNpCqVQ62n41/P+fsv6/t7efd777N8gXcs2c+tOABJTyeb3vq4/7Wo34CrTn47sK27bo607S3ZHEsgyC5188LUJ45CBVH1gIBnikgcbAdzW+B8nObtK9fQuWjaVSpLt7mNi7F9MyMEwLOxptWd+p9IQ9e8wTQ9F0VDweni9SJIQ4wu0lbJvYHUbgH1CsUSq7hKXBKtuiO24xNFvj8YLLPsejrCReyMTpTlOOR2ifzpGZyRMpVwlLgR82KRVrFHOKUMjEMiQOUCGY/ec1PKklS6VmSGoKSuApsAwDx/MY2zVOdnyItv44L4V74UVOAQT5pWBmITBlIw0w36tpPnh06mDenzzY74qnWRqPcWGmnUOVClWlsA0D/ximI1oHalYhNFrRXRLy9y0hHpUw4WrNqVAeKAGzbvSjCJo+WfKwF33dBKmSz79Ie/mCIQy8DfgjWtraHgYL6Kz/rGv5vHlppZDUalUmJibo7Oykt6uLWCwGCHzPR0pBSDl0pxM82bOcndFealaSvrblpDLf5sH7NlAoHZH/30cQbXhKDAwO8a73vJ/c3NwxZ4gtEIDWWiut9Ct8pf9OKT0SqPwV+IpE3Ka3t42OTLxpoQ1PL8969O0HidrAUKqRuy2DcvH9QPWfaEvXtxFsJBKP0zEwiLrnbrRlYJkmVijU3I9GuuB0jAIcITo+wcfY3F7L3K41shCPhwhHTPKFGvmCQ9WRZCyD86MhBrNVHpursbnsMel6OFLixSNUIyGKiSjtU1nSc0Vsz8MKmWAaQdSnPrZkCdi2SxACkwI6BYwpmK6nJYQUzMzkGds2FRAA8Uz9J049nDQWbFqDAZgSPD+weHwWDqMnDZo5fsBHo5Fc0J5ha7HAI3Nz2IaBFOKI42sV0KAVnlMLHTLleXtrxq9FBX8RMwzihnFy35QaHK3IOh5aQa8dOvrXPA87Hmf9q1/Hoz/6Ab5zRK36qQgBnAN8kGMP/k+1PACe7wUivnKFPbt3sWPbNiamJujt6WFu8hCGgGJmkIdVnPusYR7ZX4DZOfqj5/CW6w3G9+1g644jtH7bgImnsyOe51F4+uRMa62vVUp3+776uNJ61Fcaz/Ux0bS1NfL94fqXn304Wet6glDI5tmqlnPMHXqCSuFhRs5ME8tAe28YXzs4jofrVAjZEUw7TFtP3WVZBRqABgE43V/2JwtadQHz6QGAwNUv0xYhFrHIFWrkiw7CEAzZJu2xEEvmKjyac9hRVeQcj5ohmW5PUoxHKCZydE1lSZSqyKqDbxhoKTB1EPo/oGFIatq0xiYYb+IiyMc1KhVcx2NibIa1ahhxquVcnwVedAJw+ENnSIH09Sk5829F64xFCkFVaTojNpd2dLC/UiJbc4ma5jFMcOZraaXW1KrV9MNK/XqPIW5bGo3c2xMKBa2GT9TBPFNomHUVB8oOZUvRFz46AfBdh3hvJ6/8o4/y0C03n+CdfMEQAV5GoOZvIpVKsWzZCqQhmJ2ZIZvNks/ncRvWa0eB1ppqtcqBA/s5cGA/Gzdu5Ee3/oj+nm5WrD8bseYipnqW8+NxF6YOkpiZxqi55CJJ9HAHVmg+62BZFkqpmu/7TwCzz/dB+0pfpBSfVVqNeEoHrn6ejyUE7ZkEfb1popH51M8z8/XRh81eofFmKBXnmBnfzr7NP2fPEz+iWjjE8Po0ncOSVI9HrjCHstK45Sx21AOtsZNptGHg+irogywW1rKfrj0BTiYcXVswTwxs26TLNuu2wlUqVZ9YKswZUZPeeJUnZ6s8WvAYcxRVpalYJgf72ikmY3RPztE+mydcc4M8vilxhGBSw4jQ9ElNXguqut6GXksQGkMKPE+RmyvhVFzsWAjFKd6p9inwohOA+d7MQTjcEuBKcIKC+eab4lS+BHWlA44vWNeWYkcxw08OBX0CzHob0sPROHQFEPQK6PQt6y8NId4OHAjkSic3pOApa/yV5yG0Zt2FF7Fl4324p34UoAO4gJZb1rZt3vSmN/O2t/8yoZDNnj272LZ1K9t3bGf/2Bj7D+xnbnaOaqVCpVo5ZrhdKcX05CRWLIU1fClPDl5NfleR0P5x7HIFT0HVMAhpxfTkBPnc/Ow9GolSq9X2+b7/KM/C//948H3O8n2+qJQa8bVG+T6eqzANSW9Xkr6eNizLOFY/rKfEQpMZge/7lIpFJvZvYvcTt3Jgy88oZccxQ3FCoTQan1A0QjjRgZA2yvfwlY/nuhhWCBmK4Hga3/cpV12KlQq+CixpD6+bXyQBLyyOJTJs/D8eCxENW+SKNXJ5B0cKOjpMLoiFGJyr8Nisw6ayz7Tno4QgG49QiNrMtMXpmZilLVfCcH0MCTnD4H5lsEIoOoRmoh4ZMEVDdx4M9bVaEDWyY6HTevCHk4AAQEutKMGFsKSoO8Tppl/3qYwgny9wlSJuGlzS3sHuYpltxQKJFtOjo71wmmkE1w3Pmtb6gtLvFkL8pSFEjboe4GSAIHi5S55ZZMJxHNrSaf7qs//BL19+EdMzz/vk9ERjADhjwQcDg7zxjb/Aeeedj+M6jI6OcPllV1Ct1ZienmLv3r3s2bObvXv2sGvXTnbt2snMzAzVapVqtbpAfZ9KtzN8wzu4U4/Ctv1Ep7OgFBWC6NmSdBQtLWYmJym3tFgul8sorfYBz6vgwvf1Gb6vblJKL/WVQimNdhV2yKCvL01PRxJDNmbWz24brYSoVqtRrrrs376RJ37+b8wd3EY4nmJw1RVkBs4kZMeplbNoIekcOodINI3vVpDSxAyF8dwKlfxBwnELsImmJOXSNLlCkZBhEI1GWpp7nd4v/5MJR1QK0GpeBOlUuO4d4JAvOdgyxJKIRUe8xshMmYdzDturUPQ8fCEYTycoxsOsz+Zpm8pSzlXQnk9OSh6XkojQODrQBJiioTmbv94LKhZO49vgpCAAQcnw/GBn1hsEuTroTd1gZ6fqtWgIboJUAIzEY1za2cnBaoWa7xM2DHwdNMU5fPYXtEoO8lWVSjn9BP57h+zQnUnDuE0TiCZPBvg68DDwtMJ8Frw5FA6T6e1nNptDPfcucy8WDILQ/4JSvhUrVtDT00e1WqVULoEOFP6xWIx4PM7o6DJAUyoVmZ6a4tDEIfbv38+2bdvYtvVJxsbGmJqaJDs3h0p0MR4aRuw/RCQWQ6ngRRa3LS4abuPqVd3ctSePf0gvSC+5nkt9v15P0Gr4AEFFQIHgPfiMT7rv+8O+r2/ylVqmlA4az/gKO2rT15+mIx17Xp9XrTXFYpGa42FHkixZcw2Dq68i1bWMVOdy7FgmGDTqwi+NRnkOIDDtKK5TZWzTj/DK93Hhy0fxfUW8LYRX24tTc6j5HoZhEA7bz6nsbRHPHq1EYN5EKDAnClkGne0R4jGLuVyNcsUl2RZhbcyiZ67K6GyF7UWPGR+UUHTHDFb1dLPk3H6mdk+z6/ED1PI1XAs8Iyg9rzdrr09ggtSrqDeqeyngpCAAgQdH3amKQEEeMiS+p5pfONUZeSPF4QO+FpzblmJnoY0NU1MoKQNyUw9Dts6gNUGJZIMcVT2/++e5wie6DONNfSFrb38kTOgYaYQTBa0h57ocqLrsq9QYjIQYiRxe9XZsuK6LlYrxvn/9DB97yxuZGz/4Au7tC4oYcCaB8Q8QDPSrV59BPBHHcZx633Lwfa/psBZ4rQvC4TBLlgwzPDKK57mUSmVKpSKTk5Ps3rWbPTu2sGmqxp1FF8uKcNZAG71Jm90zJS5YkuHMgSTJiE2xNof0/KO9xFYCHyLoNLkf2ELgR7AdeIDAj+BpEQFfMaR8/R1f6dW+0ihfI5VPLBamv7+d1DNo4ftUaHTYVEoFP75Lon0Jqc7A5CeoJvFRfpA+atBPpRVSSIxQmHL2IDse+iZjm38MlOgejOE6FXzPoZw9iK674AXXJdzc7qn8zjmVsSAiUNd8NMoWoxGTcMigUHLIFhy0gO6uOKmkzehchbmig9KauCXp6ojR2ZOkf7SdvtEOdj24jwM7p/FcH2kZ9QG/fp3VvOpcNHKXp/nlPykIABDUxdddALUAS4IrBW5DC8CpHY1phhW1puZr2kIWV3R1sq9SYW+pRNw0UdRz/ocdaTN3KoKc+aw01kXhTzxtfphn0NDlhYSvA9Ojou/jKPXMrlP9BZ/p7UWeon0g6kgQGP40EYlEWLFyJfF4HM/zoG6v2pjhaK2bNr8NMtD4icdjJJMJenv7WLv2TGzxKn6+eYzbv/QoypD4Gs4eSHLJSJpIyCQRNjmUr3IgV6PbceDI2n0DiNZ/ugjKD6tACdgKfAu4CTgWAxOAUEp3+r76hu+rdUprlKfQviLZFmNwIEM8aj8vJ7O50WYoWBIOh4N+BL4fDPRCo7QCreqmQKBFoy23CVIwuft+tt//Vab2P4bWfpBS8zTx9CChWIbO4QtAa0IhC9u2F2x3ES8uRH1caMjCG5dEGpJkwiYStigUHQpll7AUDEYs+lwfX2lM0yBkm2hfoYFl6/voXZLmoTt3s/exMarZCoYpMa1GHCCYZIXCJlbdoOpwz4LTDScNAQhIXotynkAL4KmFopxT1UKuGVIMpvNUlWZZIs4VnZ18o1rFUYqQlEEqQByZCgjWEfyhXceeNaOvHUbcKzVfAGon9miOhCAQ/DVq/58ptNY41eqpHP6HwMZ3uPWDgcFBBgYGkFLWB/rg+gppBudJBzPVIM+vUSrw/Q/SRnWXTBk0XwlHI8TjQU7dV4otB/Mszdi8fE0PrtLUPMVcxSFX9VieSpFKJZnL5QC49qyr2Tu5jx0Hd7bunklgPBQHugm0C6PA33OUVsFK06OU+qrSpJRS632l8H2F9jVd7QkG+tqIRo5e8fFc0Fo2FovFEEJQLpVwPQetNEKKZjSlEb2VUmJYNge2/ZzHfvwvFGcPIE0TDUQTHQyf9Rr6ll+JaUUIJ9oJh21isWizpXJju4s4CVAPy7emBSC4PqGQEbgJRoOywUrFx5SSUCBIAgSOowiFZKDyF4KulV30jaSZ2zPDzkcOkJ8rEbJNlKcQCroH2rDDVr3c9PS+B04aAgA0HcF03QjIkuCJwE0v6N3NgsqAUxGNl4unNKaUnJ/JsLdY5I6pKSwpmwYpwSEePeahfF8Ua9WOJ9Af6g/bD7UL8ZADzTTAC1khIBo/Yt7X338etqZ9H9O2eflHP8G3/u/v4Oazz3mdJxghgvB/V+MDIQQrV6yiv38A0BQKeSYnDoGARCJJLJbADoWCWnQreBR9f54MaB3Uj3ieh+d5lPCp1qqB+Y0UFF2frYeKXDjqIoUgEwth10nzRRddzGvWZNjy5DZ279lNf6wHz9aMze6nVj0mX2wH3gXkgL/2fb/UeOSU1l1a82Xf11f4daMq5QVGPL09Kfq7U4TtF8bhsTUXLKUkFoth2za1Wg3HcZrnpyGWbE4UPBfDjJDsGsUKJzBMi3hmkN7ll9O79CIisQyWZWAYYBlBZ8XWAWYxBXBy4WgVA43eAtGwiWVKymGPUsnBcXyUH7w/LUuSSISolFxqVY+hwSSZtijemm6GV/ew5d5d7N8+jad9htZ0sfrC4aY19KIV8AlEY/BvQAoIGUFtptKBYONUTgM00Sg38TRtIZMru7rYWy4HNsGmiasDEZMUjdaah0ELcF2mNSvuyxf+vMM03xE1jKmkKUkaBgnTxJTPf/WE1lDxfXKeR8FT5D2frOsxEg0TN55b6D4gfYLlV13HB/7+n/jqx/+E8bGx52nPTwiiBDPoWOMD0zRZtmwZHR0daK2Zm5tl1+6duI5DOBzGDkeIRqLE4wkSiQTRaBTbtjFMqx4BACnNoBxUqeBlVCeHWgemKf3pKMPtMZ4YL/Dz7Qc5lK9RqlQ5e+Uarhg9i6m5PFNTkxTzRS46eJALNl/Izp07OTQ+zsHxg+wfG6unJpqIA2+IRKI/WX/WuXdorVFadyjF532lrwry5BrtBhqGvt42+rqThCyDFwqHl+QJIbCsoEVtJBLB87xmx8SGTqChmelfeh7dAytxKnlAEU22E0/1Ig0LlIthyHraSSwgGo3tLOLkw9EqBqj3FkglQkRsg5rj4XkaJNiW0Wx01NcTJxIOWmmHEmGWruujozfB9ME8nuPTOdBGpjfZnISd7iTwpCIADTQeQq2DioCQIah6QQTgVK/PbZQ7QjCOOz6MJmJc093N1/bto+r72IYRNCY5yiEGObHABc3wPHZVqtfnDPP3u0LWJ9BmLiIlphDYL4BRkALKGsq+z7TjMVnzOFCtkbZMUuZzz/tqpXBKFa58zWv54ac+eaoRgAxBM5/mVUskEixdupRQKITrOuRyWXzPY2BggEg4TDabJZudZWZmCsMwCYfDtLd30D8wVNcMuHiui5ACwzCxrBCmGYQmZf1ZmKu67J0t8dDeGb712BRam7xqbYbBpIGvNMlkkra2NjSatevO5NLLLyefzzE5OcnBgwd58MEH+OEtP2Dnzh2txzISskNXDw4N3+H7KuP76t98X9/gB34UaNfHkAY99cHffI7k7+niaJ3oDMPAMObJR2Pwry+ANEyE6Dja2sCYj1g07btfIurv0wnzEdMAoZBBKGQ0I0GCILIWCoWa6cnGZRYCUp0JUp2JBes8Osk4/XASEgDR/FtrXY8CSDylqBO6UxqtfQKkELgaDATnpdPsK5e5bWKCkNZBNUALCz2cDai6oNDwlXIt+S5Dyj2WEP8toNJIATzvEYD631IITCGwpMCWEkM8v9GGYi5Hae6U8wNYwmHufz09vSxfvgKEoFQqUyjkiUWjnH322aTTaQqFAvl8nnw+z/4D+zmwfz9aa3r7+jFNk1KpxMED+6lWKySSSWrtacrloMGPNASWIXl8f46JgsO+vEcsHOL167p559kZUhZkCyUaaSQrEkKKQFiYyaQZHh5GSpMrr7wayzT59Kf/jUql2Tcg6nt+ZzY311H39P8/ng7c/bTvYxnB4N/bnWrW+L8YONpM/egi0pa7s/Estcz0j4ZTdYLxUoI4yjVsvScWOMw2SGo9nTxvQFcv/TuGIdHpjpOOALQOeAKajWRsQ6B8Xc/LnPqhmWauH6h6ELdMruruYl+5zPZ8gbhlIbQ+YmBtLNN8kfm+WXTc9JRp/EaXMHca8GNOfpPAY6P+AJ77hjcx8/n/ojRzUhQ5PBUMgtl/f+MDIQRLlgwzMDCIEIJSqUi5XKazvZ22tjai0SjRaJTu7m4gcAucmpwkEokQDkfQGoqlImP791Is5IlGY0ztt3lyTlN0FSokkQKyNUF2ssqVKzu5diTK287qJBk2qDh+MFvXGiFh+oFDhNrDRPtj9S6BgkQiQUdHO/0DA5jmgldBNZFMDZx1zgV/7nnqHZ6vUL6P9nzCIZOu7jZ6u5PPSuz5bHFUgywxLwx7BmtqrOC461/EqYHDewk0cLihUOOzQLvUmuY5kki8lNJAJx0BgMZJPyy/I4NSs6pqiKMavzl1NQGNwVzXDYL6wxFe3t3NVK1K0fWIGAaeOjrRCepWgzSCcBxjUoo1MSl+u9Myx0whtpz4o3l+oHXgl3Dtb/4uP/vO/8KpQQASBLP/pgTesixWrlxJLB5H+T7FQgHP8+js6iIUWqiUV0pRLpXQWpBMtREOh/F9j0I+h+u6DAwM0t6eoZzPkq6VWN+fYOO0oBayWNMf4ZJeg3dd1MtoW4hyzWGuqDENE9M0gxeeKSjvyYMP8cEUWvhorVDKZ2Zmlj17di9oHZxIJL1ffuevX3r5Fdd1FIpFPN8H1yMcMunpTdPTlXzR9biteoBWBPvUCOfPv0dO9dThIo6P4LK2lk4fVj12lH8vXP74/z9dcVISAGg8yGLBTDkkBb4Brjo9HuiGHqAR7lcI1qVSHOzs4vsHD+LVj1sFKf+FkUzqPvsaEALp1IydWr8iIeW+zpD1BzHDzLv1CIJuWQaOkdcS8yUv80mYhuI/+H/NPzGBBa011WKR8y69jI0zU+Sy2ROy3eeAdha29CUajbLmjDMI2Ta1SoV8PothSLq6urCshWr5SqXCxOQkQUvUBFJKarUa+XwOKSVr1qxh+fLlFPJ51pUKLD+jwKfvm2I2X+SGUcWr17aTSYcpVWqMjY2Rz+cIRyJBpUE0jh0OkT6vK6ht9oOyORQYhsnk5AQ7tm9vKuijsRi/+uu/GX/Xe34znsvm8JUC1yccsujpTdPblWzud8O642R6AlsHgsMHhVP5XbGIZ4bDWx8f7d+LOIkJwOEDvNIaQwhsKfCVRtXz5Kc8CYBArCQEntaEDYPLOzsYK5d5cG6OiDBoVgQeA1orNALD83g0X/z1NtPYvioa+VdXq6pEYIiAZDQG9EbotnHWNNRbqweGGSrwU8HXwSe+DlIxCcM4IS97rQNb2T/427/jw5uf4KEHNp6ArT4nDHBY/r+7p4fR0VEs0yJbnSWbzaK1olIuUywWsSwLy7KQUlIqlSgUCkSiUeLxOBCQglKxSDQSoa2tDYBEMkkimaSnF9YPpLjttp9iUsAwB1BIXNfh0Ph+pmdmCIVsLMskFLKJRqMkEkniIkE0HyUcjhAKhTAMydjYXvbtC8SW4UiEX37ne3nv+3+PXDaP5yuU5xG1LHr7MvTUhVKtM/9T98lbxCIWcdISADicrQUlcZaEiCGo+Lqp8jzVSYCuj8BCCBytydg2N/T1caha5WC5QsQwg7aVQgSWwoe9dpsz+vosbmOu8NEd5fJcXMgvRKV0E5ZJ1JCEAFtKQoaBKWTwEq+X33lK4yofF03NV1Q1lDyfgudR1Jqyr7ihPU3sBCm+IagK6BwehgcfOCJnexLBAlbTUv8vpWTlylV0dHSilI/jOIFcw1M89thj7N23l1QqRTqdobOzg/3791OtVuns6iYcjiAElEpFKpUK/X29JBKJIzaaz+epViv09nVgh8MopSiVS5QrZXp6ehgYGKBSKTMzM0uhkGNubgYhBLFYnCXDS+nr60drzZ49exgb20vItnnrL/0qH/ydP6JYLOH5PsrziVgmvf3p5uAPp7QNxyIWsYgWnNQEoIFGTXQwvmksAxSCqq/rddEtNbycerMSKQNyo5VGCYHja0ZjMV7R18eX9+zF8X1CpoHvq0DlrPRhy0uUCMompe9T8UQ8ZMgPRwyyCv5X1U/d8aoD9GE/DVtiX8//nFDUnQHf8ud/xUShxOaf/SQYSE8+tBHY/zbrIG3b5ow1a2lrS+O6LrZtMzqylFwuWy/Bm+bgwfHA3c8OU6lWUL4ilWzDNE08z6dQyKO1oqOzk3B4YV8Fx3E4NDGBrzSJZBLTtFBKkc/ncByXoaFB1q8/qy4+LJHP55mYmGDLls1ks1kGfA/btslmszz55Baq1Rpvf8e7+Z3f/wiVahXH9dCuIhwy6O/P0NWRZBGLWMTph1Oiqq6h9JWyMXhpbCOoDGj8fr5r1KmH5gxezlc+KODcdBtXd3UFA7GajwBoceTyQtf1ElIgPE8UPX+0jPhdA64MbE4W/hyOw38/ny6Y/znR0Fpj2GE+8a//xuVXXX3id+DpIQ2sav0gGo2xbPkyotEonudhWSF6+/pZsXI169afw/r1Z7Nq1Rp6evqxQjYgiSeSJJNJTMOkUqmQz+fwPI9qtUo2m8VxnGaevlarMTs7i2VZxONxhAiaC+VyOSzLIp1OEwqFsCyLtrY2hoaGWLJkCdFoEP6PxWKEw2EOTUywZfNmXvuGX+T3PvxxlIZqrYbveIRMSX9/mq6OxOKMfxGLOE1xykQAtKbpC6Dqg51tBi0/a95povRtmlMIXKUJGQbXdnczUavxwOwMEWkExhaagLotEAXqZhtLjcav1YxJIS8Mh+3fSgbWrg+9CEf0nOHWanQPDhCNRl/sXTkWltR/mujvH2BoaElTaQ8ghMQ0DSzLIhaL097Rie8F1r6VSjkIz8cTaK3wPKdZx7xjx3YmJg4RjyfIZDJ0dHRQLpfJ5fJEY3Gi0XggmqxWKBYLRGNR2trSR+xksVikXK6QSKSIRAKzwt27dnLFFddw9dU34FZKOFogZYiQ7THQl6arPXHqPkuLWMQinhKnBAGAeUVvwwVNa43UmrAhUBpcvzl6ntokgPnWwZ6CdNjixv4+JmtV9hVKRMxAiOdrMA6vlgTqDgOgFV6tah4QXB+xouPDgr9Bs/uEH8zzgGqlguu86P2OjgabwP63Wf9vGAbLli2nv38Az/Ob1SyN2XvjPpZSYFgmMStOPB5Da/CVj+O5hEI2Q0PDpNrSFAt5SoUih8bHOXDgAJZl4TgOjuPQ3d1LOBxGa00+n69rBvqIxeILdlJrzfT0NLWaQ39/ilg8wZ4ntzK35QkSUwfY9qOb2KIhmumid/XZnH3pRXR1JE57H/RFLOKljlOGADTQ6s/ciAhEzCAi4CgQp4Gfd9O4gsAqeEk0wmv6+vjinj3kXY+wYQQmQQ019gISMO90JrSiVq2Gdwnxi+F4ZG7YMP4RmDrhB/RcoMGtVnnj7/4BO6fn2H7/PS/2HrUiCaygpf7ftm2WLltKKpVq2tKaplHvZ6+bFQ6+rwAfBEjRyMRptApIRHt7O5lMO67rUqtUKFfKlMolioUC+UKeWCxOKpWur1dRLBbQyqe9vb3ZWKiBRspACEkikSASi7H70Qc5+PD9CDS5sd2YlgVaU57Yy8rRTmTPuWilgvvoFHyGFrGIRTw1TjkCAAtD/VprjDoJwAt60tOMAOhTMhrQ6nAWCPEEZ7e1Md3bw7fGDuAohSXrLYP10UR9DSmkQGhNuVJJbUH/mhWLFpeFrH/WUDzRx/Rc4Hseay65lI7BwZONAHQSOAA2kUy2sXLFCkzTpFwuMzV1iFqtRiQaIxqJEglHMOoGPQHqzXX0fBvkpiRESsLhMJFwmFQ6jVIK13Wo1Wr4vl93DFQ4To1iMU8oFKKvr+9wVz+KxSLZbBY7HA6MiYC1y5ZQXLaEJ3aNIS2BNExct8bB7U+y6e47GVm7HtM0TmFLyUUsYhFPhVOSADSwIBKADkiAL3B93Qy9CnHqkYBm9IJgKHeVJiQFl3d2MVV1+OnEBAJBSAq0P092jr4ygaEVhUq18wnNByKJ2OxIJPwZXz/vvYJeMAghqJZKlOfmXuxdORxLOEwA2N3dxfIVqxBCUqtVGNu3l+mZaSwrRDgcIR6LEY8nicXjxONxbDuMlEbz/pRSNu/p1sY2wb0sse0wkUi0ri8I7vNyuVw3SxL4vk+tWqXqehyanKKvu4t8LkgPZDIdGEaYwkyeoe4O9vZ0c/+m7UTCNhowQjbVYpEnH3yQtZufYNn6s9D1dNQiFrGI0w+nLAE4wuJR1dMBRqCPq/k6aCHctP4+9VICrcdYU5qIYfCKvh5mnRoPzWUxhIEpBUrXx/Kj8gCNRmJpTb5S7X1Q698PSVlcEg5/0dGnDAfAc2qc8Zo3sH3LZsrjB17s3YHg2VkB9DQ+kFIyMjpCT08voCmVSuRyOSLhcFAS6Dhks3NMTU9hGAbRaNAKuK+vj7a2dhDBAC6lCKIEzFe5BG1ufXx/nswKKZBC4nlBhYDrODz22GPsSqYQQkK6i+KeA2QP7QtcBlMZfBWiUiiTL86RTiZYumSQiemZerWChZCSwuwMk/v2sGz9WSez/8IiFrGI54hTlgDAYar/eo5VCAgbAoEOSIAKXsynYlvHw8saa0rTbtu8pr+fnOuys1giKg2EFmiOM1MToNBYGrLV2tL7c4WPWNIo9dvWt2u+f/RlTjK4tRorX/U6XqV87vv3f2Hvtq0v9i6lCQyAms9QOBxhzeoziMWieJ5LoVDAdV1Wr17FqlWrAwKQyzE3N0c2O8fY2H7mZmdIJpN0dHShlGJqZpp8PosdsonF40SiMeyQjTQMTNOql/wFfe+10mipiURiDPQPMTU9Talaw0tIQnaUvqFhdtx7F7O7dhCLxwiFE3haIpTGN0zWrF7BZK7IwcnJpqmWUopILE6m3qRoEYtYxOmLU5oAwGEkoCUUbhuBBW7VCyxtae0rcApFARpoHFlVwXAsxmsHBvjynr0cqlSJGWazw5U4LAwghAgMfnVgkhTSMFNxlt8tCn9+RTpR7bKMW2qnQCBACEFheoob3vbLeE9uOhkIQDcBAWgiHo+zavUabNumWMw3vfy7urpJp4PSvK7ubrTWzM3NUSqWyOULhMMRpGHgOg4TE+Ps27ubUMgmHI4QiUaJRWNEY3HiiQTRSBTTNDEMiZQGyvdBQ+/gELH+QYRlE+7px9cG0gTXMPGlTVt7D6FQFMfz8B2FkCYh06RYLFKpVIlGozhODc916BpawsDyembjFBfULmIRizg2TnkCAK0kAGhp9WhJgbSg6mtcHaQETuUKgcbe1jScmUpxY38f39w7Rt51iZpms32w1qLeEa2VHNWdBtFY+EyVK2vuQP/d1elkJW2aP/dOAbmXEAKnWqWSz7/YuwJB6d/S1g96erpZsmQJhmFQrdbI5/MkEgmSyYVOekIIHCcQ80WjMWKxBFJIyqUy+VyOSCRKb28vnheY++RzWbSGUChENBajt7ePru5ulKup1GqUgHCijVgmg+MKyhUHtIO2Q/SMrqSaLZJsHyQcTVIqlfCReD6gFRHbBiGo1mooxyHR0cXay68ink4Hd0SzCuDU09IsYhGLOD5OCwIA82ZBMC8MVAS18hFDYGiN4wWNbVr7QzeWPVXQiGI4Gi7p6KDouty8/yBV36+XB6o6U5g/pmYfbCFABw1/LK3qJIB/vCqT+kBMyrvcUyASoDyPzPAIRjSGXy499QIvDExgDUEXQCAo3Qv8/ztwXZdSqUi1WmF4yZJmM59WTE1NUSqX6entr1v9CoqlIuVyiaGhIS666CJM02RmZoZsNsvs7Cz79u3j0PhBkokEqqOTmdkcfqKNSP8Qjpa4pRpSawwp0Urge4pMRwfZiIFVzqKicZSnSCQihGO94NqsWTPHgclpsoUibbEYo2vP5MzhbvTWjahML7JzoP6ciEVHwEUs4jTDaUMAoNGedGE0QNX/bQuBYQlqvsZTut5FN9AKnCovuIahjJSi2bHvmu4eCo7HTw8doub7hA2J1op5M9+GeXI9PSDqokGhMTQcKlfP+rkQ/3plW+IDIcEG9yQPBNRKRS5453vYmy/y8Bf/i1I+92LsRhewFmia9EejUVatXkMm047j1Jibm8WpVTEMg0qlAgQkQcqg5j/oDqgD+1/TxHUd8oUcWms6OjqaUYNoNMrg4CClUgnHcahWq0RjcaSQ1HwfI55CKfBrJSQCpBGUkBIYSilfsHqwl3RugunSLGYkQ39vkra2GJRSDC4t8QthC0dr4iEDWzuou75BbWwHxqrzkK96NyTbQQUdJ08lsryIRSzi+DglegE8Ewga0YCgBj5ofRu8tEwBUVMQNkTAfLRqpgVEveduUFvfGDRPLgT9EGTdDTGwC7ak4BX9vVzY2YnWUPNVM2R7+BE0RIVSynqqQGMon0Ol8vo75gr/XFH6cuNFOK5nilq1ypt+63e58Zfe8WLtQiewrPWDZDLJ0tGl2LaN53lUKhWU0uzdu5cNGzbw4IMPsn37dg4dOsTBgweZmZkhZNskEgEBqFarFPIFQqEQ6aNEDDzPo1wuEwqFicXihCMRMoko+7c8ijA9UtUcqdJsnQAH97xpGDhoxmQEqTwGrBqjg+1k0nGo5PD3bkbPjJESFTpEiVDhIN6ex/Em9oHn4G9/BP/xDQGNbEbYFrGIRZwuOK0iAK1oRAM4TBsgANsASwgcHbgHtlYINGc4DQX+STTjCTIcwb4qpZBC4PiKmGXy6oF+yp7Hg7OzSA2WkM3oR3NZaKq9G2JBAUilOFSunH23FP94YSL6e1Jw+0nHflrguy6R9nbCkciLtQsjHOH/P8jwyAiO46C1pru7F8sKUSjmmZqaYnx8HCEE0WgUQ0qyuRzt7R1Eo1GklFQqZYrFIqlU6qgpg1wuRy6fb/oHIAS+51KenaFWdenQPlYlSzbeiZaCkGmitGb/5sdIjW8nnDBIhDSoWYTuxd+7Fe/u70K1jB+y0U4NXS1DtQwaRDiGdqqonY+hznsZwo4ulgQuYhGnGU5bAgC0zFyC2XCzXXC9s6CNwBKB0Y6rgy67qj7wtzq1Nd57L1b4s/HabYj8gqrHoLRRi6Atcodt8X+GBnCUz+PZLEKCWS+NRLQqAkQz5QH1vgNSgvIZL1XO3SjkX6+Phv5Uwg9P+IE+XQiB57qBAv7EI0Rg/jPQ+MAwDEZGRhgYGMR1XYQIlP/tHR1UqxWq5SqlcpFisUipVKBcKmMYJm2pNiwrhO/7FIsFqtUyyWSMcqVC3HWxLAugWTVQrVbp6eklFLJRvqJWc8CtMf3kZpZ3J7ArOUIoRCzMzP4xDmzbSazmsKK9gzg59JN3o/c8gs70ovZtRe/fiTAMlJDUu201S2p1PV2ks5MwN4noGUaL+ftmEYtYxKmP05oAAAtm8bp1Vq9BoDGlwBACC42rwFUBCVAtbnytZCBYT2PlC4vunuursfF6bcz0tQChW4IQLaWMuj57F2hMIRFCMxQP8+bhQdzdPpuzeaJCYEhRbyW8sG9Ac/mGqQwgfI+DpdKFQvKxFXbIloLvPMdDesFQKxY5581v59G9Yzz+ra+dyE1nCAyAmtmSaDTKsmXLicfjVKvVZqomZFmELItkIoVSnfi+h+M4VCplarUqsXgCwzTq9r5VpBRMT09zzz33NCMBmUwG27aZmJhAAKlUCmlIPNelWCziVcukyjO0FSsYtSLJ2b08sqNMZWqGjkiSTLoP2deOYgJ5YBNq12b8HY+D5yIMA4REzHsPo0U9alb/t67V0KXcKemjsYhFLOL4OO0JQCsaEYDGCN7qIWAChhGUDvoKPA1evXRQH0YGFgYCNPMTI9ESYj86MTj8swVWr3Vj/0C2UB+YRQshYH4/ZJ28mEJginmSMBKP8qYlg3zR38v2QpGEaSKFaIlsLCQah5MW7XmMF8sXgPzwgCliUogvn4yhX9916Vq2nET/wFN/+flFL4eV/7W1tbFi5crm/xsNeuq9dOokS2BZIUJ1gx+lfLQKSjO11rS3dyCFJJfPUSoW2b//APv2jWHbIQzDoFAoNJ0DgzLCGvl8DtOUjPR2Y9VmQIA9MUasYtOW6SUZjhFPREl0ppHhFGLNxYjZKUR+Bmwb7bc0+2lU0DQ6TDUiAlIiDBPq6bTFAMAiFnH64CVFAGA+ItBothPEx+tVAICJxjDB0kETHk+Br8CH5jKHD+KtqYHWaIE4ytuypTjviGUbsfpGygJA1f8lAUME5kaGCAZ/KWCeK4jmgL4ymeDNw4N8afc+dhdKxEMWksAuuUFijlXxJwDtuhwqlS5S0Wg0LYhL+MxTntgTDCEE+elpLrn+ldhje/jZ/37zRG16lMMaAPX09LJsWaAJbIyfpmnWB1KF7/vo+t+NcswFolMglUqTTLTh1KMB5VKZQjFPuVSiWCoRsm3SmXZsOwIaqtUqxWKBRDJFW1cPTBRACMJK0t89SBUTQyi6u2KkohIhDHzHBQEykUb7HrpUJLDKbOSI5vUvwY0IIppAJDvmNTWLWMQiThu85AhAA63mQQ3/gODzgAoIEQy6pgFKBpEAn4AMKF0fmOtMQLXMkBe+Ip/OzFkv+NYCOiCCOLMUYMjg34ZslG4sSOzPz+rrEY21bSnePDzIV3aPsbdUImGaGM0SwHplxFFm9k364rpMlsrrvLD9+1FD2AL+5WkczAmFU62y9qJLcB594EQRAIsg/N/0yTVNk5GRUTo7OwEolYtk5+aw7TCxWBTbtjFNK6jNh2aDH6Ua1C6A1hppSCJmhFgsSjrdju+7uK5HtVqlUi0TskIYpoHv+5TKZWpOlYHBfiLJFM64SWhmD6lSiSmZwA1309+Xpj0dBwFq/3b01o3oWhURjlEvJQH/sDhQowLG94P7pL0Hkpngs2OQ2kUsYhGnJl6yBABaZ9+HBez1fPW8EIFGwABMLdBSo7QIZnR1ItCoyW+pIHzaIvpGkWIjRy+Z/9sQIIRECoVEtryn66kGLZoEpnEorWmNs9Jt+FrzlT1j7C+WSVpBJMB/Oo5uWoPrMAvL3JD5B5aQli3lp6QQ1ZMlISCEoDg7Q9eatQxddCn77r3rhd5kF4H9b7N8NpFIsOaMNcRicVzXZWZmmp07tiGEJBIJE40Gqv14PEE0GsW2wxhmPaSODq5vvaFTECmoizaFRAqwbZtwOExKpwLBpghKAvPZHL7nk2zrZrqocKqSgf1bsUuztBcrxC59Ez1dyeD+cKroJzagp/aDGQgLaRIQwcL7X4MwQDkQspH9S8G0AsKyOPYvYhGnFV7SBKCBRggdFkYDgn8FA21jwi1EvcOglliNVCmNiIBGa4GmkSo43huzEY6XQU5f1N36aEQhWiHnScmCCVujQmHht1tJwLmZNL6Gr+/Zx8FSlbhpIIXA00ffu9ZIghYC4dREQfk9Ycv6+NZSOb4iGv73kBCTT3VOTxScSpmll13N0o0PnggC0E8QAWgimUyxcsUqwuEIc3OzZGcDA6C2tjQCmJ2ZYmpyAmlIYtGgFXA6k6GjoxPLsppaASklwjLq11mjdaAR8DyPBhEFgZQGrlOl5tToHRhFWEnGJvIYIk4nFlHDpHNmO3J2E2K4Fy0M2PUY7NkUXFjTQisf5TloXyHEYVYgDWKoFCTSGEvOaNIDucgAFrGI0wqLBOAwHEEGGvn4Og+o/0FDM9AYrOX8Yo01LVjvkYK7p36ZzgsW6zoF3fqL4zsXtpKAC9rTAHx91z4OVirErBZh4DFWIoRomr8I3zcrSpsbZrIfq6hUW79t/j9DsOspD+AEQAhBpZCjZ3CIpWeuY+fjj72Qmxus/zTR3dPDwMAgQkC1WqFQyJNOZ7j44osxTZNsNkuu3gFwZnqaiYkJBpwB2ts7sCyTbHaO7OwcCEE0FicSDmPZNqZpYJj1Uk+tmqkDgHK5iON6LF11Fp7no5WHH0oxnRphwM0hcNGP3QGDqyDVgdp0D7qYhVAEAcHg79Ra9CMtd6cGtI8WILuGoGsoOM8v5FldxCIW8aJgkQAcB61kAFqjAwEJODKF3qKtP2wWf6zZdktNIXDEClsU2c/cqvhIEqD5+q59jFdqhE0TCc2qhaMu32guBAilEL7mwWzhtyupeHebFP8o4YFntkcvDCqFAhfd8Er6nRJ/91vvf6E2EyII/zf9/03TZOWKFXR1d+M4NYqFApVKmc7OIXp7ezFNk97e3mAfKxUeevBBHn/icWw7HIgEpSSXy7F9+1ZqTtAYKBIJlP7xeJxILEo0EiUUCtVTBUH+v1qtYVhhXNcLCILSKG0w17mS3tx2zFoNf3YSuekedDSOnhoDGVQtatdFO1VQrY6RDQT3gnZdhBXG6F8KIRutVVAeKBYVAItYxOmERQLwDLCQEMxHCeYDAy0Fdvqow/nR1lr/u9HEiCPIw3NxI1xIAjIYWvD1vWOMlSqEjSAdcKz91C2bbmoiXEdsLVb+z2DE7jWF+EsBt8ExiwpODITAcxzCqTYS3T0UJg69EFvpJDAAshsfxOJxli1bQSbTTrlcJF/Io7UmnU5jGAtNlcPhMEprLMsmmUxhmgau41Io5Kk5NdLpNsLhCPl8jlxuDk2Q/4/F4mQyGTo7e0gmE9QcD2mFGRxZg1KBmND3fQwUyaWrkGov6tHbwTBRWzcGBM9zQZpBKanvoT2vmc9a0OGvfsGF9hF2EpnpCSIGjRLS+rlexCIWcXrgtOsFcKLRENQH71PRrPt++j80l2ms7/l+xYqWQf7cjjRvHRliKB6jotSRqYnDwhotpoHNkkRVrYTGKtWL53z1z0KI1xtCRF7sG6lWyLP0ymu56Nd/64XaRB8w3PpBOp1mdNkyLMukVnMoFPKEwzbd3d1HpFby+cAS2LJCJJJJDMOkVq2SzWaxwzbnnHMO1157LVdeeRUXXnghK1esIGyHGD+4n4MH9uP7LkKAwsK029AKfN/H9xTaUySSEXq7UxirL4BYCrRCu1Vwa8HArzzoGoRkBu0FkQNUQwdSv+YNHlBPdzWjP42yxcXBfxGLOK3wYr+3F3GC0PrqXpdp45dHh1gWj1Hx/AXTdyGPIvWqjw+yZT1+tRrOVqpLq776d1fp3/Eg+WIPD9IwiLa1YUejL8Tql3KY//9A/wAjIyO4rkulXKZYKNTNfkLziv468vkc+XyeaDRK2A4jpaBSrVAul0gmkmQy7USjUQYGBli9ejUXXXQRq1evwbbD2HaYaDRGzYNSReFrga/8IALg+0SiNksGMoRNge4cQiw9K7hkvo+QBrpWRrT3IddfDvE2hFtFCmNBVQkwH7KSAnwPnGqTICx6ACxiEacfFgnASxACWNOW5B3LlrAqlaBS99QXUC/3Onqut6lB1IH+wXNdy3edjo3Z4h9uLVX/ypJi+VEWO2Eo5rKcdcVVvOsjf/Z8r9oCziCIAgBgGJLR0VEGBwZwXZdqtYLrOOTzeR588EHuv/9+tm7dytTUFKVSicnJKVzXJZVKYYfswP+/UMBxHNrb24lGY82NSSnrLYJdlNKkUm0gLQolH19ptFL4vsbzFKZhMDTQTjxq1537DMS6KxBdg+haFV0pIlOdGJe+BtHehy7M1iX9LWUth0EgEL4PrtP85GQp/VzEIhbx/GFRA/ASxrJEnF9auoSb9o7xyEyOsCGD6oB6p8FjyBKbg4aoh5Er1Wp8q8Hbe8PhAVPwt8CdJ/AwmlC+TzSZonNg8Km//MzQSVD+1yTMyWSKpUuXEwlHqDkO4UiE/sFBioU8MzOzTExMIKUkEokQi8XI5/MYhiSZSmGaJp7nk8/lkELQ2dmJbYcWbLBSqTA9PY0QgmQqFegclMJXuukZYGlNV1cb7W118tC4Lu29yEtei9i6EQwTsfI85OAq/CfugrmpwPMazdEEJ/MkTyE9p/n54vx/EYs4/bBIAF7iGEnEeOvIEBHjAPdOzWJKiSXmM8OtvQOaWFA1FpgkVSvVxEGlXy6E6DcFn5WCzwHeiTwWIQTVfI7ONWu55IN/wN3//DfP16pHCCyAm2hv72TVqlUgwPc9EokEy5atwHVdSsUixVKRcqlMqVRkZnaOWrVCKpUiFo0hhKRWLZPPZ5Ey0IK4Ld3/AEqlInNzs0QiYUJ2jFJFo3xVF/0ppFLEUzEGelPIw+J4GpAjZ0D3UODlEE0G+fwDO1DlIhhW4H69YPDXdUGgrpd/KqgTAF0vfX2xumEuYhGLeGGwSAAWwUAsypuGB4maJrcfmqKmNBHTQNVD/U2vmKNVKQIKjVQap1q1kfKcbUJ8xNdiOCTFZ4GdJ/BQ8F2X+GA/3WvXP5+rHQGGWj/o7ulmeGQEqLdUFqKer48Qj8fpVBrfC2x8y5UK1WqZkGVhhyMorajVKnieS7Va5dFHH+XAgQOkUikymQzpdJqJiUlKpSKpdBfCTFBz/KYXgO/5REIWg/0ZbMtsWlo3HSIBLSTEUvOXrFLEnzkEnoOIxIKsfoPoNUpBBfhaI9GEbRsRCSILYrEN8AJ87/vf4xvfuon169bxS297R9MGuoFarcZ3v/ddvvHtm7js4st5z7vfg23bx1jbIhbx4mGRACwCgO5ImDcM9RM3TX58cJKS5xE1jHkp+DGSwI2BRAuBUD74mulypbem9ftSIWtopWV+JiTFz0/UcQghqOTz9A4P87J3vpsf/9dnn+sqbWAlLfX/lmWxdOlS0ukMnuc3Sy1d15uv6pASKxTCCoVIplJ1xz8/0E54HqZlMTQ0zFw2S6mQZ9++fWitCYVCxGIxisUCoXCcvsEV+CoIySsNjhvYQvf0pGhLhOs20POD84LW1RpQPkKa4FSxtIsnRWD/X3ccbKJe6hcOh/B9hwnHIBztpK2+riMcA1+iGNs/xhe+9D/c9NVvsGzVCGvPWMfLX/byBd95+JGH+OOP/X9se2I7u3bt4rrrrmP1qtUv0h4vYhHHxiIBWEQzop+2Q7x6sI+4ZfKD/ePM1hxi5vwtEpSD6eYyzc913alQSrTSmFpTrtUSNV/9oqn1spAhPxWS4n+B7Ik4HrdWI9nVzds+9GG6DPjyf3zuufSz7yEwAGoW9qdSKVavWk08FsPzPAxj3lkRNEoF5jyu9lrKQ0WTKGitCIfDDAwuoae3n0q5RKlcpFQsUygWKJdKVKsVejv6iSUzVMolfK1RvsZQmkx7nN7O5FPsdkPkFwzcnmFR8iURIYmErboEQM9rAOuGU6Way0Pbx3myNMXFVxRoI3AFPszW4BlDa7j1Jz/i9p/dzrnnn8NrX/26wAzpGNg3to//+eLnkVLyjl/6Ffr7+p/bDjxPuPXWH3H/A/chbIjHk0fERRzH4a577mbblu0QAserYR3nOLc8uYWbb/k+yUSS1776dXR3dx/zuy80pqam+N4Pvsvk5CSvvOFG1p257kXbl0WcGCwSgEXMWxFpTdQ0uKG/h4Rl8v1944xVKoSlxBKymRI4fOnDi8Q0IDwPrTS7Hff8uZr7N8uS8RWGEF9T6Edf8OMRglKhQMfKUX7lfe/nK//xueeiYl9CkAJoor29naVLlxGORJiZmaVQyKGVIhyJEA6HMU0LKQ3Mei49mP03OkbM76OUBqZpEomESbe3o5XCcVxqtQr5fBFfhKnVqkGzKV/he4pkLMRgfxrTNOrrOf7ON3QcjoKHdk4gNu1jdKSfeCSEKQOrYddXVGseM4Uy26fybHxyL2URYvXYvua+Oo7DI48+woMPP8DQwBDXXnMd4XD4aZ/E8fFx/uO/PsdNX/kGV113BevWrmf58qMXjXiex09/9lP+5CMfQZiwZGiYN//Cm49LGE4EyqUSP7/jZxw4eADtwVnrz+Kss85e8J0DBw5w9913E4qahO0Il1xwCUuGh4+6Pt/3+drXv8on/uYvSMSTdHZ08ppXv/YIE6lnglwux09++hPGxw/S19vHdde+jGTyqchigLvvvouP//nH2LtjjEKhyLLRpURjsadecBGnLBYJwCKaaMxQDSG4oruThGny3bFxtucLKKEDcaAWCxwCgwUbjoi6KRqEIBoQ0opCrda5tSB/OyLl2qgh/tUS4i6g+EIfi+955GZmFrRrfhYYAXpbP+jr66d/YBCtoVots2PHNor5ArF4nFgsFnT+i8WIRaOEw2Fk84VeV+lL0Sy5VEq3mEFJbNsmZIcx7DTFiofneSit8T2FaUi6uttIRJ95PllVq+zZe4g9D+1i+1SZVDSMZRooNI7rU6o4zBYrTFZdcmWHRMyknJsDgrLEubk5/vTjH+GWW37E+rPOZNmy5axcsfJpb//QoXHyuTyIIEd+4MCBYxKAWq3G3r17SaUTSCnZu2cvruu+6ATgnnvvYdPmTSilyHRmuPjCixfk/5VS3HvfPdx97124rsfypYO86f+8Gcu0jro+3/fZum0rtm1TKhfZN7YvcHV8DgTgwYcf5D2/8WvMTmTpH+7j61+6iUsuueRpLbt7z24q5QpI2LdvL7lcbpEAnOZYJACLWIBW6+Cz29MkLYvvjR3kkdkcVV8RqesCVEM3dpjlcSMnHUSUA0W5VIpatWpXDfNGETLPmfL8f5KCb/MCCwR91yXe3s7o2eex6+Fn1bYgBKwBMo0PDNNg6bJl9PT0UqtVKRTy5HPZ+tCumJ6eZGJivD6zj5BIJEkkk2QyHUQiUYK6CYGQEonAMIL8fvCjUb5HxREUqwE5UHXRH1rT3h6nuyPxzI6gTn58z8NC4yvFwekC+3WBRvJHo5FCYEhBxDJxQlYQjahWmqspFAvce/+9yBBMTE1waOLQMyIAhmE0BzYp5XEHOSHEgsHeNM0XvQLB932+f8vNbN+5AwRcdMGFXHrJZQu+Mzs7yx0bbmdqehJDGgwPj3DW2WcfY40BLMtCCIFhGM8TwdGsXr2G2miN9kw7lvX012maZnBdZPBveXh5ySJOOywSgEUsQGPwbzQqWpqM80vLlpAeO8RdE9OUXQ/bNIIXcqMRQgsEDVX5fHsjLQRCaylcl2nP668I8ccJKS8UiL8yhXgSKL0Qx+JUqyxZMsq7/uFf+MJvv4/tjz8aGB09fXQR1P83p9ypZJKly5aRyWTI5YJOf1pr1p55JiMjI8zOzjA7O0c2myWfz7F3724ikRjhtUGTH89zyc7N4Dgutm0TiUaxLAvDkAhBYPDj19tJa432FcpRJBNh+rpTGPIw//6nQovSX+kgihC2F85ItQ4IgK81VQ1KKwyMBQOAEAKzMVhJ4yU3OOzbt4/HHn+YYqmElHDWurNYMrSgMITNmzdx/8aNCCHo6OjgykuvJN2WPqH7eenFl/HJv/9npqdnaG/PcN65553Q7S/i1MIiAVjEAjR7EgT/QWtNu23zltEhOuwQP9x/iFnHxTIEZkMTcBznwHlNel0poBWVUjlVsazXxQ15adHXfyfga5YQB16IOV6lXKJvaAkf/9S/886XXU25XH4miw8BA60fdHZ2MzoyipQSpxZ0AAyFLPr6+ujq6qKrqwutNY7jMDa2j7vuugsI1P3SMHAqZfbs2cX09BThcJh4PEk0HiMaiZLJdCDMKBW3Hg2oz/4t06CzK0UiZs8TtKdLAho2/wJABoSsTi7mG1oFhM1Ho+r5HGmahOPz0YbDRZTPlABEIpFgdqmDZSPhyDG/G41GCVnzxkihUOioeoNiscjE5ATJRPKIUrznGz+57cfs2bsX05QM9S3h0ksuI56YPz++73PHXXfw8KMPI6Vg2egyrn/59cddZygUet7TGlprsnNZdu7agTSW4zgOoVDoqRes78/zhXK5zPihcQSCgYGBI9ZdqVQ4VG/a1dPdQyRy7PuhFblcjonJCZRSGFKSTmdoa2t7zuexUCiw/8D+gJRHIhQKBZRSQUfPnl5i9VTIzMw0s3Nz+L5PMpGkvb39lC7xXCQAizguGjN6WwpeMdBDZ9jmO/sOsqtYQguBJWTLjH+hZWwzAtAIe9eDBlopcByzIGXvY8XyH3cbxsuKnv8xDY+LFyIaoDXGs3tBrAIW2AoODg4yOroUz/MolYuUyyXi8TipVKr5ncATwCYcjqAUtLW1YdthhIBqpUwul0NKQTgcplQqMDMziRQmS5aZtHcn0aqK72t8X6MUpDtj9HQmmutu/fspUa/akKaJNOR8syfR/FWdB2g8rfGFAKWxbJtER8ex16sDxXs2O4fn+0QjURLxBIa5MLRfrJsijY2NUalUkEYgKDxw8AD9430YhkkikSASieC6LtlslkKxwOzcbHMds7Mz7Nm7p/lyTiVTCCH4whf/h7/+h7/hiksv56N//Kdk2jNUKkHaImyHaWtrOypR8TyPXD6H4zjN7x3vfJbLZf73e//L7j17EVJzww2v4Pzzzl/wne3bt/Pggw8iJcSiMc475zzWrVuoovc8j1KpRKVSQaNxXZdi8ehSGM/zyOVyTfvowwfISqXM3FwW27ZJ1d0lAfaN7eV3/+B32LFrO8PDI3zzq99i1cpVR91GqVSiVCri+z4IwczM9NOulimVSuQL+eA/WmMYBu3tHc3Uzq0//hEf/pMPo33NP/3dJ7nhhhsWnOPv3/xdPvZnH0NpxV9/4m949atec9zt+cpn06Yn+MpXv8p/f/E/KZVKxGIxXnXDq7numuu47rqXkclkjriOxWKRUrmE8n2kNIjXdTqtUErxrf/9Fh/47fexZHAJy5ct5+777qZcKdOR6eC9v/Yb3PjKG5nLZfniF7/A937wXUrlEpddfDmvffVrufHGV500VSrPFIsEYBHHR8MSWIMUgvM70gEJGDvAg9NZHKUI1cPSihZDGo5iHaMDL13V+J1S1MqV9EHTvOGWCe+MJVH7S4YQ/yRhiuexxXBgnvOMTQkNgvK/rsYHUgpGRkbo7u7B9z2KxSKOU6O9fYhEYmFuXmvN1NQ0juME/v92CN/zKRQK1GpVVq5cyZlnnkmlUmFqahLHt5ChJI7jtOT+PRJxm97u5DMP/TcRfF+aJtKyCMyC6gRCBK1+ZV0H4GiNT9BrwI7GSHR0za+lfh/IOuHb/ORmHn/iCf79s//K5NQUV1x6Oa991et45StvbJIhpRT/+M//yGf/47N4voPjOMTTMbbv3M77f+c30EqTTKb49Xe/l9/6wG/x0MMP8cHf/gAHJw7iOE5zHZ/5r0/z31/6bwRw0QUX8/d/8w8MDAxwy60/YO+OvXxrehLbtpnLznHXPRsAOPesc3nXO36Vq666mkymKeFAa81dd23gL//2Ezz55JOcf94F/NUn/pqlo0uPeQYfefQRxg+NIyVIabBu3ZlHRBweeHAj995/L1rD8PAIL7tuoTfA7NwsP/zhD/nxT27ljrtvx3VdpJCUK0FE6nBNxP0b7+dP//xP2b59G3/yh3/Cr7zjnU0yo7Xmf770P/zJH32ECy45n49/9M845+xzgGBmvXP3DsqlKoVCgVL5SD7tOA533nknP/rxD7n1Jz9iamYKy7SoOQ5Vp4o8zqgwPT3Nw488zE9//lO+etOXUUrheR4d7R388R9+hDe+/o1IKXli0xNMTByiUCjwxa98gTPPPJOBgSCYVq1U+cEPf8CmJ7aACoSLxyMAWmtu+eEt/MUn/pytO56kUCgQDofJ5XJ87Ztf5eYf3cxrbnwNH/vox+nuCsooPc/jgQcf4Gtf/yq3/ew2pmenaUumeOX1N/Ked7+H5ctXNJ+lYrHI9h3bKZXK7N67m3379+E4DpZlMX5onH/4l7/n3//j31C+IpfP4dW7ad559x3c/+B9/PT2n/KxP/k4K1c+fU3MyYJFArCIp4XGuCOEYCQR41eWjTIQneAnBybIOy4RQyKlCFTtBOXn+rBmAofPLYQOXAQ9xyXneoO7EL9iwSUaPgt8U0CFFw/9BAZAzRG3vb2T5ctXEImEqVZrFAp5lPKJx+NHLOx5HlNTk0gpiSfimKaF67nkclmEEHR1dTUHpu7ubg5MFpmcKQR2v1qjXA9LSjo6EiQTkSMMf54pTNPEtELz2o2W8k0BuDr4afQIiCRSJLvmix8a2zZNk3K1zF/+9V/guC5TU5N4vsctt97ChnvuYteeXbzvve8nnU5TKpfYum0LY7vGsBMWoVAIw5C4rku5XMbzPQ7uO8TP7/gZ733Pezk4fpDHNz+O67qEQqGmNXKhUMDz5vCVz60/+RF79u6mv7+fmuOAGQwQ3/7ut3GcWjPFc/uG27n/gY384lvewp999C+apXCFQoGf3/Fzfn7Hz6mVXGquw4YNGxgZHjlmWuNrX/8qu3bvQhqSa6+4lksuWqiqn5iYYMPdG5iemUQpGB4e5qKLLmr+fuPGjfzdP/4t9268l2x2jnKljKiLZEJWaKHWov73XXffxQMPbmRuIstjTzxGIZ8n1dYGwPj4Qe67716mpqZ4YtMTbN68qUkAoC6ytMQCa+kGxsfH+ad/+Se++73/ZWJqglKphNIKKQJh5tGWgYCIbdhwJ5/6zKe4f+N9FApBlMYwDJRWTExM8JGP/TFaKd7wujdyxpq1tLWlKZaK/OBHN/PmN72lSQCe3PYku/fsBhOS8ThdXcf3Ptj44Eb+/BN/xmOPP0rNrTE8NMwH3vubPPDQA/zgRzczPn6Ib3zrJt7xy++gu6ubSqXCf//Pf/Ef//05tu/YTrVaxVc+09NTfOY/P832ndv5o//7R1x44UXNY1NKEQ7bSCnQSnP5JVfw8pddz5e+8kW2bn+Subk5QBONxvi1d74HieCb37mJAwcP8r2bv8cZq87gg7/5WwsigacCFgnAIp4RGjP7tpDJjQM99IVtvr9/nN2FEmEklpT1jnUNHcFTr1MSvMTLlUqPIWXPwwU5EBHielOI/yfgvhf0gI6NFRxW/9/T08uKlSuxLIvZ2TnK5TKu67Fv31583yeVSpFKpYLBr1Ribm6OSCRS7/QncGoOhXpL4La2+RfFTK7KbLaErjf6UUrhKk2mPUpPR+ppn8ejodHVQdphzEi4rutQCGE0SYVC42iFLwRCBRcu3tlBquXF3AgNCyFQvuLAwQMArFu7jmVLl3Pn3Xdw4OBB/vlfP8no0lF+8U1vJRKJ8M5ffhfnnHUeY2P7+PFtt7Jt5zaWDCzhZde+jOXLV+J5HmvXriVkhTjv3PP4+7/6B+ayc9y54U7uue9uhBRcdcXVXHbJ5dhhm3gsxorlK/B8L5g11wfRUqlINBzl13/116nWHL79nW8yNTnNl7/yFZaNrOA3P/CbzTPi+4HGwrCDro62bR+TXG3d+iT3P3AfxWIehODyy69g1YqFIfVHHn2Eu+7agNKaJYODXH/t9WTSAbl7+JGH+cM//nCwjnKJZDzOm9/4Fs4+6xwKhTyf++/PMj0zvUDzAFCulANiYAb6Ar/esROCaoOpqSmwAm2FaSx8jR/rWLK5LB//i4/zjW/dRDY3h0Jx1aVXcfVV15BIJPjaTV/lwWNUy9z209v4k4/+MZu3bqJcKeO7muUrlvGed/06mzY/wbe/+y22bd/GX/7tJ7jgggu56sqrWD66gkOHximXS9xzz91ccdkVtLW1cc+997B7z26EgHPPPY/zzjm2UDGXy3HzzTfz+BOP4XgOQwND/Osn/43LL7ucN2XfzOpVq/nkp/6Jyy66nMGBQJT5ta99lX/51D+zbcc2fE/z6htfxcrlq7j1Jz/ksU1PcPOPbqanu5vh4RG6u7vrnhyyriswuPC8i/iLP/sEa1avYenoUn7jg79OLpcjEonwtrf8Eh/63Q8RDofRaL701S8yPTvDpi2bmJ2dXSQAizi90Tqpj5gGF3W30xWN8KP949w/NUvF8wmbwfRf16MBQfjg2CNYI1IglMLXmtlSeTRsmiN3zbE6aRq3rDbk/6tpNfGCH9xCLOOI+v9eBgeHUCoYENvbO9BKUSiUeeKJJ5rd/1J1699cLkdvb289f6splQpUKmV6e3tJJIIZ6cRUgYOTORw3eMH7GjzHJxEJ0dOdImTJZxn6D9CY1JshGysanXcjbJg3Ar4Ar87slFJIw6Ctu4doqq25ntbta62xbZtXvPyV/O5v/x7dXV380Uf+iJtv+T6Tk9Pcffc9vOyal9PR0cHVV17NpRdfykMPP8zmLZvZ9PgWOjo6eO2rX89ll12GlMEALKVkcGCQd73zV8nn8lSrNe65/26EEFx0/kW8+1ffTTQSDeyVLZNKtdLUM3jKo7O9k19717t597veja8UjlPli1/5MjMzM/zwJ7fw6le9muHhYWKxKG/+hTcTiYQpFAp0dnRy7bXXHvP8/uS22zhw8ADSMFixdCWXXnIpVougrVKpcMddd7BtxzaUguXLl3PtNdcCUC6XuO2nt3H3vXfhuA7d3d189I/+lFdc/wo6Ojool8s89MhD/PTntx1RnWIa9TI8EczoW/evXKlQqkc6bNsm8TSNfjZuvJ9bf/JDZudmMC2T973nA7znne9mYGAQy7LI5XJs3baVudnsguUmJib47ve+w8aH70crGB0d5f3v/QBXXn4FZ6xZy8YH7ufmH34fIQT7xvZxcPwgw0uGeeub38rW7Vs4NHGIL3/tS7zs5S/nsksu55777ubAwXG0hrVr1x7XJnn/gf3cfMv3cT2Xnq5ufueDv8sN198AQCwW4wPv+02uufoaenp66e/rZ8uWLXzhK19g2/ZtKK15yy+8iQ9/6I/o6+tj2dKl/P0n/57t23Zw1z138cADG7nxxlc1t+X7Pum2NFdccSUXnH8BAFdfdRVnrDqDe+6/ByklF194Ef39Qb7/wgsu4vu3fJ+ZuRkKxUJTf3IqYZEALOIZo/VVKYVgWTJG2+ggg/EIPz04yaFKhahhERICD1WPGsxb4R6Bw/3sfR9HazHmuOcmI+FVP/GyF/WEje/ZUv4nL7CBUB02sBzqVvgECunR0VEy6TQ1p4plWfT3D9LZ2U2lXKZQyAcvgXKJyckpqtUKWkMimSIUsgBNLpelVqst7PpXrVF1PaSQKN9Hez5SSDo6kqSTkWaVxbNFw4IYwI7EkUZDtCnQIugGoDT49e96nocVssn0DyDkkeSjoYw+68yz+b+//2HOOScIPb/uNa/ngYc2UiqV2LFjGxMTE3R0dCANg3AkQltbW6AEV0EaIZVKHSHGgmBAS2fSRKPR5mfRaJxMJrMwRN9yG9VqNV75iht533vfT0dduPgrv/wuNm95koceeYixsX089vhjDA8PYxgGZ5xxBkuWLGnmeQ/XbzQwPTPNzT+8manpKRBw1RVXsfaMtQu+s33Hdh54YCOO65FIxDnv3PNZunQZALMzMzzw4EZ85ZFOZ3j7m9/OO9/xrmbr51gsxpKhYSzLolarPb0LWr8Gvu+Dhlg0ukDjcLxl7r3vPgqFPFbI4mXXvJz3v+f9rFixovmd4SUjpBIpZqeyC5bdvHkTt/3sNoQIRLC/9f7f5jff/5uUSiU23LWBz/zHv+M4TpOoNKIZN954I//z5f/h0MQE+8b2s+mJJ0hEE82IWThss3LFqmOef4Bdu3exdduTgflSup1XXP/KBb9va2vjkosvbf7/K1/9Mg8/+hBCCi6/8FI++P7fZv36oDHYa179Wn56+0/ZsXMHu3bs5p777llAALTWWJZFW8ss3jAM0un5e8+yrIbZCbZtB+JLPZ9GONWwSAAW8TxA0xG2ecVALz2RCD89OMETc3kcHXQVbPaeP04eW2uNaPEgELrZUyC2pVS+bi4eXaWFWN8rxY8dwbcA56grevaIEUyISwTGP0to8f9PptIMjawmHInjuxUsUxIKWUSjEdpSKbq6unFcJ8hDl0oUSwV8XwVRAg2u61Epl/F9n4MHD3LvvfcwPLoaVwd5eaWCZj+eq8ik43R3JpDyeSiMbHT6A+xoDGGYaKUWRHJ8VRdwAspzsVNttPcvCRZXCtEiUPN8j1Q4xTvf8c7m4A+wdGSUZCKJ0prJyUmKpYU8zXXd4AVZN4hyXfeYu+w4zoKQt+97gWL/GNbDvudz1llnNQd/gHVnruO8c8/hoQcfolgoMlEvOWvgaLqNw7F582Z27d6B6zrEYwkuufgS0umFg+0dd97BAw88iGHCimXLufaqa5uK/PGJCe65726U0rRn2nn1ja9pDv4Q6ESSiQSmYVLV1afcn1boxvMk5dOqcPE8jzs23E6hUMSyLK6/7gaW1YlKA5FImHAkfIRYZ//4Abbv2IFhmrRn2imVSvze//1d9u/fz969e7hv40YQYJqSN77+FxgdCTpnd3Z2cvUVV7Nl62bm5ma59dYf8egjjzJ+6BCGAeedffzwv1KKQ4fG8Xw3aJRl2/T19R3z+7Ozs9y+4XZy+RyCYMA/vz6TB8hkMnR3d6M1VEpVpqYnj3pevRbBsO/7R/y/QYob/4aFRPtUwiIBWMRzR72znCUlF3Rm6ImEufPQFHdPTDNTc4iYRhAN0AttA/XRagWaBkP16gPfJ4wiW60OSCHfNW7ISz1fnTMQMm7XQvzIg2cs7z8M64DLgaUEz8MYARFY8HYM2VGsSAclN4JyHKTwEbgYUiBlkEOMRsLEohGSySRK9dQHMd20/E1nMgy6LsViiWLZY3KmTCgq6s6KCuUq7JBJV2eCaNhqHbufE5RSSCmxYlGkaeE5VYQIDhLAE6D1vD1xoqOTnmXBzFCIhaNBY5Z0xtqFM+FYLIZpmgHZ8bwFA/iLAcu0sENBfbbnec9ohg3BcX7tpq8xMTmJZYW4+IKLOfvscxZEIXK5HA898gCzM7OgYHR06YIBp1gqMrZ/f73k026K4BowpEEkEjmq+HDeqyFIAbR+J5FINA2GKpUKc7OzRyx/OHzfZ+/YHqo1h0TIYmCgPygLbUE4HD6qCLBWq+FVPBLtMaamp/jPz3+O7ZvnTTyNiOCyiy/j8iuu4L2/9r4FEYlX3PAKvnrTl5mcnOC+jfdhmCau6+C7cP755x8RUTl8n6vVKlIaaO1iGuZRo0YNjI3tI5fLojX09vRy1vqzmz0zYH6W3rArf7Hv0ZMBiwRgEc8dzVLBgBkPxaO8cWSA/liEO8an2JEvUtYKu16Hrhph5aMYCDVTBDqIGtT5ddBcCMGBol5pCPGhsBA3YBhnd4bMO0zNBp5d2eB1wAeBi4HG9LEIFIAFidVCfo5HHn6AwZHVpFNJImGTWCSEHZIYUiGFjyk9hAQpgpJBwzDxfR+lNFIKurt7SKfbqdVqCCuBp01c161bAIPyFd2dCdrbojxvqNf1A4TiccxQCLdSaVIvRcCgFPWXgQZhGPWSQeoCjYXQWlOtLpyxRmIxTNNqRnlO9Gzo8NTS2IExtu/YDhKSyeRTKs0Px759+/j5HT8lm8thGILrr7+e0ZEFmlDuueduHnnkEUxb0JHu4tKLL10gAgtZIRKJOKVSKbjGh4WINZp8Po/v+0ecM8MwmhqAarW2cBbqKSqVMsIMStimp6af8niEEKQSKUwzSOscbfArFovBdRULr2E6naa9O4PrO2RzWdxpl+HlSzhjzRlYIYsLzruAV73i1SSTSaLRCLVarWmOc8YZZ3D2Weewb/8+StUSst6dMtOR4cy16447oBuGgW3buK6LENSraHLNc5zNZvn2d79NtVrh9a99A04tCAoKYKBvkPbMQh+LmZmZutcBxNti9PUeO5rwUsEiAVjE84ZWC+GwYXBVbxdDsRg/H5/koek55moulhSYje43qi5Ga1SmteBIpYAI+gq4LiDYp/WZhjTWmkQ3CsGXQ0LcbwjxEPB0p3orgQ8D1x72ebz+swCFfJaf3HITExMHGBpaQXdPPz19/aQzHaSSSdpSMWLREKYpsE0wDY1AIdBIoRFSIIVFKGRjRxPki/VGP0qhtMJzfaJRm87OJCHr6XX6e/oIzmYkmcK0w2g1R4N6KQJC1rgAhmmSmxhn32MPM3jGusDG+elsQanmINwcvE4QtGaBZmBsbD9fu+lrPPTIQ+BBpr2dM888s/n7YrHIY48/yt59e0klU1x11TVEDzPaufUnt1IsFbEtk66uHs4+6xxsez4F4bout99xO5u3bMZzNWefczY33vCqBetoa2tj1fLVPLbpUaamp/jSV77Ir7/7vUSjUWq1Gt/6zjfZcPcGXM894nwNL1lCKpFkcnKKjQ9s5JHHHuXaa64lm83yv9/9Fo9vepxwxGZqaootWzc/5TkyTZM1q85g245teJ7Ht77zLVYsX8HQ0BKkkNxz3z1889vfJJvLIuqjQuMZXLlsJeedey633X4blmnR3dXNe9/9Pt7+1rcRi8awQhY/vu1W7thwJ1oprrziSl5x/Subxk2vfuWruW/jfewd20M0Ehz7pRedx7nnnNvcv+07tvPoY48SDtucecaZLFkyjJSSJUPDdLR3MDM7w+zcDD/84S28+c1vwXU9Pv+Fz/MHf/j7ODWPzvYulgwOIepps4mpiUAo2oK777mbBx58EDQsXTrKJRdeyksdiwRgEc8rGqr/BhEYTcbojy1hJBHjjvEp9hRLVH2FZUjq6oD5UPfxTMganvZCIBAYnofGE7uVvkBKec6AbT3uCfF5Q7DBEGwByq3LaqWozdsAh4BfJAj9P20cGt/HoZv3EYnE6OjsJdPZQ2dXH719w/QPLKGjq5f29g7a29tJxGOEbYNo2MS2JYZWSB3Mt4tVTc0NSv58pVFekJPv6kiQSgSDzPMV/m9Y/wKEkynMcBitVf13ok4A5l0czZBFaW6WfY89wsVvfjtCzA9MrTPYYznGCQFz9Vr3BfvREtI+3vJH+/1TfdeyTB559BEG+m9jLjvHT2+7jR/++IdMTk0Tjtucf+75DA0GJWKe53Pnhjv544/+fzx0/8P0DnXzn5/5L17+suubg3CxWOAHt9zMzMwMCMErr38lq1etWbDNHTt28OgTj+B4LuGwzZrVaxgcWmAaSV9vH1decSUPPLyR2dlZPvXpfyWXy5FJZygUC3z2vz5DNpcjEg5jGAZ79uylWCqRDoW46KKLWbVyNdt37uTBhx7ks//5aTzP5Z577+ELX/4fZrOzWKZFNptjwz13smfvHoaXDAeizqOI0UzT5PqX38Att/6AcrnMt/73m/i+z5pVazAMg69/8+s89vDjRJNhDFMyMTnBoUOH6O7uZsmSJVx15dVsuHsD5UqFWCxOMpVgx64duK7Ld7/3HT79uX/HqXhgQKVc4ZqrrmtGAc4773y6u7vZtSdIG1TLDuvXr2d4yTAQtFD+x0/+A5/53KeJxWP8xrvfx4d+/w9oz7Sz7sx1XHP1tXz5q19mdnaWz/znZ/B8j7lclk9/9t8xDINQGGZmZ1i/fj2xWMDdxw7u44EHN3JxvdZ/585dfPmrX2LHjp2YluTMtetYVxcHHu/eO969qFpI79N1UDzZsEgAFvGCoEkEtMY2JFf3dbEsGeenByfYODXHXM3BEBKzOcN8itGuoQsQoJutCEF4DloLc0z564U0/qbbkjuKSn9OCG41hRizpMxr38WKRBhcdxZ7Nz2O9v2VwKsJiAAAhhSk40EOu1DxcLxjP9CVSomxfTsY27cDgJAdJplM09HVS1//KL19Q3T3DNDV009PTx+ptjSxqI1paNLJEIiA+mgVDIrK9Uklo3S0x5BCPG+DP7Dg3IYiUUw76CegAYRuKQUMogBCSrTyKefmUJ6HGZr3Odda41c0lUqFw+MCSimq1Sq6Bnt27WVubmFeOqgwcJsWwk8FrVXdOlg2CcuxEI1G+bdPf4p/+udPNitOpRC0tSV54+veyHvf/d5mqLlarXL/xvt46JGHwYJiqcRdd93Ftddc1yQA92+8n8c3P07NqRGPxbnyyisXOP9pNHfccTtPPPEEAKtWruS6q192hCd8Op3mxle+iv/93rfZvnMns9lZPvmpf6prZoJ7rruzi1KpRKFQ4pFHHiKbzZJOpxkZHuGNb/g/7Nm7mye3PcnXv3kTX//GTYHBloJEPI4dtikVK2zatImbvnETH/q9DzUFpY3r1Brqv+bqa7jgggu5+ZYfoJTDN759U/AsETxe7V1phBCUC1WefHILe/bsZv369SQSCV7/2jfw2OOP8YMf3cyT27bwgd9+H62XRQho70yzZMkwF190yYJzMTIywoXnXsgjjz5MPl8gEotwzlnnNM2Ztm3fxr333YvvafLTRW6/83be8qZfpD3TTk9PD2/+hbew8cGNbNu2nds3/Jyf3fGzwMBKCHxfs37dmaxbt47ly5ZzyQWX8MijD1Nzanzt61+lv7ePgYEB/uVf/4Wf/fynoGF0ZCmvf+3rm4LCRu8OvxKktg4fzJVSVCpVlFYLfmcYBq7roKo03QFPNSwSgEW8oGimBYDBeJS3Lh1iZVuSn+6fYFu+FFgJIzBEoPynkR44BhqWxMG/G6JCDZ4rtXZDE8paNeHpP4ugP5D3/f+ZrTlf9J3aTHvfQPaNf/mP/OMbXiG1799IYPPbxJmjMX75FQNIIXh0e44te4vsn3IolD1KVR/PP/bD7dSqTE+NMz01zpObHkIIQSLRRk/vIJ09g3T1DDIwOMLZ515AdNUolhVY8Cqt0Z4CQ9LZmSQRbbw0jyKOfC5o9AMIhTBMq2kOpDWYCGwpcOsvc600wjCJptowWgRhkUiE8865gMc3PUpXVxdtdVe6Bmzbpr+vn/39++nv66erc2HOPZVKMTS0hPaOdoaGlpDJpI+5u6Zp0t8/wODAIIZh0N/ff9z2wUop0ukMkXC42Zcincrwmhtfy3ve/W76WnzaQyGLocFBRkeHqVVrdHR2ccaatc31V6tVbv7BzWSzcxjS4Jz153L+eRcsyM9PTU3xszt/xtiBAyDg7PVnL6iIaMUVl1/BX3/ib/jYn/8p+XzgnR8QME1bW5obr38lu/fsZduOrZx//gULSuLe+otvxTJNPvMfn2bXnt11ghL47l94/sUkE3G+8/3vkkqmgpbRQDKR5MLzL+LJbVsYHBhckBrp6enhr//ibxDAo48/imEYQeSn7uV/3TUvw7Zs7rrvLpYvW8bg4Hy3w5UrV/KR/++jJOIJfn7nz5okTtdJY1dnJ1ddfjWvvvHVXHTRxQua80gpeeMb3sijTzzCo48+zute85pmnT0Egr21Z6xlfHIc5StGhkea95cQgle98lX4vs+f/tlHyOVyzeU0mu6ubv7i43/JxRdeDMA7fukdPLbpMX58263ct/Fe3v7OtwFBJYmUBplMmre99W287jWvb67HMAw6Ozvp6u9gcHCI/v55saZlhVi+bAVLntyEbdt0dXcj6kRxyZIljIyMUiiUWLZ02XHLGU9WCK31LHDsp3ERi3iOOHw400C25vDzg5PceWiKqYqDWScBSAlKBbk8PR86FjTC/3pe7te0yNPNqICoh/ulaWKEQp7lexMrUvHvLG9Pf/72LTu2/utbXtNfmJn+T+DCxv5IAX/6y0v5rV9dTsw2yU+Umcw67J+s8tiuIo/uzLNtrMTO8QqFsofnadzjEIJWBGIqSTSW4L+++E3WrD2bYiGPp+rh/4pHZ2eCkeEOIvbzp/xvhVJBI5TJbVv43h/+LnsfuJdoOl0vvYSa1hSUQguBW61iWBYv/40P8ooP/kHQK0AIXNflsccfY8+ePbSlUlx22eULZnlaazY+sJG9e/fQ09PLWevPWvBC1Frz2GOP8fjjj7Ns+TLOO/e843Zwm5qaYsNdGxBCcPlll9Pe3r7g95VKhTe++fXc8qMfEQqZvOsdv8orb7gxKBeMhFm9ajVDg0NH3UYun+Ohhx5icnKSVCrFNVdf0+xWt2//Pq67/hq2b99JNBbm4x/5c9733vctaMazYcMGfv/Dv8t992wk05nmr/78r3j3r73nmMeitWZyapK77r6rGfUxDIOVK1c2exD4vo9pmlj1lsvz106xa9cutmzdQq0uBly2fBlnnrGW8fFD3H3P3aRSSVavXsPoyCiu6/Lkk0+ydftWOjLtXHrpZUco+6vVKhvu2sDM7AyWaeH7PoMDg6xZs4ZwOIzneUgpgw6Wh2kTiqUiW5/cyu46IfE8j0QiwWWXXnbMKgIIoj5333M3Bw4c4Pzzz2fF8nn/AaUUW7dt5ZFHHiEUCrFi+XLWrj3zCPOpqakpNty9AVV3crRtm8svu5x0euHwdc899/DRP/sIDz38IIZhBJbXQjLYP8Cv/9p7edtb376AGGmtOTh+kDvuuINMJsN5551He6a9uW87duxg0+ZNRCMRLr/8iuaySinu3HAn+/fv54ILLmDZ0mWnWing3CIBWMQJRSsZcJVid77Ezw5O8NB0lpLjETIksqVKXQkR+ANofQwCwHwUoDm3rX9cD3VHI1EnHLL22dXKE1u+/N/ZW7/0+TfVyqVoIzy6fjTG5z60lvPO6wws8ZRu+BPjVBW1ms/4RJUHd+TZO1lhz3iFh7bl2TNRpVT2qLqqIbQ/JhKJJJ//yndZufrMQPmtNJ6jMKRg5bJuOjPHVkM/FzTU54ZhkDs4xnc+/NvsvP2nRNPpoCQKgdMgAFJSKxaJptO85kN/xKW/+E6U7yGk0XyxBWVUx1b5N0oOjwXf949wtjsWGrnso62vlQBICf/yT/+P9777N4IIkXx6VQi+H5guiRa/hX379/GKV13Prt27WD66nP/63Oc599xzFyy34a4N/Mmf/n/cdcc9vOEX3sAnPv4XjB6nmVDr8ej6vdqwn326aK0iaI2GBBUE8gjPiKe6TvPLzkcAnglal32617P1XjzeOo93Xlrz7sf8roap6Snuu/8+JicnMQxJNBbjzDPOZOnSpcckKce7N491Pp/qmE5yzC2mABZxQtH6+FhSsqItQW8swvpMlp8dnOLJuRyOEIQNidCBPbCm/rDX8+PHUgu2utY16IDQmkqlEipXK8vCprW085VvrN649uzI3EP38egt32N24iCvvaSLNSuS4CuoNpoYBFPxkGUQCpskUiFGlyVwlKacczgwXmEi67DnYJl7n8yx81CFiZka+yZrVGoLS6zCkQh/98nPMjq6glIx8Pz3lcbzPXq62kgnw0fs//N2vlteWqF4gnAiEWgz/LopT/Ns1gmXUoQiURLtXfXlF5o3PdWg9VS/fyYvymcyQD6byoOj7Ut3Zzcf++OPc+jQIUZGR1m9+kib2jPOOIPf+uDv8MqXv4orrriCkbrxzVPhuVRGCCGOur/HOp9PZ1vPZdB6Nsse6xieyTqf1jkUgQnRq258VT1VITAM+ZTrP97vj7Xdpzqmkx2LBGARLwoaQ7gAEpbJhd3tLE0leGBqhjvHp9lXLCOBUJ2R63rP8sDBZt5S+KjDpW5JBwBSazQKx0UY8USkfd05ZJavInXh5cjx3Vy15ADR2h5wy2CYYNTrEwSB4soDhMA0wDQk0Y4wHZ2RQNBW9Xjt1S6lssf4ZDWIDExVOTBV5fFdeXYfLGNZJqNLlxOyw5QqWZTS4PpE7BCd7YmmWckLFT5srNWOJQin2hD1xifCNBC6QQIauopGK+DO+v+DGs2TPbT5fNmw2rbN6177ejzfO2oIHCDdlubGG27EudYhGome9OfmpYxQKPTUX3oJY5EALOJFwQJNQH2A6YzYXDfQw6q2JPdNznLfxAzj5SqmEESMQN4daLyC+b0+upfggvUGC0ggMCHSnofj+5jRGB1rzsRatZp7vRm2VA8xUh7jrPLj9OoxiGiIhsEywJAB8fDq82UBgWABQiGD7m4TBIwOxzl3XZqipynOOezcm+PgrKY2+gEi8TSlUhGNxtdBBGCgM0kqETnG3j+PqNvvSsMg2pbBsEyUVpjSBE/hKx/V0PVrTTgeJ5YOcqCHRwBeCjAtE9M6/qvRsqxjhpIXsYhTBYsEYBEvOloHGEtKRpJxuqIR1qST3D85y8PTWWaqVSxpEJayLmrXLSJAjnQSakGgDA+oggp8d/Er5aD8xwjxJB14ZifbzBU8IZbRXjlIV3YfS8a2MsQ4qYSAVBSiNthmMPh7h9VAaUBC2DYIRwUdCcnwYJqDkbdSaruOfLGCU6sCAuH6xCI27e0xjOfD7/8pIZokK9begWmH8apVRCgEpokpTITjopUCBOFYnHDdK//pGgGdaFiWRbVWAyeQhDju890aYhGLOP2xSAAWcVKhOVCZBuva2xhKRDmzPcXGyRmemM2RrbpYQmIbMtDpEZTUiYYFLcf3E2r8MqADAu25mEJjaEHODDEVX4G2///2zju+jfr+/8+705blHc/sOM5OnL3IIGQQRtmQEChQoEBbugvdfLvX71to+21LoUBLCzQQCgUSIEB2IHvHie3EceK9h6x94/fHnWTJNmRAAKf3zEOPyJJOd5JOer8/7/F6DyPN5aWfrYJMbyX9Wmvod6KMfnI1GSmQkZmEPd0FbhtYRX1kUNSJCaugqiCoKFY7zfZpBLxhVDmkD/tR9KhFdpaHJJf9vFT9d38/4/9PyuyHzZVE2O9HiURwpaVjT00lUFtLwNuBIIrY3G6sjo8hMvEhsFgs3LriswwaMBiLRWLa5Gmn38jExCQB0wEw+VQRK+IzDGOqzcb0rAyGJSdxqLmNvU2tlLZ26kJCIthFSVcUjJMTPt2aNZY20KsLjTYhECIh7Oh9zcHkNI57MikJjsfuayXZdYyUlnIyvHX0q68hNVCFx+IlP9tDbpYbV4ZTjxA4JLBIgIiqiqjhTlSsqEZLI7KCy2UjIy0JSRQ+KHDxoehZUGg4ANk5OFJT8dbXoSgqktVKUlY2rR1eOltaEEUBq82GZLUmNFfEV15/Wrj15ltZungpoij2aBM0MTE5Pb06AJ/GL7vJfxdCLLKvG7JMh535+dmMSU/hQHM7+xpbKWv30haKIAlgFwVEhFg0Pmbko8p6vexDM8Rwog6DJhDLgxMMYNNUbIhoaWm0Z86mOTyd8tZmxNpytKojeNqr6H+yg5zyZtKoJdMeIi8vifR+blJTbFjTk1E9GgoqmtH3r2kaOZnJuBzWhNd5PkgcrKRfTcnJxZ2eSb2qImqghsM43R5cqWk0VZxAkETkUAg1EgGHM0FK+NOGxWIhJyfnkz4ME5M+S4ID0H3VcD7akkxMzobuEYF+TgeX9HcwISOVfU2tHGhq53i7l/ZgCA0Vm0VEMsR3AF1UqDfzH/UQVKOgUNNQRRVREw2dAc1QSVPRgkEE1Y8VIDkJ0qegjpqKLxjgcO0pdlWUodSWkdlay0BvkOxjPrKlBrKzwX0DOJwSYVVAlWXsLjvpGW4kSfjIBf/096nLeY99fwUByahmTxkwiPSBgzm5bQugIYfDaKqCzelCEEQ0VaWzpQVfawsOTzIimL8JJiYXKDEHIH5Yh/kFN/k0YUTqY9cBMp12Fg7IYWp2BnsbWtnX2EJ5h54aCGkaFhGs0RW9oBezdSkEoQv9ROVvozr4RpheiKsTiKkRCoKe24+E0YIhve1MELHkD8bTfyhq5BKUoJ+jNVXsralArS2jX53CNd4IaZYwKHqjXV5WMk6bUT1+Hr5mXQ6TFnMCZFkmHAwQkSMogoCUnILVrtcfqJEIteVltMoRJJeDSMBPR0crjbXVpOQPAFXFIormb4OJyQWIPgLcUDM6U0UnE5OPk5jgX7S/H2Jh/RSblfn9s5iek8H+pjb2NDRT2t5JSzBMUFYRRV3vXoyW/QmCPuI+rnAQTUMTtNhEPA2j+l1TYw4AsWOI8yMUBSXiB01D0UAWRLT+Q7DlDUYJzUK2SLxV7yWrPYQTKMxKZWK6sfo/T8Qfq6Io+P1+Dm/dQMXhfcihEIgCDcX7CdltSIpCAJW2ygo6UbE57IQjIm2+NmqrK8keXYQS9ONJTsYeHSJkRgBMTC4YLIBp/E36BPHnp9DlFYAg4LRIzMjJYFK/FErbfeyub+FwcxsNgSARRUUQNSxI6F13KiICmmjMEDCeI5YyF3RBHDRjQJGG0T4YdQjiL1qXYVQ0VDWMqmioii6v640onOzwE/D7GDowA7vNEn/YHznxK39vZycBf4Adr73I9pf/hWSxIFksCJKE3WbHIkqoKEQEDSUiE1I1QnIIi6+TQGc7mgb+QAAEAbvd/qn8fYhEIjQ1NeH3+8nMzCQlJeWTPiSTPkYoFKKxqRGAfpn9ekx1vJARozrGn8Yvt4nJaYmT/gWwSRbGpqdw84hBfGlCIdcMG0BhejI2yUJY04goqmHHoxEBQAQRMaYcKGgaol79phcKxuTydCdBU7XYJTbVz/hfVTXDeVDRIhGUYABfZyeD0pKYNDgLqyTqSoDn9S3RHYBwKIhotTLqovnkDCvUoyeShCBKhGUZfySEz+fF7nIxaOwEMvsPILVfNoXTZpM3fDRKJIQoivj9fmpqamhpaT6jUb5nosoXDAZpbGykrb0NWZbP+bUeOHiA2+/6LBMnTeSxv/7lI1ME7A1Flmlra6O5uQk5Ejlv+/m0Eg6HaWltoam5Sb80NdHS0tLrCN2+gqZprN+4niuuupxrrr+KdevXfdKH9LFiMQ2/yYVAfJpAEASsoshAj5tct5M5eVkcaWlnd0MLZa1eWoIRZDQsxkaCaAgEaZreSYCAKqjG8wmg6k5BtCI+Os5ViyYMNF1cSFVVfViJEVVQjcp/QdO4ZMRA8lL0gT+nmXj84d4HQYhF9NzuJDp9PkbPXYw7NYNju97F19aKKyWFSCDAyYN78TY3MPGyq5l+1TJCXi+BTi+Zg4aSlJpBOBjAbrdTXFzMd3/4HTp9Xu6/78vcftsdvU7Z0zSNvXv3UF5ezoQJRQwvGN5rnYMsyzz+xOP88ue/ZNK0ifz4hz9h4sSJ5/R6jxwppuxYGd4OL6VlpTQ1NZGVlXVOz3U6Xn/zdX7z8K+pr2/gga8/wG2fvb1P68CfCaqqUl1dRUlJCQcPHWLlC8/R0taMhoAsR0hLTePKy65ixvQZzJs7L2HKXl/A7/ezc+d29h84gMfjZtPmTSy9dOknfVgfG6YDYHJB0X0YkFUUSXfYmJmbybjMVKo7AxxqauNQUxunvD58ERmrIGCTJH0KoQCqoKFpXb0DmqCv7jHSAl12X4uNd406ARh/69EBCEVkBqYlMbMgF6skxcbrnu/XD+ByubBYJEJhmZEz5jB04lQiwTCSRUJRFVqqq4iE/GT0H0RSWqYhYGRILCsyLqcTp8tFa3sre/fvIeAN8fs//Z5p06Yzftz4HvsuLS3hRz/9H7Zv38GiRYv4wXd/SGFhYY/HnTx5ko0b11NTU0NSmZuamppzdgAikYhuhCX984hOePyoaW5u5ul//p1NG7YgWuGXv/klbrebm25cdl7292nh9Tde5+Hf/5aTpyoIBkM0NjUgy3r0Q9Wgurqa6ppqnn7mbwwaOIj/+f6PmD//4k/4qM8cVVUJh8MIot5WGgwFP+lD+lgxhYBMLkjiFQEFQBQEkm1WktOtDE52cVFeP463eznU1E5pSwcN/iCyqmERBKwCxkhiAQ21ay5QVGdAiNYOGL5ANF2gabHaAOJSAnOG9ycvVZfW1bc5f4V08TUAgiBgtzuwWBT9OJOTUWQFWZbRNI3U9H66w6PIKOEIosWCZJEQBQGLRcJisSJJEnm5eeTl5FGpVFJdU83OnTsZPWp0jyjAoUOHOHj4IPW1Dax66QUWL1rcqwPQ2NhIbV0t2MDtdmO1nbumfnzt0vmsY9q4aQP7D+5Hsou4XS6OnzjG86tWMmniZIYPH35e9vlJ09jYyOrXX+Odd9ZhsYloaORm53Lx3AWMHz+ecDjC3n17ePnVf9MQaaLi5Cke+O4D/PRHP2PRwkV9Iq0cneYXHSF9oUd0umM6ACYXLN0HDkU7CJwWC84kC7lJTsZkpNLgC3KszUtJSwflbV6a/SFkTcOKgEVIfB412gYg6HcIRri/y/h3/R2JyOQku5hTmI/VIsWM8vn+Xeyej43+qGmqiiiJWAQLoCGIkr7iV63gdMS0EyRRTMhRFBYWcv21N/DoX/9MIODnb/94ks9ceSX9+iWG2rfv2E5beztJaU46OwMcLi6ms7OTJGOuQJTyiuMcKi5GFCEpKYm83Lzz8C58dPj9fl586UVOVlbidDhQNRWHw8E7G97huZXP8LWvfAOPx/NJH2aMSDjCwcMHURV9hr3H4+nVETsdDoeDYYOH0n9AHk3NTWiaSkpKCpctvZwrLr8SVVVoaGjg+utu4IVVK1nz5hp27t7FQz/5Aenp6UyZPOU8vDqTjxLTATC5oIk3hgLEDDWAKAqkOWykOWwUpHmYnJNBTYeP8tZOSls7qOzw0RIIEpZVJA2sgoDYzSGIyeXGQgHow4ZUDVlVmTEkh4HpybFjEeIHGJ0Huov2xN8uiCISGOOO4+hl5G18339qSiqXX34lf378T4TDIYqPFnPg4EEunn9xbFyu3+/nYPEB2jva8SQl4XTZ2bb9PUrLSpk0cVLseTs6Oth/YD8dHR2gQZI7iaFDh34kr10URVJSUlAUhbLSUsKRCP369SM3N/dDPe+R4iMcOVpMKBgiPTubtLR0vJ0dVFZV8/IrLzNv7sXMmzuv122379jG4088zvhxE/jCvV/otXaiO52dnfzlr49SUlrCPXfdy+RJk8/4WPfu28Nvf/dbqmuqAV3l0mq1MGTIUO658x6Kis481eLxeFi+fAXZObn85a+P8u577yJJFlJTUklK0utZkpOTKSgoYEThCFRN46131rJr9y6e+vuTjCgccU6Okd/v57U1r/LG2je4aOZFrLj5loTK/Egkwr9f/jebt2yiaHwRK26+Bafz0zO7QpZl/vns02zYuJHly1awZNHi877PUChERUUF2dnZpKamcvLkSda+vZZtO97FZrUzsnAkV191DYMGDUrYznQATC5YoivuaFFc1226sI2iqrF2PFEQyXE7yHE7GJuRQr0vkyqvj+OtXsrbvFS3+2j1h/DJMmh6qkBEQIz1A0Z3ql+NKBppLgcLRg7EZpVi++164MdDvDDQuW4LUFgwnJnTZrL53c2oqsrqNa8xa+as2A9vWVkZDU0NhpICWC1Wdu/Zzf79+xIcgKamZk6dOoUoCaQkpzKpaFKPwrGWlhaKi4tZ+86bhCNhBAQki8T1V99AUVFR78cqQWtbK3969I+UHS+jrq4OWZZxOp3MmjmbG6+7ifz8c4s0PPOvf1Jx8iR2u5Uxo8ey+JLFrFn7GlXV1RwpOcpbb69l2tRpPYyQz+djzetreOKxJxk5tpCsflnU1dfS0NQAmkZWvxyWLFrCqFGjErYrLi7myb89SfH+I6R4UigtLaX0WCmBgA+7zcGkokksXrQEpytxf2XHyvj29x5k7Ztv6wOqog0bxq+8t93L7x/5A+np6Wf82vPy8rh08aW8s/4dtmzZakS2enZAFE0o4vZb72DL1s2EQiFef3MN99x9b49akXA4zMmTp3h73VscP3EMu81OMBRg8sSpXHv1tTgcDmpqavjHM//gtZdXs3fvHoYOGZpQV1BdXc1vfvsrdm/by/DRw5g7dx6FwxMjHKFQSDeC76yl4uQJYz9Bpk+dztVXXoPNbjvj9yDKqVOn2LxlE0fLjhKJREhLSWfBxQuYOmVqwuMqKip45rlnePuNdSiKTKfXy9GSI3h9XiyShZGFo1h66WVkZHzw51BVVcXmLZs5UnKEcCQEwNhR41i8aHFCoWtLSwvPrXyO1a+/Rm5OLv2y+nHixAl27d5JeUkFAP3yMjlw6ABfvO9+JsXV25gOgMl/DZoWrezXjDy8bpA1VSOiqaiaigBYBIEByW4GeJyMNVIEVe0+TrR5OdneSW2Hj9ZAEH9ERpYVRFX/vZXoqj1QFIUJ/XMpyE6N7hxBFDifq//uJOomdNUFfJAzkCAhHEdGRgY3Xn8T23Zuwx/w8/a6t7jn8/cyonAEAFvf3UJzUzM2qw1V1UPPnT4fR0qO4Pf7Y0b+cPFBdu3ehaZpDB06hEvmXxLbh9frZe1ba3ln/dscLTnK+vUbINohKMKBAwd46HsPMWnS5B7HZ7GJHDi4n40bN1Bf04jo0Fe/SlBj7VtraWlp4Stf+gqZmZln9R5WV1ez+d1NtLa2IUowffp0PnvrbXQGOtmzbx8dnV7WbXiHKy67khkzZiRs6/P5aG5uxplip6mlif995DeUHSujvckLQHKGh3ff28rnbv8cixctRhT1yExtbS2SKCI6BNa8uYZXV79CydEyUAABxowfxaHiw6xYvoLBgwcD+qp485ZNrH37bZxJdlwuF7NnzkbT4LU1r6GFYP/B/fj9/rNyAAA6vB2Ew6HTnrpTp0xl0MDBtB/aT1NTE8XFxYwZPSaWgtq7dw//ee0/HD58mC3vbqausiG27cCCAXR0tPPZFbdhsVhxOpxILoGy8mM8869nmDVrNjabfm4dPHiA4+XHkVwCPp+vR+Hnrl07eeW1Vzh85DCbt26isbo5dt/QkYPxdni58YZleDyJqan3Q1Zk1q9fz7Mrn2HTpo2Ul1YA4Ei2s27DO9z3+ftYuuQy7A49StHY2Eg4HEG0C2zbsY39B/ZzuPgwqm7DGVwwkH0H9nL7rXcwduzYHvurrKxk1UsvsGfvHnbs2EFpcVnX8Y8YzK7dO/nSF+6noKAA0AtU//3Si6x7az3Y0c8TABEGDu2P0+mk5HAZTz/zdwqGDWdiUVHs+2M6ACYXLPGrf13tUg/7q6oWk//VjPY+QdBbAFVVI6iqqBEFTdWQBIH8JBd5LgfjMlNo8oeobvdxsr2Tqg4ftR2dtPpDeENhAhEZWdWIRBTcVomLR/THbjHC7cYxfJKFUdF9n+4YervfYrEwffoMsvtlc+LUCapqqjh48CAjho8gGAqyftN6GhsbESUpVkPgcNjYvnM7xcXFTJkyhWAwyLYd2zhWehwEyMzIYPx4fYXY3NLM448/xtPPPM2RkqMQBskpMP+S+XR2dlJ6rJTVb7wGaPzut39gyOAhCccnihKV1ZUIgM1tIRyQQdBweGwEQwEef/Jxsvr14/4vfvms3rMtW7fQ0eHFapdIS0lj8sTJZOdks/iSJbzx5uvs3LOLQ8WHeH3tGoqKinA4HHHHJGKxWJAkiVAoxP6D+xEEgUnTitA0jeKjxbzw0ipOVZ4kKyuLSRMnx95rURSRLCInT1Xg8wXIH5DL4MFDOHmygsOHjvDr6l8SDod44JsP4na78fl8lJUdw+12omkqE8YV8dtfP0xElhk9ajSdnZ1MKppEWlraWb3+syEtLY0pk6ZQeqwETdNoaGxAkRUkSeL119fwx0f/yPpN6/C36ZX2oyeMpH/+AMqOlXKi4iS//PUvSE1N4/prr2fmjFm89vqr+Hx+du7eybGyY4weM5pQOMTmrZvRNA2nw8ms6ReRm92V4nnl1f/w50f/xMYtGwl06BZ33KQx5GTnUnqshPLjFfz8Vz/HnZTEshuXnZE7vub1NfziVz9jx+4dqBEomjoBAYGy46Wsffst6uvrSPYkc/H8i/U0myTpF6tAXX0dnT4/GelpjBg+kvqGeo4fK+ePf/4D7e3t/OoXvyY9rcshq6g4wW8e/g2PP/EYEZ8CAgwpHEzBsAJOnCinsqaSR//6Z7Kzc7j/i/eTlJREeno6ixYu4nj5MZpam1AVvUZl9syLuHzpFUiiyAv/fh63K4khQxK/N6YDYHJB0n2VG/1bMwr4BPSiuGjbm161HxUC0rsAFDTCioKsRFBVXcs/3WEj3WZjRFoyHcEIdV4fVR0+ajp81Hp9NHQGaPT6GZWTwfj+WT2G8vRlBg8azMXzFlD3wrNEIhFeWf0KixYuoqamhpLSEkLhEElJHubMmkvFqROUlJWwa9cutu3YxpQpU6iqquLIkSOIdgGX3c3YMePIyMwkEonw9ttv8dvf/Za2jlaSklyMHzueiRMncfcdn6euvo4vfPleOjs7efOtNzl46GAPBwDAIlkIh8OMHDGK8ePGE4lEOHDoACdPVVBfXc/qN1bz+bvvwW47M6W3SCTCug3vUN9QhyAILFqwmHlz9Fz/7NmzWbxwMYeOFOP1+ti2/T2qq6oYZqzKuqMoClarlTmz53LvXfeiqiq/efjXHDx8kP0H9/PkU08xaODgHmONZUVmwIB87rz9bubOnsOaN9bw92f+TlNzEy++9CJTJ0/jiiuuQFVVQqEgETmCw+bA7XYTDIYYNnQYv/zZr87ykz434ufJgNGVIQrU1NbwyB8e4Z0Nb4MAhWOGM3LESJbftJwpk6bx81/+hFOn/sHJ8kpeXf0KN1x3A/PnzmfCuCJ279tFfUM9q156gR+OeYi6ujrWbVxHMBTE7XZz6ZJLSTJW8uXl5Tz8+4fZsnUzCBojxxUycsQoViy/hQnjivjRT39IVeVKyktP8OZbb3DDdTfEUoPvR3l5OY/8/mH27t+LKIjMmjODr93/DQTg/x79A7t27+Lg4YOs+vcqxo4ZS1Z2dsL2ETlCZkYGN990M5+5/DPs2rOLP/7lj9TV1fLG2jeYPm0Gd95xJ4Ig0OHt4De//TVP/eMprFYrOUNzKJpQxGeuuJo5s+ew8vmVPPbkX6ipr2Hb9ve4+jNXM2rUKDIyMrjphmXs3beXF19ehdvlZsHcBTz0gx8xbtw4VFVh9qzZgED//v0THHzTATC5oIkPeQvRgUCChjEQQK8B0HTBn3hZXzWW1teMhkABWVWRZYWIrKJpGlZRZEByEnlJbkKZMq2BMLUdPqrbO5lUkI3H0dXe9kmv/j8KnE4nSy+9jBf/8wKtbW2sfv1V7v/C/ezevYe29jYsFomhg4fxlfu/yspV/6L46BEikQDFR4sJh8McOHSAvfv3ocoaoyeO4qorrwagrq6OV197lU6/F7vdzkUzL+KR//09I0aMoKOjg6rayjgHTiUY7KVXW4BOn4/CYYX88LsPcd2116GqKj/7xU/52a9+gmDVDXp9XR0DBw7quX0vVFdXs2vPLrxeLw6HA4vNys49u3C7XLGVXmpyCnIkxIkTJ1i5aiVz58wjLy+foXErLc2oERk/fgI/eeinTJ2q54x9fh8PfO9btLS08OrqV1h20zIumn1RQt2G2+Xmrjvu5mtf/joej0ePAlSeZNVLqzh2/Bivrn6FJUuW4HK5KSwcgd1qxx/ws+XdzXzzwa8ze9YcJkyYwPhx4xl0hq/7XPH7/ezeu5tQKITD6TAUZkXWrFnN0dKjSJJITk4e3/7mt7nj9s+hqirHy48hq7KRjtN78iOyzOjRo7nhuhs5cGg/9fX1vPr6q9x91+c5cGA/JyrKURQFp8PFxIkTY4WVr615jWPHy5AsEnm5+Xzvge9zyy23oigKx48fQ1aUhP0oivKBTnkoFOKZ5/7Jnn27EQSBkYWj+MlDP2P+vPn6/eEQlVWV+Cv8bNyyiZJjpQkOgKZoWG1Wrr/mer774PfIzs6mqKiI2tpa/vT4H2lqauTfL7/IjdffSHKyh8OHD/P8i88jRyI4nS7uvP0uHvzWt3E4HFRXV5OamoLT6UBTwO/36WkZA6vVisPpQAlpZA3O5uqrrmXcuHGAHh0bPXpMr6/RdABMLlg0TUMURV2dzyj2i8r6ahg3qHFpALrq+aIDslRD0EdVwZAEMFILGhFZIaKoKLKi/1hbJYYkexiVlcbIYRlI4oVh+KOIosi4sePIysqmw+tFQOCNN99g46YNtLW1oQHz581n5syZnKw8yZtvvUFldRXl5eVs2bKFbdvfo6KiAlESGD58OEUTigCoqa1h45aNKKpCTnYOV3/mWkLhEC+sep6Dhw7w2BOP0dzajKZpDMgfwMABA3scm6ZoeJKSue+e+7ju2utix1s0YSKZ6f2orqslHA7T0d5xxq/30OFD+Hw+LFb9Z/K5lc/wzHP/ICozFe0bt9sdNDQ18PPf/IyHfvIQy25YzuOPPh5bXcqyTFpqGtdceU3M+AMsWbKE3/3xEZqbm2lubaKy6lTsuAHkiMrUSVO5+sqrY9X0Q4YMYc5Fc3j1tVcJBkNU1VTR0tJCdnY2Cxcs5IrLrmTj5g3U1tfx1rq3eHvD27icLpYuuYw7bv0cCy9ZiGQ5P73uJSUl1NbVoKgKqqKSkpyCJIms37ie+oZ6RFFk4cWLGD16DBs2beDokSOsfPFfbNy8CUkUsTmtDBtWgMOo+J85YyZDBg2l9FgJvk4fr7zyCqVlpaiqis1qY/yY8Qwd0tVBsn7jepqamhBFkUULFjFixEjWbVhHydEjPPf8c2x5byuSKGJ32ykYVoDNZsPv873v66mpreX5Vc8TCARIcidx3+e/wOxZF8XunzJlKpmZ/Sg/cZzio8XU1NYkbC+HNUYVjeK6q68j23AMMjIyWbhwIX9/5m90eDuorauhobGBpKQkSkpKAN1gZ6RnMm3qdI6XH+e9be+xfsM61m9cR2NTA1arRMGw4WRm9ovtKz76YrNasZ9hkaPpAJhccHQP/3etqEBX9RF1rX5NX99Hh/9oauJwn2gkQNX0+QFK1CGIcxqiF131TyEia6S7nViteklgtPDwQnECcnNzuXzJFTzx978SjoR5buWzNLfoPeIWi5WJRUW4XC7mzJ7D8OGFnDpZxaHDB3jq70/S3NIEEuTl5jJ75uyYUQsE/NQ31GI1CghXv/4aP/zx9+n0deozDcJhUlNTyczM5MFvfCehqyBKOChzw7WXxaIKUZxOJ+6kpFjzxdl8Dhs3baC5uQlJlPAkebDb7ajGeQO6XoKiKgQCAX2egabXmPj9PpqbmnC53YBeh2Kz2cjqppuQmdGPkYWjKCktQVVVAoFA4jGqkJ6WjtudWKxWMKSA/Lw8jh8/gazIse0KCgp49I9/4YmnnuDJp5+gs9OLr9OHt9PLa2te5ejRo/wj75+MHTv2Iz8fOzo6ePHlVQQCASySBU+ShyFDhiAIAjV11YSCYZI8LiorT3Hf/fdytPQIoiASCoVwu1y4XC4uX3oln7/znthzDi8YziULFlJ2vJTGpkYefezPhCNhwuEwbrebG667PqHNsK6+lmAojMfjpuJUBXffdyelx0oRRSG2H7fbzdVXXsOdt9+lv8UfUBBbUnqU2voaXTQrNZUFCxZgtXaZTIfDgcUi6eeDCqFoZCru8/N4kklJTay7GDhgEEMHDWXfoX0oqorf74/TEAGbzUZ+bj7/8+OHKD95HJ/PF5txkZGRycTxE1l24zLy8/Pf99jPtOvHdABMLkjiK971L0O0gT96m5Cg5a+p+jwAjbjBPpqGFlv5R//W0FQVRdEvqqI7BYqqTwC0WUUy01yxfZ8ux9jXsNvtTJ0yjX/+6x/4A36qa6sA3WiNHTmGiRP0FqOCggKGFwxnw7qNeDu9rHlzdaxFYvSoMcybMz/2nKIoYrVasVgstHe0s/ndTYRCIZxOJwIC+fn5rLjxFhYuXMTkyZOx2XpZ3Wh633r3Vjxvp5f2tjbQdIPtPEOt+sbGRr36v60Vh8PBDdfeyJzZc/W5EcaPsdVqoba2lpWr/sWOXTtQFJnZs+bw4De/TU5uLq2trXRv+4yPCEXCEVqaW1BkvdirVxW6Xro22js68Hq9sb8lSW8z9Qf8IMDdd97N526/g7379rJu/Tr+9s+naGho4MTJcra+t5XCwsJznngnCAJWS2Jqq7PTx79WPsdzzz+LP+DHYrFwxdIrGTVylHF8FgRRj5bs3reLUCiE1WLFZrPhdDqZM3suy2+6mRnTZzKgf//Yc2dmZjJ71myeevoJwuEQ5SeP63M6VBVPkocpk6cmvGdWqxVREhBFkV17dur7sRr7cbm4eM4Clt+4nGkzZpB/GvEpTdNoaW6O1W6MGT2WnJychMd0dnYSicgIAlit0vtqPHS3xZ2dPtra22LaIdHtRFEEARRV4UhpMaFQCEEQcLlcWK02BuT156Ybl7PsxmWxiMKHxXQATC5IdMW9rh9rffGvRVP/+mM0QV/RqVos399z3K+KqoFiCAhF5X1VVV/1Rx0MRVFQNI1Ulw2P2w6GI3GhrPyjiKLItGnTcLvcNDc3g2ELZFnm0sWXMmiQnvsWBIGliy5j69atlJQdjRltQREoKChg5MiRsefMzspm2uQZ7Nq7U/+8BJg6eRq3LL+V5ORkZkyfTnJyMnv27mXt2rUMLyigcPgILFZL7HMGvdAu3lj6fD527t5JS1szCOByuxMqrj+IAwcP0NLaiiBAVmYWN91wEzNnzurxODkiU3Gqgs1btyIIkJqSysCBA3s15oIgEp/ff+udtRw9dhRZlXHYHQw23rvubW0Wqetnurq6mvUb19Ha3gJAeno6ubm5nKg4wbe/+yClx0pYfuPNfPNr32L+vIsZP24CTU1NPPf8s0TkCO3tbR9qXoKqqgSCAULhEKFgiK1bt/D2O2+z6uUX9DSQppGUlMTVV11NamoqADOmzmD/gf34/T5kWSYjPZNblt/C6NFjGDJ4MMOGFdDU2MiOHdupqDjBmNFjYq2KkydN5uK5C1i38R0EQUBRFZwOJ3Nnz2PIkEQBqZnTZlJ8pJhAwI+syPTLyOKzt9xGYWEhw4YOY+iQodTV1fHee++Sk5VDUVFRDwf9/YS0JFGKKWVG2bVrF03GGOGJEyYxbGhBdMOE55Okru3a29t565211DfWo2m6EubgQYORJJHMzIxYnVIwGMRms7H8hpuZMmUq/fP7Uzi8kFA4RGlZKdt3bGfypMk9hH3OFtMBMLmgiP/SJijhaXr+X0BEE1R9Va8BhnSNpqmxlX9iCkCITfiLRgUUNMNxiNYIaCiKPuQnI8WJJOqh//frqe/rZPXLYua0WTQ1N6EoMtEG8ZkzZyX0Vk+ePJmCggIOFh/C6XQSDAYZO3YMiy9ZnPDDm5OTx5yL5rJjz3bkiExuTi533n4Xy25chsViYcfOHXzpa1/i6NEjqKrKpYsv4wff/QE5OTmxz0mQoOJkBScqTpCVlUVTUxOP/P5hHn/iLwD0z89nycIlJKckn/b1aZpGWVkpwUAAUZSYPnUGQ4YM7dWoS5LEyMKRJHs8eH1eOjraqamt6bFaBKPuBL24bM3rq/nxz39EXV0tNquNi+ctYNjQYbH9x6MaaaTj5cd55He/5fkXV6IBgwYNYMG8BVgsFo6WHOXV1a8QDIVpbvk/mpubuf22O2hva6P8RDmyIhuzEk778t8Xm91CXX0tP/jx9/j1w79CVVXa29toaWmhw9uBIAgkuZP46v1fZ+6cLmXEuXPm8fKrL1NSehTJIrH4ksV8/q57yc/Po6Wlhf/70x9Y9fILdHZ2MnTwML719W9x+WVXAJCfl8+c2XN4Z8PbugOgKLhSXFx88YIeAlLz5s7nP6/9h+MnjmG1WFm6ZCl333k3OTk5NDU188jvH+alV/+Nr9NHQUEhP/jOD5h70ZxeX6sgCDhdLkRRJBKJcPjIITra20lJ1s+flpYWnl35TyorK5EkCzOmz0ioR4gSn5uvq6vjr088xqOP/QlZlumXmcmiBYtjr2PEiJH0zx3A0bIjWCwWZk6bxYrlK5g6dRotLS1s2LiBv//zb5SUHsUf8PPtb32HL913/4eaX2A6ACYXJNFCPdAr/BH0NEAs/C8AGHl/jK4AowBQNVbvRGsCjG4BVdWMOoHo4L+oU6CP/XU7raSnOA19AT0ffCFit9u5ZMElrNu0jqbmRmxWG1ddfjXjxyaqvuXm5jJq5Ghef2ON3qYWjDB27JiEQiqA5GQPV33mKta+/Sb7D+7D5/Px+FOPserlF9A0jcrKSg4fOYQc1qswA/5AzIF4b/t7VJ6qwpXk4sChA3z56/eTnpZGMBikpKyEtrZW5JDGiBEjuO6a688oJaOqKu9te5e29jZESaTwNJK2IwpHMmb0GN7bvo22tnZqa2shTnHXarXS6evk9396hJWrnkNWFGpqqjl+4jhokN0vh7vv/HwPp8FiE3lv+7t87p47cDocdHi9HDtehrezA4tk5eL5F3PtNXrB46gRI7nmqmt58eVVNDY18vQzf2fT1o2EwxGqqipRVRVJkpgwYWKCVsGZohlCVqGQvgKNRPS0hUXSnQpJkhg8cAhfuf8r3LxsBW63O7bt7FmzWXzJYqprqggEA7y3413u+/I9SJJEZ6eXw8WHaaxvBhncTnfCStvhcDBlylTS0zJoa29FURTsDjtzZs/p8VnOnTuXhRcvpK6ullA4xJb3NnPPF+9GlCS83g4OHz5MU2MLyJDsSSE671PTNCRJwh/ws2PXDvYf2M+E8RMYN2YcWZnZ+Hw+Gpsaee5fz/LNbzxAe3sbP/v5T9m2YxsIGgPzB7JwwcIeLZwWh0hJ2VG++s0v40lKwh8IcOJEOY3NjUiiRNGESdz22dtjjx88aDBfuPeLPPC9bxIIBig9VsIPfvx93C5d56GyqpLKqkqCwTCE9QhXb+dz93bMD8J0AEwuGLqv/oXoWF9BN+qCJupFebEWQKNIz+gKiOb/4wf79HpRux6DJqAo+n5Tk+04HMagHS7M1T/oaYDx4yaAACFvBNkhc+211/UwYKIosmTREta+9Sa7tu0mb1AulyxY1EONTxAEisYX8YPv/pBf/b9fsvW9LWxZvzXxMQ6YMnkSCxcs4qYbl8UEbURRJBgMQQQCfj/1VQ0Jafe8QTlccdlnWLF8Bf3j8ssfhKIq7D2wD2+zD+wwYkRhgkHrTn5+vv7cm/Uf5e5tipIkEQ6H2bt/P0Q7twSQHAJXXHo5Ny+/hUsWLOyRQxYlgdr6WirKTiXcPnj4IFYsW8HyZTeTka4bnSFDhvKjH/6IzIxMVq76F/UNjdRXNYIIWMBms/D1r3yD2TNnn3VdisPhwOl0EPJH0Jx6XYvVBpGggtvj4tLFlzGicASLFy5mypSpPeoL3G4393/xyyiKwtPPPs3hfUc4vO9I1wMEyB2QzbyL5nHNNdcxc/rMhO1HjxrNoksW8dQ/nsJht7NoweJeP8skdxJf/fLXUFWFZ59/loN7DnNwz+GE/eQPymX+nPlce/W1TJw4EVEUSU5OIRyQsbksHC4+xIv/fpEJ4ycwdMhQVixbwS//9xeEw2Eef+oxdhq1BTt2bicQCBAKydy8bAXz583v8b6KErS2tlJ9shbUrtsz8zJYdv0yli9fkRA1sFgsLLtpGW0drfzop//DsZJyjh0p79rQWOgvvWwJly+9gksvXRr7fdF1IEKg6s+T7Dl9pAtMB8DkAiQ+9y8QNf5CtHlLbwVUo1oAsVqcLqOvdhUCatGcf1wNgBZ3u6aBomhYLRIZKa7Y812Ihj+egoICvvyFr3D8+DHS0tKYNXNWr4Zl2tRp3P+F+1lb8BaTp0xi6ZKlvT6fZJG4bOllpKensXHTRiqrKmNdG5IkUTShiMLhIxgzajTpcSutL9z7RebOmYu300vFyQqam5qRJAlFUUhLS2PypMnMmjGbvLwznwNgkSx8/u57OHTwIB6Ph5kzZn1gmDU3N5ebrl+Gw+Jk5OgRMXXDKIqi4HQ6mTZlOiMK9doHURQZN24ss2fMZuzYcb0+ryyrFBYUMHniZDIyMggGg2RnZzNz+kxmTJ/ZQ9Vv+PBCvvPgd5lz0Vz27t9Le3uboYQpUVQ0geuuvr7HZMYzISMjg2uvuR5BELHb7SiKQmpKKqNGj8btcjFuzHhycnJISUl53+cYMmQI3/z6t5g4cRIHDuzHHwggSSKyLDNw4EDGjRnH6FGjGTasoMd3JzMzkzvvuAtREklNSeWzK27Dau19hHRBQQEPfPPbTJk8jYOHDxAIBGP7GTxoMGPHjmPMqNEMNdItAJdfdgVlx0p5ftULeseJkSaSLBJ33nEn1bXV/PXJxzh2JM4gS5A/IJebbljGPXffgye5p8GVZY383GwmL5lMXm4+oXCI5OQUpk+bzszpM3s9J5OS9HbDgQMGsfXdLYRCYSRJRNMgMzOD/v37M3XyNCZ2G+qUmZnJNZ+5BptkZ9LkiUzspVOmNwRN01qA86cPaWLyMRHVoO+q/u9yAGK9/4YjoKoaaCqK0duvKrpBV1BQFM2o8tf/l437ZFVDVhT9PllBVjRkWSMUUUhPcTC2oB+iJMXy/xe6E+D3++no6MDpcsVyo73h8/loam4iLTWN5A94XBRVUalvqI99hhaLdEZVz3rFfzuiJKEaDsAHrdw/iIgs09rSgs1mIyUl9bS581AoRH19PR6PJ2aYm5qa+OnPf8KfH/8TWf2y+OqXvsaym26Ohczf7zWtXr2a7z30HfYfOMhnrriSB77xIMOHDycUCpGVlXVGFfxer5fOzk5UVcVisXzoqvFIRI718quKgifJQ0rq+xv8D6K1tVUPX0sSiiyTn59/2qiEIivU1ddhtVoTBuF8EC0tLfj9/th+uqvgxVNXV8ubb61FURQWXbKQAXFaE6dOneTFl15k34F9KIqCgECSJ4kZ02Zy1ZVXxYodo+zYsYNvf/9B1r+zgdlzZvGdb32XqVOmEo6ESUlJOeMJic3NzQQCAURJAk0jJSXlA8/nUDBEXUPdGX/PgFYzAmByQdBbzksQDAGfWO+/hkpXkW5sCyOxr/a4o+tqV0rAqAHQ6wiRVQVRhLRkB5JFivX9/zfgMvq3T4fb7T4rQyxK4jmN8PUkefAknf342d6wWixnbGhAr4sYOLCnQBEYOWZRIqtf1tlNJDSqxAcMGHBWxwJ6S+S5jOJ9P6xWC/0/oO/8bEhLSzvrmQSSRfrAvvfeSE9PP+PBRzk5udx262293jdw4CC+9pWvU1VVTTist+Z5PJ7TD5bSdB2KvPx8srLP7vMDetQUnA67w37Wao+mA2ByQdA9/6+qmjHmvivMD4Jh/fWLhoCG3uYXNdtRoZeucD+xFEBUBEg12gaj/f8uu1H8B0bx34XV+2/y4dHQkGX5rOtCVFWXrTX55Onf/+wdIFVVex2f/GnBdABMLgi6Jt3Ra/U/0XYxgGgJQNyKPuYWxPX6ayqxPH9MGMioEVA1XfgHDTxJNlwu2xlX3pr893Au54R5HvVtzqYK/5PGXKqY9Hl66/3vrgKYKN0rEB3+E43xd1X5C7E2v/ftAjAcB9lorUr1OBHjRu32lS+/yflHURQifoVAwH9WK8FgKAiyLggTLWg16SMIEImE9ZbVYOBDCS+db0wHwOSCIdHoR9UAASPsKkQjATFXQOjW+pfYAphY+R8XHdC6ZIFddgupyY7YNv8NxX8mZ4bDYWfY0GH0H5LP4EFDyMg4Tc7YIDsnm2FDC8jOy6Z///7n1Ldv8smRnp5OwbDhZGdnM3DAoHPqvPi4MLsATPo8vUUAusL/xFb2xAy42pXbV7um/imqhqImVv/LimpcNFTjuqKqhCP6aOC8LA8jhmTECgtN428ST1NTE5s2byTZk8LMmTPPqBhSVVV27dpF+YlyJk2axPCC4eZ51YfQNI3i4sMcOHiQUSNHMX78+E9rXVCr6QCY9Gl6C7d3OQEaGrr4jxYT/4mO99VVABVVV/FTVQ1F01BkBUXVkBUNRVa7HAFVRVH01j9F1QiGZCySSOHgDLIz3LEWRDCdAJNE4ttTz3a7T6nhMDkD+sDnZ7YBmlw4xEL/CHpVvxBV+u8K9ROLBsSF/41/qF2h/mjRYFfxn2oUBhpRA0XD5bKSkmTX9QbM0L/J+3CuRuBTbjxMTkNf+Pw+/UdoYvIBJOb741v+jEx/tCZAE2JqgDHhXy3uMd3U/lQjUtBVDxB3XVURREhOsuGw69K/fany18TExARMB8CkD9M996/pS3FD8S+qxy/E+vt0gy/EifrEF/1FL9HJf3GPUeP0/9ElWq1WiWSPPbZvMwJgYmLS1zAdAJM+SfzKH7oq9fUlvoAWHcUL+vW4VT8JRr97B4DhIKhaYu9/NDoQJ/6TnOQwjsHM+5uYmPQ9TAfApE8SX3AnoIf3Yz34cb3/XY3+0WhALOMfM+rRMcAJ/f9xQkDxqQFF0Yy55zYcNkuc02CG/01MTPoWpgNg0ufoVfhHhHgRfwFDFVDX7NUNvN4IYEgAdxn9aA+fqmFIA+spgFjqgK6/FUXFZpFITrIjCKZqm4mJSd/FdABM+iTxhlfVVCPvrxv9aP+/4QYYG+hqaioC3ScC6at7FdAr/VWMCYHo11UVNFVFRUPWNBx2C8luW2z/omiG/01MTPoepgNg0ufoNd9urOyj6OI+ukOgRdMFhhOQoP4XSwcYPkIsJaAlpAj059T3kOSy4rRbE47FrAEwMTHpa5gOgEmfo2v1r6/wdeMr6DN/MFQA4x8bnQek39DDAVDp3v6n6eN+uxUAyrKKRZLwuO2IYlfe30wDmJiY9EVMB8CkT5FobLuW50JU9EfTYlX5ghAd9hMt1IuK/3Tl/xO6AaL3KYndAYpRHCirGg67hMcI/3fvRDAxMTHpS5gOgEmforux7T7Sl7iBQJomoAldK/2u9r+4vv6EXv+erYFq3P9o4HbacDltvR6LiYmJSV/CdABM+hQ9wu2CYBTyGfn9WLtfrOQ/zqgnpg+ijoOqxkcFtIT8v6bqRl5RFCRRwOO2YrWI5urfxMSkz/ORzQLoOYbV/GE0OT/ElPf0P0A0tP01DOGfuNy/URuAipHtj1vh09UMoA8IMv7X4iYFanpboKxoOGwWklxd6n9RzHPdxMSkL/KhHYDoj6kgCH1i+IFJ36X7qjtawR8T8hGI5QJ0RyAa1o/L7/dQ/ouX/VV7ub8rSuB0WHA59Op/DAfENP4mJiZ9lQ9lsVVV7VqNmT+EJueZ7ueYbri7Vv7Eh/qJ3hdX6QdGHUBX+L9rEBCJ+v9xm+njXCHJZcPp0H1m0/ibmJj0dc7ZAVBVPedqGn+Tj4vuCoBRtT9BUA37LsRW5lFnQB8OFJ/fF+IMfNRZ0B+R4BTEUlp6+F+SBNwuW0xu2Jz+Z2Ji0tc5JwcgftVvGn+Tj4OeBlfT2/wA3fBrsTZATdAMNcDo8B+hp3Gn+0r//VIDoKgaDpsVt7H6N6NeJiYmFwIfKgVg/gCafJzEn2+6Dn9c+x9G1b+hBqjFKfhF3YTYNEDoafiNFsAuESC62gBVDafDmtD+Z577JiYmfZ2zdgDM9ieTT4LE801AQ0TT9NM3Ws2vGit9VEP0R9CdAs2w7on1AV0OAFrXOOHEqICAqhj5f6cVm1WKHYEZ/jcxMenrmGX7Jn0SI72vD//plhpIQO1+qzHZD1Uf9GNcjIRB4kaAooLVIuJ26vn/aO2LiYmJSV/HdABM+gSJ+v/Rgb4Y16NTAYxxQPH1AMY2sUJA/cmM8b5RoaCu1b8a6wjQ6wQUVcNuteJ0JnbMmhEwExOTvo7pAJh86kksANS6Kv7pkv/VV/FCTAQoasC7qv7j5IG1ril/iR0BPQsDo/3/3af/mfQ9Pom0zX/LPj8MfbGj5tN2vOf6Hp61A2AWQJl83CSec1qC0e6S9DXMvTEJUBOihYDRToCuG6PGX+3N+BvPh1H8BxoupwW7Tert0Ez6CJ+Ekflv2ed/IxfK+ywC7k/6IExMPohEmWlRdwYE9FY/TUNAQEQw/jSUAI15AFG1QK2b45Cw2lfjbzPUANGn/1ktUkL/v34MpgNsYmLS53FbgGog9RM+EBOTDyRqdPUivKgB1h2BWF9/7Lph8KPGP673XzXuj1f9U7U4OeC4KYGKouJ0WHHYu/r/ux+PSd/hk5Aq/2/Z57nSF51qTdM+Ve/xh3gP2/4/gShPnQ/gTd0AAAAASUVORK5CYII=";}', 1732012101);
-- --------------------------------------------------------
--
-- Table structure for table `setting`
--
CREATE TABLE `setting` (
`id` int(11) NOT NULL,
`pacs` varchar(25) NOT NULL,
`zfp` varchar(25) NOT NULL,
`port` int(11) DEFAULT NULL,
`portzfp` int(11) DEFAULT NULL,
`username` varchar(150) NOT NULL,
`password` varchar(150) NOT NULL,
`created_at` timestamp NOT NULL DEFAULT current_timestamp(),
`updated_at` timestamp NOT NULL DEFAULT current_timestamp() ON UPDATE current_timestamp()
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Dumping data for table `setting`
--
INSERT INTO `setting` (`id`, `pacs`, `zfp`, `port`, `portzfp`, `username`, `password`, `created_at`, `updated_at`) VALUES
(1, '10.10.123.25', '10.10.123.25', 10030, 10020, 'hisris', 'HIIFALMMAHFLAOCN', '2020-04-03 19:23:12', '2023-08-03 19:33:13');
-- --------------------------------------------------------
--
-- Table structure for table `subjawaban`
--
CREATE TABLE `subjawaban` (
`id` int(10) UNSIGNED NOT NULL,
`kategori` int(11) NOT NULL,
`judul` varchar(250) NOT NULL,
`subjawaban` text NOT NULL,
`kesimpulan` text DEFAULT NULL,
`created_at` timestamp NULL DEFAULT NULL,
`updated_at` timestamp NULL DEFAULT NULL
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci;
--
-- Dumping data for table `subjawaban`
--
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(8, 5, 'Angioplasti fistula HD', 'Arteriografi diagnostic tungkai bawah
\n\n\n - Pasien terlentang diatas meja angiografi dg posisi head/feet first
\n - Dilakukan pemasangan branula 18 G pada venous limb proksimal dari area stenosis
\n - Dilakukan fistulografi dg menggunakan tourniquet dg tekanan diatas sistolik, tampak fistula ....; dengan stenosis pada...
\n - Dilakukan central venografi, tidak tampak tanda stenosis
\n - Dilakukan sterilisasi
\n - Anestesi dg lidocaine 1 % sekitar 6 cc
\n - Dilakukan sayatan kulit dg mess no 11, dilatasi subkutis dg clamp bengkok
\n - Wire 0,035 “ masuk dg tuntunan fluoroskopi
\n - Sheath 6 Fr x 11 cm dipasang
\n - Kateter cobra 1 ukuran 5Fr dg hydrophilic wire 0,035 “ digunakan untuk navigasi melewati area stenosis; dilakukan arteriografi, tampak AV fistula dg stenosis pd venous limb
\n - Digunakan exchange wire (0,035 “ x 260 cm)
\n - Ballon ukuran 6 mm sepanjang 6 cm dimasukkan dg tuntunan wire
\n - Dilakukan dilatasi dg tekanan ... atm selama 1 menit sebanyak 3 kali pengulangan
\n - Post angioplasti , tampak residual stenosis minimal pada ...
\n - Angioplasty selesai
\n
', '', '2020-04-04 00:21:49', '2020-04-04 00:21:49'),
(9, 5, 'Arteriografi diagnostic tungkai bawah', '\n - Pasien terlentang diatas meja angiografi
\n - Dilakukan sterilisasi pada area puncture di inguinal kanan
\n - Anestesi dg lidocaine 1 % sekitar 10cc
\n - Dilakukan sayatan kulit dg mess no 11, dilatasi subkutis dg clamp bengkok
\n - Dilakukan puncture arteri femoral communis dg tuntunan USG
\n - Wire 0,035 “ masuk dg tuntunan fluoroskopi
\n - Sheath 5 Fr dipasang
\n - Kateter cobra 1 ukuran 5Fr dg hydrophilic wire 0,035 “ digunakan untuk navigasi menuju bifurkasio aortoiliaca; menuju arteri femoral contralateral, dilakukan DSA bertahap pada arteri aortoiliaca, femoral, poplitea, regio cruris, dan pedis; didapatkan hasil:\n
\n - Aorta : ukuran normal, regular, tidak tampak penyempitan
\n - Arteri iliaca : ukuran normal, regular, tidak tampak penyempitan
\n - Arteri femoral : ukuran normal, regular, tidak tampak penyempitan
\n - Arteri poplitea : ukuran normal, regular, tidak tampak penyempitan
\n - Arteri tibialis anterior : ukuran normal, regular, tidak tampak penyempitan
\n - Arteri tibialis poserior : ukuran normal, regular, tidak tampak penyempitan
\n - Arteri peroneal: ukuran normal, regular, tidak tampak penyempitan
\n - Arteri dorsal pedis : ukuran normal, regular, tidak tampak penyempitan
\n - Arteri plantar pedis : ukuran normal, regular, tidak tampak penyempitan
\n
\n \n - Arteriografi selesai, pull out semua alat
\n - Dilakukan kompresi inguinal kanan sekitar 10 menit, pada evaluasi tidak tampak tanda perdarahan
\n
', '', '2020-04-04 00:22:22', '2020-04-04 00:22:22'),
(10, 5, 'Embolisasi perdarahan', '\n - Pasien terlentang diatas meja angiografi
\n - Dilakukan sterilisasi pada area puncture di inguinal kanan
\n - Anestesi dg lidocaine 1 % sekitar 10cc
\n - Dilakukan sayatan kulit dg mess no 11, dilatasi subkutis dg clamp bengkok
\n - Dilakukan puncture arteri femoral communis dg tuntunan USG
\n - Wire 0,035 “ masuk dg tuntunan fluoroskopi
\n - Sheath 5 Fr dipasang
\n - Kateter ... ukuran 5Fr dg hydrophilic wire 0,035 “ digunakan untuk navigasi menuju arteri ...
\n - dilakukan DSA , tampak blushing/ekstravasasi/diseksi/pseudoaneurysma/AV fistula pada ...
\n - mikrokateter .. ukuran 2,4 Fr dengan microwire 0,016 “ digunakan untuk kateterisasi superselektik
\n - DSA superselektif menunjukkan tidak tampak vaskularisasi ke area non target
\n - Dilakukan embolisasi dengan ...
\n - DSA post embolisasi menunjukkan
\n - Embolisasi selesai, pull out semua alat
\n - Dilakukan kompresi inguinal kanan sekitar 10 menit, pada evaluasi tidak tampak tanda perdarahan
\n
', '', '2020-04-04 00:22:48', '2020-04-04 00:22:48'),
(11, 5, 'PTBD', '\n - Pasien terlentang diatas meja angiografi dg posisi feet first
\n - Dilakukan sterilisasi pada abdomen
\n - Anestesi dg lidocaine 1 % sekitar 10 cc
\n - Dilakukan sayatan kulit dg mess no 11, dilatasi subkutis dg clamp bengkok
\n - Chiba needle 21 G dimasukkan ke IHBD dekstra/sinistra dg tuntunan USG; bile menetes keluar
\n - Dilakukan kolangiografi, tampak kontras perlahan mengisi system bilier dan terlihat stasis
\n - Wire 0,018 “ masuk ke biliary system; dilator triaksial 6 Fr digunakan
\n - Wire 0,035 “ masuk dg tuntunan fluoroskopi
\n - Pigtail kateter dipasang intra ...
\n - PTBD selesai
\n
', '', '2020-04-04 00:23:14', '2020-04-04 00:23:14'),
(12, 6, 'BARIUM INTAKE', '\n \n \n | No. Foto | \n : | \n 7553/ K.8 | \n
\n \n | N a m a | \n : | \n An. Fadillah | \n
\n \n | Jenis / Umur | \n : | \n L / 7 th | \n
\n \n | Poli/Ruang | \n : | \n Anak | \n
\n \n | Tanggal | \n : | \n 04-Apr-19 | \n
\n \n | Organ yang diperiksa | \n : | \n Barium shawlow | \n
\n \n | Dokter Yang Meminta | \n : | \n dr. Nanda | \n
\n \n | Klinis | \n : | \n Malrotasi gaster | \n
\n \n | | \n | \n | \n
\n \n | Cor | \n : | \n Bentuk, ukuran, posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vaskular normal. Hillus D/S normal. Tidak tampak infiltrat, cavitas, nodul | \n
\n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n
\n \n | Sudut costophrenicus D/S | \n : | \n Lancip | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi litik/blastik/ garis faktur | \n
\n \n | | \n | \n | \n
\n \n
\n\nUGI study
\n\n\n - Kontras barium dimasukkan per oral. Kontras tampak mengisi esophagus, gaster, duodenum
\n - Kaliber esophagus normal, mukosa regular.
\n - Gaster: Mukosa irregular, tidak tampak perubahan axis gaster
\n - Duodenum: caliber normal, mukosa ireguler, tampak duodenum bagian proximal masuk kedalam diaphragma kiri
\n
', '\n - Duodenum bagian proximal masuk kedalam diaphragma kiri, suspek Hernia diaphragmatika
\n
', '2020-04-04 00:36:00', '2020-04-04 01:40:13'),
(13, 6, 'APG', '\n \n \n | No. Foto | \n : | \n / K.6 | \n
\n \n | N a m a | \n : | \n Tn | \n
\n \n | Jenis / Umur | \n : | \n L / th | \n
\n \n | Poli/Ruang | \n : | \n Poli bedah | \n
\n \n | Tanggal | \n : | \n Oktober 2017 | \n
\n \n | Organ yang diperiksa | \n : | \n APG | \n
\n \n | Dokter Yang Meminta | \n : | \n dr. | \n
\n \n | Klinis | \n : | \n | \n
\n \n | Foto BNO | \n | \n | \n
\n \n | Pre peritoneal fat | \n : | \n Normal | \n
\n \n | Psoas line D/S | \n : | \n Normal, simetris | \n
\n \n | Kontur hepar lien | \n : | \n Normal | \n
\n \n | Distribusi udara usus | \n : | \n Normal hingga cavum pelvis dengan fecal material prominent | \n
\n \n | Kontur ren D/S | \n : | \n Letak, bentuk dan ukuran normal | \n
\n \n | Tulang | \n : | \n Normal, tampak osteofit pada vertebrae Lumbal II-V, tidak tampak lesi litik/blastik | \n
\n \n
\n\nTidak tampak batu radioopaq
\n\nAPG D dan S
\n\n\n - Kontras iodine water soluble non ionic dengan pengenceran 1:3 dimasukkan melalui kateter APG dextra sebanyak ± 10 cc posisi pasien anti-Trendelenburg, tampak kontras merembes melalui sela-sela kassa. Kemudian kassa dilepas, dicoba diisikan kontras kembali, kontras mengalir melalui sela-sela keteter. Tampak kontras mengisi sebagian pelviocalyceal system ren dextra dan ureter dextra.
\n - Kontras iodine water soluble non ionic dengan pengenceran 1:3 dimasukkan melalui kateter APG sinistra sebanyak ± 50 cc posisi pasien anti-Trendelenburg. Tampak kontras mengisi pelviocalyceal system ren sinistra, ureter sinistra, dan vesica urinaria.
\n - Tampak dilatasi dari pelviocalyceal system sinistra dengan ujung calyx ballooning
\n - Tampak penyempitan pada ureter sinistra 1/3 proksimal hingga setinggi paravertebra lumbal III
\n
', '\n - Obstruksi parsial ren sinistra ec batu pelvis sinistra yang menyebabkan calyectasis sinistra
\n - Stenosis parsial ureter sinistra 1/3 proksimal
\n
', '2020-04-04 00:39:41', '2020-04-04 01:40:56'),
(14, 6, 'Arteriografi', '\n \n \n | No. Foto | \n : | \n / K.6 | \n
\n \n | N a m a | \n : | \n Tn | \n
\n \n | Jenis / Umur | \n : | \n L / th | \n
\n \n | Poli/Ruang | \n : | \n Poli bedah | \n
\n \n | Tanggal | \n : | \n Oktober 2017 | \n
\n \n | Organ yang diperiksa | \n : | \n APG | \n
\n \n | Dokter Yang Meminta | \n : | \n dr. | \n
\n \n | Klinis | \n : | \n | \n
\n \n
\n\nArteriografi Ekstremitas Inferior Dextra:
\n\n\n - Kontras water soluble ±60 cc dimasukkan intra arteri femoralis kanan
\n - Tampak kontras mengisi arteri femoralis superfisialis, arteri femoralis profunda, arteri poplitea, arteri tibialis anterior, arteri tibialis posterior, arteri peroneal, arteri plantaris pedis dan arteri dorsalis pedis.
\n - Arteri femoralis superfisialis : caliber normal, tidak tampak penyempitan patologis
\n - Arteri femoralis profunda : caliber normal, tidak tampak penyempitan patologis
\n - Arteri poplitea : caliber normal, tampak penyempitan hingga daerah sekitar percabangan
\n - Arteri tibialis anterior: tampak irregularitas mulai dari proximal hingga distal dan menyempit
\n - Arteri tibialis posterior : caliber normal, tidak tampak penyempitan patologis
\n - Arteri peroneal : caliber normal, tidak tampak penyempitan patologis
\n - Arteri plantaris pedis : caliber normal, tidak tampak penyempitan patologis
\n - Arteri dorsalis pedis : tampak menyempit
\n
', NULL, '2020-04-04 00:41:48', '2020-04-04 01:41:32'),
(15, 6, 'BVCUG', 'Telah kami lakukan pemeriksaan BVCUG dengan hasil:
\n\n\n - Pada foto polos tidak tampak batu radio-opaque pada proyeksi traktus urinarius bawah.
\n - Kontras water soluble diencerkan dengan air dengan perbandingan 1:3 dimasukkan ke dalam vesica urinaria melalui kateter sistostomi dengan tekanan pasif (gaya gravitasi dengan ketinggian 1 meter) hingga pasien merasa ingin miksi
\n - Pasien diminta miksi. Tidak tampak kontras keluar dari meatus urethra externum.
\n - Tampak kontras mengisi vesica urinaria hingga meatus urethrae internum. Tidak tampak kontras mengisi urethra pars prostatica , membranacea, bulbosa, dan pars penile.
\n - Vesica urinaria: ukuran normal , mukosa reguler. Tidak tampak additional shadow maupun filling defect.
\n - Urethrography tidak dapat dilakukan karena canule dan abocath tidak dapat masuk ke dalam urethra (tidak kami temukan lubang pada meatus urethrae eksternum).
\n
', '\n - Stenosis total urethra pars prostatica sisi proximal
\n - Meatal urethra stenosis berat
\n - Vesico ureter reflux dextra
\n
', '2020-04-04 00:43:05', '2020-04-04 01:41:55'),
(16, 6, 'COLON IN LOOP', 'Foto Polos :
\n\n\n \n \n | \n Pre peritoneal fat \n | \n \n : \n | \n \n Normal \n | \n
\n \n | \n Distribusi udara usus \n | \n \n : \n | \n \n Normal hingga cavum pelvis dengan fecal material prominent \n | \n
\n \n | \n Kontur hepar lien \n | \n \n : \n | \n \n Normal \n | \n
\n \n | \n Kontur ren D/S \n | \n \n : \n | \n \n Letak, bentuk dan ukuran normal \n | \n
\n \n | \n Psoas line D/S \n | \n \n : \n | \n \n Normal, simetris \n | \n
\n \n | \n Tulang \n | \n \n : \n | \n \n Normal \n | \n
\n \n | \n Tidak tampak batu radioopaq pada proyeksi traktus urinarius \n | \n
\n \n
\n\nColon in loop double kontras :
\n\n\n - Kontras barium sulfat dilarutkan dalam air dimasukkan per anus melalui kateter yang dikembangkan, tampak mengisi rektum, sigmoid, colon descendens, sebagian colon transversum kemudian dipompakan udara, tampak kontras mengisi colon ascendens hingga refluks ke ileum
\n - Dari kontras yang masuk, tampak filling defect yang menyempitkan lumen pada rectum distal berbentuk apple core dengan permukaan yang irreguler. Tidak tampak additional shadow/ekstravasasi kontras
\n
', '\n - Massa intralumen rectum distal sugestif malignant tipe anular
\n - Spondilosis lumbalis
\n
', '2020-04-04 00:45:37', '2020-04-04 01:42:19'),
(17, 6, 'DCG', 'Kepada TS:
\n\nTelah dilakukan pemeriksaan Dacryocystography dengan hasil sebagai berikut
\n\nKontras water soluble sebanyak ± 1 cc dimasukkan melalui cannaliculus inferior OD. Tampak backflow, kemudian dicoba lagi dimasukkan kontras sebanyak ± 1.5 cc dimasukkan melalui cannaliculus inferior.
\n\nTampak kontras mengisi canaliculus inferior. Tidak tampak kontras mengisi saccus lacrimalis OD, duktus nasolacrimalis OD
', 'Obstruksi lacrimal pathways setinggi level common canaliculi OD
', '2020-04-04 01:43:37', '2020-04-04 01:43:37'),
(18, 6, 'HIRSCHPRUNG water soluble', '\n \n \n | I. FOTO BOF AP/LAT | \n
\n \n | - | \n Pre peritoneal fat | \n : | \n normal | \n
\n \n | - | \n Psoas line D/S | \n : | \n normal, simetris | \n
\n \n | - | \n Kontur hepar lien | \n : | \n normal | \n
\n \n | - | \n Distribusi udara usus | \n : | \n normal hingga cavum pelvis | \n
\n \n | - | \n Kontur ren D/S | \n : | \n letak, bentuk dan ukuran normal | \n
\n \n | - | \n Tulang | \n : | \n tidak tampak lesi litik/blastik maupun kompresi, osteofit (-), pedikel intak | \n
\n \n
\n\nFoto Colon in Loop teknik Hirschprung
\n\n\n - Kontras water soluble non ionic diencerkan dimasukkan melalui kateter tanpa balon dikembangkan ke dalam rectum ± 40 cc, pasase kontras lancar. Pasien diekspose.
\n - Kateter ditarik pelan, kemudian pasien kembali diekspose.
\n - Tampak kontras mengisi rectum, sigmoid, hingga sebagian distal colon descenden.
\n - Mukosa rectosigmoid reguler. Tidak tampak filling defect maupun additional shadow.
\n - Rectosigmoid index >1. Tampak penyempitan rectum distal dengan panjang ±1,4 cm.
\n - Pada foto Retensi 24 jam, masih tampak sisa kontras, tidak tampak reflux kontras.
\n
', 'Suspek Hirschprung Disease segmen pendek pada rectum distal, panjang ±1,4 cm
', '2020-04-04 01:45:54', '2020-04-04 01:45:54'),
(19, 6, 'HIRSCHPRUNG', '\n \n \n | I. FOTO BOF AP/LAT | \n
\n \n | - | \n Pre peritoneal fat | \n : | \n normal | \n
\n \n | - | \n Psoas line D/S | \n : | \n normal, simetris | \n
\n \n | - | \n Kontur hepar lien | \n : | \n normal | \n
\n \n | - | \n Distribusi udara usus | \n : | \n normal hingga cavum pelvis | \n
\n \n | - | \n Kontur ren D/S | \n : | \n letak, bentuk dan ukuran normal | \n
\n \n | - | \n Tulang | \n : | \n tidak tampak lesi litik/blastik maupun kompresi, osteofit (-), pedikel intak | \n
\n \n
\n\nFoto Colon in Loop teknik Hirschprung
\n\n\n - Kontras water soluble non ionic diencerkan dimasukkan melalui kateter tanpa balon dikembangkan ke dalam rectum ± 40 cc, pasase kontras lancar. Pasien diekspose.
\n - Kateter ditarik pelan, kemudian pasien kembali diekspose.
\n - Tampak kontras mengisi rectum, sigmoid, hingga sebagian distal colon descenden.
\n - Mukosa rectosigmoid reguler. Tidak tampak filling defect maupun additional shadow.
\n - Rectosigmoid index >1. Tampak penyempitan rectum distal dengan panjang ±1,4 cm.
\n - Pada foto Retensi 24 jam, masih tampak sisa kontras, tidak tampak reflux kontras.
\n
', '\n - Suspek Hirschprung Disease segmen pendek pada rectum distal, panjang ±1,4 cm
\n
', '2020-04-04 01:47:15', '2020-04-04 01:47:15'),
(20, 6, 'IVU', 'Telah kami lakukan pemeriksaan BNO dan Intravenous Urography dengan hasil:
\n\nI. BNO
\n\n\n \n \n | \n Pre peritoneal fat \n | \n \n : \n | \n \n Normal \n | \n
\n \n | \n Psoas line D/S \n | \n \n : \n | \n \n Normal, simetris \n | \n
\n \n | \n Kontur hepar lien \n | \n \n : \n | \n \n Normal \n | \n
\n \n | \n Distribusi udara usus \n | \n \n : \n | \n \n Normal hingga cavum pelvis dengan fecal material \n | \n
\n \n | \n Kontur ren D/S \n | \n \n : \n | \n \n Letak, bentuk dan ukuran normal \n | \n
\n \n | \n Tulang \n | \n \n : \n | \n \n Tampak osteofit pada vertebrae Lumbal II-V, tidak tampak lesi litik/blastik \n | \n
\n \n | \n Tidak tampak batu radioopaq pada proyeksi traktus urinarius \n | \n
\n \n
\n\nII. IVU
\n\n\n - Kontras water soluble dimasukkan intravena, reaksi alergi (-)
\n - Fungsi sekresi, ekskresi dan drainas ren D/S tampak pada menit ke - 5
\n - Pelviocaliceal system D/S Kaliber normal, ujung calyx bentuk cupping, tebal kortex normal
\n - Ureter D/S : bentuk , ukuran dan posisi normal, mukosa reguler.
\n - Vesica urinaria: mukosa regular, tampak indentasi pada dasar buli , tidak tampak filling defect, tidak tampak additional shadow.
\n - PM : sisa urin minimal
\n
', '\n - Fungsi dan anatomi traktus urinarius D/S normal
\n - Indentasi atap buli ec. organ genetalia interna
\n
', '2020-04-04 01:48:41', '2020-04-04 01:48:52'),
(21, 6, 'normal ARTERIOGRAFI', 'Arteriografi Ekstremitas Inferior Dextra:
\n\n\n - Kontras water soluble ±60 cc dimasukkan intra arteri femoralis kanan
\n - Tampak kontras mengisi arteri femoralis superfisialis, arteri femoralis profunda, arteri poplitea, arteri tibialis anterior, arteri tibialis posterior, arteri peroneal, arteri plantaris pedis dan arteri dorsalis pedis.
\n - Arteri femoralis superfisialis : caliber normal, tidak tampak penyempitan patologis
\n - Arteri femoralis profunda : caliber normal, tidak tampak penyempitan patologis
\n - Arteri poplitea : caliber normal, tampak penyempitan hingga daerah sekitar percabangan
\n - Arteri tibialis anterior: tampak irregularitas mulai dari proximal hingga distal dan menyempit
\n - Arteri tibialis posterior : caliber normal, tidak tampak penyempitan patologis
\n - Arteri peroneal : caliber normal, tidak tampak penyempitan patologis
\n - Arteri plantaris pedis : caliber normal, tidak tampak penyempitan patologis
\n - Arteri dorsalis pedis : tampak menyempit
\n
', NULL, '2020-04-04 01:53:15', '2020-04-04 01:53:15'),
(22, 6, 'normal bvcug', 'Foto BVCUG:
\n\nCystografi :
\n\n\n - Pada foto polos tidak tampak adanya gambaran batu radioopak. Skeleton tidak tampak lesi litik/blastik.
\n - Vesica urinaria dikosongkan terlebih dahulu. Kontras water soluble yang diencerkan 1:4 dimasukkan ke bladder melalui kateter pada lubang cystostomi, sebanyak ± 250 cc, pasase kontras lancar, hingga pasien merasa ingin miksi. Pasien di suruh miksi. Tidak tampak kontras mengisi urethra. Tidak tampak kontras keluar pada meatus urethra eksterna. Sehingga dilakukan uretrografi.
\n
\n\n
\n\nUretrografi :
\n\n\n - Kontras water soluble non ionic yang diencerkan dimasukkan melalui abocath (sudah dicoba menggunakan canule, namun tidak dapat masuk) yang di pasang pada meatus uretra eksterna, volume sebanyak ± 18 cc, tampak backflow
\n - Tampak kontras mengisi urethra pars penile, pars bulbosa, pars membranacea, pars prostatica dan mengisi vesica urinaria. Tampak penyempitan pada urethra pars bulbosa sisi proksimal. Tampak irregularitas mukosa urethra pars penile, bulbosa, dan membranacea. Tampak batu radioopaque pada urethra pars bulbosa. Tidak tampak additional shadow, filling defect, maupun extravasasi.
\n
', '\n - Striktur partial urethra pars bulbosa ec batu porous urethra pars bulbosa
\n - Urethritis
\n
', '2020-04-04 01:54:01', '2020-04-04 01:54:01'),
(23, 6, 'normal CHOLANGIOGRAFI', 'Foto BNO
\n\n\n - Preperitoneal fat line D/S : normal
\n - Kontur hepar normal, kontur lien normal
\n - Psoas line D/S normal
\n - Kontur ren D/S normal
\n - Distribusi udara usus hingga cavum pelvis
\n - Tidak tampak gambaran batu radioopaque sepanjang traktus urinarius
\n - Skeleton: Tidak tampak osteofit ,tidak tampak lesi litik / blastik
\n
\n\n
\n\nFoto Cholangiography
\n\n\n - Kontras water soluble diencerkan 1:1 dimasukkan melalui kateter sebanyak ± 20 cc, pasase kontras lancar. Tampak balon katheter dengan ujung kateter pada proyeksi gall bladder
\n - Pasien diposisikan tendelenburg selama ±15 menit
\n - Tampak kontras mengisi gall bladder, ductus cysticus,ductus hepatis comunis, ductus hepaticus D/S dan common bile duct sisi proksimal
\n - Tidak tampak kontras mengisi common bile duct sisi distal
\n - Tampak pelebaran lumen CBD, IHBD dan ductus cysticus
\n - Tidak tampak additional shadow maupun filling defect.
\n
', '\n - Pelebaran CBD, IHBD dan ductus cysticus ec suspek obstruksi di distal CBD
\n - Saran MRCP bila diperlukan informasi mengenai bile duct
\n
', '2020-04-04 01:55:09', '2020-04-04 01:55:09'),
(24, 6, 'normal COLON IN LOOP', 'Foto Polos :
\n\n\n \n \n | Pre peritoneal fat | \n : | \n Normal | \n
\n \n | Distribusi udara usus | \n : | \n Normal hingga cavum pelvis dengan fecal material | \n
\n \n | Kontur hepar lien | \n : | \n Normal | \n
\n \n | Kontur ren D/S | \n : | \n Letak, bentuk dan ukuran normal | \n
\n \n | Psoas line D/S | \n : | \n Normal, simetris | \n
\n \n | Tulang | \n : | \n Normal | \n
\n \n | Tidak tampak batu radioopaq pada proyeksi traktus urinarius | \n
\n \n
\n\nColon in loop double kontras :
\n\n\n - Kontras barium sulfat dilarutkan dalam air dimasukkan per anus melalui kateter yang dikembangkan, tampak mengisi rektum, sigmoid, colon descendens, colon transversum, hingga sebagian colon ascenden kemudian dipompakan udara, tampak kontras mengisi colon ascendens hingga refluks ke ileum
\n - Dari kontras yang masuk, tampak filling defect yang menyempitkan lumen pada rectum distal berbentuk apple core dengan permukaan yang irreguler. Tidak tampak additional shadow/ekstravasasi kontras
\n
', '\n - Massa intralumen rectum distal sugestif malignant tipe anular
\n - Spondilosis lumbalis
\n
', '2020-04-04 01:55:43', '2020-04-04 09:26:29'),
(25, 6, 'normal cystografi', 'Cystografi :
\n\n\n - Pada foto polos tidak tampak adanya gambaran batu radioopak sepanjang traktus urinarius yang tervisualisasi. Tampak fecal material prominent. Skeleton tidak tampak lesi litik/blastik. Tampak pelebaran symphisis pubis selebar ± 16 mm.
\n - Vesica urinaria dikosongkan terlebih dahulu. Kontras water soluble yang diencerkan 1:3 dimasukkan ke bladder melalui kateter pada urethra eksternum, sebanyak ± 100 cc, pasase kontras lancar, hingga pasien merasa ingin miksi. Tampak kontras mengisi vesica urinaria. Mukosa regular, tampak additional shadow pada sisi superoposterior buli, tidak tampak filling defect. Tidak tampak ekstravasasi kontras.
\n
', '\n - Indentasi atap buli ec desakan organ genitalia
\n - Gangguan pengosongan buli
\n - Spondylosis
\n
', '2020-04-04 09:27:24', '2020-04-04 09:27:24'),
(26, 6, 'normal DCG', 'Kepada TS:
\n\nTelah dilakukan pemeriksaan Dacryocystography OS dengan hasil sebagai berikut
\n\nKontras water soluble sebanyak ± 1,5 cc dimasukkan melalui cannaliculus inferior OS dan kontras refluks ke canaliculi superior OS.
\n\nTampak kontras mengisi canaliculus inferior dan superior. Tidak tampak kontras mengisi saccus lacrimalis OS, duktus nasolacrimalis OS
', 'Kesan obstruksi lacrimal pathways setinggi level common canaliculi OS
', '2020-04-04 09:28:00', '2020-04-04 09:28:00'),
(27, 6, 'normal doubel', 'Telah kami lakukan pemeriksaan BNO dan Intravenous Urography dengan hasil:
\n\nI. BNO
\n\n\n - Pre peritoneal fat : normal
\n - Psoas line D/S : normal, simetris
\n - Kontur hepar lien : normal
\n - Distribusi udara usus : normal hingga cavum pelvis
\n - Kontur ren D/S : letak, bentuk dan ukuran normal
\n - Tulang : tidak tampak lesi litik/blastik maupun kompresi, osteofit (-), pedikel intak
\n - Tidak tampak bayangan radioopaque sepanjang tractus urinarius
\n
\n\nII. IVU
\n\n\n - Kontras water soluble dimasukkan intravena, reaksi alergi (-)
\n - Fungsi sekresi ren D/S : normal, nephrogram tampak pada menit ke -5
\n - Fungsi sekresi ren D/S : normal, nephrogram tampak pada menit ke -5
\n - Fungsi ekskresi dan drainase ren D/S normal ,tampak pada menit ke-5
\n - Fungsi ekskresi dan drainase ren D/S normal ,tampak pada menit ke-5
\n - Pelviocaliceal system D/S normal, ujung calyx berbentuk cupping
\n - Pelviocaliceal system D/S normal, ujung calyx berbentuk cupping
\n - Ureter D/S: caliber normal, mukosa reguler, tidak tampak kinking ureter
\n - Ureter D/S: caliber normal, mukosa reguler, tidak tampak kinking ureter
\n - Vesica urinaria: mukosa regular, tidak tampak indentasi vesica urinaria, filling defect (-), additional shadow (-). Pada post miksi tampak residu urin minimal
\n
', 'Anatomi dan fungsi traktus urinarius dalam batas normal
', '2020-04-04 09:29:02', '2020-04-04 09:29:02'),
(28, 6, 'normal esophagografi', 'Kepada TS: telah dilakukan pemeriksaan upper Esophagografi dengan hasil sebagai berikut:
\n\n
\n\nThorax
\n\nCOR : bentuk, ukuran, posisi normal
\n\nAorta : Kalsifikasi (-) dilatasi (-) elongasi (-)
\n\nTrakea : di tengah
\n\nPulmo : corakan vaskular normal, hilus D/S normal, tidak tampak infiltrat/kalsifikasi
\n\nHemidiafragma D/S : dome shape
\n\nSinus costophrenicus D/S: tajam
\n\nEsophagografi
\n\n\n - Kontras barium diencerkan dengan pengenceran 1:2 sebanyak ± 50 cc diberikan per oral
\n - Pasien diminta untuk menelan kontras, kemudian dilakukan ekspose.
\n - Tampak kontras mengisi esophagus hingga fundus gaster
\n - Tampak permukaan esofagus reguler, kaliber normal, tidak tampak additional shadow/filling defek
\n
\n\n
', 'Foto barium esophagogram dalam batas normal
', '2020-04-04 09:30:15', '2020-04-04 09:30:15'),
(29, 6, 'normal FISTULOGRAFI', 'Foto polos BOF
\n\n\n \n \n | Pre peritoneal fat | \n : | \n Normal | \n
\n \n | Psoas line D/S | \n : | \n Sulit dievaluasi | \n
\n \n | Kontur hepar lien | \n : | \n Normal | \n
\n \n | Distribusi udara usus | \n : | \n Normal hingga cavum pelvis dengan fecal material | \n
\n \n | Kontur ren D/S | \n : | \n Letak, bentuk dan ukuran normal | \n
\n \n | Tulang | \n : | \n Normal, tidak tampak lesi litik/blastik | \n
\n \n | Tidak tampak batu radioopaq | \n
\n \n
\n\nTelah dilakukan pemeriksaan Fistulografi dengan hasil:
\n\n\n - Tampak 1 lubang pada regio perianal sisilateral kiri
\n - Kontras water soluble non ionic dimasukkan ke dalam lubang fistula melalui abocath sebanyak ± 1 cc dengan kedalaman ± 2.5 cm. Tampak sebagian kontras refluks melalui lubang tersebut, dilakukan ekspos posisi AP dan lateral
\n - Tampak kontras mengisi lubang fistel pada kutan subkutan, sepanjang ± 2.5 cm
\n
', 'Sinus kutan subkutan pada regio lateral kiri perianal sepanjang ± 2.5 cm
', '2020-04-04 09:31:32', '2020-04-04 09:31:32'),
(30, 6, 'normal HIRSCHPRUNG barium', '\n - FOTO BOF AP/LAT
\n
\n\n\n \n \n | - | \n Pre peritoneal fat | \n : | \n normal | \n
\n \n | - | \n Psoas line D/S | \n : | \n normal, simetris | \n
\n \n | - | \n Kontur hepar lien | \n : | \n normal | \n
\n \n | - | \n Distribusi udara usus | \n : | \n normal hingga cavum pelvis | \n
\n \n | - | \n Kontur ren D/S | \n : | \n letak, bentuk dan ukuran normal | \n
\n \n | - | \n Tulang | \n : | \n tidak tampak lesi litik/blastik maupun kompresi, osteofit (-), pedikel intak | \n
\n \n
\n\nFoto Colon in Loop teknik Hirschprung
\n\n\n - Kontras barium diencerkan dimasukkan melalui kateter tanpa balon dikembangkan ke dalam rectum ± 40 cc, pasase kontras lancar. Pasien diekspose.
\n - Kateter ditarik pelan, kemudian pasien kembali diekspose.
\n - Tampak kontras mengisi rectum, sigmoid, hingga sebagian distal colon descenden.
\n - Mukosa rectosigmoid reguler. Tidak tampak filling defect maupun additional shadow.
\n - Rectosigmoid index >1. Tampak penyempitan rectum distal dengan panjang ±1,4 cm.
\n - Pada foto Retensi 24 jam, masih tampak sisa kontras, tidak tampak reflux kontras.
\n
', 'Suspek Hirschprung Disease segmen pendek pada rectum distal, panjang ±1,4 cm
', '2020-04-04 09:32:43', '2020-04-04 09:32:43'),
(31, 6, 'normal Hirschsprung', 'Foto BNO AP/Lat
\n\n\n - Preperitoneal fat line D/S : normal
\n - Kontur hepar normal, kontur lien normal
\n - Kontur ren D/S tertutup gambaran udara usus
\n - Psoas line D/S tertutup gambaran udara usus
\n - Tampak distribusi udara usus meningkat hingga cavum pelvis
\n - Tulang : tidak tampak lesi litik/blastik
\n - Tampak 1 buah marker pada anus
\n
\n\n
\n\nFoto Colon in Loop teknik Hirschprung
\n\n\n - Kontras barium sulfat diencerkan dimasukkan melalui kateter tanpa balon dikembangkan ke dalam rectum ± 220 cc, pasase kontras lancar. Pasien diekspose.
\n - Kateter ditarik pelan, kemudian pasien kembali diekspose.
\n - Tampak kontras mengisi rectum, sigmoid, hingga sebagian distal colon descenden (tipis). Tampak redundant sigmoid.
\n - Mukosa rectosigmoid reguler. Tidak tampak filling defect maupun additional shadow.
\n - Rectosigmoid index < 1. Tampak transtitional zone sepanjang ± 1 cm.
\n - Pada foto Retensi 24 jam, tampak sisa kontras masih banyak
\n
', '\n - Sesuai gambaran hirschprung disease dengan abrupt sign dan transtitional zone sepanjang ± 1 cm
\n - Redundant sigmoid
\n
', '2020-04-04 09:33:21', '2020-04-04 09:33:21'),
(32, 6, 'normal HSG', 'Telah kami lakukan pemeriksaan HSG dengan hasil:
\n\n\n \n \n \n \n - Pasien diposisikan, kemudian dilakukan tindakan asepsis dan antiseptik, kemudian ditutup dengan doek steril
\n - Dilakukan pemasangan vaginal speculum, kemudian dilakukan antiseptik pada vagina dan portio.
\n - Kemudian foley cateter ukuran 10 F dimasukkan pada ostium uteri externum dan balon dikembangkan sebanyak 4cc dengan menggunakan udara.
\n - Kontras water soluble dimasukkan melalui foley catether ± 13cc. Tampak kontras mengisi cavum uteri, tuba fallopii D/S, cervix uteri.
\n \n | \n
\n \n | Uterus | \n : | \n Posisi anteversi (tampak sudut sumbu panjang cervix terhadap vagina ±122°), anteflexi (tampak sudut sumbu panjang cervix terhadap corpus uteri ±144°), ke lateral kanan, dinding reguler. Tidak tampak filling defect. | \n
\n \n | Cervix | \n : | \n Ukuran dan bentuk normal | \n
\n \n Tuba D
\n
\n Tuba S | \n :
\n
\n : | \n Tampak kontras mengisi pars isthmus dengan diameter ± 1,0 mm, pars ampulla diameter ± 2,0 mm, pars infundibulum diameter ± 3,5 mm. Tampak spill (+).
\n Tampak kontras mengisi pars isthmus dengan diameter ± 1,0 mm, pars ampulla diameter ± 2,1 mm, pars infundibulum diameter ± 4,2 mm. Tampak spill (+). | \n
\n \n
\n
\nKesimpulan:\n\n\n - Paten tuba fallopi bilateral
\n - Uterus posisi
\n
\n
\nReferensi RM:
\n070420223
\n
\n ', '', '2020-04-04 09:35:32', '2022-04-07 20:23:19');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(33, 6, 'normal IVU', 'Telah kami lakukan pemeriksaan BNO dan Intravenous Urography dengan hasil:
\n\n\n - BNO
\n
\n\n\n \n \n | - | \n Pre peritoneal fat | \n : | \n Terpotong film | \n
\n \n | - | \n Psoas line D/S | \n : | \n Normal, simetris | \n
\n \n | - | \n Kontur hepar/ lien | \n : | \n Normal | \n
\n \n | - | \n Kontur ren D/S | \n : | \n Letak, bentuk normal, ukuran kesan membesar pada ren kiri | \n
\n \n | - | \n Skeleton | \n : | \n Intak ,tidak tampak lesi litik/blastik maupun garis fraktur, osteofit (-) | \n
\n \n | - | \n Soft tissue | \n : | \n Normal | \n
\n \n | - | \n Distribusi udara usus | \n : | \n Normal hingga cavum pelvis | \n
\n \n | - | \n Tidak tampak udara bebas extralumen | \n
\n \n | - | \n Tampak bayangan batu radioopaque multiple setinggi level V L1 hingga L2(proyeksi ren kanan) | \n
\n \n
\n\n\n - IVU
\n
\n\n\n \n \n | - | \n Kontras water soluble non ionic disuntikan intravena. Reaksi alergi (-) | \n
\n \n | - | \n Fungsi sekresi ren D/S | \n : | \n Normal, tampak pada menit ke -5, dengan nephrogram ren sinistra; bentuk, ukuran dan axis normal. Fungsi sekresi ren dextra tampak pada menit ke 5 | \n
\n \n | - | \n Fungsi Ekskresi ren D/S | \n : | \n Fungsi eksresi ren sinistra tampak pada menit ke 5. Pelviocalyceal system ren sinistra normal, ujung calyx cupping. Pada ren dextra tampak pada menit ke 5. Pelviocalyceal system ren kanan pada menit ke 15, ujung calyx berbentuk mix blunting-flattening. | \n
\n \n | - | \n Fungsi drainase ren D/S | \n : | \n Fungsi drainase ren sinistra tampak pada menit ke 5. Tidak tamapk pada ren dextra | \n
\n \n | - | \n Pelviocaliceal system D/S | \n : | \n : Ujung calyx berbentuk cupping | \n
\n \n | - | \n Ureter D/S | \n : | \n caliber normal, mukosa reguler, tidak tampak kinking ureter | \n
\n \n | - | \n Vesica urinaria | \n : | \n mukosa regular, tidak tampak indentasi vesica urinaria, filling defect (-), additional shadow (-). Pada post miksi tampak residu urin minimal | \n
\n \n | | \n | \n
\n \n
', 'Anatomi dan fungsi traktus urinarius dalam batas normal
', '2020-04-04 09:36:55', '2020-04-04 09:36:55'),
(34, 6, 'normal Lopo', 'Foto BNO
\n\n\n - Preperitoneal fat line D/S : normal
\n - Kontur hepar normal, kontur lien normal
\n - Kontur ren D/S tertutup udara usus
\n - Psoas line D/S normal
\n - Distribusi udara usus normal hingga cavum pelvis
\n - Tidak tampak gambaran batu radioopak pada proyeksi traktus urinarius D/S
\n - Tulang : tampak osteofit pada vertebrae lumbal I-V dengan curva melurus
\n - Tampak terpasang marker 2 buah (pada proyeksi stoma bersih dan proyeksi anus)
\n
\n\nFoto Lopografi
\n\n\n - Pada pemeriksaan abdomen didapatkan 2 lubang stoma
\n - Kontras bariun enema dengan pengenceran 1:8 dimasukkan melalui kateter dengan balon yang dikembangkan pada lubang stoma sebanyak ± 120 cc, tampak kontras mengisi colon sigmoid hingga rectum, dan keluar melalui anus. Mukosa regular, tidak tampak filling defect, maupun additional shadow.
\n
\nKesimpulan: \n\n\n - Lopografi segmen distal paten
\n - Straight lumbalis
\n - Spondylosis lumbalis
\n
', '', '2020-04-04 09:37:34', '2022-04-27 21:15:08'),
(35, 6, 'normal LOPOGRAFI', 'Foto BNO dan Lateral
\n\n\n \n \n | - | \n Pre peritoneal fat | \n : | \n Terpotong film | \n
\n \n | - | \n Psoas line D/S | \n : | \n normal, simetris | \n
\n \n | - | \n Kontur hepar lien | \n : | \n normal | \n
\n \n | - | \n Distribusi udara usus | \n : | \n normal hingga cavum pelvis | \n
\n \n | - | \n Kontur ren D/S | \n : | \n letak, bentuk dan ukuran normal | \n
\n \n | - | \n Tulang | \n : | \n tidak tampak lesi litik/blastik maupun kompresi, osteofit (-), pedikel intak | \n
\n \n | - | \n Tidak tampak bayangan radioopaque sepanjang tractus urinarius | \n
\n \n | - | \n Tampak terpasang marker 2 buah (pada proyeksi stoma segmen distal dan proyeksi anus) | \n
\n \n
\n\n\n - Foto Lopografi
\n
\n\n\n - Pada pemeriksaan abdomen didapatkan 2 lubang stoma (bersih dan kotor)
\n - Kontras barium diencerkan dimasukkan melalui kateter dengan balon yang dikembangkan pada lubang stoma bersih (segmen distal) sebanyak ± 250 cc, tampak kontras mengisi ileum dan colon descenden, sigmoid, rectum, dan keluar melalui anus.
\n - Tidak tampak filing defec maupun additional shadow
\n
', 'Segmen distal ileostomy paten
', '2020-04-04 09:38:39', '2020-04-04 09:38:39'),
(36, 6, 'normal reflux study', 'Reflux study
\n\n\n - Pada foto polos tidak tampak adanya gambaran batu radioopak. Skeleton tidak tampak lesi litik/blastik maupun fraktur.
\n - Vesica urinaria dikosongkan terlebih dahulu. Kontras water soluble yang diencerkan 1:4 dimasukkan ke vesica urinaria melalui kateter Foley secara pasif, sebanyak ± 180 cc, pasase kontras lancar, hingga pasien terasa ingin miksi
\n - Tampak kontras mengisi vesica urinaria, mukosa reguler, tidak tampak filling defect maupun additional shadow
\n - Tidak tampak kontras mengisi ureter kanna kiri
\n
', 'Tidak tampak vesicoureteral reflux
', '2020-04-04 09:39:19', '2020-04-04 09:39:19'),
(37, 6, 'normal SIALOGRAFI', 'Kepada TS:
\n\ntelah dilakukan pemeriksaan Sialografi dengan hasil sebagai berikut
\n\n\n - Pada foto polos tidak tampak kalsifikasi proyeksi parotis
\n - Kontras water soluble dimasukkan melalui blunt needle pada lubang ductus parotis dextra sebanyak ± 1.5 cc hingga terasa tahanan, kemuadian diambil gambar AP. Dimasukkan sebanyak ± 1 cc lagi kemuadian diambil posisi oblique
\n - Tampak kontras mengisi ductus parotis Dextra : kaliber normal dinding reguler
\n - Additional shadow (-)
\n
', '\n - Ductus parotis dextra paten
\n
', '2020-04-04 09:39:56', '2020-04-04 09:39:56'),
(38, 6, 'normal upper GI', 'Kepada TS: telah dilakukan pemeriksaan upper GI study dengan hasil sebagai berikut:
\n\nFotoThoracoabdominal AP/Lat
\n\nThorax
\n\nCOR : bentuk, ukuran, posisi normal
\n\nAorta : normal
\n\nTrakea : di tengah
\n\nPulmo : corakan vaskular normal, hilus D/S normal, tidak tampak infiltrat/kalsifikasi
\n\nHemidiafragma D/S : dome shape
\n\nSinus costophrenicus D/S: tajam
\n\n
\n\nAbdomen
\n\nPreperitoneal fat line D/S : normal
\n\nKontur hepar normal, kontur lien normal
\n\nKontur ren D/S tertutup udara usus
\n\nPsoas line D/S tertutup udara usus
\n\nTampak NGT dengan kinking pada ujung proksimal setinggi vertebrae thoracalis VIII-IX
\n\nTampak dilatasi small intestine dan tampak udara sudah mengisi rectum
\n\nUpper GI Study
\n\n\n - Kontras water solubel dengan pengenceran 1:4 sebanyak ± 5 cc dimasukkan melalui NGT
\n - Tampak kontras mengisi gaster, pylorus, duodenum, sebagian jejunum
\n - Tidak tampak additional shadow/filling defek
\n
', 'Tidak tampak obstruksi sampai setinggi jejunum
', '2020-04-04 09:41:16', '2020-04-04 09:41:16'),
(39, 6, 'normal urethrografi', 'Telah kami lakukan pemeriksaan urethrografi dengan hasil :
\n\n\n - Pada foto polos tidak tampak bayangan batu radioopak pada proyeksi traktus urinarius yang tervisualisasi. Tampak osteofit pada corpus vertebrae lumbalis 3-5
\n - Kontras water soluble diencerkan 1:1, dimasukkan melalui canule ke ostium urethra externa, sebanyak ± 25 cc pada posisi oblique dan ± 15 cc pada posisi AP, tidak terasa tahanan dan tidak tampak kontras backflow, dilakukan ekspose.
\n - Tampak kontras mengisi, urethra pars penile, pars bulbosa, pars membranacea, pars prostatica dan tampak kontras mengisi vesica urinaria.
\n - Mukosa urethra regular. Tidak tampak ekstravasasi. Tidak tampak filling defect maupun additional shadow.
\n
', '\n - Urethrografi dalam batas normal
\n - Spondilosis lumbalis
\n
', '2020-04-04 09:41:57', '2020-04-04 09:41:57'),
(40, 6, 'normal VENOGRAFI CENTRAL', 'Venografi central:
\n\n\n - Kontras water soluble ±60 cc dibagi 2, dimasukkan melalui vena cephalic kanan kiri
\n - Tampak kontras mengisi vena cephalic kanan kiri, vena subclavia kanan kiri, vena inominata kanan, vena cava superior
\n - Tampak cut off pada 1/3 medial vena inominta kiri hingga vena cava superior sepanjang ± 8cm, tampak turtous vein pada regio colli sisi kiri dan axilla kiri
\n
', '\n - Mengesankan oclusi vena inominata kiri sepanjang ±8 cm
\n
', '2020-04-04 09:42:31', '2020-04-04 09:42:31'),
(41, 6, 'normal', 'Telah kami lakukan pemeriksaan BNO dan Intravenous Urography dengan hasil:
\n\n\n - BNO
\n
\n\n\n - Pre peritoneal fat : normal
\n - Psoas line D/S : normal, simetris
\n - Kontur hepar lien : normal
\n - Distribusi udara usus : normal hingga cavum pelvis
\n - Kontur ren D/S : letak, bentuk dan ukuran normal
\n - Tulang : tidak tampak lesi litik/blastik maupun kompresi, osteofit (-), pedikel intak
\n - Tidak tampak bayangan radioopaque sepanjang tractus urinarius
\n
\n\n\n - IVU
\n
\n\n\n - Kontras water soluble dimasukkan intravena, reaksi alergi (-)
\n - Fungsi sekresi ren D/S : normal, nephrogram tampak pada menit ke -5
\n - Fungsi ekskresi dan drainase ren D/S normal ,tampak pada menit ke-5
\n - Pelviocaliceal system D/S normal, ujung calyx berbentuk cupping
\n - Ureter D/S: caliber normal, mukosa reguler, tidak tampak kinking ureter
\n - Vesica urinaria: mukosa regular, tidak tampak indentasi , filling defect (-), additional shadow (-). Pada post miksi tampak residu urin minimal
\n
', '\n - Anatomi dan fungsi traktus urinarius dalam batas normal
\n
', '2020-04-04 09:43:07', '2020-04-04 09:43:07'),
(42, 6, 'SIALOGRAFI', 'Kepada TS:
\n\ntelah dilakukan pemeriksaan Sialografi dengan hasil sebagai berikut
\n\n\n - Pada foto polos tidak tampak kalsifikasi proyeksi parotis
\n - Kontras water soluble dimasukkan melalui blunt needle pada lubang ductus parotis dextra sebanyak ± 1.5 cc hingga terasa tahanan, kemuadian diambil gambar AP. Dimasukkan sebanyak ± 1 cc lagi kemuadian diambil posisi oblique
\n - Tampak kontras mengisi ductus parotis Dextra : kaliber normal dinding reguler
\n - Additional shadow (-)
\n
', '\n - Ductus parotis dextra paten
\n
', '2020-04-04 09:43:56', '2020-04-04 09:43:56'),
(43, 6, 'SIAOLOGRAFI SUBMANDIBULA', 'Kepada TS:
\n\nTelah dilakukan pemeriksaan Sialografi dengan hasil sebagai berikut
\n\n\n - Pada foto polos tidak tampak kalsifikasi proyeksi parotis gland maupun submandible gland
\n - Kontras water soluble dimasukkan menggunakan blunt needle pada lubang ductus submandible gland sinistra sebanyak ± 1.5 cc hingga terasa tahanan, kemudian diexpose pada posisi AP. Kemudian dimasukkan kontras sebanyak ± 1 cc kemudian diexpose pada posisi lateral
\n - Tampak kontras mengisi ductus submandibula kanan : kaliber normal dinding reguler, tidak tampak stenosis
\n - Tidak tampak filling defect maupun additional shadow (-)
\n
', '\n - Ductus submandible gland sinistra paten
\n
', '2020-04-04 09:44:32', '2020-04-04 09:44:32'),
(44, 7, 'MAMOGRAFI', 'Telah dilakukan pemeriksaan Mammografi dekstra sinistra dengan hasil sbb:
\n\nMammae dekstra
\n\n\n - Tampak densitas mamma kanan heterogenously dense (C) dengan jaringan fibroglandular > 50%
\n - Tidak tampak massa pada mammae kanan
\n - Tidak tampak kalsifikasi
\n - Tidak tampak distorsi jaringan, penebalan kulit maupun retraksi papilla mammae kanan
\n - Tidak tampak limphadenopati
\n
\n\nMammae sinistra
\n\n\n - Tampak densitas mamma kiri heterogenously dense (C) dengan jaringan fibroglandular > 50%
\n - Tidak tampak massa pada mammae kiri
\n - Tidak tampak kalsifikasi
\n - Tidak tampak distorsi jaringan, penebalan kulit maupun retraksi papilla mammae kiri
\n - Tidak tampak limphadenopati
\n
', 'Tidak tampak lesi patologis mammae bilateral
', '2020-04-04 09:45:22', '2020-04-04 09:45:22'),
(45, 7, 'normal MAMOGRAFI', 'Telah dilakukan pemeriksaan Mammografi CC MLO dextra dan sinistra dengan hasil sbb: Mammae dextra
\n\n\n \n \n | Breast tissue | \n : | \n Densitas jaringan mammae entirely fat ( A) | \n
\n \n | Mass | \n : | \n Tidak tampak | \n
\n \n | Calcification | \n : | \n Tidak tampak | \n
\n \n | Architectural distortion | \n : | \n Tidak tampak | \n
\n \n | Focal/ breast asymetry | \n : | \n Tidak tampak | \n
\n \n | Skin thickening | \n : | \n Tidak tampak | \n
\n \n | Others | \n : | \n Tidak tampak | \n
\n \n
\n\nMammae sinistra
\n\n\n \n \n | Breast tissue | \n : | \n Densitas jaringan mammae entirely fat ( A) | \n
\n \n | Mass | \n : | \n Tidak tampak | \n
\n \n | Calcification | \n : | \n Tampak single kalsifikasi pad axilary tail | \n
\n \n | Architectural distortion | \n : | \n Tidak tampak | \n
\n \n | Focal/ breast asymetry | \n : | \n Tidak tampak | \n
\n \n | Skin thickening | \n : | \n Tidak tampak | \n
\n \n | Others | \n : | \n Tidak tampak | \n
\n \n
', '\n - Benign calcificationmammae sinistra sesuai Bi-RADS 2
\n - Negative finding mammae dextra sesuai Bi-RADS 1
\n
', '2020-04-04 09:46:22', '2020-04-04 09:46:22'),
(46, 8, 'USG Abdomen Laki Laki', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG abdomen dengan hasil sebagai berikut:
\n\n\n \n \n | • | \n Hepar | \n : | \n Ukuran CC ± cm, permukaan reguler, echoparenchym homogen normal, sistem portal/vaskuler/bilier tidak melebar. Tidak tampak nodul/kista | \n
\n \n | • | \n Vesica Felea | \n : | \n Ukuran normal, dinding reguler tidak menebal, tidak tampak batu/sludge. CBD tidak melebar, | \n
\n \n | • | \n Pankreas | \n : | \n Ukuran dan echoparenchym normal, tidak tampak lesi patologis | \n
\n \n | • | \n Lien | \n : | \n Ukuran normal, permukaan reguler, echoparenchym homogen, vena lienalis tidak melebar | \n
\n \n | • | \n Ren D | \n : | \n Ukuran ± x cm, echo cortex normal, batas cortex medulla baik, sistem pelviocalyceal tak melebar, batu/kista/nodul (-). | \n
\n \n | • | \n Ren S | \n : | \n Ukuran ± x cm, echo cortex normal, batas cortex medulla baik, sistem pelviocalyceal tak melebar, batu/kista/nodul (-). | \n
\n \n | • | \n VU | \n : | \n Terisi urin optimal, permukaan reguler, tidak tampak batu/massa | \n
\n \n | • | \n Prostat | \n : | \n Ukuran normal, tidak tampak lesi patologis | \n
\n \n | • | \n Tidak tampak lymphadenopathy paraaorta dan parailliaca | \n
\n \n
\n\nKesimpulan :
\n\nUSG abdomen dalam batas normal.
', '', '2020-04-16 19:31:05', '2023-08-22 00:20:51'),
(48, 8, 'USG Abdomen Perempuan', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG abdomen dengan hasil sebagai berikut:
\n\n\n \n \n | • | \n Hepar | \n : | \n Ukuran normal, permukaan reguler, echoparenchym homogen normal, sistem portal/vaskuler/bilier tidak melebar. Tidak tampak nodul/kista | \n
\n \n | • | \n Vesica Felea | \n : | \n Ukuran normal, dinding reguler tidak menebal, tidak tampak batu | \n
\n \n | • | \n Pankreas | \n : | \n Ukuran dan echoparenchym normal, tidak tampak lesi patologis | \n
\n \n | • | \n Lien | \n : | \n Ukuran normal, permukaan reguler, echoparenchym homogen, vena lienalis tidak melebar | \n
\n \n | • | \n Ren D | \n : | \n Ukuran normal, echo cortex normal, batas cortex medulla baik,sistem pelviocalyceal tak melebar, batu/kista/nodul (-) | \n
\n \n | • | \n Ren S | \n : | \n Ukuran normal, echo cortex normal, batas cortex medulla baik, sistem pelviocalyceal tak melebar, batu/kista/nodul (-). | \n
\n \n | • | \n VU | \n : | \n Terisi urin, permukaan reguler, tidak tampak batu/massa | \n
\n \n | • | \n Uterus | \n : | \n Ukuran normal, tidak tampak lesi patologis | \n
\n \n | • | \n Adnexa D/S | \n : | \n Tidak tampak lesi patologis | \n
\n \n | • | \n Tidak tampak limfadenopati paraaorta dan parailiaca | \n
\n \n | | \n | \n
\n \n
\n\nKesimpulan :
\n\nUSG abdomen dalam batas normal.
', '', '2020-04-16 19:34:50', '2023-08-22 00:21:01'),
(49, 8, 'USG Colli', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG Colli dengan hasil sebagai berikut:
\n\n\n \n \n | • | \n Thyroid kanan | \n : | \n Ukuran ± cm, permukaan regular, tidak tampak lesi solid/kistik | \n
\n \n | • | \n Thyroid kiri | \n : | \n Ukuran ± cm, permukaan regular, tidak tampak lesi solid/kistik | \n
\n \n | • | \n Isthmus | \n : | \n Tidak menebal, tidak tampak nodul/lesi patologis | \n
\n \n | • | \n Parotis D/S | \n : | \n Tidak tampak lesi patologis | \n
\n \n | • | \n Submandibula D/S | \n : | \n Tidak tampak lesi patologis | \n
\n \n | • | \n Tidak tampak limfadenopati | \n
\n \n
', 'Kesimpulan
\n\n\n - Saat ini secara sonografi regio colli dalam batas normal.
\n
', '2020-04-16 19:44:12', '2020-04-16 21:32:32'),
(50, 8, 'USG Kepala', 'Kepada Yth. TS,
\n\nTelah dilakukan pemeriksaan USG Kepala dengan hasil sebagai berikut:
\n\n\n - Tak tampak lesi hipoechoic maupun hiperechoic patologis intraparenkim otak
\n - Sulci dan gyri normal
\n - Midline structure ditengah, tidak tampak deviasi
\n - Ventrikel lateral kanan kiri, III dan IV kesan normal
\n - Plexus choroid intraventrikel, tidak melewati caudothalamic groove
\n - Thalamus kanan kiri, dan cerebellum kesan normal, tak tampak lesi patologis
\n
', 'Kesimpulan:
\n\nSaat ini secara sonografi kepala tidak tampak kelainan.
', '2020-04-16 19:45:52', '2020-04-16 21:33:12'),
(51, 8, 'USG Mammae Lexicon Baru', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG Mammae dan Axilla dengan hasil sebagai berikut:
\n\n\n \n \n | Mamma dextra | \n : | \n Kutan dan sub kutan baik, tidak menebal. Breast composition ...
\n Tidak ada dilatasi ductus laktiferus patologis.
\n Tampak mass shape ..., margin ..., orientasi pararel/not pararel
\n echopattern ..., posterior features ...
\n Calsification mass ...
\n Tidak ada architecture distortion | \n
\n \n | Mamma sinistra | \n : | \n Kutan dan sub kutan baik, tidak menebal. Breast composition ...
\n Tidak ada dilatasi ductus laktiferus patologis.
\n Tampak mass shape ..., margin ..., orientasi pararel/not pararel
\n echopattern ..., posterior features ...
\n Calsification mass ...
\n ​Tidak ada architecture distortion | \n
\n \n | Axilla D | \n : | \n Tidak tampak lymphadenopathy axilla D | \n
\n \n | Axilla S | \n : | \n Tidak tampak lymphadenopathy axilla S | \n
\n \n
\n\nKesimpulan
\n\n\n - Saat ini tidak tampak lesi patologis pada mammae dextra sinistra
\n
', '', '2020-04-16 19:47:52', '2023-11-01 20:20:09'),
(52, 8, 'USG Shoulder', 'Kepada Yth. TS, Telah dilakukan pemeriksaan Ultrasonografi Shoulder D/S dengan hasil:
\n\n\n \n \n | • | \n Long Head Biceps Humerus | \n : | \n Echostruktur homogen normal, tidak menebal, tidak tampak tanda tear/ kalsifikasi patologis | \n
\n \n | • | \n Tendon Muskulus Subscapularis | \n : | \n Echostruktur homogen normal, tidak menebal, tidak tampak tanda tear/ kalsifikasi patologis | \n
\n \n | • | \n Tendon Musc Supraspinatus | \n : | \n Echostruktur homogen normal, tidak menebal, tidak tampak tanda tear/ kalsifikasi patologis | \n
\n \n | • | \n Tendon Muskulus Infraspinatus | \n : | \n Echostruktur homogen normal, tidak menebal, tidak tampak tanda tear/ kalsifikasi patologis | \n
\n \n | • | \n AC joint | \n : | \n Tidak tampak spur formation | \n
\n \n
', 'Kesimpulan:
\n\n\n - Saat ini secara sonografi shoulder dalam batas normal.
\n
', '2020-04-16 19:49:55', '2020-04-16 21:34:41'),
(53, 8, 'USG Gluteus', 'Kepada Yth. TS, Telah dilakukan pemeriksaan Ultrasonografi Gluteus D/S dengan hasil sebagai berikut:
\n\n\n \n \n | • | \n Muskulus Piriformis D/S | \n : | \n Echostruktur homogen normal, tidak menebal, tidak tampak tanda-tanda tear/ kalsifikasi patologis, tidak tampak cairan bebas di sekitar musculus | \n
\n \n | • | \n A/V Gluteus Inferior D/S | \n : | \n Tidak tampak lesi patologis, pada tehnik colour doppler tampak aliran normal | \n
\n \n | • | \n Proyeksi Sciatic Nerve D/S | \n : | \n Tidak tampak gambaran massa. Tidak tampak echo cairan bebas. Tidak tampak lesi patologis. | \n
\n \n
', 'Kesimpulan :
\n\n\n - USG piriformis D/S normal, tidak tampak penebalan otot maupun fluid collection.
\n
', '2020-04-16 19:52:15', '2020-04-16 21:36:23'),
(54, 8, 'USG Scrotal Inguinal', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG Scrotal-inguinal dengan hasil sebagai berikut:
\n\n\n \n \n | Testis Dextra | \n : | \n Ukuran normal, permukaan reguler, parenkhim normal, tidak tampak lesi patologis | \n
\n \n | Testis Sinistra | \n : | \n Ukuran normal, permukaan reguler, parenkhim normal, tidak tampak lesi patologis | \n
\n \n | Epididimis D/S | \n : | \n Ukuran normal, reguler, parenkhim normal, tidak tampak lesi kistik maupun patologis lain | \n
\n \n | Plexus Pampini formis D | \n : | \n Kaliber, tidak tampak dilatasi vena maupun lesi patologis lain | \n
\n \n | Plexus Pampini formis S | \n : | \n Kaliber, tidak tampak dilatasi vena maupun lesi patologis lain | \n
\n \n
', 'Kesimpulan:
\n\n\n - Saat ini USG scrotum inguinal dalam batas normal.
\n
', '2020-04-16 19:54:08', '2020-04-16 21:37:10'),
(55, 8, 'USG Thorax', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG Thorax dengan hasil sebagai berikut:
\n\n\n - Tidak tampak echo cairan cavum pleura kanan tidak kami berikan marker
\n - Tidak tampak echo cairan cavum pleura kiri tidak kami berikan marker
\n
', '', '2020-04-16 19:55:24', '2020-10-26 19:12:37'),
(56, 8, 'USG Urologi Laki Laki', 'Kepada Yth. TS :
\nTelah dilakukan pemeriksaan USG Urologi dengan hasil sebagai berikut:
\n\n\n \n \n | • | \n Ren D | \n : | \n Ukuran ± cm, permukaan reguler, echo cortex normal, batas cortex medulla baik/batas cortex medulla prominen, pelviocalyceal system tidak melebar, tidak tampak kista/batu | \n
\n \n | | \n Ren S | \n : | \n Ukuran ± cm, permukaan reguler, echo cortex normal, batas cortex medulla baik, pelviocalyceal system tidak melebar, , tidak tampak kista/batu | \n
\n \n | • | \n VU | \n : | \n Dinding reguler tidak menebal, tidak tampak batu/mass | \n
\n \n | • | \n Prostat | \n : | \n Ukuran ±cm, volume ±cc, IPP (-), tidak tampak massa patologis | \n
\n \n
\n
\nKesimpulan :\n\n\n - Saat ini USG urologi dalam batas normal
\n
\n\n', '', '2020-04-16 19:57:31', '2023-08-22 00:21:17'),
(57, 8, 'USG Urologi Perempuan', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG Urologi dengan hasil sebagai berikut:
\n\n\n \n \n | • | \n Ren D | \n : | \n Ukuran ± permukaan reguler, echo cortex normal, batas cortex medulla baik/batas cortex medulla prominen, pelviocalyceal system tidak melebar, tidak tampak kista/batu | \n
\n \n | | \n Ren S | \n : | \n Ukuran ± permukaan reguler, echo cortex normal, batas cortex medulla baik, pelviocalyceal system tidak melebar, tidak tampak kista/batu | \n
\n \n | • | \n VU | \n : | \n Terisi Urin, dinding reguler tidak menebal, tidak tampak batu/mass | \n
\n \n | • | \n Uterus | \n : | \n Ukuran normal, posisi antefleksi, tidak tampak massa patologis | \n
\n \n
\nKesimpulan:\n\n\n - Saat ini USG Urologi dalam batas normal.
\n
', '', '2020-04-16 19:59:05', '2023-08-22 00:21:25');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(58, 8, 'USG Doppler Arteri Ekstermitas Inferior', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG Doppler Arteri Extremitas Inferior D/S dengan hasil:
\n\n\n \n \n | A. Femoralis Communis D/S | \n : | \n Kaliber normal, turbulensi (-), aliran memenuhi seluruh lumen, arah antegrade, pola trifasik, spectral window (+), PSV ± cm/s | \n
\n \n | A. Femoral Superficialis D/S | \n : | \n Kaliber normal, turbulensi (-), aliran memenuhi seluruh lumen, arah antegrade, pola trifasik, spectral window (+), PSV ± cm/s | \n
\n \n | A. Poplitea D/S | \n : | \n Kaliber normal, turbulensi (-), aliran memenuhi seluruh lumen, arah antegrade, pola trifasik, spectral window (+), PSV ± cm/s | \n
\n \n | A. Tibialis Anterior D/S 1/3 Tengah | \n : | \n Kaliber normal, turbulensi (-), aliran memenuhi seluruh lumen, arah antegrade, pola trifasik, spectral window (+), PSV ± cm/s | \n
\n \n | A. Tibialis Posterior D/S 1/3 Tengah | \n : | \n Kaliber normal, turbulensi (-), aliran memenuhi seluruh lumen, arah antegrade, pola trifasik, spectral window (+), PSV ± cm/s | \n
\n \n | A. Peroneus D/S | \n : | \n Kaliber normal, turbulensi (-), aliran memenuhi seluruh lumen, arah antegrade, pola trifasik, spectral window (+), PSV ± cm/s | \n
\n \n | A. Dorsalis Pedis D/S | \n : | \n Kaliber normal, turbulensi (-), aliran memenuhi seluruh lumen, arah antegrade, pola trifasik, spectral window (+), PSV ± cm/s | \n
\n \n | A. Plantaris Pedis D/S | \n : | \n Kaliber normal, turbulensi (-), aliran memenuhi seluruh lumen, arah antegrade, pola trifasik, spectral window (+), PSV ± cm/s | \n
\n \n
\n\nKesimpulan:
\n\n\n - Tidak tampak gambaran stenosis arteri ekstermitas inferior bilateral.
\n
', '', '2020-04-16 20:03:34', '2022-01-21 16:12:51'),
(59, 8, 'USG Doppler Renal', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG Doppler Renal dengan hasil sebagai berikut:
\n\n\n \n \n | • | \n Ren D | \n : | \n Ukuran ± cm, echo cortex tidak meningkat, pelviocalyceal system tidak melebar, tidak tampak batu/kista. PSV a. renalis ± cm/s, AT a. segmental ± s, RI a. interlobaris | \n
\n \n | • | \n Ren S | \n : | \n Ukuran ± cm, echo cortex tidak meningkat, pelviocalyceal system tidak melebar, tidak tampak batu/kista. PSV a. renalis ± cm/s, AT a. segmental ± s, RI a. interlobaris | \n
\n \n | • | \n Aorta | \n : | \n PSV ± cm/s | \n
\n \n
', 'Kesimpulan:
\n\n\n - Tidak tampak tanda-tanda langsung maupun tidak langsung stenosis arteri renalis bilateral.
\n
', '2020-04-16 20:05:28', '2020-04-16 21:45:30'),
(60, 8, 'USG Doppler AV Shunt', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG Doppler Arteri Vena Extremitas Superior dengan hasil:
\n\n\n \n \n | Arteri Brachialis | \n : | \n Kaliber ± cm; pola aliran ; stenosis (-); Flow volume | \n
\n \n | Anastomosis Point | \n : | \n Kaliber ± cm; pola aliran ; stenosis (-); Flow volume | \n
\n \n | Vena Cephalica | \n : | \n Kaliber ± cm; pola aliran ; stenosis (-); Flow volume | \n
\n \n | Vena Subclavia | \n : | \n Kaliber ± cm; pola aliran ; stenosis (-); Flow volume | \n
\n \n
', 'Kesimpulan:
\n\n\n - Tidak tampak stenosis pada pre dan post AV anastomosis.
\n
', '2020-04-16 20:10:36', '2020-04-16 21:46:02'),
(61, 9, 'CT SCAN KEPALA NORMAL', 'Kepada Yth. TS,
\n\nTelah kami lakukan pemeriksaan CT Scan Kepala tanpa dan dengan kontras iv, dengan dosis radiasi ±(0.0021 x = msv), dengan hasil sebagai berikut:
\n\n\n - Tidak tampak lesi hipodens maupun hiperdens patologis intraparenkim otak sebelum maupun sesudah penambahan kontras.
\n - Sulcii, fissura sylvii dan gyrii normal, pasca penambahan kontras tidak tampak penyangatan leptomeningeal patologis.
\n - Diferensiasi white dan grey matter baik.
\n - Sistem ventrikel dan sisterna normal.
\n - Tidak tampak pergeseran garis tengah.
\n - Infratentorial: pons, mesencephalon, CPA dan cerebellum normal.
\n - Orbita dan air cell mastoid kanan kiri normal.
\n - Sinus paranasales normal.
\n
\n\n
\n\n', 'Kesimpulan:
\n\n\n - Saat ini tidak tampak lesi patologis intraparenkim otak.
\n
', '2020-04-16 20:12:16', '2020-04-16 20:12:28'),
(62, 8, 'USG Doppler Arteri Ekstremitas Superior', 'Kepada TS :
\nTelah dilakukan pemeriksaan USG Doppler extremitas superior dengan hasil sebagai berikut:
\n
\n\n\n \n \n | • | \n A. Subclavia D/S | \n : | \n Kaliber normal, tidak tampak plaque maupun trombus
\n Pola aliran normal, turbulensi (-), arah antegrade, pola trifasik
\n PSV: cm/s, EDV: cm/s, RI .: | \n
\n \n | • | \n A. Axillaris D/S | \n : | \n Kaliber normal, tidak tampak plaque maupun trombus
\n Pola aliran normal, turbulensi (-), arah antegrade, pola trifasik
\n PSV: cm/s, EDV: cm/s, RI .: | \n
\n \n | • | \n A. Brachialis D/S | \n : | \n Kaliber normal, tidak tampak plaque maupun trombus
\n Pola aliran normal, turbulensi (-), arah antegrade, pola trifasik
\n PSV: cm/s, EDV: cm/s, RI .: | \n
\n \n | • | \n A. Radialis D/S | \n | \n Kaliber normal, tidak tampak plaque maupun trombus
\n Pola aliran normal, turbulensi (-), arah antegrade, pola trifasik
\n PSV: cm/s, EDV: cm/s, RI .: | \n
\n \n | • | \n A. Ulnaris D/SS | \n : | \n Kaliber normal, tidak tampak plaque maupun trombus
\n Pola aliran normal, turbulensi (-), arah antegrade, pola trifasik
\n PSV: cm/s, EDV: cm/s, RI .: | \n
\n \n
\n
\n
\nKesimpulan :\n\n\n - USG Doppler extremitas superior dalam batas normal, tidak tampak plaque, thrombus, maupun stenosis
\n
', '', '2020-04-16 20:12:48', '2021-11-19 15:32:08'),
(63, 8, 'USG Doppler Vena Ekstremitas Inferior', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG Doppler Vena Extremitas Inferior ... dengan hasil:
\n\n\n \n \n | Vena Femoralis Communis ... | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus, pola aliran normal | \n
\n \n | Vena Femoralis Superficial mid dan distal segmen ... | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus, pola aliran normal | \n
\n \n | Vena Poplitea | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus, pola aliran normal | \n
\n \n | Vena Tibialis Anterior | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus, pola aliran normal | \n
\n \n | Vena Tibialis Posterior | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus, pola aliran normal | \n
\n \n | Vena Saphena Magna | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus, pola aliran normal | \n
\n \n | Vena Saphena Parva | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus, pola aliran normal | \n
\n \n
\n\nKesimpulan:
\n\n\n - Tidak tampak gambaran trombus maupun stenosis vena ekstremitas inferior.
\n
', '', '2020-04-16 20:17:27', '2023-05-04 22:45:37'),
(64, 10, 'Lumbosacral Tanpa Kontras', 'Kepada Yth, TS
\n
\nTelah dilakukan MRI Lumbosacral tanpa kontras, dengan hasil sebagai berikut :
\n
\nObservasi general
\n\n\n \n \n | - | \n Curve | \n : | \n Normal | \n
\n \n | - | \n Alignment | \n : | \n Tidak tampak listhesis | \n
\n \n | - | \n Spinal Canal | \n : | \n Tampak penyempitan berat pada level L, sedang pada L4-L5, ringan pada L3-L4 | \n
\n \n
\n\nObservasi vertebrae
\n\n\n \n \n | - | \n Corpus | \n : | \n tampak lesi hiperintens T1WI, hiperintens T2WI pada inferior endplate L4 dan superior endplate L5 sesuai Modic II. Osteofit (+) pada sisi anterior posterior vertebrae lumbal yang tervisualisasi | \n
\n \n
\n\nObservasi intervertebral space
\n\n\n - Tampak degenerasi diskus heterogen tanpa disertai penurunan tinggi diskus pada semua level sesuai Pfirrmann III
\n - Intensitas facet joint menurun pada semual level disertai hipertrofi facet pada L4-L5
\n
\n\nMorfologi diskus :
\n\n\n \n \n | - | \n T12-L1 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n L1-L2 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n L2-L3 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n L3-L4 | \n : | \n Tampak bulging disc | \n
\n \n | - | \n L4-L5 | \n : | \n Tampak bulging disc | \n
\n \n | - | \n L5-S1 | \n : | \n Tampak bulging disc | \n
\n \n | Ligamentum flavum | \n : | \n Tampak penebalan pada semua level | \n
\n \n | Foramen neuralis | \n : | \n Tampak penyempitan | \n
\n \n | Medula spinalis | \n : | \n Conus medularis setinggi T12-L1, tidak tampak peningkatan sinyal intramedulla | \n
\n \n
\n\nKesimpulan:
\n\n\n - Moderate spinal canal stenosis disertai foraminal canal stenosis bilateral setinggi L4-L5 ec bulging disc, penebalan ligamentum flavum, hypertrophy facet joint, spondilosis lumbalis
\n - Mild spinal canal stenosis disertai foraminal canal stenosis bilateral setinggi L3-L4 ec. bulging disc, penebalan ligamentum flavum, spondilosis lumbalis
\n - Mild foramina stenosis setinggi L5-S1 ec bulging disc, penebalan ligamentum flavum
\n - Degenerasi end plate dan diskus
\n
', '', '2020-04-16 20:52:28', '2022-07-20 20:38:15'),
(65, 10, 'Thoracolumbal Tanpa Kontras', 'Kepada Yth, TS
\n
\nTelah dilakukan MRI Thoracolumbal tanpa kontras, dengan hasil sebagai berikut :
\n
\nObservasi general
\n\n\n \n \n | - | \n Curve | \n : | \n Normal | \n
\n \n | - | \n Alignment | \n : | \n Tidak tampak listhesis | \n
\n \n | - | \n Spinal Canal | \n : | \n Tampak penyempitan berat pada level L, sedang pada L4-L5, ringan pada L3-L4 | \n
\n \n
\n\nObservasi vertebrae
\n\n\n \n \n | - | \n Corpus | \n : | \n tampak lesi hiperintens T1WI, hiperintens T2WI pada inferior endplate L4 dan superior endplate L5 sesuai Modic II. Osteofit (+) pada sisi anterior posterior vertebrae lumbal yang tervisualisasi | \n
\n \n
\n\nObservasi intervertebral space
\n\n\n - Tampak degenerasi diskus heterogen tanpa disertai penurunan tinggi diskus pada semua level sesuai Pfirrmann III
\n - Intensitas facet joint menurun pada semual level disertai hipertrofi facet pada L4-L5
\n
\n\nMorfologi diskus :
\n\n\n \n \n | - | \n T1/T2 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n T2/T3 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n T3/T4 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n T4/T5 | \n : | \n Tampak bulging disc yang menyempitkan foramen neuralis kanan kiri | \n
\n \n | - | \n T5/T6 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n T6/T7 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n T7/T8 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n T8/T9 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n T9/T10 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n T10/T11 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n T12/L1 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n L1/L2 | \n : | \n Tidak tampak herniasi | \n
\n \n | Ligamentum flavum | \n : | \n Tampak penebalan pada semua level | \n
\n \n | Foramen neuralis | \n : | \n Tampak penyempitan | \n
\n \n | Medula spinalis | \n : | \n Conus medularis setinggi T12-L1, tidak tampak peningkatan sinyal intramedulla | \n
\n \n | | \n | \n | \n
\n \n
\n\nKesimpulan :
\n\n\n - Moderate spinal canal stenosis disertai foraminal canal stenosis bilateral setinggi L4-L5 ec bulging disc, penebalan ligamentum flavum, hypertrophy facet joint, spondilosis lumbalis
\n - Mild spinal canal stenosis disertai foraminal canal stenosis bilateral setinggi L3-L4 ec. bulging disc, penebalan ligamentum flavum, spondilosis lumbalis
\n - Mild foramina stenosis setinggi L5-S1 ec bulging disc, penebalan ligamentum flavum
\n - Degenerasi end plate dan diskus
\n
', '', '2020-04-16 20:53:14', '2022-02-07 19:25:14'),
(66, 10, 'Kepala Dengan Kontras', 'Kepada Yth TS
\n
\nTelah dilakukan MRI kepala, tanpa dan dengan pemberian kontras i.v, dengan sekuen T1WI, T2WI, DWI, SWI, FLAIR, FIESTA/T2DRIVE/CISS dengan hasil sebagai berikut :
\n\n\n - Tidak tampak lesi hipointens maupun hiperintens patologis intraparenkim otak
\n - Sulci, fissura sylvii dan gyri normal
\n - Diferensiasi gray dan white matter baik
\n - Sistem ventrikel dan sisterna normal
\n - Infratentorial : mesencephalon, pons dan cerebellum normal
\n - Tidak tampak pergeseran garis tengah
\n - Orbita dan aircell mastoid kanan kiri normal
\n - Sinus paranasal yang tervisualisasi normal
\n
\n\nKesimpulan
\n\n', '', '2020-04-16 20:54:57', '2022-02-07 19:25:30'),
(67, 10, 'Kepala + MRA', 'Kepada YTh. TS,
\nTelah dilakukan MRI + MRA kepala tanpa dan dengan pemberian kontras i.v., dengan sekuen T1WI, T2WI, DWI, ADC, SWI, FLAIR, FIESTA/T2DRIVE/CISS, T1FSPC, dengan hasil sebagai berikut:
\n\n\n - Tampak lesi hipointens T1WI, hiperintens T2WI/FLAIR pada periventrikel lateral kanan kiri, white matter lobus frontoparietal kanan kiri yang mulai berkonfluence frontotemporoparietooccipital kanan kiri
\n - Tidak tampak lesi hipointens maupun hiperintens patologis intraparenkim otak
\n - Sulci, fissura sylvii dan gyri normal
\n - Diferensiasi gray dan white matter baik
\n - Sistem ventrikel dan sisterna normal
\n - Infratentorial : mesencephalon, pons dan cerebellum normal
\n - Tidak tampak pergeseran garis tengah
\n - Orbita dan aircell mastoid kanan kiri normal
\n - Sinus paranasal yang tervisualisasi normal
\n
\n\n
\nTelah kami lakukan pemeriksaan MRA kepala dengan hasil sebagai berikut :
\n
\nSistem carotis :
\n\n\n \n \n | - | \n Arteri carotis interna D/S | \n : | \n kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler | \n
\n \n | - | \n Arteri cerebri media D/S | \n : | \n kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler | \n
\n \n | - | \n Arteri cerebri anterior D/S | \n : | \n kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler | \n
\n \n | - | \n Arteri communicating anterior | \n : | \n kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler | \n
\n \n
\n\n Sistem Vertebrobasiler
\n\n\n \n \n | - | \n Arteri vertebralis D/S | \n : | \n Kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler | \n
\n \n | - | \n Arteri basilaris | \n : | \n kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler | \n
\n \n | - | \n Arteri cerebri posterior D/S | \n : | \n kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler | \n
\n \n | - | \n Arteri communicating posterior D/S | \n : | \n kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler | \n
\n \n
\n\nKesimpulan :
\n\n\n - Saat ini tidak tampak lesi patologis intrakranial
\n - Fazekas grade III
\n - Tidak tampak stenosis, aneurisma maupun malformasi vascular
\n
', '', '2020-04-16 20:56:38', '2022-07-20 20:37:23'),
(68, 10, 'Kepala Tanpa Kontras', 'Kepada TS: Telah dilakukan MRI kepala, tanpa pemberian kontras i.v dengan sekuen T1WI, T2WI, DWI, SWI, FLAIR, FIESTA/T2DRIVE/CISS, dengan hasil sebagai berikut :
\n\n\n - Tidak tampak lesi hipointens maupun hiperintens patologis intraparenkim otak
\n - Sulci, fissura sylvii melebar dan gyri prominent
\n - Diferensiasi gray dan white matter baik
\n - Sistem ventrikel dan sisterna melebar
\n - Infratentorial : mesencephalon, pons dan cerebellum normal
\n - Tidak tampak pergeseran garis tengah
\n - Orbita dan aircell mastoid kanan kiri normal
\n - Sinus paranasal yang tervisualisasi normal
\n
\n\nKesimpulan :
\n\n', '', '2020-04-16 20:57:10', '2020-09-22 20:16:34'),
(69, 10, 'Abdomen', 'Yth. TS Telah kami lakukan MRI abdomen tanpa dan dengan pemberian kontras IV sekuen T1WI, T2WI, DWI potongan axial, coronal, sagital dengan hasil sebagai berikut:
\n\n\n - Tampak lesi hipointens T1WI, hiperintens T2WI/FLAIR pada
\n - Hepar : ukuran craniocaudal ± cm, permukaan regular, sistem porta, bilier dan vaskuler normal, tidak tampak sinyal patologis
\n - Gall bladder : Ukuran ± cm, dinding tidak menebal, tidak tampak batu / sludge,
\n - Lien : ukuran ± x cm, permukaan regular, tidak tampak sinyal patologis
\n - Pankreas : ukuran normal, permukaan regular, tidak tampak sinyal patologis
\n - Ren D: ukuran ± cm, posisi normal, tidak tampak batu, system pelviocalyceal tidak melebar, intensitas parenkim homogen normal, tidak tampak batu/kista
\n - Ren S : ukuran ± cm, posisi normal, tidak tampak batu, system pelviocalyceal tidak melebar, intensitas parenkim homogeny normal, tidak tampak batu/kista
\n - Vesica urinaria : Terisi urine minimal, tidak tampak batu/ massa
\n - Bone : tidak tampak perubahan sinyal patologis pada tulang-tulang yang tervisualisasi
\n
\n\nKesimpulan :
\n\n\n - Tidak tampak gambaran hematom organ intraabdomen
\n
', '', '2020-04-16 20:57:59', '2020-09-22 20:21:01'),
(70, 11, 'Thorax PA', 'Foto Thorax PA
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus Dextra/Sinistra normal. Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus Dextra/Sinistra | \n : | \n Lancip | \n
\n \n | Hemidiaphragma Dextra/Sinistra | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan :
\n\n\n - Cor dan pulmo dalam batas normal.
\n
', '', '2020-04-16 20:58:49', '2023-01-04 19:03:47'),
(71, 10, 'Cervical Tanpa Kontras', 'Kepada TS : Telah dilakukan MRI Cevical tanpa kontras, dengan hasil sebagai berikut : Observasi general
\n\n\n \n \n | - | \n Curve | \n : | \n Normal | \n
\n \n | - | \n Alignment | \n : | \n Tidak tampak listhesis | \n
\n \n | - | \n Spinal Canal | \n : | \n Tampak penyempitan berat pada level C, sedang pada, ringan pada | \n
\n \n
\n\nObservasi vertebrae
\n\n\n \n \n | - | \n Corpus | \n : | \n tampak lesi hiperintens T1WI, hiperintens T2WI pada inferior endplate C dan superior endplate C sesuai Modic II. Osteofit (+) pada sisi anterior posterior vertebrae cervical yang tervisualisasi | \n
\n \n
\n\nObservasi intervertebral space
\n\n\n - Tampak degenerasi diskus heterogen tanpa disertai penurunan tinggi diskus pada semua level sesuai Pfirrmann III
\n - Intensitas facet joint menurun pada semual level disertai hipertrofi facet pada C
\n
\n\nMorfologi diskus :
\n\n\n \n \n | - | \n C2-C3 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n C3-C4 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n C4-C5 | \n : | \n Tampak bulging disc | \n
\n \n | - | \n C5-C6 | \n : | \n Tampak bulging disc | \n
\n \n | - | \n C6-C7 | \n : | \n Tampak bulging disc | \n
\n \n | - | \n C7-T1 | \n : | \n Tampak bulging disc | \n
\n \n
\n\n
\n\n\n \n \n | Ligamentum longitudinal posterior | \n : | \n Tampak penebalan pada semua level | \n
\n \n | Foramen neuralis | \n : | \n Tampak penyempitan pada level | \n
\n \n | Medula spinalis | \n : | \n Tidak tampak peningkatan sinyal intramedulla | \n
\n \n
\n\nKesimpulan :
\n\n\n - Moderate spinal canal stenosis disertai foraminal canal stenosis bilateral setinggi level ec bulging disc, penebalan ligamentum flavum, hypertrophy facet joint, spondilosis cervicalis
\n - Mild spinal canal stenosis disertai foraminal canal stenosis bilateral setinggi level ec. bulging disc, penebalan ligamentum flavum, spondilosis cervicalis
\n - Mild foramina stenosis setinggi level ec bulging disc, penebalan ligamentum flavum
\n - Degenerasi end plate
\n - Degenerasi diskus
\n
', '', '2020-04-16 20:58:50', '2022-05-30 21:16:27'),
(72, 10, 'MRCP', 'Kepada Yth. TS Telah kami lakukan pemeriksaan MRCP + MRI abdomen tanpa pemberian kontras iv, dengan hasil sebagai berikut:\n\n\n - Sistem billier :\n
\n - IHBD kanan diameter ±3,83 mm, kiri diameter ± 3,99 mm
\n - Tidak tampak struktur gall bladder (post op)
\n - Ductus pancreaticus : tidak melebar (diameter ±1.7 mm)
\n - CBD diameter ±6,74 mm dinding tidak menebal, tepi regular
\n
\n \n - Hepar : ukuran normal (craniocaudal ± 10,6 cm), sudut tajam, tidak tampak perubahan intensitas sinyal patologis
\n - Lien : ukuran normal, tidak tampak perubahan intensitas sinyal patologis
\n - Pancreas : ukuran normal, tidak tampak perubahan intensitas sinyal patologis
\n - Ren D/S: ukuran normal, tidak tampak perubahan intensitas sinyal patologis
\n - Tulang - Tulang yang tervisualisasi : Tidak tampak intensitas patologis
\n
\n\nKesimpulan :
\n\n\n - Saat ini tidak tampak kelainan pada system hepatobilier
\n
', '', '2020-04-16 20:59:18', '2020-09-22 20:20:32'),
(73, 10, 'MSK', 'Yth. TS Telah kami lakukan pemeriksaan MRI ... tanpa dan dengan kontras IV, potongan axial, sagital, coronal T1WI, T1WI +C+STIR, T2WI, STIR, dengan hasil sebagai berikut :
\n\n\n - Tampak massa batas relatif tegas, tepi sebagian irregular, isointens T1WI, slightly hiperintens T2WI / STIR, hiperintens PDFS, menyangat pasca penambahan kontras, ukuran ±4,3x3,7x2,3 cm, pada subcutan regio 1/3 tengah antebrachii kiri sisi anterior. Massa sebagian berbatas tidak tegas dengan m. extensor digitorum kiri
\n - Tidak tampak bone marrow replacement pada tulang yang tervisualisasi
\n
', 'Kesimpulan:
\n\n\n - Soft tissue tumor pada subcutan regio 1/3 tengah antebrachii sinistra karakteristik benign
\n
', '2020-04-16 20:59:50', '2020-04-19 19:18:16'),
(74, 10, 'MSK Shoulder', 'Yth. TS Telah kami lakukan pemeriksaan MRI region shoulder D/S, tanpa pemberian kontras, dengan hasil sebagai berikut :
\n\n\n - Tendon m. biceps long head : intensitas homogen hipointens pada T1WI/T2WI, tidak tampak tear
\n - Tendon m. biceps short head : intensitas homogeny hipointens pada T1WI/T2WI, tidak tampak tear
\n - Tendon supraspinatus : intensitas homogeny hipointens pada T1WI/T2WI, tidak tampak tear
\n - Tendon m. infraspinatus : intensitas homogeny hipointens pada T1WI/T2WI, tidak tampak tear
\n - Tendon m. subscapular : intensitas homogeny hipointens pada T1WI/T2WI, tidak tampak tear
\n - Tidak tampak osteofit pada glenoid, acromion, dan clavicular dengan permukaan joint regular, penyempitan celah sendi (-)
\n - Tidak tampak fluid collection
\n - Tulang yang tervisualisasi intak, tidak tampak perubahan intensitas patologis pada bone marrow
\n - Labrum pada fossa glenoid intak
\n
', 'Kesimpulan :
\n\n\n - MRI shoulder kanan dalam batas normal
\n
', '2020-04-16 21:00:19', '2020-04-19 19:18:43'),
(75, 11, 'Foto BOF 3 posisi', 'Radiografi BOF 3 Posisi
\n\n\n \n \n | Pre peritoneal fat line D/S | \n : | \n Normal | \n
\n \n | Psoas line | \n : | \n Normal | \n
\n \n | Kontur hepar/ Lien | \n : | \n Normal | \n
\n \n | Kontur ren D/S | \n : | \n Normal | \n
\n \n | Skeleton | \n : | \n Normal, tidak tampak lesi osteolitik,osteo blastik | \n
\n \n | Tampak distribusi udara usus normal hingga cavum pelvis dengan fecal material Tidak tampak gambaran udara bebas extralumen | \n
\n \n
\n\n\n
\n\nKesimpulan:
\n\n\n - Foto BOF dalam batas normal.
\n
', '', '2020-04-16 22:04:54', '2022-06-11 07:46:14'),
(76, 11, 'Foto Schuller', 'Radiografi Schuller Dextra/Sinistra
\n\n\n \n \n | Air cell mastoid Dextra/Sinistra | \n : | \n Normal | \n
\n \n | Kolesteatoma Dextra/Sinistra | \n : | \n (-) | \n
\n \n | Temporo mandibular joint | \n : | \n Normal | \n
\n \n | MAE Dextra/Sinistra | \n : | \n Normal | \n
\n \n | Sklerotik periantral triangle Dextra/Sinistra | \n : | \n Normal | \n
\n \n | Tulang yang tervisualisasi | \n : | \n Normal | \n
\n \n
\n\nKesimpulan:
\n\nFoto Schuller dalam batas normal
', '', '2020-04-16 22:06:39', '2023-01-05 19:15:03');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(77, 11, 'Foto Thoracoabdominal', 'Foto Thoracoabdominal
\n
\n \n\n \n \n | Cor | \n : | \n Ukuran bentuk dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal, hillus D/S normal Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus Dextra/Sinitra | \n : | \n Lancip | \n
\n \n | Hemidiaphragma Dextra/Sinitra | \n : | \n Dome shaped | \n
\n \n | Pre peritoneal fat line | \n : | \n Normal | \n
\n \n | Kontur hepar/lien | \n : | \n Normal | \n
\n \n | Kontur ren Dextra/Sinitra | \n : | \n Normal | \n
\n \n | Psoas Line | \n : | \n Normal, simetris | \n
\n \n | Distribusi udara usus | \n : | \n Normal | \n
\n \n | Skeleton | \n : | \n Normal, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n
\n\nKesimpulan:
\n\nFoto thoracoabdominal dalam batas normal
', '', '2020-04-16 22:12:23', '2023-01-05 23:41:05'),
(78, 11, 'Foto Babygram', 'Radiografi Babygram
\n\n\n \n \n | Cor | \n : | \n Ukuran bentuk dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal, hillus D/S normal Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus D/S | \n : | \n Lancip | \n
\n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n
\n \n | Pre peritoneal fat line | \n : | \n Normal | \n
\n \n | Kontur hepar/lien | \n : | \n Normal | \n
\n \n | Kontur ren D/S | \n : | \n Normal | \n
\n \n | Psoas Line | \n : | \n Normal, simetris | \n
\n \n | Distribusi udara usus | \n : | \n Normal | \n
\n \n | Skeleton | \n : | \n Normal, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n
', 'Kesimpulan:
\n\nFoto Babygram dalam batas normal
', '2020-04-16 22:13:29', '2020-04-16 22:28:35'),
(79, 11, 'Foto Lumbosacral AP/Lat', 'Radiografi Lumbosakral AP/ Lateral \n\n\n \n \n | Alignment | \n : | \n Tidak tampak listhesis | \n
\n \n | Trabeculasi | \n : | \n Normal | \n
\n \n | Curve | \n : | \n Lordosis | \n
\n \n | Corpus | \n : | \n Tidak tampak osteolitik, osteoblastik, garis fraktur | \n
\n \n | Intervertebral space | \n : | \n Tidak tampak penyempitan | \n
\n \n | Proc. Transversus / spinosus | \n : | \n Normal | \n
\n \n | pedikel | \n : | \n Normal | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n
\n\n
\nKesimpulan:
\n\n\n - Radiografi Lumbosacral dalam batas normal
\n
', '', '2020-04-16 22:14:33', '2023-11-18 12:44:28'),
(80, 11, 'Foto Thoracolumbal', 'FotoThoracolumbalAP/ Lateral
\n\n\n \n \n | Alignment | \n : | \n Tidak tampak listhesis | \n
\n \n | Trabeculasi | \n : | \n Normal | \n
\n \n | Curve | \n : | \n Kyphotic | \n
\n \n | Corpus | \n : | \n Tidak tampak osteolitik/osteoblastik/garis fraktur | \n
\n \n | Intervertebral space | \n : | \n Tidak tampak penyempitan | \n
\n \n | Proc. transversus/ spinosus | \n : | \n Normal | \n
\n \n | Pedikel | \n : | \n Intak | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n
\n\nKesimpulan:
\n\nFoto Thoracolumbal dalam batas normal
', '', '2020-04-16 22:15:52', '2023-02-12 19:02:53'),
(81, 11, 'Foto Waters', 'Foto Waters
\n\n\n \n \n | Sinus frontalis D/S | \n : | \n Normal | \n
\n \n | Sinus ethmoidalis D/S | \n : | \n Normal | \n
\n \n | Sinus maxillaris D/S | \n : | \n Tampak perkabutan pada sinus maksillaris kiri, | \n
\n \n | Sinus sphenoidalis | \n : | \n Normal | \n
\n \n | Cavum nasi | \n : | \n Tampak penebalan mukosa | \n
\n \n | Septum nasi | \n : | \n Di tengah | \n
\n \n | Tulang fasia | \n : | \n Normal | \n
\n \n
', 'Kesimpulan:
\n\nFoto Waters dalam batas normal
', '2020-04-16 22:16:42', '2020-04-16 22:31:39'),
(82, 11, 'Foto Cervical AP/Lat', 'Radiografi Cervical AP/Lateral
\n\n\n \n \n | Soft tissue | \n : | \n Normal, ketebalan soft tissue pada level V.C2 ± mm (N<7mm), pada level V.C7 ± mm (N<21mm) | \n
\n \n | Alignment | \n : | \n Tidak tampak listesis | \n
\n \n | Trabeculasi | \n : | \n Normal | \n
\n \n | Curve | \n : | \n Lordotik | \n
\n \n | Corpus | \n : | \n Tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Intervertebral space | \n : | \n Normal | \n
\n \n | Pedikel | \n : | \n Intak | \n
\n \n | Pros. Transversus / spinosus | \n : | \n Normal | \n
\n \n | Ligamen Nuchae | \n : | \n Normal | \n
\n \n
\n\n
\n\n\n\nKesimpulan:
\n\n\n - Radiografi cervical dalam batas normal.
\n
', '', '2020-04-16 22:17:37', '2023-11-18 12:43:44'),
(83, 11, 'Foto Skoliosis Series', 'Scoliosis View dan Pelvis AP
\n\n\n - Tidak tampak deformitas corpus vertebrae, lesi litik / blastik, deformitas, obscurasi pedikle, kompresi, maupun paravertebrae soft tissue mass, Tampak Fused Costae 4-5 dan 5-6 posterior kiri.
\n - Tampak satu curvature columna vertebralis
\n
\n\n\n \n \n | \n I \n | \n \n Thoracal \n | \n \n Superior end vertebrae thoracal 3, inferior end vertebrae thoracal 8. Apex pada vertebrae thoracal 5, curvature ke kiri. Rotasi sesuai Moe + 2. Sudut Cobb AP netral 42º. \n | \n
\n \n | \n II \n | \n \n Thoracolumbal \n | \n \n Superior end vertebrae thoracal 9, inferior end vertebrae lumbal 3. Apex pada vertebrae thoracal 12, curvature ke kanan. Rotasi sesuai Moe 0. Sudut Cobb AP netral 12º, pada bending ipsilateral 4º \n | \n
\n \n
\n\n\n - Modifier thoracal (-) (sudut kifosis Vertebra Thoracal 5 - Vertebra Thoracal 12 15º)
\n - Modifier Lumbal B (CSVL memotong corpus apex vertebrae thoraco lumbal / lumbal tepat di pedikelnya)
\n - Sagital Balance (N) (C7 plumb line ±4mm di belakang titik R)
\n - Coronal Balance (N) (C7 plumb line ±4mm di sebelah kanan CSVL)
\n - Tampak apofisis iliaka telah menyatu ke Krista ilika %
\n
\n\nKesimpulan :
\n\n\n - Levoskoliosis thoracal (mayor)
\n - Dextroskoliosis lumbal (minor), Non struktural
\n - Modifier thoracal (-), Modifier lumbal B
\n - Coronal Balance , Sagital Balance
\n - Ossifikasi Riesser tipe
\n
\n
\nNote:\n\n\n - Modifier torakal 10-40 (N), >40 (+). <10 (-)
\n - Modifier lumbal CSVL memotong corpus apex vertebrae lumbal\n
\n - diantara pedikel -> A
\n - tepat di pedikelnya -> B
\n - diliar pedikel -> C
\n
\n \n - Sagital Balance, hubungan C7 plumb line dengan titik R (titik R = ujung posterior pada superior end plate Sacrum)\n
\n - jatuh <2cm di anterior atau posterior titik R (N)
\n - jatuh >2cm di anterior titik R (+)
\n - jatuh >2cm di posterior titik R (-)
\n
\n \n - Coronal Balance, hubungan C7 plumb line dengan CSVL \n
\n - jatuh <2cm di kanan atau kiri CSVL (N)
\n - jatuh >2cm di kanan CSVL (+)
\n - jatuh >2cm di kiri CSVL (-)
\n
\n \n - Riesser -> tampak apofisis iliaka menyatu 0-100% -. (I-V)
\n
', '', '2020-04-16 22:19:13', '2023-10-02 00:17:28'),
(84, 11, 'Foto TMJ Open Closed Mouth', 'Foto TMJ open-closed mouth
\n\n\n \n \n | TMJ D Open mouth Closed mouth | \n : : | \n Tampak processus condylaris berjarak ± 1 mm dari eminentia articularis Tampak processus condylaris berada pada fossa mandibularis | \n
\n \n | TMJ S Open mouth Closed mouth | \n : : | \n Tampak processus condylaris berjarak ± 3 mm dari eminentia articularis Tampak disloksasi processus condylaris -fossa mandibularis | \n
\n \n
', 'Kesimpulan :
\n\nTidak tampak dislokasi TMJ bilateral
', '2020-04-16 22:20:53', '2020-04-16 22:33:23'),
(85, 11, 'Foto Tulang', 'Radiografi Tulang Dextra/Sinistra AP/lateral
\n\n\n \n \n | Alignment | \n : | \n Tidak tampak disalignment antar joint | \n
\n \n | Tulang | \n : | \n Tidak tampak lesi osteolitik, osteoblastik, garis fraktur | \n
\n \n | Celah sendi | \n : | \n Tidak tampak penyempitan celah sendi | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n
\n\nKesimpulan:
\n
', '', '2020-04-16 22:22:18', '2023-01-04 19:08:07'),
(86, 11, 'Foto Skull AP / Lat', 'Radiografi Skull AP/Lateral
\n\n\n \n \n | Soft tissue | \n : | \n normal | \n
\n \n | Calvaria( tabula interna, tabula eksterna, diploe) | \n : | \n intak | \n
\n \n | Sella tursica | \n : | \n normal | \n
\n \n | Vascular grove | \n : | \n normal | \n
\n \n | Sutura (coronaria, lamboidea) | \n : | \n normal | \n
\n \n | Sinus frontalis, ethmoidalis, sphenoidalis, | \n : | \n normal | \n
\n \n | Air cell mastoid | \n : | \n normal | \n
\n \n | Tulang fascia | \n : | \n normal | \n
\n \n
\n\n
\n\n', 'Kesimpulan
\n\n\n - Foto skull dalam batas normal.
\n
', '2020-04-16 22:23:26', '2020-04-16 22:35:10'),
(87, 9, 'CT scan abdomen wanita', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Abdomen dengan dan tanpa kontras dengan hasil sebagai berikut:
\n\n\n - Hepar: Ukuran tidak membesar, sudut tajam, densitas parenkim homogen, permukaan rata, sistem porta/vaskuler/bilier tidak melebar, tidak tampak kista/nodul/abses.
\n - Gall Bladder: Ukuran normal, dinding tidak menebal, tidak tampak batu/sludge.
\n - Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n - Lien: Ukuran normal, kontur normal, densitas parenkim homogen, tidak tampak pelebaran vena lienalis, tidak tampak lesi patologis.
\n - Ren D/S: Ukuran normal, densitas korteks baik, batas korteks medulla baik, sistem pelviocaliceal tidak melebar, tidak tampak batu/kista.
\n - Vesica Urinaria: Terisi urin, dinding reguler, tidak tampak batu/massa.
\n - Uterus: Ukuran normal, posisi anteversi, tidak tampak lesi patologis.
\n - Tidak tampak lymphadenopati.
\n - Aorta: Kaliber normal, tidak tampak kalsifikasi.
\n - Tulang-tulang intak, tak tampak lesi litik maupun blastik.
\n - Paru D/S yang tervisualisasi: Tidak tampak lesi patologis.
\n
\n
\nKesimpulan :\n\n\n - CT Scan abdomen dalam batas normal.
\n
', '', '2020-04-17 16:33:30', '2020-05-16 16:59:14'),
(88, 9, 'CT Scan kepala dg perdarahan volume ± .. cc', 'Kepada Yth. TS,
\n\nTelah kami lakukan pemeriksaan CT Scan Kepala tanpa kontras iv, dengan dosis radiasi ±(0.0021 x = msv), dengan hasil sebagai berikut:
\n\n\n - Tampak lesi hiperdens pada ... dengan ukuran ... (volume ± cc)
\n - Sulcii, fissura sylvii dan gyrii normal, pasca penambahan kontras tidak tampak penyangatan leptomeningeal patologis.
\n - Diferensiasi white dan grey matter baik.
\n - Sistem ventrikel dan sisterna normal.
\n - Tidak tampak pergeseran garis tengah.
\n - Infratentorial: pons, mesencephalon, CPA dan cerebellum normal.
\n - Orbita dan air cell mastoid kanan kiri normal.
\n - Sinus paranasales normal.
\n
\n\n
\n\n', 'Kesimpulan:
\n\nPerdarahan akut pada dengan volume ± cc
', '2020-04-17 16:35:50', '2020-04-17 16:37:03'),
(89, 8, 'USG FAST', 'Kepada Yth. TS : Telah dilakukan pemeriksaan USG FAST dengan hasil sebagai berikut :
\n\n\n \n \n | • | \n Hepar | \n : | \n Ukuran normal, permukaan rata, intensitas echoparenchym homogen normal, sistem portal/vaskuler/bilier normal tidak melebar, tidak tampak hematoma/laserasi | \n
\n \n | • | \n Gall bladder | \n : | \n Ukuran normal , tak tampak batu /sludge/mass, CBD tidak melebar | \n
\n \n | • | \n Pankreas | \n : | \n Ukuran normal, echoparenkim homogen, tidak tampak lesi patologis | \n
\n \n | • | \n Lien | \n : | \n Ukuran normal, tepi tajam, permukaan rata, echoparenchym homogen, tidak tampak hematoma/laserasi, vena lienalis tidak melebar | \n
\n \n | • | \n Ren D/S | \n : | \n Ukuran normal, echocortex normal, pelvic calyceal sistem tidak melebar, batas cortex medulla tegas, tidak tampak hematoma/laserasi | \n
\n \n | • | \n VU | \n : | \n Terisi urin | \n
\n \n | • | \n Tidak tampak echo cairan bebas pada cavum abdomen, cavum pleura kanan kiri, maupun pericardium | \n
\n \n
', 'Kesimpulan:
\n\n\n - Saat ini tidak tampak cairan bebas intraabdomen, cavum pleura dan pericardium
\n - Organ solid intraabdomen kesan intak
\n
', '2020-04-18 18:15:38', '2020-04-18 18:23:55'),
(90, 9, 'CT Scan kepala Infark', 'Kepada Yth. TS :
\n\nTelah dilakukan CT scan kepala dengan dosis radiasi ( 0,0021 x DLP = msv ), brain window tanpa kontras, dengan hasil sebagai berikut :
\n\n\n - Tidak tampak lesi hipodens maupun hiperdens patologis intraparenkim otak
\n - Tampak lesi hipodens batas tidak tegas pada
\n - Tampak lesi hipodens batas mulai tegas pada
\n - Tampak lesi hipodens batas tegas pada
\n - Sulcii, fissura sylvii dan gyrii normal
\n - Diferensiasi white dan grey matter baik
\n - Sistem ventrikel dan sisterna normal
\n - Tidak tampak pergeseran garis tengah
\n - Infratentorial : pons, mesencephalon, CPA dan cerebellum normal
\n - Orbita dan air cell mastoid kanan kiri normal
\n - Sinus paranasal yang tervisualisasi normal
\n
', 'Kesimpulan :
\n\n\n - Saat ini tidak tampak lesi patologis intraparenkim otak
\n - Infark akut pada
\n
', '2020-04-18 18:19:36', '2020-04-18 18:20:11'),
(91, 9, 'CT Scan kepala Trauma', 'Kepada Yth. TS :
\n\nTelah dilakukan CT scan kepala dengan dosis radiasi ( 0,0021 x DLP = msv ), brain window tanpa kontras, dengan hasil sebagai berikut:
\n\n\n - Tidak tampak lesi hipodens maupun hiperdens patologis intraparenkim otak
\n - Sulcii, fissura sylvii, dan gyrii normal
\n - Diferensiasi white dan grey matter baik
\n - Sistem ventrikel dan sisterna normal
\n - Tidak tampak pergeseran garis tengah
\n - Infratentorial : pons, mesencephalon, CPA dan cerebellum normal
\n - Orbitadan air cell mastoid kanankiri normal
\n - Sinus paranasal yang tervisualisasi normal
\n - Tulang-tulang calvaria intak. Tidak tampak fraktur
\n
\n\nTidak jelas soft tissue swelling
', 'Kesimpulan :
\n\n\n - Saat ini tidak tampak perdarahan intracranial
\n
', '2020-04-18 18:22:40', '2020-04-18 18:22:40'),
(92, 11, 'Bone survey: Skull AP/Lat, Pelvis AP, Humerus S AP, Femur D AP, Thoracolumbal AP/Lateral', 'Foto Skull AP/Lateral, Pelvis AP, Humerus Sinistra AP, Femur Dextra AP, Thoracolumbal AP/lateral
\n \n\n \n \n Skull AP/Lateral
\n Tidak tampak lesi litik/blastik/garis fraktur | \n
\n \n
\n Pelvis AP
\n Tidak tampak lesi litik/blastik/garis fraktur
\n
\n Humerus Sinistra AP
\n Tidak tampak lesi litik/blastik/garis fraktur
\n
\n Femur Dextra AP
\n Tidak tampak lesi litik/blastik/garis fraktur
\n
\n Thoracolumbal AP/lat
\n Tidak tampak lesi litik/blastik/garis fraktur | \n
\n \n
\n
\nKesimpulan :\n\n\n - Tidak tampak proses metastasis pada tulang yang tervisualisasi
\n
', '', '2020-04-20 23:46:54', '2023-01-12 00:37:30'),
(93, 12, 'Tes Dummy', 'iniasdasd', '', '2020-04-21 19:37:45', '2020-04-21 19:37:45'),
(94, 10, 'Genu', 'Kepada TS : Dilakukan pemeriksaan MRI articulatio genu D, irisan coronal, axial dan sagital T1,T2WI, T2GRE, T2PDFS tanpa kontras, dengan hasil sebagai berikut :
\n\n\n \n \n | - | \n Alignment | \n : | \n Jarak antara posterior margins dari lateral femoral condyle and tibia ± ... mm | \n
\n \n | - | \n Meniscus medial | \n : | \n Tampak complex tear dengan intensitas hipointense T1WI, hiperintense T2W1/STIR/PD (radial dan horizontal) | \n
\n \n | - | \n Meniscus lateral | \n : | \n Tampak hipointense T1WI, hiperintense T2W1/STIR/PD radial di meniscus lateral sisi posterior | \n
\n \n | - | \n Anterior Cruciate Ligament | \n : | \n Tampak complete tear dengan slightly hiperintense pada T1WI/T2WI/STIR | \n
\n \n | - | \n Posterior Cruciate Ligament | \n : | \n Intensitas homogen normal pada T1WI/T2WI, tidak tampak tear. Tampak buckling | \n
\n \n | - | \n Medial Collateral Ligament | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Lateral Collateral Ligament | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Iliotibial band | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Quadriceps Tendon | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Patellar tendon | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Popliteal tendon | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | | \n | \n | \n | \n
\n \n | - | \n Tidak tampak bone marrow changes dan bone bruist | \n
\n \n | - | \n Tidak tampak penyempitan celah sendi femorotibial dan femoropatellar | \n
\n \n | - | \n Tampak fluid collection pada sisi medial dari iliotibial band, deep infrapatellar bursa, dan suprapatellar recess | \n
\n \n
\n\nKesimpulan :
\n\n\n - Tear pada ACL tanpa translokasi dari tibia-femoral
\n - Medial meniscal tear radial type pada meniscus lateral sisi posterior
\n - Fluid collection pada peri-iliotibial band, deep infrapatellar bursa dan suprapatellar recess
\n
', '', '2020-04-22 16:54:56', '2023-09-20 00:00:35'),
(95, 10, 'Kepala+Orbita', 'Kepada TS: Telah dilakukan MRI Orbita dan Brain tanpa dan dengan pemberian kontras i.v, dengan sekuen T1WI, T2WI, DWI, SWI, FLAIR, FIESTA/T2DRIVE/CISS dengan hasil sebagai berikut :
\n\n\n - Orbita dextra : ukuran bulbus occuli 2.1 x 2.2 x 2.4 cm, diameter m. Rectus superior ±0.94 cm, m. Rectus inferior ±0.74 cm, m. Rectus medial ±0.97 cm, m. Rectus lateral ±0.9 cm, n. Opticus ±4.7 cm. Tidak tampak lesi patologis
\n - Orbita sinistra : ukuran bulbus occuli 2.2 x 2.2 x 2.3 cm, diameter m. Rectus superior ±0.92 cm, m. Rectus inferior ±0.83 cm, m. Rectus medial ±0.95 cm, m. Rectus lateral ±0.91 cm, n. Opticus ±3.8 cm. Tidak tampak lesi patologis
\n - Chiasma: tidak tampak gambaran sinyal patologis
\n - Tampak lesi isointense T1WI, hiperintense T2WI/FLAIR, mildly bright DWI, hipointense ADC, tidak menyangat pasca penambahan kontras pada thalamus kanan
\n - Tampak lesi isointens T1Wi, hiperintens T2WI / FLAIR pada cortex subcortex lobus frontoparietal kanan kiri
\n - Sulci, fissura sylvii melebar dan gyri prominen
\n - Diferensiasi gray dan white matter kabur normal
\n - Sistem ventrikel dan sisterna melebar
\n - Infratentorial : mesencephalon, pons dan cerebellum normal
\n - Tidak tampak pergeseran garis tengah
\n - Air cell mastoid kanan kiri normal
\n - Tampak lesi hipointense T1WI, hiperintense T2WI pada sinus maksilaris kiri
\n
\n\n Kesimpulan :
\n\n\n - Tidak tampak gambaran massa intrakranial
\n - Infark late subakut pada thalamus kanan
\n - Brain atrophy dengan degenerasi Fazekas grade 1
\n - Sinusitis maksilaris kiri
\n
', '', '2020-04-22 16:57:40', '2022-03-24 00:48:42'),
(96, 10, 'Thorax dengan kontras', 'Kepada TS :
\n\nTelah dilakukan MRI thorax tanpa dan dengan pemberian kontras, didapatkan hasil sebagai berikut :
\n\n\n - Mammae D : Tidak tampak intensitas sinyal patologis pada mammae D
\n - Mammae S : Tidak tampak intensitas sinyal patologis pada mammae S
\n - Cavum hemithorax kanan kiri simetris
\n - Paru D: Tidak tampak intensitas sinyal patologis pada paru D
\n - Paru S: Tidak tampak intensitas sinyal patologis pada paru S
\n - Aorta : Tidak tampak intensitas sinyal patologis pada aorta
\n - Cor : Tidak tampak intensitas sinyal patologis pada cor, CTR ±%
\n - Hepar : Tidak tampak perubahan intensitas sinyal patologis pada hepar yang tervisualisasi
\n - Spleen : Tidak tampak perubahan intensitas sinyal patologis pada spleen yang tervisualisasi
\n - Gall Bladder : Tidak tampak lesi intensinyal patologis pada gall bladder
\n - Renal D/S : Tidak tampak perubahan intensitas sinyal patologs pada renal bilateral yang tervisualisasi
\n - Bone : Tidak tampak perubahan intensitas sinyal patologis pada bone yang tervisualisasi
\n
\n\nKesimpulan :
', '', '2020-04-27 20:14:55', '2020-04-27 20:14:55'),
(97, 11, 'Thorax AP', 'Foto Thorax AP
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus Dextra/Sinistra normal. Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus Dextra/Sinistra | \n : | \n Lancip | \n
\n \n | Hemidiaphragma Dextra/Sinistra | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan :
\n\n\n - Cor dan pulmo dalam batas normal.
\n
', '', '2020-05-02 05:44:55', '2023-01-04 19:04:21'),
(98, 11, 'Foto polos ICU', 'Foto Thorax AP
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus Dextra/Sinistra normal. Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus Dextra/Sinistra | \n : | \n Lancip | \n
\n \n | Hemidiaphragma Dextra/Sinistra | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n Tampak terpasang double lumen dengan ujung distal setinggi level V.T7 (proyeksi cavoatrial junction)
\n Tampak terpasang ETT dengan ujung distal 2 corpus di atas carina | \n
\n \n
\n\nKesimpulan :
\n\n', '', '2020-05-08 23:03:30', '2023-01-04 19:04:55'),
(99, 9, 'CT scan Thorax', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Thorax dengan dan tanpa kontras dengan hasil sebagai berikut:\n\n\n - Cavum hemithorax D/S: Simetris.
\n - Paru D: Corakan vascular normal, tidak tampak ground glass opacity/cavitas/nodul. Main bronchus kanan terbuka.
\n - Paru S: Corakan vascular normal, tidak tampak ground glass opacity/cavitas/nodul. Main bronchus kiri terbuka.
\n - Aorta: Kaliber normal, tidak tampak kalsifikasi.
\n - Jantung: Ukuran, bentuk dan posisi normal.
\n - Thyroid D/S: Ukuran normal, permukaan reguler, densitas normal, tidak tampak lesi patologis.
\n - Hepar yang tervisualisasi: Ukuran normal, permukaan reguler, tidak tampak nodul maupun kista.
\n - Gall bladder: Ukuran normal, tidak tampak batu/sludge.
\n - Lien: Ukuran normal, sudut lancip, permukaan rata, densitas parenkim homogen, vena lienalis tidak melebar, tidak tampak nodul/massa.
\n - Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n - Ren D/S yang tervisualisasi: Ukuran normal, tidak tampak lesi patologis.
\n - Tulang-tulang yang tervisualisasi: Tidak tampak lesi osteolisis maupun osteoblastik.
\n
\n
\nKesimpulan:\n\n', '', '2020-05-16 16:56:52', '2020-05-16 17:00:13'),
(100, 9, 'CT scan Kepala Fokus Leher', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Kepala Leher dengan dan tanpa kontras dengan hasil sebagai berikut:\n\n\n - Tidak tampak gambaran limfadenopati.
\n - Thyroid D/S: ukuran normal, tidak tampak lesi patologis.
\n - Parotis D/S: normal.
\n - Tidak tampak lesi hipodens maupun hiperdens patologis intra parenkim otak yang tervisualisasi sebelum dan sesudah penambahan kontras.
\n - Sulcii, fissura sylvii dan gyri normal, tak tampak penyangatan leptomeningeal patologis paska pemberian kontras.
\n - Differensiasi white and gray matter baik.
\n - Tidak tampak pergeseran garis tengah.
\n - Infratentorial: mesencephalons, pons, CPA dan cerebellum baik.
\n - Orbita kanan kiri dan air cell mastoid kanan kiri normal.
\n - Sinus paranasales dalam batas normal.
\n - Tulang : Tidak tampak lesi litik/blastik.
\n
\n
\nKesimpulan:
\nTidak tampak gambaran limfadenopati.', '', '2020-05-16 16:58:14', '2020-05-16 17:00:22'),
(101, 9, 'CT scan Tulang', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan tanpa kontras dengan hasil sebagai berikut:
\n
\nAlignment:\n\n\n - Tidak tampak listesis.
\n
\nBone:\n\n\n - Tidak tampak lesi litik, blastik dan garis fraktur.
\n
\nJoint Space:\n\n\n - Tidak tampak penyempitan.
\n
\nSoft Tissue:\n\n\n - Tidak tampak soft tissue swelling.
\n
\n
\nKesimpulan:\n\n', '', '2020-05-16 16:58:41', '2020-05-16 17:00:29');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(102, 9, 'CT scan Abdomen Laki-Laki', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Abdomen dengan dan tanpa kontras dengan hasil sebagai berikut:\n\n\n - Hepar: Ukuran tidak membesar, sudut tajam, densitas parenkim homogen, permukaan rata, sistem porta/vaskuler/bilier tidak melebar, tidak tampak kista/nodul/abses.
\n - Gall Bladder: Ukuran normal, dinding tidak menebal, tidak tampak batu/sludge.
\n - Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n - Lien: Ukuran normal, kontur normal, densitas parenkim homogen, tidak tampak pelebaran vena lienalis, tidak tampak lesi patologis.
\n - Ren D/S: Ukuran normal, densitas korteks baik, batas korteks medulla baik, sistem pelviocaliceal tidak melebar, tidak tampak batu/kista.
\n - Vesika Urinaria: Terisi urin, dinding reguler, tidak tampak batu/massa.
\n - Prostat: Ukuran normal, tidak tampak lesi patologis.
\n - Tidak tampak lymphadenopati.
\n - Aorta: Tidak tampak kalsifikasi.
\n - Tulang-tulang intak, tidak tampak lesi litik maupun blastik.
\n - Paru D/S yang tervisualisasi: Tidak tampak lesi patologis.
\n
\n
\nKesimpulan :
\nCT Scan abdomen dalam batas normal.', '', '2020-05-16 16:59:47', '2020-05-16 16:59:55'),
(103, 8, 'USG APP laki laki', 'Kepada Yth. TS :
\nTelah dilakukan pemeriksaan Abdomen dengan hasil sebagai berikut :\n\n \n \n | • | \n Hepar | \n : | \n Ukuran normal, permukaan rata, intensitas echoparenchym homogen normal, sistem portal/vaskuler/bilier normal tidak melebar | \n
\n \n | • | \n Gall bladder | \n : | \n Ukuran normal , tak tampak batu /sludge/mass, CBD tidak melebar | \n
\n \n | • | \n Pankreas | \n : | \n Ukuran normal, echoparenkim homogen, tidak tampak lesi patologis | \n
\n \n | • | \n Lien | \n : | \n Ukuran normal, tepi tajam, permukaan rata, echoparenchym homogen, tidak tampak nodul maupun kista, vena lienalis tidak melebar | \n
\n \n | • | \n Ren D/S | \n : | \n Ukuran normal, echocortex normal, pelvic calyceal sistem tidak melebar, batas cortex medulla tegas | \n
\n \n | • | \n VU | \n : | \n Terisi urin | \n
\n \n | • | \n Prostat | \n : | \n Ukuran normal, tidak tampak lesi patologis | \n
\n \n | • | \n Regio Mc. Burney | \n : | \n Nyeri tekan probe (-), tidak tampak struktur blind end, edematous, aperistaltic yang mengesankan appendisitis. Tidak tampak fat stranding, tidak jelas focal ileus, tidak tampak cairan pericaecal | \n
\n \n
\n
\nKesimpulan:
\nTidak tampak gambaran appendicitis antecaecal, kemungkinan retrocaecal belum dapat disingkirkan.', '', '2020-05-24 22:02:47', '2020-05-24 22:02:47'),
(104, 8, 'USG APP perempuan', 'Kepada Yth. TS :
\nTelah dilakukan pemeriksaan Abdomen dengan hasil sebagai berikut :\n\n\n \n \n | - | \n Hepar | \n : | \n Ukuran normal, permukaan rata, intensitas echoparenchym homogen normal, sistem portal/vaskuler/bilier normal tidak melebar | \n
\n \n | - | \n Gall bladder | \n : | \n Ukuran normal , tak tampak batu /sludge/mass, CBD tidak melebar | \n
\n \n | - | \n Pankreas | \n : | \n Ukuran normal, echoparenkim homogen, tidak tampak lesi patologis | \n
\n \n | - | \n Lien | \n : | \n Ukuran normal, tepi tajam, permukaan rata, echoparenchym homogen, tidak tampak nodul maupun kista, vena lienalis tidak melebar | \n
\n \n | - | \n Ren D/S | \n : | \n Ukuran normal, echocortex normal, pelvic calyceal sistem tidak melebar, batas cortex medulla tegas | \n
\n \n | - | \n VU | \n : | \n Terisi urin | \n
\n \n | - | \n Uterus dan Adnexa | \n : | \n Posisi anteversi, tidak tampak lesi patologis | \n
\n \n | - | \n Regio Mc. Burney | \n : | \n Nyeri tekan probe (-), tidak tampak struktur blind end, edematous, aperistaltic yang mengesankan appendisitis. Tidak tampak fat stranding, tidak jelas focal ileus, tidak tampak cairan pericaecal | \n
\n \n
\n
\nKesimpulan:
\n- Tidak tampak gambaran appendicitis antecaecal, kemungkinan retrocaecal belum dapat disingkirkan', '', '2020-05-24 22:03:35', '2021-11-22 10:31:28'),
(105, 11, 'Tho PA meta (-)', 'Foto Thorax PA
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus Dextra/Sinistra normal. Tidak tampak infiltrat/cavitas/nodul. Tampak penebalan fisura minor | \n
\n \n | Sudut costophrenicus Dextra/Sinistra | \n : | \n Lancip | \n
\n \n | Hemidiaphragma Dextra/Sinistra | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | | \n | \n | \n
\n \n | | \n
\n \n
\n\nKesimpulan :
\n\n\n - Secara radiografi, tidak tampak proses metastasis pada paru maupun tulang yang tervisualisasi
\n
', '', '2020-06-07 19:30:35', '2023-01-04 19:05:37'),
(106, 11, 'Thorax Evaluasi', 'Foto Thorax PA
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus D/S normal. Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus D/S | \n : | \n Lancip | \n
\n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan (dibandingkan dengan foto tanggal ...), saat ini :
\n\n\n - Cor dan pulmo dalam batas normal → relatif bertambah/ berkurang.
\n
', '', '2020-06-08 20:49:24', '2020-06-08 20:49:24'),
(107, 8, 'MSK_ Ulnar nerve', 'USG nervus ulnaris: (cutoff luas penampang maksimal 0,0895 cm2)
\n
\nDekstra:\n\n - pada level wrist (Guyon canal) : luas penampang 0,03 cm2 ; ekhostruktur normal; tidak tampak massa maupun cairan bebas sekitarnya
\n - pada level mid antebrachii: luas penampang 0,07 cm2 ​; ekhostruktur normal; tidak tampak massa maupun cairan bebas sekitarnya
\n - pada level cubiti : luas penampang 0,05 cm2 ​; ekhostruktur normal; tidak tampak massa maupun cairan bebas sekitarnya
\n
\nSinistra:\n\n\n - pada level wrist (Guyon canal): luas penampang 0,06 cm2 ; ekhostruktur hipoekhoik; tidak tampak massa maupun cairan bebas sekitarnya
\n - pada level mid antebrachii: luas penampang 0,10 cm2 ​; ekhostruktur hipoekhoik; tidak tampak massa maupun cairan bebas sekitarnya
\n - pada level cubiti : luas penampang 0,09 cm2 ​; ekhostruktur hipoekhoik; tidak tampak massa maupun cairan bebas sekitarnya
\n
\nKesimpulan:
\nEdema Nervus ulnar sinistra sesuai neuritis ulnaris', '', '2020-06-09 20:21:02', '2020-06-09 20:21:02'),
(108, 11, 'Thorax CVC', 'Foto Thorax AP
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus D/S normal. Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus D/S | \n : | \n Lancip | \n
\n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | Tampak terpasang CVC/ double lumen melalui proyeksi v. subclavia kanan dengan ujung distal setinggi T7 (proyeksi cavoatrial junction/ vena cava superior) | \n
\n \n
\n\nKesimpulan :
\n\n\n - Cor dan pulmo dalam batas normal.
\n
', '', '2020-06-15 18:53:49', '2020-12-27 22:40:28'),
(109, 11, 'Lumbosacral HNP', 'Radiografi Lumbosakral AP/ Lateral
\n\n\n \n \n | Alignment | \n : | \n Tampak listhesis L5 terhadap S1 ke posterior sejauh < 25% | \n
\n \n | Trabeculasi | \n : | \n Normal | \n
\n \n | Curve | \n : | \n Melurus | \n
\n \n | Corpus | \n : | \n Tidak tampak osteolitik, osteoblastik, garis fraktur. Tampak osteofit multilevel pada sisi anterior corpus vertebrae lumbalis | \n
\n \n | Intervertebral space | \n : | \n Tampak penyempitan intervertebral space pada level vertebrae L2-L3 | \n
\n \n | Proc. Transversus / spinosus | \n : | \n Normal | \n
\n \n | Pedikel | \n : | \n Intak | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n
\n\n
\n\nKesimpulan:
\n\n\n - Penyempitan intervertebral space pada level vertebrae L2-L3 suspek HNP
\n - Posterolisthesis L5 terhadap S1 grade I
\n - Spondylosis lumbalis
\n
', '', '2020-06-18 21:05:05', '2020-06-18 21:05:05'),
(110, 11, 'Device', 'Radiografi Cervical AP/Lateral
\n\n\n \n \n | Soft tissue | \n : | \n Normal | \n
\n \n | Alignment | \n : | \n Tidak tampak listesis | \n
\n \n | Trabeculasi | \n : | \n Normal | \n
\n \n | Curve | \n : | \n Melurus | \n
\n \n | Corpus | \n : | \n Tidak tampak lesi osteolitik/osteoblastik. Tampak terpasang internal fiksasi berupa plate dan 5 buah screw pada corpus vertebra cervikalis 4,5,6. Tidak tampak luscensi peridevice. tidak jelas garis fraktur | \n
\n \n | Intervertebral space | \n : | \n tampak penyempitan intervertebral space C4-5, C5-6 | \n
\n \n | Pedikel | \n : | \n Intak | \n
\n \n | Pros. Transversus / spinosus | \n : | \n Normal | \n
\n \n | Ligamen Nuchae | \n : | \n Normal | \n
\n \n
\n\nTampak terpasang drain dari arah proyeksi peridevice ke arah luar
\n\n\n\nKesimpulan:
\n\n\n - Penyempitan intervertebral space pada C4-5 dan C5-6 dengan internal fiksasi terpasang baik pada C 4,5,6
\n - Straight cervicalis
\n
', '', '2020-06-24 23:21:11', '2020-06-24 23:21:11'),
(111, 11, 'Thorax Efusi', 'Foto Thorax PA
\n\n\n \n \n | Tampak opasitas homogen pada hemithorax kanan yang menutupi sinus costophrenicus kanan, hemidiafragma kanan, betas jantung kanan, dan sebagian paru kanan dengan gambaran meniscus sign (+) | \n
\n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus D/S normal. Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus S | \n : | \n Lancip | \n
\n \n | Hemidiaphragma S | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan :
\n\n', '', '2020-06-28 19:04:14', '2020-06-28 19:04:14');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(112, 11, 'Panoramic', 'Foto Panoramic\n\n\n \n \n | 18 | \n 17 | \n 16 | \n 15 | \n 14 | \n 13 | \n 12 | \n 11 | \n 21 | \n 22 | \n 23 | \n 24 | \n 25 | \n 26 | \n 27 | \n 28 | \n
\n \n | 48 | \n 47 | \n 46 | \n 45 | \n 44 | \n 43 | \n 42 | \n 41 | \n 31 | \n 32 | \n 33 | \n 34 | \n 35 | \n 36 | \n 37 | \n 38 | \n
\n \n
\n
\n Kesimpulan :
\n \n\n \n \n | Tidak tampak struktur gigi | \n : | \n | \n
\n \n | Tampak sisa akar gigi | \n : | \n | \n
\n \n | Tampak caries gigi | \n : | \n | \n
\n \n | Tampak gigi dengan tumpatan | \n : | \n | \n
\n \n | Tampak lusensi periapikal | \n : | \n | \n
\n \n | Tampak impaksi gigi | \n : | \n | \n
\n \n
\n
\n
\nKesimpulan :
\n
\n
\nnote (jangn lupa dihapus)
\n
\n![\"\"](\"data:image/png;base64,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',)
Kepada TS :
\nTelah dilakukan pemeriksaan USG Gynekologi dengan hasil sebagai berikut :
\n \n\n \n \n •
\n | \n Uterus : Ukuran dalam batas normal, posisi anteversi, endometrial line tidak menebal, tidak ditemukan lesi kistik / nodular solid patologis. Tidak ada kalsifikasi | \n
\n \n •
\n | \n Ovarium Dekstra : Ukuran normal, echostruktur normal, tidak ada lesi abnormal nodular atau SOL lainnya | \n
\n \n •
\n
\n | \n Ovarium Sinistra : Ukuran normal, echostruktur normal, tidak ada lesi abnormal nodular atau SOL lainnya
\n | \n
\n \n
\n
\nKesimpulan : \n\n\n - USG Transvaginal dalam batas normal, tidak tampak lesi patologis ataupun SOL pada organ-organ Gynekologi interna
\n
', '', '2020-09-03 23:41:05', '2020-09-03 23:41:05'),
(114, 9, 'CTA Ekstermitas Inferior', 'Kepada Yth TS.,
\nTelah dilakukan CT Angiografi Ekstremitas Inferior, dengan kontras iv, dengan hasil sebagai berikut:
\n
\nAorta abdominalis : Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus
\n
\nArteri Ekstremitas Inferior Dextra\n\n \n \n | A. Illiaca communis D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Illiaca eksterna D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Illiaca interna D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Communis femoralis D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Superfisialis femoralis D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Profunda femoralis D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Poplitea D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Tibialis anterior D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Tibialis posterior D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Peroneal D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Dorsalis Pedis D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Plantaris Pedis D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n
\n
\nArteri Ekstremitas Inferior Sinistra\n\n\n \n \n | A. Illiaca communis S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Illiaca eksterna S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Illiaca interna S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Communis femoralis S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Superfisialis femoralis S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Profunda femoralis S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Poplitea S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Tibialis anterior S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Tibialis posterior S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Peroneal S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Dorsalis Pedis S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Plantaris Pedis S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n
\n
\nKesimpulan :', '', '2020-09-19 09:25:33', '2020-09-19 09:25:33'),
(115, 9, 'CT Angiografi Kepala', 'KepadaYth. TS :
\nTelah dilakukan MSCT scan kepala, brain window dengan dan tanpa kontras, dengan hasil sebagai berikut: \n\n - Tidak tampak lesi hipodens maupun hiperdens patologis intraparenkim otak sebelum maupun sesudah penambahan kontras
\n - Sulcii, fissura sylvii dan gyrii normal, pasca penambahan kontras tidak tampak penyangatan leptomeningeal patologis
\n - Diferensiasi white dan grey matter baik
\n - Sistem ventrikel dan sisterna normal
\n - Tidak tampak pergeseran garis tengah
\n - Infratentorial: pons, mesencephalon, CPA dan cerebellum normal
\n - Orbita dan air cell mastoid kanan kiri normal
\n - Sinus paranasal yang tervisualisasi normal
\n
\n
\nKesimpulan :\n\n\n - Saat ini tidak tampak lesi patologis intra parenkim otak
\n
\n
\n
\nKepadaYth. TS
\nTelahdilakukan CT angiografikepaladengankontras IV, denganhasil sebagai berikut :
\n
\nSistem Carotis :\n\n\n \n \n | - | \n A. Carotis interna D/S | \n : | \n kaliber normal, tidak tampak kalsifikasi,tidak tampak filling defect tidak tampak aneurisma/malformasi vaskular | \n
\n \n | - | \n A. Cerebri media D/S | \n : | \n kaliber normal, tidak tampak kalsifikasi,tidak tampak filling defect tidak tampak aneurisma/malformasi vaskular | \n
\n \n | - | \n A. Communicating Anterior | \n : | \n kaliber normal, tidak tampak kalsifikasi,tidak tampak filling defect tidak tampak aneurisma/malformasi vaskular | \n
\n \n | - | \n A. Cerebri anterior D/S | \n : | \n kaliber normal, tidak tampak kalsifikasi,tidak tampak filling defect tidak tampak aneurisma/malformasi vaskular | \n
\n \n
\n
\nSistem Vertebrobasiler :\n\n\n \n \n | - | \n A. Vertebralis D/S | \n : | \n kaliber normal, tidak tampak kalsifikasi,tidak tampak filling defect tidak tampak aneurisma/malformasi vaskular | \n
\n \n | - | \n A. Basilaris | \n : | \n kaliber normal, tidak tampak kalsifikasi,tidak tampak filling defect tidak tampak aneurisma/malformasi vaskular | \n
\n \n | - | \n A. Cerebri posterior D/S | \n : | \n kaliber normal, tidak tampak kalsifikasi,tidak tampak filling defect tidak tampak aneurisma/malformasi vaskular | \n
\n \n | - | \n A. Communicating Posterior D/S | \n : | \n kaliber normal, tidak tampak kalsifikasi,tidak tampak filling defect tidak tampak aneurisma/malformasi vaskular | \n
\n \n
\n
\nKesimpulan :\n\n\n - CT angiografi kepala dalam batas normal, tidak tampak thrombus, aneurisma maupun malformasi vaskular
\n
\n ', '', '2020-09-25 08:19:56', '2020-09-25 08:19:56'),
(116, 10, 'Whole Spine dengan Kontras', 'Kepada Yth. TS,
\n\nTelah kami lakukan MRI Whole Spine Cervico-Thoraco-Lumbal, posisi supine, protokol rutin, tanpa dan dengan kontras iv, irisan axial, coronal, sagital, dengan hasil sebagai berikut:
\n\n
\n\nCervicalis
\n\n\n - Kurve: Lordotik, normal
\n - Alignment: Tidak tampak listesis
\n - Spinal canal: Tidak tampak penyempitan
\n - Corpus: Tidak tampak intensitas sinyal patologis sebelum maupun sesudah penambahan kontras
\n - End plate: Tidak tampak intensitas sinyal patologis
\n - Diskus intervertebralis: Tidak tampak intensitas patologis
\n - Facet: Tidak tampak intensitas sinyal patologis
\n - Foraminal neuralis: Tidak tampak penyempitan
\n - Ligamentum flavum: Tidak tampak penebalan
\n - Medulla spinalis: Tidak terlihat SOL maupun perubahan abnormal intensitas signal pada medulla spinalis regio cervicalis
\n
\n\nThoracalis
\n\n\n
\n
\n - Kurve: Kifosis normal
\n - Alignment: Tidak tampak listesis
\n - Spinal canal: Tidak tampak penyempitan
\n - Corpus: Tidak tampak intensitas sinyal patologis sebelum maupun sesudah penambahan kontras
\n - End plate: Tidak tampak intensitas sinyal patologis
\n - Diskus intervertebralis: Tidak tampak intensitas patologis
\n - Facet: Tidak tampak intensitas sinyal patologis
\n - Foraminal neuralis: Tidak tampak penyempitan
\n - Ligamentum flavum: Tidak tampak penebalan
\n - Medulla spinalis: Tidak terlihat SOL maupun perubahan abnormal intensitas signal pada medulla spinalis regio thoracalis
\n
\n
\n
Lumbalis
\n\n\n
\n
\n - Kurve: Lordotik, Normal
\n - Alignment: Tidak tampak listesis
\n - Spinal canal: Tidak tampak penyempitan
\n - Corpus: Tidak tampak intensitas sinyal patologis sebelum maupun sesudah penambahan kontras
\n - End plate: Tidak tampak intensitas sinyal patologis
\n - Diskus intervertebralis: Tidak tampak intensitas patologis
\n - Facet: Tidak tampak intensitas sinyal patologis
\n - Foraminal neuralis: Tidak tampak penyempitan
\n - Ligamentum flavum: Tidak tampak penebalan
\n - Medulla spinalis: Conus medullaris setinggi T12, tidak terlihat SOL maupun perubahan abnormal intensitas signal pada medulla spinalis regio lumbalis
\n
\n
\n
Kesimpulan:
\n\n\n - Tidak tampak lesi patologis pada medulla spinalis, intra/extradura canalis spinalis sepanjang cervicothorakolumbalis
\n - Tidak tampak lesi patologis pada vertebrae cervicothoracolumbalis
\n
', '', '2020-09-30 21:31:43', '2021-06-16 21:07:23'),
(117, 9, 'CT scan kepala leher', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Kepala Leher tanpa dan dengan kontras iv, dengan dosis radiasi (0.0021 x = msv), dengan hasil sebagai berikut:
\n· Tidak tampak gambaran limfadenopati.
\n· Thyroid D/S: ukuran normal, tidak tampak lesi patologis.
\n· Parotis D/S: normal.
\n· Tidak tampak lesi hipodens maupun hiperdens patologis intraparenkim otak yang tervisualisasi sebelum dan sesudah penambahan kontras.
\n· Sulcii, fissura sylvii dan gyri normal, tak tampak penyangatan leptomeningeal patologis paska pemberian kontras.
\n· Differensiasi white and gray matter baik.
\n· Tidak tampak pergeseran garis tengah.
\n· Infratentorial: mesencephalons, pons, CPA dan cerebellum baik.
\n· Orbita kanan kiri dan air cell mastoid kanan kiri normal.
\n· Sinus paranasales dalam batas normal.
\n· Tulang : Tidak tampak lesi litik/blastik.
\n
\nKesimpulan:
\nTidak tampak gambaran limfadenopati', '', '2020-10-10 17:22:29', '2020-10-10 17:22:29'),
(118, 16, 'CT scan kepala fokus orbita', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Kepala Fokus Orbita tanpa dan dengan kontras iv, dengan dosis radiasi (0.0021 x = msv), dengan hasil sebagai berikut:\n\n - Orbita D: ukuran bulbus oculi ± x x mm, lensa intak, diameter m. rektus inferior Ø ± mm, m. rektus superior Ø ± mm, m. rektus medius Ø ± mm, m. rektus lateral Ø ± mm, n. optikus Ø ± mm. Jarak interzigomatic line terhadap permukaan anterior orbita ± mm.
\n - Orbita S: ukuran bulbus oculi ± x x mm, lensa intak, diameter m. rektus inferior Ø ± mm, m. rektus superior Ø ± mm, m. rektus medius Ø ± mm, m. rektus lateral Ø ± mm, n. optikus Ø ± mm. Jarak interzigomatic line terhadap permukaan anterior orbita ± mm.
\n - Tidak tampak lesi hipodens maupun hiperdens patologis intraparenkim otak sebelum maupun sesudah penambahan kontras.
\n - Sulcii, fissura sylvii dan gyrii normal, pasca penambahan kontras tidak tampak penyangatan leptomeningeal patologis.
\n - Diferensiasi white dan grey matter baik.
\n - Sistem ventrikel dan sisterna normal.
\n - Tidak tampak pergeseran garis tengah.
\n - Infratentorial: pons, mesencephalon, CPA dan cerebellum normal.
\n - Air cell mastoid kanan kiri normal.
\n - Sinus paranasalis normal.
\n
\n
\nKesimpulan:\n\n\n - Saat ini tidak tampak lesi patologis intraorbita bilateral maupun intraparenkim otak.
\n
', '', '2020-10-10 17:26:12', '2023-09-18 20:19:21'),
(119, 17, 'CT scan mastoid', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Mastoid tanpa kontras, dengan hasil sebagai berikut:\n\n\n \n \n
\n DEXTRA :\n\n \n - Canalis acusticus eksternus kanan : normal dengan diameter ± ... mm
\n - Membran timpani kanan kesan intak
\n - Cavum timpani kanan baik
\n - Fascial recess kanan normal
\n - Tulang-tulang pendengaran maleus, incus, stapes kanan baik
\n - Vestibular aqueductus kanan normal
\n - Cochlea kanan normal
\n - Canalis semicircularis kanan normal
\n - Air cell mastoid kanan tipe celular/diploic/sclerotic, septa tipis/tebal, tidak berselubung
\n - Tuba eustachius kanan baik. Diameter tuba eustachius : ............ mm (n: > 1,34 mm)
\n - Canalis acusticus internus kanan (diameter ± ... mm)
\n \n | \n
\n \n SINISTRA :\n \n - Canalis acusticus eksternus kiri : Normal dengan diameter ± ... mm
\n - Membran timpani kiri kesan intak
\n - Cavum timpani kiri baik
\n - Fascial recess kiri normal
\n - Tulang-tulang pendengaran maleus, incus, stapes kiri baik
\n - Vestibular aquductus kiri normal
\n - Cochlea kiri normal
\n - Canalis semicircularis kiri normal
\n - Air cell mastoid kiri tipe celular/diploic/sclerotic, septa tipis/tebal, tidak berselubung
\n - Tuba eustachius kiri. Diameter tuba eustachius : ............ mm (n: > 1,34 mm)
\n - Canalis acusticus internus kiri (diameter ± ... mm)
\n \n | \n
\n \n
\n
\nKesimpulan:\n\n\n - HRCT mastoid dalam batas normal
\n Syarat: \n - Pasien dewasa, 1 telinga sehat dan 1 telinga otitis
\n - Pasien dengan diameter tuba eustachius < 1,34 pada telinga sehat, yang kontralateralnya telah terdiagnosa Otitis akan beresiko 2,3 kali terkena otitis juga
\n
', '', '2020-10-10 17:29:21', '2023-10-13 02:18:04'),
(120, 18, 'CT scan FESS', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan pre FESS tanpa kontras, dengan hasil sebagai berikut:\n\n\n \n \n | Pre – FESS CT Scan Checklist (dosis radiasi ±0,0021 x DLP = mSv) | \n
\n \n
\n | \n
\n \n | No | \n Structure | \n Scan check | \n R | \n L | \n Size (mm)/Description | \n
\n \n | P | \n N | \n P | \n N | \n R | \n L | \n
\n \n | 1 | \n Septum | \n Deviation | \n P | \n Ke kiri ± 0,87 mm | \n
\n \n | Pneumatization | \n N | \n | \n | \n
\n \n | 2 | \n Middle turbinate | \n Attachments | \n | \n | \n | \n | \n CBP | \n CBP | \n
\n \n | Concha bullosa | \n | \n √ | \n | \n √ | \n | \n | \n
\n \n | 3 | \n Prosesus uncinatus | \n Superior attachments | \n | \n | \n | \n | \n MT | \n LP | \n
\n \n | 4 | \n Osteomeatal complex and
\n Maxillary sinus | \n Haller cells | \n | \n √ | \n | \n √ | \n | \n | \n
\n \n | Accessory ostia | \n | \n √ | \n | \n √ | \n | \n | \n
\n \n | Pneumatization | \n | \n | \n | \n | \n Normal | \n Normal | \n
\n \n | Intrasinus septae | \n | \n √ | \n | \n √ | \n | \n | \n
\n \n | Infraorbita nerve dehiscence | \n √ | \n | \n | \n √ | \n | \n | \n
\n \n | 5 | \n FSDP | \n Patency, size frontal ostium | \n √ | \n | \n √ | \n | \n Patent, 3,8 | \n Patent, 3,3 | \n
\n \n | Frontal beak | \n thickness | \n √ | \n | \n √ | \n | \n 3,5 | \n 4,9 | \n
\n \n | Agger nasi | \n Pneumatization | \n √ | \n | \n √ | \n | \n | \n | \n
\n \n | Frontoethmoidal cell | \n Identify, Type | \n | \n √ | \n √ | \n | \n | \n Type I | \n
\n \n | Frontal sinus | \n Pneumatization | \n | \n | \n | \n | \n Normal | \n Normal | \n
\n \n | Lateral extent | \n | \n √ | \n | \n √ | \n | \n | \n
\n \n | 6 | \n Ant. ethmoid cell | \n Identify | \n | \n | \n | \n | \n Berselubung | \n Berselubung | \n
\n \n | Bulla ethmoidalis | \n Pneumatization | \n √ | \n | \n √ | \n | \n Berselubung | \n Berselubung | \n
\n \n | Supraorbital cell | \n Identify | \n | \n √ | \n | \n √ | \n | \n | \n
\n \n | 7 | \n Basal lamella | \n Pneumatization | \n | \n √ | \n | \n √ | \n Normal | \n Normal | \n
\n \n | “Missed” lamella | \n | \n √ | \n | \n √ | \n | \n | \n
\n \n | 8 | \n Post. Ethmoid sinus | \n Distance of maxilla-ethmoid | \n | \n | \n | \n | \n 9,7 | \n 10,1 | \n
\n \n | Sphenoid sinus | \n Onodi cell | \n | \n √ | \n | \n √ | \n | \n | \n
\n \n | Pneumatization / type | \n √ | \n | \n √ | \n | \n sellar | \n sellar | \n
\n \n | Vital structur (nerve, artery) | \n | \n | \n | \n | \n Normal | \n Normal | \n
\n \n | 9 | \n Ant. Skull base | \n Level/slope fovea ethmoid | \n | \n | \n | \n | \n 42,40 | \n 36,10 | \n
\n \n | Symmetry of roof | \n | \n | \n | \n | \n simetri | \n simetri | \n
\n \n | Length of lat. Lamella/Keros type | \n | \n | \n | \n | \n ±4,1mm/II | \n ±6,8mm/II | \n
\n \n | 10 | \n Ant. Ethmoid artery | \n Identify / position | \n | \n √ | \n | \n √ | \n Normal | \n Normal | \n
\n \n | 11 | \n Lamina papyracea | \n Focal dehiscence | \n | \n √ | \n √ | \n | \n | \n | \n
\n \n | Orientation to maxillary ost. | \n | \n | \n | \n | \n Sejajar | \n Sejajar | \n
\n \n | 12 | \n Sinus Bony margin | \n Thickness | \n | \n | \n | \n | \n Normal | \n Normal | \n
\n \n | Hyperostosis | \n | \n √ | \n | \n √ | \n | \n | \n
\n \n | Aggressive erosion, bone remodelling, press. erosion | \n √ | \n | \n | \n √ | \n | \n | \n
\n \n | | \n
\n \n | Abbreviation | \n
\n \n | MT | \n Middle turbinate | \n Obsc | \n Obscured | \n VN | \n Vidian nerve | \n | \n | \n
\n \n | P | \n Present | \n CBP | \n Cribriform Plate | \n LP | \n Lamina papyracea | \n | \n | \n
\n \n | N | \n Nonpresent | \n Cov | \n Berselubung | \n | \n | \n | \n | \n
\n \n
', '', '2020-10-10 17:30:58', '2020-10-10 17:30:58'),
(121, 19, 'CT scan NCCT laki laki', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Abdomen tanpa kontras, dengan dosis radiasi ±(0.015 x = msv), dengan hasil sebagai berikut:
\n· Ren D: Ukuran normal, densitas korteks baik, sistem pelviocaliceal tidak melebar, tidak tampak batu/kista.
\n· Ren S: Ukuran normal, densitas korteks baik, sistem pelviocaliceal tidak melebar, tidak tampak batu/kista.
\n· Vesika Urinaria: Terisi urin, dinding reguler, tidak tampak batu/massa.
\n· Prostat: Ukuran normal, tidak tampak lesi patologis.
\n· Tidak tampak lymphadenopati.
\n· Hepar: Ukuran tidak membesar, sudut tajam, densitas parenkim homogen, permukaan rata, tidak tampak kista.
\n· Gall Bladder: Ukuran normal, dinding tidak menebal, tidak tampak batu/sludge.
\n· Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n· Lien: Ukuran normal, kontur normal, densitas parenkim homogen, tidak tampak lesi patologis.
\n· Aorta: Tidak tampak kalsifikasi.
\n· Tulang-tulang intak, tidak tampak lesi litik maupun blastik.
\n· Paru D/S yang tervisualisasi: Tidak tampak lesi patologis.
\n
\nKesimpulan :
\n· CT Scan abdomen dalam batas normal.', '', '2020-10-10 17:36:01', '2020-10-10 17:36:01'),
(122, 20, 'CT scan NCCT wanita', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Abdomen tanpa kontras, dengan dosis radiasi ±(0.015 x = msv), dengan hasil sebagai berikut:
\n· Ren D: Ukuran normal, densitas korteks baik, sistem pelviocaliceal tidak melebar, tidak tampak batu/kista.
\n· Ren S: Ukuran normal, densitas korteks baik, sistem pelviocaliceal tidak melebar, tidak tampak batu/kista.
\n· Vesica Urinaria: Terisi urin, dinding reguler, tidak tampak batu/massa.
\n· Uterus: Ukuran normal, posisi anteversi, tidak tampak lesi patologis.
\n· Tidak tampak lymphadenopati.
\n· Hepar: Ukuran tidak membesar, sudut tajam, densitas parenkim homogen, permukaan rata, tidak tampak kista/nodul/abses.
\n· Gall Bladder: Ukuran normal, dinding tidak menebal, tidak tampak batu/sludge.
\n· Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n· Lien: Ukuran normal, kontur normal, densitas parenkim homogen, tidak tampak lesi patologis.
\n· Aorta: Kaliber normal, tidak tampak kalsifikasi.
\n· Tulang-tulang intak, tak tampak lesi litik maupun blastik.
\n· Paru D/S yang tervisualisasi: Tidak tampak lesi patologis.
\n
\nKesimpulan :
\n· CT Scan abdomen dalam batas normal.', '', '2020-10-10 17:37:40', '2020-10-10 17:37:40'),
(123, 21, 'CT scan vertebrae', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Vertebrae tanpa kontras, dengan hasil sebagai berikut:
\n
\nAlignment:\n\n - Tampak listesis L4 terhadap L5 ke anterior sebesar <25%
\n
\nBone:\n\n\n - Tampak terpasang screw pada facet joint kanan kiri L4-L5
\n
\n
\nIntervertebral Space:\n\n\n - Tampak terpasang implant densitas logam pada intervertebral space L4-L5
\n
\nSoft Tissue:\n\n\n - Tidak tampak soft tissue swelling.
\n
\nTampak kalsifikasi aorta abdominalis
\n
\nKesimpulan:\n\n\n - Anterolistesis L4-L5 grade 1
\n - Terpasang screw pada facet joint bilateral dan implant densitas logam pada intervertebral space L4-L5
\n - Aorta sklerosis
\n
', '', '2020-10-10 23:06:17', '2020-10-10 23:06:17'),
(124, 11, 'covid (-)', 'Foto Thorax AP
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus D/S normal. Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus D/S | \n : | \n Lancip | \n
\n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan :
\n\n\n - Secara radiography cor dan pulmo dalam batas normal, tidak tampak gambaran pneumonia.
\n
', '', '2020-11-29 22:15:42', '2021-09-07 20:38:33'),
(125, 11, 'Foto Covid (+)', '\n
\n \n \n | \n Foto Thorax AP \n\n \n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n \n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n \n \n | Trachea | \n : | \n Ditengah | \n \n \n | Pulmo | \n : | \n Tampak infiltrat pada lapang tengah bawah paru kanan kiri sebagian pada perifer | \n \n \n | Sudutcostophrenicus D/S | \n : | \n Lancip | \n \n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n \n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n \n \n | Soft tissue | \n : | \n Normal | \n \n \n | | \n \n \n \n\n Kesimpulan : \n\n \n - Pneumonia typical e.c virus
\n \n | \n
\n \n
\n
Foto Thorax AP
\n\n\n \n \n | Tampak opasitas homogen lamelar pada hemithora kanan yang menutupi sudut costophrenicus kanan | \n
\n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus D/S normal. Tampak infiltrat pada paracardia kanan | \n
\n \n | Sudut costophrenicus S | \n : | \n Lancip | \n
\n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan :
\n\n\n - Fluidothorax kanan minimal
\n - Contusio pulmonum dd pneumonia
\n
', '', '2020-12-13 20:52:15', '2020-12-13 20:52:15');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(127, 22, 'CT Cardiac', '
\n\n\n
\n \n \n Kepada Yth. TS :
\n Telah dilakukan CT Cardiac tanpa dan dengan kontras iv, MPR dan volume renderring, soft tissue window, dengan hasil sebagai berikut:\n\n \n \n \n | | \n Calcium Score | \n | \n Agatson score | \n Volume (mm3) | \n \n \n | | \n LM | \n : | \n 150 | \n 120 | \n \n \n | | \n LCx | \n : | \n 59 | \n 68 | \n \n \n | | \n LAD | \n : | \n 462 | \n 351 | \n \n \n | | \n RCA | \n : | \n 41 | \n 54 | \n \n \n | | \n PDA | \n : | \n 0 | \n 0 | \n \n \n | | \n Total | \n : | \n 712 | \n 593 | \n \n \n | ARTERI KORONER | \n | \n \n \n | Sistem arteri koronaria dominan | \n : | \n Right dominant (PDA berasal dari RCA). | \n \n \n | | \n Left Main Coronary Artery | \n : | \n
\n Orificium pada sinus valsava kiri.
\n Tidak tampak kalsifikasi/plaque, dinding reguler. Tidak tampak penyempitan
\n | \n \n \n | | \n Left Anterior Descending Artery (LAD) | \n : | \n Tidak tampak kalsifikasi/plaque, dinding reguler. Tidak tampak penyempitan
\n | \n \n \n | | \n Left Circumflex Artery (LCX)
\n | \n : | \n Tampak mixed plaque multiple sepanjang ±3.2 mm yang menyempitkan lumen sebesar 34% pada cabang proximal LCX (segmen 11) dan sepanjang ±4.5 mm yang menyempitkan lumen sebesar 35% pada sisi distalnya. | \n \n \n | | \n | \n | \n | \n \n \n | | \n Right Coronary Artery (RCA) | \n : | \n Orificium pada sinus valsava kanan.
\n Tidak tampak kalsifikasi/plaque, dinding reguler. Tidak tampak penyempitan
\n | \n \n \n | | \n Posterior Descending Artery | \n :
\n | \n
\n Tidak tampak kalsifikasi/plaque, dinding reguler. Tidak tampak penyempitan
\n
\n | \n \n \n | MORFOLOGI CARDIAC | \n | \n Atrium kanan, ventrikel kanan, atrium kiri, ventrikel kiri normal, tebal miokard ventrikel kiri ±14.7 mm (normal 9.6±1.6 mm), tidak tampak defek septum, pericardial efussion (-) | \n \n \n | EKSTRA CARDIAC | \n | \n | \n \n \n | | \n | \n | \n \n \n | | \n Aorta yang tervisualisasi | \n : | \n Kaliber normal, dinding reguler, tidak tampak trombus maupun gambaran diseksi, tampak kalsifikasi | \n \n \n \n Paru yang tervisualisasi: Tampak fibrosis pada segmen 5 paru kiri
\n Tulang: Tampak osteofit pada vertebrae thoracalis
\n Ejection fraction 66% (N: 58-78). Myocardial Mass ED: 76,14g (N: 75-175)
\n
\n Kesimpulan:\n\n \n - CT scan cardiac calcium score 712 (extensive atherosclerotic plaque)
\n - Severe stenosis pada proksimal LAD (segmen 6) e.c calcified plaque
\n - Moderate stenosis pada LM (segmen 5), middle RCA (segmen 2), distal RCA (segmen 3) ec plaque
\n - Mild stenosis pada proximal LCX (segmen 11) ec mixed plaque\n
\n - ​ sesuai CAD RADS 4B
\n \n \n - Left ventricle hypertrophy
\n \n ![\"Standardized](\"https://ars.els-cdn.com/content/image/1-s2.0-S1361841513000819-gr2.jpg\") | \n
\n \n
\n
Foto Thorax AP
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus Dextra/Sinistra normal. Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus Dextra/Sinistra | \n : | \n Lancip | \n
\n \n | Hemidiaphragma Dextra/Sinistra | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan:
\n\n\n - Cor dan pulmo dalam batas normal. Tidak tampak gambaran pneumonia.
\n
', '', '2021-02-01 20:36:54', '2023-01-04 19:06:16'),
(129, 23, 'CT Extremitas Inferior', 'Kepada Yth TS.,
\nTelah dilakukan CT Angiografi Ekstremitas Inferior, dengan kontras iv, dengan hasil sebagai berikut:
\n
\nAorta abdominalis : Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus
\n
\nArteri Ekstremitas Inferior Dextra\n\n \n \n \n \n - Illiaca communis D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Illiaca eksterna D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Illiaca interna D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Communis femoralis D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Superfisialis femoralis D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Profunda femoralis D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Poplitea D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Tibialis anterior D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Tibialis posterior D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Peroneal D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Dorsalis Pedis D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Plantaris Pedis D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n
\n
\nArteri Ekstremitas Inferior Sinistra\n\n\n \n \n \n \n - Illiaca communis S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Illiaca eksterna S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Illiaca interna S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Communis femoralis D
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Superfisialis femoralis S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Profunda femoralis S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Poplitea S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Tibialis anterior S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Tibialis posterior S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Peroneal S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Dorsalis Pedis S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n \n \n - Plantaris Pedis S
\n \n | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n
\n
\nKesimpulan :\n\n', '', '2021-03-10 19:09:35', '2021-03-10 19:09:35'),
(130, 10, 'MRI Breast', 'Yth. TS
\nTelah kami lakukan pemeriksaan MRI region mamma tanpa dan dengan pemberian kontras iv, dengan hasil sebagai berikut :\n\n\n - Fibroglandular tissue : scattered (kategori B)
\n - Background Parenchymal Enhancement (BPE): dominan kiri
\n - Tampak lesi multiple isointens T1WI iso-hiperintens T2WI bentuk irreguler, batas tegas, pasca kontras tampak enhancement, disertai komponen nekrosis dan edema di sekitarnya, ukuran terbesar ±18x9 mm, pada kuadran upper outer mamma kiri,. Dilakukan penilaian beberapa ROI, kurva kinetic pada fase inisial : slow, fase delayed : didapatkan pola kurva plateu diatas kurva BPE.
\n - Skin thickening (-),skin retraksi (-) .
\n - Tidak tampak intramammary lymph node
\n - Tidak terdapat implant
\n - Tampak limphadenopathy dengan diameter terbesar ±11mm pada axilla kiri
\n
\n
\n Kesimpulan :\n\n\n - Lesi solid multiple upper outer quadrant mammae sinistra, sugestif maligna
\n - Limfadenopathy multiple axilla kiri
\n
', '', '2021-03-10 19:11:29', '2021-03-10 19:11:29'),
(131, 8, 'Doppler Carotis', 'Kepada TS :
\nTelah dilakukan pemeriksaan ultrasonografi carotid doppler dengan hasil sebagai berikut:
\n \n\n \n \n | • | \n A. Carotis communis D | \n : | \n IMT ± mm. tidak tampak plaque maupun stenosis ; pola aliran normal dg kecepatan : cm/s | \n
\n \n | • | \n A. Carotis communis S | \n : | \n IMT ± mm. tidak tampak plaque maupun stenosis ; pola aliran normal dg kecepatan : cm/s | \n
\n \n | • | \n A. carotis interna D | \n : | \n Tidak tampak plaque, permukaan reguler ; tidak tampak stenosis, PSV cm/s | \n
\n \n | • | \n A. carotis interna S | \n : | \n Tidak tampak plaque, permukaan reguler, tidak tampak stenosis, PSV cm/s | \n
\n \n | • | \n A. carotis eksterna D | \n : | \n Tidak tampak plaque, permukaan reguler, tidak tampak stenosis, PSV cm/s | \n
\n \n | • | \n A. carotis eksterna S | \n : | \n Tidak tampak plaque, permukaan reguler, tidak tampak stenosis, PSV cm/s | \n
\n \n
\n
\n
\nKesimpulan :\n\n\n - USG carotis bilateral normal (IMT < percentil ke-50), tidak tampak plaque maupun stenosis
\n
', '', '2021-04-06 22:41:51', '2021-04-06 22:41:51'),
(132, 24, 'CT Scan Kepala Leher', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Kepala Leher dengan dan tanpa kontras, dosis radiasi (0,0021 x DLP = mSv), dengan hasil sebagai berikut:\n\n - Tidak tampak gambaran limfadenopati.
\n - Thyroid D/S: ukuran normal, tidak tampak lesi patologis.
\n - Parotis D/S: normal.
\n - Tidak tampak lesi hipodens maupun hiperdens patologis intra parenkim otak yang tervisualisasi sebelum dan sesudah penambahan kontras.
\n - Sulcii, fissura sylvii dan gyri normal, tak tampak penyangatan leptomeningeal patologis paska pemberian kontras.
\n - Differensiasi white and gray matter baik.
\n - Tidak tampak pergeseran garis tengah.
\n - Sistem ventrikel dan sisterna normal.
\n - Infratentorial: mesencephalons, pons, CPA dan cerebellum baik.
\n - Orbita kanan kiri dan air cell mastoid kanan kiri normal.
\n - Sinus paranasales dalam batas normal.
\n - Tulang : Tidak tampak lesi litik/blastik.
\n
\n
\nKesimpulan:\n\n\n - Tidak tampak gambaran limfadenopati.
\n
', '', '2021-04-12 01:06:31', '2023-09-20 00:05:31'),
(133, 10, 'MRI Pelvis Wanita', 'Yth. TS
\nTelah kami lakukan MRI pelvis potongan axial, sagittal, coronal dengan sequence T1WI, T2WI, STIR, dengan hasil sebagai berikut :\n\n - Uterus : Tidak tampak struktur uterus, tidak tampak jelas tract vagina
\n - Ovarium D : Ukuran ± 2.7 x 2.1 x 3 cm, tidak tampak lesi patologis. Tampak lesi kistik multipel dengan ukuran berfariasi (folikel normal).
\n - Ovarium S : Ukuran ± 2.7 x 1.5 x 2.5 cm, tidak tampak lesi patologis. Tampak lesi kistik multipel dengan ukuran berfariasi (folikel normal)
\n - Vesica urinaria : terisi cukup, dinding regular, tidak tampak batu/massa
\n - Ren D/ S : Ukuran normal, tidak tampak intensitas sinyal patologis
\n
\nKesimpulan: \n\n\n - Agenesis uterus dan vagina sesuai dengan Mayer-Rokitansky-Küster-Hauser syndrome typical form (tipe A)
\n
', '', '2021-04-14 18:42:14', '2021-04-14 18:42:14'),
(134, 10, 'Kepala Epilepsi', '\n
\n
\n
\n
\n
\n
\n
\n
Kepada TS: Telah dilakukan MRI kepala, tanpa dan dengan pemberian kontras i.v, dengan sekuen T1WI, T2WI, DWI, SWI, 3D-FLAIR, FIESTA/T2DRIVE, hipocampal view (3 mm coronal oblique T1IR, T2WI) dengan hasil sebagai berikut :
\n\n
\n - Tidak tampak lesi hipointens maupun hiperintens patologis intraparenkim otak pasca penambahan kontras
\n - Volume hipocampus D: 2411 mm3. S: 2721 mm3, tidak tampak hipocampal hiperintensity pada sekuen FLAIR
\n - Tidak tampak struktur grey matter pada subcortical dan subependymal
\n - Tidak tampak blooming SWI intra parenkhim otak
\n - Sulci, fissura sylvii dan gyri normal, pasca penambahan kontras tidak tampak penyangatan leptomeningeal patologis
\n - Diferensiasi gray dan white matter baik
\n - Sistem ventrikel dan sisterna normal
\n - Infratentorial : mesencephalon, pons dan cerebellum normal
\n - Tidak tampak pergeseran garis tengah
\n - Orbita dan aircell mastoid kanan kiri normal
\n - Sinus paranasal yang tervisualisasi normal
\n - Pada sekuen T2DRIVE: tampak Looping AICA kanan belum memasuki canalis acusticus internus
\n
\n\n
Kesimpulan
\n\n
\n - Tidak tampak gambaran massa intracranial, mesial temporal sclerosis maupun grey matter heterotopia
\n - Looping AICA kanan CHAVDA classification type I (non touching, non displace)
\n
\n
\n
\n\n
\n
\n
\n
\n
\n
\n
Kepada TS : Dilakukan pemeriksaan MRI articulatio genu S, irisan coronal, axial dan sagital T1,T2WI, T2GRE, T2PDFS tanpa kontras, dengan hasil sebagai berikut :
\n\n\n \n \n | - | \n Alignment | \n : | \n Jarak antara posterior margins dari lateral femoral condyle and tibia ± 4 mm | \n
\n \n | - | \n Meniscus medial | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Meniscus lateral | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Anterior Cruciate Ligament | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Posterior Cruciate Ligament | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI Tidak tampak buckling | \n
\n \n | - | \n Medial Collateral Ligament | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Lateral Collateral Ligament | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Iliotibial band | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Quadriceps Tendon | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Patellar tendon | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | - | \n Popliteal tendon | \n : | \n Posisi normal, intensitas homogen normal pada T1WI/T2WI | \n
\n \n | | \n | \n | \n | \n
\n \n | - | \n Tidak tampak bone marrow changes dan bone bruist | \n
\n \n | - | \n Tidak tampak penyempitan celah sendi femorotibial dan femoropatellar | \n
\n \n | | \n | \n
\n \n
\n\nKesimpulan :
\n\n\n - Tidak tampak gambaran tear pada ACL, PCL, dan meniscus latero-medial kiri
\n
', '', '2021-04-14 21:13:10', '2021-04-14 21:13:10'),
(136, 11, 'Panoramic Pediatric', 'Foto Panoramic
\n
\n Gigi permanen\n\n\n \n \n | - | \n - | \n - | \n - | \n - | \n - | \n - | \n 11 | \n 21 | \n - | \n - | \n - | \n - | \n - | \n - | \n - | \n
\n \n | - | \n - | \n - | \n - | \n - | \n - | \n - | \n 41 | \n 31 | \n - | \n - | \n - | \n - | \n - | \n - | \n - | \n
\n \n
\n
\nGigi Susu\n\n\n \n \n | - | \n - | \n - | \n 55 | \n 54 | \n 53 | \n 52 | \n 51 | \n 61 | \n 62 | \n 63 | \n 64 | \n 65 | \n - | \n - | \n - | \n
\n \n | - | \n - | \n - | \n 85 | \n 84 | \n 83 | \n 82 | \n 81 | \n 71 | \n 72 | \n 73 | \n 74 | \n 75 | \n - | \n - | \n - | \n
\n \n
\n \n\n\n \n \n | Tidak tampak struktur gigi | \n : | \n - | \n
\n \n | Tampak sisa akar gigi | \n : | \n - | \n
\n \n | Tampak caries gigi | \n : | \n - | \n
\n \n | Tampak gigi dengan tumpatan | \n : | \n - | \n
\n \n | Tampak lusensi periapikal | \n : | \n - | \n
\n \n | Tampak impaksi gigi | \n : | \n - | \n
\n \n
\n
\n
\nKesimpulan :
\n
\n
\nnote (jangan lupa dihapus)
\n![\"The](\"https://www.piedmontpediatricdentistry.com/wp-content/uploads/2020/08/tooth-eruption-chart-827x1024.jpg\")
\n
\ncontoh 7th
\n![\"Panoramic](\"https://image.shutterstock.com/image-photo/panoramic-dental-xray-child-7-260nw-244576072.jpg\")
', '', '2021-05-25 00:34:38', '2022-04-28 16:53:37'),
(137, 11, 'Foto Tulang Trauma', 'Radiografi Tulang Dextra/Sinistra AP/lateral
\n\n\n \n \n | Alignment | \n : | \n Tidak tampak disalignment antar joint | \n
\n \n | Tulang | \n : | \n Tidak tampak lesi osteolitik, osteoblastik, garis fraktur | \n
\n \n | Celah sendi | \n : | \n Tidak tampak pelebaran celah sendi | \n
\n \n | Soft tissue | \n : | \n Tidak tampak soft tissue swelling | \n
\n \n
\n\nKesimpulan:
\n
', '', '2021-06-01 19:00:52', '2023-01-04 19:08:22'),
(138, 10, 'MRI Lumbosacral Tanpa Kontras Normal', 'Kepada Yth. TS,
\nTelah dilakukan MRI Lumbosacral tanpa kontras, dengan hasil sebagai berikut:
\n
\nObservasi general
\n\n\n \n \n | - | \n Curve | \n : | \n Normal | \n
\n \n | - | \n Alignment | \n : | \n Tidak tampak listhesis | \n
\n \n | - | \n Spinal Canal | \n : | \n Ttidak tampak penyempitan | \n
\n \n
\n\nObservasi vertebrae
\n\n\n \n \n | - | \n Corpus | \n : | \n \n \n \n \n | Tidak tampak perubahan intensitas sinyal patologis | \n \n \n \n Tidak tampak osteofit pada sisi anterior posterior vertebrae lumbal yang tervisualisasi | \n
\n \n | - | \n End plate | \n : | \n Tidak tampak perubahan intensitas sinyal patologis | \n
\n \n
\n\nObservasi intervertebral space
\n\n\n - Tidak tampak degenerasi diskus pada semua level
\n - Tidak tampak penurunan intensitas sinyal facet joint pada semua level
\n
\n\nMorfologi diskus
\n\n\n \n \n | - | \n T12-L1 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n L1-L2 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n L2-L3 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n L3-L4 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n L4-L5 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n L5-S1 | \n : | \n Tidak tampak herniasi | \n
\n \n | Ligamentum flavum | \n : | \n Tidak tampak penebalan pada semua level | \n
\n \n | Foramen neuralis | \n : | \n Tidak tampak penyempitan | \n
\n \n | Medula spinalis | \n : | \n Conus medularis setinggi T12-L1, tidak tampak peningkatan sinyal intramedulla | \n
\n \n
\n\nKesimpulan:
\n\n\n - MRI Lumbosacral dalam batas normal
\n
', '', '2021-06-23 19:03:29', '2021-06-23 19:03:29');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(139, 11, 'Adenoid', 'Foto Skull Lat Soft Tissue
\nPembesaran adenoid menurut Kohen Conac : AC/SFP = 1,1/0.6 = 1,83
\nMembesar jika AC/SFP ≤ 1.1
\nAda tidaknya obstruksi menurut metode Mc. Namara jika AC ≤ 5 mm (0.5 cm)
\nPada pasien ini AC = 1,1 cm
\nKesimpulan :
\n\n\n - Tidak tampak pembesaran adenoid maupun obstruksi jalan napas
\n
\n \n\nReferensi
\n11343823
\n11512063
\n
\nnote:
\ndigunakan pada anak usia 3-7th
\n
\nadenoid menurut Kohen Conac
\npakai GAMBAR D untuk AC/SFP
\n![\"\"](\"data:image/png;base64,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',)
Foto Thorax AP\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Tampak infiltrat sebagian berkonsolidasi pada lapang tengah bawah paru kanan kiri dominan perifer | \n
\n \n | Sudut costophrenicus D/S | \n : | \n Lancip | \n
\n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan :
\n\n\n - Pneumonia typical ec virus
\n
', '', '2021-07-19 03:59:45', '2021-07-19 03:59:45'),
(141, 11, 'Covid Normal PA', 'Foto Thorax PA
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus D/S normal. Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus D/S | \n : | \n Lancip | \n
\n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan:
\n\n\n - Cor dan pulmo dalam batas normal. Tidak tampak gambaran pneumonia.
\n
', '', '2021-07-28 12:34:14', '2021-07-28 16:52:30'),
(142, 11, 'COVID Typical Viral AP', 'Foto Thorax AP
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus D/S normal. Tampak infiltrat pada lapang atas tengah bawah paru kanan kiri dominan sisi perifer | \n
\n \n | Sudut costophrenicus D/S | \n : | \n Lancip | \n
\n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan:
\n\n\n - Pneumonia typical ec viral
\n
', '', '2021-07-28 12:36:29', '2021-07-28 16:52:48'),
(143, 7, 'MAMOGRAFI BiRAD 2013', 'Telah dilakukan pemeriksaan Mammografi CC MLO dextra dan sinistra dengan hasil sbb (hasil tidak optimal karena artefak):
\n
\nMammae dextra\n\n\n \n \n | Breast tissue | \n : | \n Densitas jaringan mammae heterogenously dense (C) | \n
\n \n | Mass | \n : | \n Tampak massa multipel … density, batas …, tepi …reguler pada outer/inner zone (jam…) ukuran ± x cm dan ± x cm berjarak ± cm dari areola yang pada RMLO tampak pada sisi (outer/mid/loer) | \n
\n \n | Calcification | \n : | \n Tidak tampak kalsifikasi | \n
\n \n | Architectural distortion | \n : | \n Tidak tampak | \n
\n \n | Focal/ breast asymetry | \n : | \n Tidak tampak | \n
\n \n | Skin thickening | \n : | \n Tidak tampak | \n
\n \n | Others | \n : | \n Tidak tampak limfadenopati bentuk oval, batas tegas ukuran ± | \n
\n \n
\n
\nMammae sinistra\n\n\n \n \n | Breast tissue | \n : | \n Densitas jaringan mammae heterogenously dense (C) | \n
\n \n | Mass | \n : | \n Tampak massa multipel … density, batas …, tepi …reguler pada outer/inner zone (jam…) ukuran ± x cm dan ± x cm berjarak ± cm dari areola yang pada RMLO tampak pada sisi (outer/mid/loer) | \n
\n \n | Calcification | \n : | \n Tidak tampak kalsifikasi | \n
\n \n | Architectural distortion | \n : | \n Tidak tampak | \n
\n \n | Focal/ breast asymetry | \n : | \n Tidak tampak | \n
\n \n | Skin thickening | \n : | \n Tidak tampak | \n
\n \n | Others | \n : | \n Tidak tampak limfadenopati bentuk oval, batas tegas ukuran ± | \n
\n \n
\n
\n
\n
\nKesimpulan :', '', '2021-08-08 21:13:35', '2021-08-08 21:14:00'),
(144, 5, 'PTBD NEW', 'Telah kami lakukan tindakan PTBD:
\n
\nCumulative air kerma: mGy​
\nCumulative DAP: Gycm2
\nFluoro time: menit detik\n\n - Pasien terlentang diatas meja operasi dg posisi feet first dalam kondisi sadar
\n - Dilakukan tindakan asepsis pada abdomen
\n - Anestesi dg lidocaine 1 % sekitar 10 cc pada area punture di epigastrium
\n - Dilakukan sayatan kulit dg mess no 11, dilatasi subkutis dengan clamp bengkok
\n - Dilakukan puncture menggunakan Chiba needle 21G ke IHBD........ dg tuntunan USG; tampak bile menetes keluar
\n - Dilakukan kolangiografi, tampak kontras perlahan mengisi IHBD kiri (diameter ± mm), IHBD kanan (diameter ± mm), ductus cysticus (diameter ± mm), CHD (diameter ± mm), GB dan CBD
\n - Wire 0,018 “ masuk ke biliary system melalui Chiba needle
\n - Chiba needle dikeluarkan, dilator triaksial 6 Fr dimasukkan melalui wire.
\n - Wire 0,018" dikeluarkan, J Wire 0,035 “ masuk dg tuntunan fluoroskopi, Dilator Triaksial 6Fr dikeluarkan.
\n - Pigtail kateter 8,5 Fr dipasang hingga CHD sisi proksimal melalui J wire.
\n - Dilakukan fiksasi cateter pada subcutan dengan benang non absorbable 2.0
\n - PTBD eksternalisasi selesai.
\n
', '', '2021-08-23 21:34:52', '2022-11-13 20:10:54'),
(145, 25, 'CT Scan Thorax RECIST', 'Kepada Yth. TS,
\nDilakukan CT Scan thorax, tanpa dan dengan pemberian kontras iv, dengan dosis radiasi ±(0.014 x DLP = msv), dengan hasil sebagai berikut :\n\n - Cavum hemithorax D/S: simetris
\n - Paru D: corakan vascular normal, tidak tampak nodul/cavitas/ground glass opacity. Main bronchus kanan terbuka.
\n - Paru S: corakan vascular normal, tidak tampak nodul/cavitas/ground glass opacity. Main bronchus kiri terbuka
\n - Tidak tampak limfadenopati
\n - Aorta: kaliber normal, tampak kalsifikasi.
\n - Jantung: ukuran, bentuk, dan posisi normal
\n - Thyroid D/S: ukuran normal, tidak tampak lesi patologis.
\n - Hepar yang tervisualisasi: Ukuran normal, permukaan reguler, tidak tampak nodul maupun kista.
\n - Lien: Ukuran normal, sudut lancip, permukaan rata, densitas parenkim homogen, vena lienalis tidak melebar, tidak tampak nodul/massa.
\n - Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n - Ren D/S yang tervisualisasi: Ukuran normal, tidak tampak lesi patologis.
\n - Tulang-tulang yang tervisualisasi: tidak tampak lesi osteolitik/osteoblastik
\n
\n
\nKesimpulan:\n\n\n \n\n\n \n \n \n \n \n \n RECIST 1.1\n\n \n \n \n \n | Lesi target | \n Base line :
\n 10 Agustus 2023
\n (mm) | \n \n \n \n \n - Massa paru kiri dengan komponen atelektasis
\n \n | \n 93 | \n \n \n | \n \n | \n 30 (subkarina) | \n \n \n | Total | \n 123 | \n \n \n | Lesi non target | \n \n \n | \n \n | \n (+) | \n \n \n | \n \n | \n (+) | \n \n \n | \n \n | \n (-) | \n \n \n Kesimpulan:\n \n - Lesi target : Stable disease
\n - Lesi non target: non Complete Respon - non Progressive disease
\n - Lesi baru (+)
\n \n Overall response: Stable disease | \n \n \n \n \n \n \n \n \n \n \n \n \n | \n \n \n \n | \n
\n \n | | \n | \n
\n \n
', '', '2021-08-24 20:13:16', '2023-08-10 01:11:29'),
(146, 10, 'Pelvis Prostat', 'Yth. TS
\nTelah kami lakukan MRI pelvis fokus Prostat tanpa dan dengan pemberian kontras IV sekuen T1WI, T2WI, DWI, ADC, DCE potongan axial, coronal, sagital dengan hasil sebagai berikut:
\n
\nProstat : tampak pembesaran prostat (± cm) dengan lesi multiple noduler batas tegas slightly hiperintens T1WI hipointens T2WI, non restricted DWI yang tidak menyangat pasca penambahan kontras pada zona transisional kanan kiri. PSA value: 11,32 ng/mL, Volume Prostate: 52 cc. PSA density: 0.21
\nPada sekuen T2*m-FFE tidak tampak blooming artefak pada prostat
\nDCE: type 1, progressive (enhancement increases over time)
\nVesica urinaria : terisi urin minimal. Tidak tampak batu. Tampak terpasang balon kateter intra VU
\nTidak tampak limfadenopati
\nBone : Tidak tampak sinyal patologis
\nPelvic muscle floor yang tervisualisasi: tidak tampak intensitas sinyal patologis
\n
\n
\nKesimpulan :\n\n - Prostat enlargement dengan lesi multiple prostat zona transisional bilateral sesuai dengan PIRADS 2
\n
\n\n', '', '2021-08-25 20:56:21', '2021-08-25 20:56:21'),
(147, 8, 'USG Jantung / echocardiografi', 'USG Jantung
\n
\n- Dimensi ruang jantung : LA, LV, RA, RV normal, tidak tampak dilatasi maupun penebalan dinding
\n- Fungsi sistolik LV normal (LVEF Teich %)
\n- Fungsi diastolik LV normal. E/A ....
\n- Katub mitral : tidak tampak kalsifikasi, stenosis maupun regurgitasi. EPSS cm.
\n- Katub aorta : tidak tampak kalsifikasi, Ao/LA ...
\n- Global normokinetik
\n- Fungsi sistolik RV normal (TAPSE cm)
\n- Intraatrial septum dan intraventricular septum intak
\n- Tidak tampak massa, PE, maupun trombus
\n
\nSimpulan :\n\n - Normal resting cardiac US
\n
', '', '2021-08-31 21:36:45', '2023-01-04 00:22:38'),
(148, 11, 'Cephalometry Lateral / Chepalometri', 'Foto Panoramic\n\n \n \n | - | \n 17 | \n 16 | \n 15 | \n 14 | \n 13 | \n 12 | \n 11 | \n 21 | \n 22 | \n 23 | \n 24 | \n 25 | \n 26 | \n 27 | \n 28 | \n
\n \n | 48 | \n 47 | \n 46 | \n 45 | \n 44 | \n 43 | \n 42 | \n 41 | \n 31 | \n 32 | \n 33 | \n 34 | \n 35 | \n 36 | \n 37 | \n 38 | \n
\n \n
\n \n\n\n \n \n | Tidak tampak struktur gigi | \n : | \n 18 | \n
\n \n | Tampak sisa akar gigi | \n : | \n 45 | \n
\n \n | Tampak gigi dengan tumpatan | \n : | \n - | \n
\n \n | Tampak lusensi periapikal | \n : | \n - | \n
\n \n | Tampak impaksi gigi | \n : | \n 38,48 | \n
\n \n
\nTampak lusensi pada dentin, pulpa cavity, root canal gigi 26
\n
\nKesimpulan :\n\n - Karies dentis gigi 26 dengan nekrosis pulpa
\n - Impaksi gigi 38 dan 48 tipe IIa mesioangular
\n
\n
\nFoto Lateral Cephalometry:
\n \n\n \n \n | Skeletal | \n Deskripsi | \n Nilai | \n Rentang normal | \n
\n \n | \n \n | \n Sella-nasion to A point angle | \n 80o | \n 82o (SD: +2) | \n
\n \n | \n \n | \n Sella-nasion to B point angle | \n 74.5o | \n 80o (SD: +2) | \n
\n \n | \n \n | \n A point to B point angle | \n 5.5o | \n 2o | \n
\n \n \n \n - Occlusal plane to SN
\n \n | \n SN to occlusal plane angle | \n 23o | \n 14o | \n
\n \n | \n \n | \n SN to mandibular plane | \n 38o | \n 32o | \n
\n \n | Dental | \n Deskripsi | \n Nilai | \n Rentang normal | \n
\n \n | \n \n | \n Angle between upper incisor to NA line | \n 12o | \n 22o | \n
\n \n | \n \n | \n Distance from upper incisor to NA line | \n 5.3 mm | \n 4 mm | \n
\n \n | \n \n | \n Angle between incisor to NB line | \n 31o | \n 25o | \n
\n \n | \n \n | \n Distance between incisor to NB line | \n 8 mm | \n 4 mm | \n
\n \n | \n \n | \n Upper incisor to lower incisor angle | \n 47.5o | \n 130o | \n
\n \n | \n \n | \n Holdaway ratio:
\n | \n Pogonion-NB line: 1.3 mm
\n Lower incisor: 8.7mm
\n Selisih: 7.4 mm | \n | \n
\n \n | Soft tissue | \n Deskripsi | \n Nilai | \n Rentang normal | \n
\n \n | \n \n | \n Line formed by connecting soft tissue pogonion and middle of an S formed by lower border of the nose | \n Lips too protrusive | \n Both lips should touch the S line | \n
\n \n
\n
\nJarak overbite 5,3 mm (normal 2-3 mm)
\nJarak Overjet 6,6 mm (normal 2-3 mm)
\n
\nKesimpulan: \n\n - Retruded mandibula dengan well positioned maxila
\n - Lips too protrusive
\n
\n
\nNote: referensi RM 020920212
\nteori cari di google drive
\ngunakan pengukuran steiner', '', '2021-09-05 17:22:18', '2021-09-05 17:35:02'),
(149, 6, 'Dacriografi', 'Kepada Yth, TS
\nTelah kami lakukan pemeriksaan dacriografi dengan hasil sebagai berikut:
\n
\nRadiografi Skull AP/Lateral
\n\n\n \n \n | Soft tissue | \n : | \n normal | \n
\n \n | Calvaria( tabula interna, tabula eksterna, diploe) | \n : | \n intak | \n
\n \n | Sella tursica | \n : | \n normal | \n
\n \n | Vascular grove | \n : | \n normal | \n
\n \n | Sutura (coronaria, lamboidea) | \n : | \n normal | \n
\n \n | Sinus frontalis, ethmoidalis, sphenoidalis, | \n : | \n normal | \n
\n \n | Air cell mastoid | \n : | \n normal | \n
\n \n | Tulang fascia | \n : | \n normal | \n
\n \n
\nTampak osteofit pada corpus vertebrae cervicalis. Kurvatura vertebrae cervicalis melurus\n\n\n
\n
Dacriografi
\n\n
\n - Kontras water soluble sebanyak ± 1,5 cc dimasukkan melalui punctum lacrima superior OD. Tampak kontras mengisi canaliculi lacrima superior, saccus lacrimalis, canaliculi lacrima inferior, ductus nasolacrimalis dan masuk ke cavum nasi.
\n - Kontras water soluble sebanyak ± 0,3 cc dimasukkan melalui punctum lacrima superior OS. Tampak kontras mengisi canaliculi lacrima superior kemudian tampak backflow
\n - Kontras water soluble dimasukkan melalui punctum lacrima inferior OS. Kontras tidak dapat dimasukkan, terasa adanya tahanan
\n
\n
Kesimpulan:\n\n
\n - Obstruksi total setinggi canaliculi lacrima superior dan inferior kiri
\n - Duktus nasolakrimal kanan paten
\n
\n Referensi Pasien
\n PITRAH RM 11517769 \n
\n
\n
\nTelah kami lakukan pemeriksaan CT Scan Kepala dengan dan tanpa kontras, dosis radiasi (0,0021 x DLP = mSv), dengan hasil sebagai berikut:\n\n - Tidak tampak lesi hipodens maupun hiperdens patologis intra parenkim otak yang tervisualisasi sebelum dan sesudah penambahan kontras.
\n - Sulcii, fissura sylvii dan gyri normal, tak tampak penyangatan leptomeningeal patologis paska pemberian kontras.
\n - Differensiasi white and gray matter baik.
\n - Tidak tampak pergeseran garis tengah.
\n - Sistem ventrikel dan sisterna normal.
\n - Infratentorial: mesencephalons, pons, CPA dan cerebellum baik.
\n - Orbita kanan kiri dan air cell mastoid kanan kiri normal.
\n - Sinus paranasales dalam batas normal.
\n - Tulang : Tidak tampak lesi litik/blastik.
\n - Cephalometri: L: , H: , Br: . Mo: , CI: %
\n - Fontanella anterior-posterior membuka dengan diastasis sutura sagitalis, lambdoidea dan sutura coronaria
\n
\n
\nKesimpulan:\n\n', '', '2021-10-03 13:16:55', '2023-08-02 23:11:38'),
(151, 5, 'DSA Cerebral', 'Telah dilakukan DSA cerebral dengan hasil sebagai berikut:
\n
\nCumulative DAP : Gycm2
\nCumulative air kerma : mGy
\nFluoro time : min
\n\n\n - Pasien terlentang diatas meja angiografi
\n - Dilakukan sterilisasi pada area puncture di inguinal kanan
\n - Anaestesi dengan lidocaine 1% sekitar 10 cc
\n - Dilakukan sayatan kulit dengan mess no. 11, dilatasi subkutis dengan clamp bengkok.
\n - Dilakukan puncture arteri femoral communis kanan dengan tuntunan USG menggunakan needle puncture no 20 G
\n - Wire 0.021” masuk dengan tuntunan fluoroskopi, needle dikeluarkan.
\n - Sheath 5 Fr x 11 cm dipasang; wire dikeluarkan
\n - Kateter vertebrae ukuran 5 Fr dengan hydrophilic wire 0.035” digunakan untuk navigasi menuju arcus aorta hingga a. carotis interna kanan kiri
\n - Dilakukan DSA pada a carotis interna kanan dan a. carotis interna kiri. Tampak kontras mengisi a. carotis interna kanan kiri, a. carebri media kanan kiri dan a. cerebri anterior kanan kiri hingga cabang-cabangnya.
\n - Pada fase vena kontras mengisi vena-vena sagitalis superior kanan kiri, sinus sagittalis superior, sinus transversus kanan hingga mengarah ke vena jugularis kanan kiri (dominan kanan). Tampak gambaran caput medusa (lokasi sesuai dengan area lesi pada CT Scan) yang bermuara pada vena cerebral interna kanan. Tampak pula hipoplasia sinus transversus kiri.
\n - DSA selesai, semua alat dikeluarkan.
\n
\n \n\n\n \n \n | - | \n Arteri carotis interna D/S | \n : | \n Kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler. | \n
\n \n | - | \n Arteri cerebri media D/S | \n : | \n Kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler. | \n
\n \n | - | \n Arteri cerebri anterior D/S | \n : | \n Kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler. | \n
\n \n | - | \n Arteri communicating anterior | \n : | \n Kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler. | \n
\n \n
\n
\n Sistem Vertebrobasilar
\n \n\n \n \n | - | \n Arteri vertebralis D | \n : | \n Kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler. | \n
\n \n | - | \n Arteri basilaris | \n : | \n Kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler. | \n
\n \n | - | \n Arteri cerebri posterior D | \n : | \n Kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler. | \n
\n \n | - | \n Arteri communicating posterior | \n : | \n Kaliber normal, tidak tampak stenosis, tidak tampak aneurisma maupun malformasi vaskuler.
\n | \n
\n \n
\n
\n
\n
\nKesimpulan :\n\n\n - Gambaran caput medusa pada parasagital kanan regio frontal mengesankan Developmental Venous Anomaly.
\n - Hipoplasia sinus transversus kiri.
\n - Tidak tampak kelainan pada sistem arteri.
\n
', '', '2021-10-18 17:11:12', '2021-10-18 17:11:12'),
(152, 24, 'CT Scan kepala Trauma (dr.BA)', 'Kepada Yth. TS :
\n\nTelah dilakukan CT scan kepala dengan dosis radiasi ( 0,0021 x DLP = msv ), brain window tanpa kontras, dengan hasil sebagai berikut:
\n\n\n - Tidak tampak lesi hipodens maupun hiperdens patologis intraparenkim otak
\n - Sulcii, fissura sylvii, dan gyrii normal
\n - Diferensiasi white dan grey matter baik
\n - Sistem ventrikel dan sisterna normal
\n - Tidak tampak pergeseran garis tengah
\n - Infratentorial : pons, mesencephalon, CPA dan cerebellum normal
\n - Orbitadan air cell mastoid kanankiri normal
\n - Sinus paranasal yang tervisualisasi normal
\n - Tulang-tulang calvaria intak. Tidak tampak fraktur
\n
\n\nTidak jelas soft tissue swelling
\n\nKesimpulan :
\n\n\n - Tidak tampak perdarahan intracranial
\n
', '', '2021-10-29 10:33:27', '2021-10-29 10:33:27'),
(153, 8, 'USG Pedis', 'Kepada TS :
\nTelah dilakukan pemeriksaan ultrasonografi Pedis Sinistra dengan hasil sebagai berikut :
\n\n\n \n \n | • | \n Medial Maleolus D/S | \n : | \n Tampak irreguleristas korteks pada maleolus medial kanan kiri, dengan teknik color dopller tidak tampak peningkatan vaskularisasi. | \n
\n \n | • | \n Talotibial joint D/S | \n : | \n Tampak fluid collection pada talotibial joint kiri. | \n
\n \n | • | \n Talofibular joint D/S | \n : | \n Echostruktur normal, Tidak tampak penebalan patologis. Tidak tampak echo cairan patologis. | \n
\n \n | • | \n Tendon Achilles D/S | \n : | \n Echostruktur normal, Tidak tampak penebalan patologis. Tampak echocairan bebas minimal pada para tendon achiles
\n Tidak tampak kalsifikasi. | \n
\n \n | • | \n Tampak lesi isoechoic, bentuk reguler, batas tegas, dengan debris puntat multiple di dalamnya pada regio tibialis posterior kiri | \n
\n \n
\n
\nKesimpulan : \n\n\n - Irreguleritas korteks pada maleolus medial kiri disertai focal fluid collection debris punctat pada regio tibialis posterior kiri mengesankan gouty arthritis
\n - Non reaktif OA Tibiofibular kanan
\n
\nSaran ⇒ Foto polos Pedis Bilateral', '', '2021-11-01 10:08:08', '2021-11-01 10:08:08'),
(154, 25, 'CT Pulmonary Angiography (CTPA)', 'Kepada Yth. TS,
\nTelah dilakukan CT Scan Pulmonary Angiography, tanpa dan dengan kontras iv, dengan hasil sebagai berikut:\n\n\n - ROI diletakkan di truncus pulmonalis
\n - Tampak kontras mengisi vena cava superior
\n - Trunchus pulmonalis: Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus
\n - Kaliber Aorta Ascenden: ± mm, arcus aorta ± mm, aorta descenden thoracalis ± mm, Tidak tampak stenosis/kalsifikasi/thrombus
\n
\nArteri Pulmonalis Dextra\n\n\n \n \n | A. Pulmonalis D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Segmentalis medial D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Segmental anterior D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Segmental lateral D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Segmen basal posterior D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Segmen basal anterior D | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n
\n
\nArteri Pulmonalis Sinistra\n\n\n \n \n | A. Pulmonalis S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Apicoposterior S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Segmentalis lingula | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Segmental anterior S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Segmen basal posterior S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Segmen basal anterior S | \n Kaliber ±cm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n
\n​\n\n\n - Cavum hemithorax D/S: Simetris.
\n - Paru D: Corakan vascular normal, tidak tampak ground glass opacity/cavitas/nodul. Main bronchus kanan terbuka.
\n - Paru S: Corakan vascular normal, tidak tampak ground glass opacity/cavitas/nodul. Main bronchus kiri terbuka.
\n - Jantung: Ukuran, bentuk dan posisi normal.
\n - Thyroid D/S: Ukuran normal, permukaan reguler, densitas normal, tidak tampak lesi patologis.
\n - Hepar yang tervisualisasi: Ukuran normal, permukaan reguler, tidak tampak nodul maupun kista.
\n - Gall bladder: Ukuran normal, tidak tampak batu/sludge.
\n - Lien: Ukuran normal, sudut lancip, permukaan rata, densitas parenkim homogen, vena lienalis tidak melebar, tidak tampak nodul/massa.
\n - Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n - Ren D/S yang tervisualisasi: Ukuran normal, tidak tampak lesi patologis.
\n - Tulang-tulang yang tervisualisasi: Tidak tampak lesi osteolisis maupun osteoblastik.
\n
\nKesimpulan :\n\n\n - Tidak didapatkan gambaran Pulmonary Embolism
\n
', '', '2021-11-01 11:25:19', '2021-11-01 11:55:57'),
(155, 25, 'CT Scan HRCT Mastoid', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Mastoid tanpa kontras, dengan hasil sebagai berikut:\n\n \n \n DEXTRA :\n \n - Canalis acusticus eksternus kanan : normal dengan diameter ± 3,8 mm
\n - Membran timpani kanan intak
\n - Cavum timpani kanan baik
\n - Fascial recess kanan normal
\n - Tulang-tulang pendengaran maleus, incus, stapes kanan baik
\n - Vestibular aquductus kanan normal
\n - Cochlea kanan normal
\n - Canalis semicircularis kanan normal
\n - Air cell mastoid kanan baik
\n - Tuba eustachius kanan baik
\n - Canalis acusticus internus kanan (diameter ± 2,4 mm)
\n \n | \n
\n \n SINISTRA :\n \n - Canalis acusticus eksternus kiri : Normal dengan diameter ± 3,8 mm
\n - Membran timpani kiri intak
\n - Cavum timpani kiri baik
\n - Fascial recess kiri normal
\n - Tulang-tulang pendengaran maleus, incus, stapes kiri baik
\n - Vestibular aquductus kiri normal
\n - Cochlea kiri normal
\n - Canalis semicircularis kiri normal
\n - Tampak perselubungan pada air cell mastoid kiri
\n - Tuba eustachius kiri baik
\n - Canalis acusticus internus kiri (diameter ± 2,5 mm)
\n \n | \n
\n \n
\n
\nKesimpulan:\n\n\n - HRCT mastoid dalam batas normal, tidak tampak gambaran mastoiditis bilateral maupun massa
\n
\n
\nReferensi RM: 11519500', '', '2021-11-03 00:48:08', '2021-11-16 23:09:38'),
(156, 10, 'MRI Cardiac', 'Kepada TS:
\n Telah dilakukan MRI Cardiac white blood, black blood, cine, II, III, IV & IV chamber serta short axis view, LGE didapatkan hasil sebagai berikut:
\n
\nLeft Ventricle:
\n\n\n - Nilai End Systolic Volume : 71.424 cm3
\n - Nilai End Diastolic Volume: 111.496 cm3
\n - Stroke Volume: 40,072 cm3
\n - Nilai ejection fraction : 36% (reduced)
\n - Left Ventricle Regional Wall Motion: hipokineasia
\n - Ketebalan dinding ventrikel kiri diastole : 9,9 - 13 mm
\n
\nRight Ventricle:\n\n\n - Nilai End Systolic Volume : 159.104 cm3
\n - Nilai End Diastolic Volume: 230.944 cm3
\n - Stroke Volume: 71840 cm3
\n - Nilai ejection fraction : 31 % (reduced)
\n - Right Ventricle Regional Wall Motion: normal global normokinetik
\n - Ketebalan dinding ventrikel kanan diastole : 4,1mm
\n
\nSeptum interventrikuler: Tidak tampak defek
\n \nValve:
\nTidak tampak pola aliran regurgitasi.
\nTidak tampak stenosis valve.
\n
\nLate Gadolinium Enhancement
\nTampak late enhancement pada subendokardial ventrikel kiri segmen basal anterior,mid anterior, basal anteroseptal dan mid anteroseptal
\nTampak late enhancement pada subendokardial ventrikel kanan
\n
Kesimpulan: \n\n
\n - Late enhancement pada subendocardial ventrikel kiri pada segmen basal anterior,mid anterior, basal anteroseptal dan mid anteroseptal, menyokong gambaran chronic myocardial infarction, teritory Left anterior Descending
\n - Late enhancement pada subendocardial ventrikel kanan menyokong gambaran chronic myocardial infarction, teritory right coronary artery
\n - Hipokinetik regional pada segmen basal anterior ventrikel kiri
\n - Ejection Fraction LV 36% (reduced), RV 31% (reduced)
\n
\n
\n
Referensi RM: 11375165
\n
\n
![\"2:](\"https://www.researchgate.net/profile/Xiahai-Zhuang/publication/295706446/figure/fig3/AS:669513964064769@1536635976070/Bullseye-diagram-of-the-17-segments-of-the-left-ventricular-myocardium-Cerqueira-et.ppm\")
\n
\n
![\"SciELO](\"https://minio.scielo.br/documentstore/1678-4170/6Qwjfm346ycGThDXdmPKSFp/61fb5f9abe21cda0d47181d0a0230cc29becb8ca.jpg\")
\nDilakukan pemeriksaan MRI articulatio ankle tanpa kontras IV dengan hasil sebagai berikut :\n\n \n \n | \n \n | \n | \n
\n \n Medial compartment D :\n \n - Medial malleolus : tidak tampak osteofit
\n - Deltoid ligament : Normal
\n \n | \n Lateral compartment D :\n \n - Lateral malleolus : tidak tampak osteofit
\n - Peroneus longus tendon : normal
\n - Peroneus brevis tendon : normal
\n - Peroneal retinaculum : normal
\n - Anterior inferior tibiofibular ligament : Normal
\n - Posterior inferior tibiofibular ligament:Normal
\n - Anterior talofibular ligament : Normal
\n - Posterior talofibular ligament : Normal
\n - Calcaneofibular ligament : Normal
\n \n | \n
\n \n Posterior compartment D :\n \n - Posterior talus : tidak tampak osteofit
\n - Posterior tibial tendon : normal
\n - Flexor digitorum longus tendon : normal
\n - Flexor hallucis longus : normal
\n - Achilles tendon : normal
\n - Plantar fascia : normal
\n \n | \n Articulations D :\n \n - Talofibular joint : tidak tampak fluid collection
\n - Tibiafibula joint : tidak tampak fluid collection
\n - Talocalcaneal joint : tidak tampak fluid collection
\n - Subtalar joint : tidak tampak fluid collection
\n - Tarsal joints : tidak tampak fluid collection
\n \n | \n
\n \n Anterior compartment D :\n \n - Anterior tibial tendon : normal
\n - Extensor hallucis longus : normal
\n - Extensor digitorum longus : normal
\n \n | \n General findings\n \n - Bones : Tidak tampak perubahan intensitas sinyal
\n - Muscles : normal
\n - Tarsal tunnel : normal
\n - Sinus tarsi : normal
\n - Bursa: tidak tampak fluid collection pada subcutaneus bursa, retrocalcaneal bursa, subcutaneus calcaneal bursa
\n \n | \n
\n \n | | \n | \n
\n \n
\n
\nKesimpulan :\n\n\n - MRI ankle dalam batas normal, tidak tampak perubahan intensitas sinyal patologis
\n
', '', '2021-11-05 01:09:33', '2021-11-05 01:09:33'),
(158, 25, 'CT Angiografi Aorta aneurisma AAA kompleks', 'Kepada Yth. TS,\n\nTelah kami lakukan pemeriksaan CT Angiografi aorta tanpa dan dengan kontras dengan hasil sebagai berikut:
\n\n\n - Jantung: Ukuran membesar, CTR ± 67%, pinggang melurus, apex tertanam. Tampak kalsifikasi pada aortic valve
\n - Aorta: \n
\n - aorta ascendence kaliber 3.6 cm. Tampak kalsifikasi
\n - arcus aorta kaliber 3 cm. Tampak kalsifikasi
\n - aorta descendence kaliber 3.6 cm. Tampak kalsifikasi
\n
\n \n - Tampak dilatasi multiple bentuk fusiform setinggi L2 hingga a. iliaca communis kanan:\n
\n - Pada aorta abdominalis level infrarenal (setinggi L2-L4), berjarak ± 4,1 cm dari percabangan a. renalis: kaliber 5,8 x 8 cm (normal 18.7 ± 3.36 mm), sepanjang ± 7.1 cm, hingga bifurcatio aorta, angulasi sebesar 33° ke lateral kiri dan 68° ke anterior dengan kalsifikasi rim pada dindingnya dan lesi hipodense (densitas 80 HU) di dalamnya yang menyisakan lumen selebar 3,7 cm, tidak tampak gambaran cresentik sign. Ke anterior, lesi meluas ke dinding anterior adomen dan berbatas tegas dengan m. rectus abdominis kanan kiri, ke posterior berbatas tegas dengan corpus vertebrae, ke lateral mendesak intestine. Tidak tampak fat stranding disekitar lesi.
\n - Pada a. iliaca communis kanan (setinggi L4-S1): kaliber 8 x 4,9 cm, sepanjang ± 9 cm dari bifurcatio a. iliacca communis dengan kalsifikasi pada dindingnya dan lesi hipodense (densitas 88 HU) di dalamnya yang menyisakan lumen selebar 1,7 cm, tidak tampak gambaran crescentik sign.
\n - Pada a. illiaca communis kiri (setinggi L4-S1), kaliber ± 4.6 x 3.3 cm, sepanjang ±4.5 cm, dengan lesi hipodense (densitas 78 HU) di dalamnya yang menyisakan lumen selebar 1,5 cm.
\n
\n \n - Trunchus celiacus kaliiber 9 mm, tidak tampak stenosis/ trombus
\n - A. renalis D: kaliber 4 mm, A. renalis S: kaliber 4 mm; tidak tampak stenosis/ trombus
\n - Tampak kalsifikasi a. illiaca communis kanan kiri, a. illiaca eksterna kanan, a. illiaca interna kanan kiri
\n - Tampak pelebaran v. jugularis kanan (kaliber ± 1,9 cm)
\n
\nObservasi General:\n\n\n - Thyroid D/S : ukuran normal, tidak tampak lesi patologis.
\n - Cavum hemithorax D/S: simetris.
\n - Paru D: Corakan vascular meningkat. Tampak ground glass opacity pada segmen 1, 2 paru kanan. Tampak atelektasis segmental pada segmen posterobasal kanan (segmen 10). Tampak fibrosis pada segmen 7, 9, 10 paru kanan
\n - Paru S: Corakan vascular meningkat. Tampak ground glass opacity pada segmen 1/2 paru kiri, fibrosis pada segmen 9,10 paru kiri
\n - Hepar: Ukuran CC±11.5 cm, sudut lancip, permukaan reguler. Sistem portal/ bilier/ vaskuler tidak melebar.
\n - Gall bladder: Ukuran normal,tampak sludge gall bladder
\n - Lien: Ukuran normal, sudut lancip, permukaan rata, densitas parenkim homogen, vena lienalis tidak melebar, tidak tampak nodul/massa.
\n - Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n - Ren D : Ukuran ± 8,3 x 4,2 x 5,3 cm, sistem pelviocalyceal tidak melebar, tampak kista multipel pada pole tengah bawah renal kanan dengan ukuran terbesar ± 3 x 2.4 cm pada pole bawah, tidak menyangat pasca penambahan kontras
\n - Ren S : Ukuran ± 8,2 x 4,3 x 5,3 cm, sistem pelviocalyceal tidak melebar, tampak kista multiple pada pole atas, bawah renal kiri dengan ukuran terbesar ± 1,4 x 1,3 cm pada pole tengah renal kiri, tidak menyangat pasca penambahan kontras
\n - Vesika Urinaria: terisi urin optimal, dinidng reguler, tidak tampak lesi patologis. Tampak terpasang kateter
\n - Prostat: ukuran ± 3,5 x 2,3 x 2,9 cm (vol ± 12 cc), tidak tampak lesi patologis.
\n - Tulang-tulang: Trabekulasi porotik. Tampak osteofit multilevel pada corpus vertebrae thoracolumbalis. Tampak konveksitas kurvatura vertebrae thorakalis ke kanan (apex pada VT6) dan ke kiri (apex pada VT 8). Tampak lesi osteolitik, tepi sklerotik pada os illium kiri (simple bone cyst)
\n
\n\n\n
Kesimpulan :
\n\n
\n - Sesuai dengan aneurisma aorta abdominalis dengan intramural trombus pada aorta abdominalis infrarenal (setinggi L2-L4), meluas hingga a.iliaca communis bilateral (setinggi L4-S1), tanpa disertai tanda-tanda impending ruptur
\n - Dilatasi v. jugulari kanan
\n - Cardiomegaly disertai congestive pulmonum
\n - Aorta sklerosis, aortic valve sklerosis; arteriosklerosis a. illiaca communis bilateral, a. illiaca eksterna kanan, a. illiaca interna bilateral
\n - Atelektasis segmen 10 (posterobasal) paru kanan
\n - Fibrosis paru bilateral ec bekas keradangan
\n - Sludge gall bladder
\n - Kista multiple renal bilateral (Bosniak I)
\n - Spondylosis thoracolumbalis; dextroskoliosis thorakalis (apex pada VT6) dan levoskoliosis thorakalis (apex pada VT 8)
\n \n
\n
Referensi
\nSAURI\n
RM : 11522678\n
Telah kami lakukan pemeriksaan CT Angiografi aorta tanpa dan dengan kontras dengan hasil sebagai berikut:
\n\n\n - Tampak dilatasi bentuk fusiform setinggi level L1-2 (juxtarenal) hingga bifurcatio aorta abdominalis sepanjang 14,3 cm, kaliber 5,3 x 5,7 cm (normal 18.7 ± 3.36 mm), angulasi sebesar 33° ke lateral kanan dan 52° ke anterior dengan kalsifikasi rim pada dindingnya dan lesi hipodense (densitas 42 HU) di dalamnya yang menyisakan lumen selebar 14 - 25 mm, tidak tampak fat stranding maupun hematoma di sekitar lesi. Ke posterior massa berbatas tegas dengan corpus vertebrae. Ke lateral kanan massa menempel dan berbatas tegas dengan a. renalis kanan
\n - Trunchus celiacus kaliiber 10 mm, tidak tampak stenosis/ trombus. Tampak kalsifikasi
\n - A. renalis D: kaliber 5 mm, A. renalis S: kaliber 5 mm; tidak tampak stenosis/ trombus
\n - Tampak kalsifikasi aorta, a. illiaca communis kanan kiri, a. illiaca eksterna kanan kiri, a. illiaca interna kanan kiri, a. femoralis communis kanan kiri
\n
\nObservasi General:\n\n\n - Hepar: Ukuran CC±13,3 cm, sudut lancip, permukaan reguler, sudut lancip, Sistem portal/ bilier/ vaskuler tidak melebar. Tampak kista, hipodense, tidak menyangat pasca penambahan kontras pada segmen IVb dengan diameter ± 2 cm
\n - Gall bladder: Ukuran normal, tidak tampak sludge/batu
\n - Lien: Ukuran ± 6,5 x 4 cm, sudut lancip, permukaan rata, densitas parenkim homogen, vena lienalis tidak melebar, tidak tampak nodul/massa.
\n - Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n - Ren D : Ukuran ± 7,7 x 4,8 x 5,3 cm, sistem pelviocalyceal tidak melebar, tidak tampak kista/batu.
\n - Ren S : Ukuran ± 7,6 x 5,8 x 5,2 cm, sistem pelviocalyceal tidak melebar, tampak kista multiple pada pole bawah renal kiri dengan ukuran ± 1,7 cm, tidak menyangat pasca penambahan kontras
\n - Vesika Urinaria: terisi urin, dinding reguler, tidak tampak lesi patologis. Tampak terpasang kateter
\n - Prostat: ukuran ± 4 x 4,5 x 3 cm (vol ± 27 cc), tampak kalsifikasi.
\n - Tulang-tulang: Kurvatura melurus. Tampak kompresi corpus VL4 sebesar > 50% disertai penyempitan intervertebral space setinggi level L4-L5 dominan sisi anterior. Tampak listhesis ke posterior L5 terhadap S1 sebesar < 25%. Tampak lesi hiperdens batas tegas pada corpus vertebrae L3 (densitas 1700 HU) (bone island).
\n - Paru D/S yang tervisualisasi: tampak emfisema panlobuler pada segmen 8,9,10 paru kanan kiri. Tampak fibrosis pada segmen 10 paru kiri.
\n - Tampak lesi densitas cairan pada cavum pleura kanan kiri.
\n
\n\n\n
Kesimpulan :
\n\n
\n - Sesuai dengan aneurisma aorta abdominalis juxtarenal (setinggi level L1-2) hingga bifurcatio aorta abdominalis, dengan intramural trombus, tanpa disertai tanda-tanda impending ruptur
\n - Aorta sklerosis, a. illiaca communis bilateral, a. illiaca eksterna bilateral, a. illiaca interna bilateral, a. femoralis communis bilateral
\n - Kista liver
\n - Kista simpel ren kiri (Bosniak 1)
\n - Kalsifikasi prostat
\n - Straight thorakolumbalis, kompresi corpus VL4 sebesar > 50% dengan fusi corpus L5 pada sisi anterior, posterolisthesis grade I pada level L5-S1
\n - Emfisema pulmonum bilateral
\n - Fibrosis basal paru kiri ec bekas keradangan
\n - Efusi pleura minimal bilateral
\n
\n
\n
Referensi
\nABD SALAM
\nRM 11522682Kepada Yth. TS, Telah dilakukan pemeriksaan USG Wrist dengan hasil sebagai berikut:
\nDekstra:\n\n\n - Nervus medianus pada level wrist (Carpal Tunnel canal) : luas penampang 0,08 cm2 ; ukuran kesan membesar dengan bentuk onion bulb, posisi baik echostruktur normal; tidak tampak massa maupun cairan bebas sekitarnya
\n - Nervus ulnaris pada level wrist (Carpal Tunnel canal): luas penampang 0,03 cm2 ; posisi baik echostruktur normal; tidak tampak massa maupun cairan bebas sekitarnya
\n
\nSinistra:\n\n\n - Nervus medianus pada level wrist (Carpal Tunnel canal) : luas penampang 0,07 cm2 ; posisi baik echostruktur normal; ukuran kesan membesar dengan bentuk onion bulb,tidak tampak massa maupun cairan bebas sekitarnya
\n - Nervus ulnaris pada level wrist (Carpal Tunnel canal): luas penampang 0,04 cm2 ; posisi baik echostruktur normal; tidak tampak massa maupun cairan bebas sekitarnya
\n
\nKaliber maksimum N. Medianus 0.59cm2, N. Ulnaris 0.33 cm2 (Yiu et al; Neurology 2015)
\n
\nKesimpulan:\n\n\n - Pembesaran penampang N. medianus bilateral, N. ulnaris kiri dt demyelinating disease.
\n
\n
\nRefferensi RM 11517928', '', '2021-11-23 17:14:00', '2021-11-23 17:14:00'),
(161, 8, 'USG Piriformis', 'Kepada Yth. TS,
\nTelah dilakukan pemeriksaan Ultrasonografi Musculus Piriformis D/S dengan hasil sebagai berikut:\n\n - Muskulus Piriformis S : Tampak menebal asimetris dibandingkan kontralateral yang tidak ada keluhan, dengan ketebalan ±0.92 cm, luas crossectional (short axis) 1.45 cm2 . echostruktur menurun inhomogen. Tidak tampak echocairan bebas disekitarnya
\n - Musculus Piriformis D : Echostruktur homogen normal, ketebalan ±0.7 cm, luas area melintang ±0.8 cm2, tidak tampak tanda-tanda tear/ kalsifikasi patologis, tidak tampak cairan bebas di sekitar musculus
\n - Proyeksi Sciatic Nerve D/S : Tidak tampak gambaran massa. Tidak tampak echo cairan bebas. Tidak tampak lesi patologis.
\n - Lapisan kutan subkutan D/S dalam batas normal, tidak ada penebalan abnormal/fokal.
\n - Lapisan musculus gluteus maksimus D/S tampak normal, tidak ada penebalan abnormal difus maupun lokal. Echostruktur homogen, tidak ada fluid collection
\n
\nKesimpulan :\n\n\n - Penebalan musculus piriformis kiri (dibandingkan dengan kontralateral), menyokong klinis Sindrom Piriformis kiri
\n
\n
\nRef: RM 11528020', '', '2022-01-30 15:44:44', '2022-01-30 15:44:44'),
(162, 11, 'Panoramic pediatric ver 2', 'Foto Panoramic\n\n\n \n \n | - | \n - | \n 56 | \n 55 | \n 54 | \n 53 | \n 52 | \n 51 | \n 61 | \n 62 | \n 63 | \n 64 | \n 65 | \n 66 | \n - | \n - | \n
\n \n | - | \n 17 | \n - | \n 15 | \n 14 | \n 13 | \n 12 | \n 11 | \n 21 | \n 22 | \n 23 | \n 24 | \n 25 | \n - | \n 27 | \n - | \n
\n \n | - | \n 47 | \n - | \n 45 | \n 44 | \n 43 | \n 42 | \n 41 | \n 31 | \n 32 | \n 33 | \n 34 | \n 35 | \n - | \n 37 | \n - | \n
\n \n | - | \n - | \n 86 | \n 85 | \n 84 | \n 83 | \n 82 | \n 81 | \n 71 | \n 72 | \n 73 | \n 74 | \n 75 | \n 76 | \n - | \n - | \n
\n \n
\n
\n Kesimpulan :
\n \n\n \n \n | Tidak tampak struktur gigi | \n : | \n 58,68,76,78,86,88 | \n
\n \n | Tampak sisa akar gigi | \n : | \n - | \n
\n \n | Tampak caries gigi | \n : | \n | \n
\n \n | Tampak gigi dengan tumpatan | \n : | \n | \n
\n \n | Tampak lusensi periapikal | \n : | \n | \n
\n \n | Tampak impaksi gigi | \n : | \n | \n
\n \n
\n
\n
\nKesimpulan :\n\n\n - Unerupted teeth 58,68,76,78,86,88
\n
\n
\nnote (jangan lupa dihapus)
\nhttps://www.piedmontpediatricdentistry.com/oral-health-and-hygiene-topics/tooth-eruption-schedule/
\n
\n
\ncontoh 7th
\n​
\n ', '', '2022-02-16 21:35:45', '2022-04-28 16:55:15'),
(163, 10, 'Fistula Perianal', 'Kepada Yth. TS
\nTelah kami lakukan MRI pelvis (irisan sagital T2WI/FS, axial T2WI/FS, Axial T1WI/DWI, Coronal T1WI/T2WI, FOV sempit, slice thickness 2.0-3.0 mm tanpa kontras, dengan hasil sebagai berikut :\n\n - Tampak terpasang 1 buah marker pada cutan regio perianal kiri.
\n - Tampak 3 buah fistula pada perianal kiri yang bermuara ke perineum arah jam 1 :\n
\n - Tampak defek mukosa pada anus arah jam 1, hipointens T1WI, hiperintens T2WI, restricted DWI dengan fistula track yang melibatkan m. sphincter internal dan external, menuju ke lateral kiri hingga perineum (arah jam 1)
\n - Tampak fistula pada anus arah jam 11 melibatkan spinchter internal menuju ke lateral kiri hingga perineum (arah jam 1)
\n - Tampak fistula pada anus arah jam 6 melibatkan spinchter internal menuju ke lateral kiri hingga perineum (arah jam 1)
\n
\n \n - Fistula bermuara pada perineum arah jam 1 membentuk lesi hipointens T1WI, hiperintens T2WI, restricted DWI ukuran ±2.4x2.9 cm yang berhubungan dengan cutan-subcutan regio perianal dan membentuk cutaneous opening selebar ± 7 mm sepanjang ±1.5 cm
\n - Tampak limfonodi multiple pada inguinal kanan kiri dan presacral dengan diameter short axis terbesar <10 mm
\n - Tidak tampak perubahan intensitas sinyal patologis pada tulang tulang yang tervisualisasi
\n - VU : terisi urin, tidak tampak perubahan intensitas sinyal patologis
\n - Prostat ukuran: ± AP 1,4 x LL 1,7 x CC 2,1 cm (volume ± 3 cc), tidak tampak perubahan intensitas sinyal patologis
\n
\nKesimpulan :\n\n\n - Menyokong gambaran complex transsphincteric fistula dengan mucous opening pada anus arah jam 1 disertai gambaran abses pada regio perineum kiri dan cutaneous opening pada regio perianal kiri
\n
', '', '2022-03-10 14:04:11', '2022-03-10 14:04:11'),
(164, 11, 'Scanogram', 'Radiografi Scanogram Lower Extremity
\n
\nEkstremitas inferior kanan:
\n\n\n - Trabekulasi menurun. Tampak sklerosis articular surface os tibia dan os femur kanan. Tampak penyempitan berat sedang tibiofemoral joint kanan. Tampak osteofit pada condylus lateral dan medial os tibia dan os femur kanan.
\n - Tampa subluksasi os femur terhadap os tibia ke medial
\n - Tampak central tibiofemoral joint berada pada sisi medial berjarak 4,4 cm dari mechanical axis.
\n - Tampak mechanical axis tibia memotong mechanical axis femur
\n - Mechanical tibiofemoral angle ± 15.27 derajat
\n - FJA: 93 derajat (normal 87 derajat)
\n - TJA: 84 derajat (normal 87 derajat)
\n
\nEkstremitas inferior kiri:\n\n\n - Trabekulasi menurun. Tampak osteofit pada eminentia intercondyler os tibia kiri dengan sklerosis articular surface os tibia kiri, condylus medial dan lateral os tibia kiri, condylus lateral os femur kiri. Tidak tampak penyempitan tibiofemoral joint kiri
\n - Tampak central tibiofemoral joint berada pada tepat pada titik mechanical axis.
\n - Tampak mechanical axis tibia tegak lurus dengan mechanical axis femur
\n - Mechanical tibiofemoral angle ± 0 derajat
\n - FJA: 91 derajat (normal 87 derajat)
\n - TJA: 87 derajat (normal 87 derajat)​
\n
\n
\nKesimpulan:\n\n\n - Genu varus kanan sebesar 15,27 derajat
\n - OA tibiofemoral joint bilateral grade IV kanan dengan sublukasi os femur terhadap os tibia ke medial dan grade II kiri (Kellgren-Lawrence clasification)
\n - Disuse Osteoporosis
\n
', '', '2022-03-17 22:08:58', '2022-03-17 22:08:58'),
(165, 11, 'Thorax English', '\n \n \n | Chest Xray PA view | \n
\n \n | | \n | \n | \n
\n \n | Heart | \n : | \n Size, shape and position within’ normal limits | \n
\n \n | Aortic | \n : | \n No elongation, dilatation or calsification | \n
\n \n | Trakhea | \n : | \n In the middle | \n
\n \n | Lungs | \n : | \n Vascular pattern normal, infiltrat (-), nodule (-), cavity (-) | \n
\n \n | Costophrenicus Angle D/S | \n : | \n Acute | \n
\n \n | Hemidiaphragma D/S | \n : | \n Dome shaped | \n
\n \n | Bones | \n : | \n No abnormalities | \n
\n \n | Soft tissue | \n : | \n Within’ normal limits | \n
\n \n
\n
\nConclusion :\n\n\n - Chest x-ray within’ normal limits
\n
', '', '2022-03-31 23:12:23', '2022-03-31 23:12:23'),
(166, 8, 'USG Doppler Vena Ekstremitas Superior', 'Kepada Yth. TS :
\nTelah dilakukan pemeriksaan USG Doppler Vena Extremitas Superior D/S dengan hasil :
\n\n\n \n \n | Vena Subclavia D/S | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus, pola aliran spontan terpengaruh respirasi | \n
\n \n | Vena Axillaris D/S | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus, pola aliran spontan terpengaruh respirasi | \n
\n \n | Vena Brachialis D/S | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus, pola aliran normal | \n
\n \n | Vena Med Cubiti D/S | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus | \n
\n \n | Vena Cephalica D/S | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus | \n
\n \n | Vena Basilica D/S | \n : | \n Kaliber normal, kompresibel, tidak tampak trombus | \n
\n \n Tampak edema cutis- subcutis sepanjang ext superior kanan kiri
\n
\n Kesimpulan :\n \n - Tidak tampak DVT vena ekstremitas superior bilateral
\n - Edema cutis subcutis sepanjang extermitas superior bilateral
\n \n | \n
\n \n | | \n
\n \n
\n
\n
\n
\n
\n ', '', '2022-04-18 10:39:16', '2022-04-18 10:39:16'),
(167, 27, 'BMD Spine dan Femur', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan BMD dengan alat DXA Medilink Medix DR, dengan hasil sebagai berikut:
\n
\nKlinis:
\n
\nHasil:
\n
\nVertebrae Lumbal (L1-L4): BMD g/cm2; T-score ; Z-score ( dieksklusikan karena deviasi nilai terlalu tinggi dan ada bridging spurr)
\nFemur kanan: BMD g/cm2; T-score ; Z-score
\nFemur kiri: BMD g/cm2; T-score ; Z-score
\n
\nRisiko fraktur untuk 10 tahun mendatang menurut perhitungan Frax adalah:
\nMayor Osteoporotic Fracture % (fraktur bisa di bagian yang bervariasi)
\nHip Fracture : %
\n
\nIntegrated Assesment:
\nNilai T-Score paling rendah pada pasien ini sebesar ; dikategorikan ke dalam kelompok Normal/Low Bone Mass/Osteoporosis
\n
\nUsul:\n\n\n - Terapi farmakologis untuk osteoporosis
\n - Perubahan life style untuk mencegah jatuh
\n - Follow up BMD Spine, Hip kanan kiri dengan alat DXA Medilink Medix DR bulan 2023 ⇒ Mohon membawa hasil pemeriksaan ini
\n
', '', '2022-04-20 10:31:06', '2022-04-20 10:31:43'),
(168, 27, 'BMD Whole Body Pediatri', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan BMD dengan alat DXA Medilink Medix DR, dengan hasil sebagai berikut:
\n
\nKlinis:
\n
\nHasil:
\n
\nWhole body: BMD g/cm2; T-score ; Z-score ( dieksklusikan karena deviasi nilai terlalu tinggi, terdapat fraktur, terdapat implan)
\n
\nIntegrated Assesment:
\nNilai Z-Score pada pasien ini sebesar ; dikategorikan ke dalam kelompok Normal/Low Bone Mass/Osteoporosis
\n
\nUsul:\n\n\n - Terapi farmakologis untuk osteoporosis
\n - Perubahan life style untuk mencegah jatuh
\n - Follow up BMD Spine, Hip kanan kiri dengan alat DXA Medilink Medix DR bulan 2023 ⇒ Mohon membawa hasil pemeriksaan ini
\n
', '', '2022-04-20 19:39:39', '2022-09-07 23:08:07'),
(169, 6, 'Lopo (+ sacral ratio)', 'Foto BNO
\n\n\n - Preperitoneal fat line D/S : normal
\n - Kontur hepar normal, kontur lien normal
\n - Kontur ren D/S tertutup udara usus
\n - Psoas line D/S normal
\n - Distribusi udara usus normal hingga cavum pelvis
\n - Tidak tampak gambaran batu radioopak pada proyeksi traktus urinarius D/S
\n - Tulang : tampak osteofit pada vertebrae lumbal I-V dengan curva melurus
\n - Tampak terpasang marker 2 buah (pada proyeksi stoma bersih dan proyeksi anus)
\n - Sacral ratio ±0,35
\n
\n\nFoto Lopografi
\n\n\n - Pada pemeriksaan abdomen didapatkan 2 lubang stoma
\n - Kontras bariun enema dengan pengenceran 1:8 dimasukkan melalui kateter dengan balon yang dikembangkan pada lubang stoma sebanyak ± 120 cc, tampak kontras mengisi colon sigmoid hingga rectum, dan keluar melalui anus. Mukosa regular, tidak tampak filling defect, maupun additional shadow.
\n
\nKesimpulan: \n\n\n - Lopografi segmen distal paten
\n - Straight lumbalis
\n - Spondylosis lumbalis
\n - Sacral ratio ±0,35
\n
\n
\nNote
\nReferensi cara sacral ratio:
\nhttps://www.sciencedirect.com/science/article/pii/S0022346821000336#:~:text=The%20%E2%80%9Csacral%2Dratio%E2%80%9D%20(,8%5D%2C%20%5B9%5D.
\nhttp://www.scielo.org.za/scielo.php?script=sci_arttext&pid=S2078-67782015000200010', '', '2022-04-27 21:15:39', '2022-04-27 21:15:39'),
(170, 23, 'CTA Extremitas Inferior (grading)', 'Kepada Yth TS.,
\nTelah dilakukan CT Angiografi Ekstremitas Inferior, dengan kontras iv, dengan hasil sebagai berikut:
\n
\nAorta abdominalis : Kaliber ±cm. Tampak kalsifikasi
\n
\n
\nArteri Ekstremitas Inferior Dextra\n\n \n \n | A. Illiaca communis D | \n Kaliber ±mm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Illiaca eksterna D | \n Kaliber ±mm. Tampak mixed plaque disertai stenosis sedang (penyempitan lumen ±52%) | \n
\n \n | A. Illiaca interna D | \n Kaliber ±mm. Tidak tampak opasifikasi kontras pada 1/3 proksimal hingga middle, sepanjang ±cm | \n
\n \n | A. Communis femoralis D | \n Kaliber ±mm. | \n
\n \n | A. Superfisialis femoralis D | \n Kaliber ±mm. | \n
\n \n | A. Profunda femoralis D | \n Kaliber ±mm. | \n
\n \n | A. Poplitea D | \n Kaliber ±mm. | \n
\n \n | Tibioperoneal trunk D | \n Kaliber ±mm. | \n
\n \n | A. Tibialis anterior D | \n Kaliber ±mm. | \n
\n \n | A. Tibialis posterior D | \n Kaliber ±mm. | \n
\n \n | A. Peroneal D | \n Kaliber ±mm. | \n
\n \n | A. Dorsalis Pedis D | \n Kaliber ±mm. | \n
\n \n | A. Plantaris Pedis D | \n Kaliber ±mm. | \n
\n \n
\n
\nArteri Ekstremitas Inferior Sinistra\n\n\n \n \n | A. Illiaca communis S | \n Kaliber ±mm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Illiaca eksterna S | \n Kaliber ±mm. Tampak mixed plaque disertai stenosis sedang (penyempitan lumen ±52%) | \n
\n \n | A. Illiaca interna S | \n Kaliber ±mm. Tidak tampak opasifikasi kontras pada 1/3 proksimal hingga middle, sepanjang ±cm | \n
\n \n | A. Communis femoralis S | \n Kaliber ±mm. | \n
\n \n | A. Superfisialis femoralis S | \n Kaliber ±mm. | \n
\n \n | A. Profunda femoralis S | \n Kaliber ±mm. | \n
\n \n | A. Poplitea S | \n Kaliber ±mm. | \n
\n \n | A. Tibialis anterior S | \n Kaliber ±mm. | \n
\n \n | A. Tibialis posterior S | \n Kaliber ±mm. | \n
\n \n | A. Peroneal S | \n Kaliber ±mm. | \n
\n \n | A. Dorsalis Pedis S | \n Kaliber ±mm. | \n
\n \n | A. Plantaris Pedis S | \n Kaliber ±mm. | \n
\n \n
\n
\nInsidental finding:\n\n\n - Tampak fat stranding, disertai soft tissue swelling dan lesi densitas udara pada regio cruris kanan sisi medial
\n - Tampak osteofit multilevel pada sisi anterior v. lumbalis yang tervisualisasi
\n
\n
\nKesimpulan :\n\n\n - Extremitas inferior kanan : \n\n
\n - Total oklusi (sepanjang ±cm) e.c. mixed dan soft plaque
\n - Stenosis berat e.c. mixed dan soft plaque
\n - Stenosis sedang e.c. mixed dan soft plaque
\n - Stenosis ringan e.c mixed soft plaque
\n - Gangren formation regio cruris kanan sisi medial
\n
\n \n - Extremitas inferior kiri:\n
\n - Total oklusi (sepanjang ±cm) e.c. mixed dan soft plaque
\n - Stenosis berat e.c. mixed dan soft plaque
\n - Stenosis sedang e.c. mixed dan soft plaque
\n - Stenosis ringan e.c mixed soft plaque
\n - Gangren formation regio cruris kiri sisi medial
\n
\n \n - Aorta sklerosis abdominalis dan diffuse Arteriosklerosis ekstremitas inferior bilateral
\n - Spondylosis lumbalis
\n
\n
\nnote:
\na. illiaca communis, a. illiaca eksterna, a. illiaca interna, a. communis femoralis, a. superfisialis femoralis, a. profunda femoralis, a. poplitea, a. tibialalis anterior, a. tibialis posterior, a. peroneal, a. dorsalis pedis, a. plantaris pedis
\n
\n![\"Quantitative](\"https://www.researchgate.net/profile/Rahil-Shahzad-3/publication/248383421/figure/tbl1/AS:668625736331281@1536424206784/Quantitative-stenosis-grading-and-stenosis-types.png\")
\n ', '', '2022-04-28 16:19:10', '2022-10-28 12:24:32'),
(171, 25, 'CT Scan Thorax (lung segment)', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Scan Thorax dengan dan tanpa kontras, dengan dosis radiasi ±(0.014 x DLP = msv), dengan hasil sebagai berikut:\n\n - Cavum hemithorax D/S: Simetris.
\n - Paru D: Corakan vascular normal, tidak tampak ground glass opacity/cavitas/nodul. Main bronchus kanan terbuka.
\n - Paru S: Corakan vascular normal, tidak tampak ground glass opacity/cavitas/nodul. Main bronchus kiri terbuka.
\n - Aorta: Kaliber normal, tidak tampak kalsifikasi.
\n - Jantung: Ukuran, bentuk dan posisi normal.
\n - Thyroid D/S: Ukuran normal, permukaan reguler, densitas normal, tidak tampak lesi patologis.
\n - Hepar yang tervisualisasi: Ukuran normal, permukaan reguler, tidak tampak nodul maupun kista.
\n - Gall bladder: Ukuran normal, tidak tampak batu/sludge.
\n - Lien: Ukuran normal, sudut lancip, permukaan rata, densitas parenkim homogen, vena lienalis tidak melebar, tidak tampak nodul/massa.
\n - Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n - Ren D/S yang tervisualisasi: Ukuran normal, tidak tampak lesi patologis.
\n - Tulang-tulang yang tervisualisasi: Tidak tampak lesi osteolisis maupun osteoblastik.
\n
\n
\nKesimpulan:
\n \n', '', '2022-05-08 20:44:38', '2023-03-19 21:49:17'),
(172, 11, 'Foto Knee Chest', 'Foto Knee Chest
\n\n\n \n \n | Tampak distribusi udara usus paling distal berjarak ± 1,9 cm dari marker proyeksi anal dimple, dengan dilatasi colon pada sisi proximalnya | \n
\n \n | Skeleton | \n : | \n Normal, tidak tampak lesi osteolitik, osteoblastik. Tampak 5 buah os sacrum | \n
\n \n | | \n
\n \n
\n\nKesimpulan:
\n\n\n - Mengesankan atresia ani letak rendah
\n
', '', '2022-06-21 05:50:30', '2022-06-21 05:50:30'),
(173, 28, 'Cephalometri', 'Foto Lateral Cephalometry:
\n \n\n \n \n | Skeletal | \n Deskripsi | \n Nilai | \n Rentang normal | \n
\n \n | \n \n | \n Sella-nasion to A point angle | \n 86º | \n 82º (SD: +2) | \n
\n \n | \n \n | \n Sella-nasion to B point angle | \n 88º | \n 80º (SD: +2) | \n
\n \n | \n \n | \n A point to B point angle | \n 2º | \n 2º | \n
\n \n \n \n - Occlusal plane to SN
\n \n | \n SN to occlusal plane angle | \n 22º | \n 14º | \n
\n \n | \n \n | \n SN to mandibular plane | \n 34º | \n 32º | \n
\n \n | Dental | \n Deskripsi | \n Nilai | \n Rentang normal | \n
\n \n | \n \n | \n Angle between upper incisor to NA line | \n 22º | \n 22º | \n
\n \n | \n \n | \n Distance from upper incisor to NA line | \n 2 mm | \n 4 mm | \n
\n \n | \n \n | \n Angle between incisor to NB line | \n 34º | \n 25º | \n
\n \n | \n \n | \n Distance between incisor to NB line | \n 3 mm | \n 4 mm | \n
\n \n | \n \n | \n Upper incisor to lower incisor angle | \n 126º | \n 130º | \n
\n \n | \n \n | \n Holdaway ratio:
\n | \n Pogonion-NB line: 3 mm
\n Lower incisor: 3mm
\n Selisih: 0 | \n | \n
\n \n | Soft tissue | \n Deskripsi | \n Nilai | \n Rentang normal | \n
\n \n | \n \n | \n Line formed by connecting soft tissue pogonion and middle of an S formed by lower border of the nose | \n both lips are protrusive | \n Both lips should touch the S line | \n
\n \n
\n
\nJarak overbite 1 mm (normal 2-3 mm)
\nJarak Overjet 2 mm (normal 2-3 mm)
\n
\nKesimpulan: \n\n - Protruded maxilla
\n - Protruded mandibula
\n - Lips too protrusive
\n -
\n
', '', '2022-07-05 04:27:18', '2022-07-05 04:27:18'),
(174, 11, 'Foto Lumbosakral AP/Lateral/RPO/LPO', 'Radiografi lumbosakral AP/ Lateral / RPO / LPO
\n\n\n \n \n | Alignment | \n : | \n Tidak tampak listhesis | \n
\n \n | Trabeculasi | \n : | \n Normal | \n
\n \n | Curve | \n : | \n Lordosis | \n
\n \n | Corpus | \n : | \n Tidak tampak osteolitik, osteoblastik, garis fraktur | \n
\n \n | Intervertebral space | \n : | \n Tidak tampak penyempitan | \n
\n \n | Proc. Transversus / spinosus | \n : | \n Normal | \n
\n \n | pedikel | \n : | \n Normal | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n
\n\nPada Foto RPO/LPO: pars interarticularis: tidak tampak defek
\n\nKesimpulan:
\n\n\n - Foto Lumbosacral dalam batas normal
\n
', '', '2022-07-06 20:42:16', '2022-07-06 20:42:16');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(175, 10, 'TMJ (MRI kepala fokus TMJ)', 'Kepada Yth. TS,
\nTelah dilakukan MRI kepala fokus TMJ, tanpa pemberian kontras i.v., dengan sekuen T1WI, T2WI/FS, T2GRE, PD, DWI, ADC, open dan close mouth, dengan hasil sebagai berikut:
\n\n\n - TMJ Kiri:\n
\n - Diskus:\n
\n - Morfologi: Pada T2GRE tampak diskontinuitas pada posterior zone (perforated)
\n - Sudut antara posterior band diskus dengan orientasi vertikal condylus mandibula: 36,8 derajat (normal <30 derajat)
\n - Tampak displacement diskus ke anteromedial (closed mouth view)
\n - Mobilitas diskus: tampak displacement ke anterior pada closed mouth dan tidak tampak pada open mouth (Anterior disk displacement with reduction)
\n
\n \n - Tampak joint effusion minimal
\n - Retrodiscal tissue: normal
\n - M. Pterygoideus: Tampak penipisan pada area insersi dari open mouth view dibandingkan closed mouth view
\n - Tulang yang tervisualisasi: tampak erosi pada condylar head
\n
\n \n - TMJ Kanan:\n
\n - Diskus:\n
\n - Morfologi: Pada T2GRE tampak diskontinuitas pada intermediate zone (perforated)
\n - Sudut antara posterior band diskus dengan orientasi vertikal condylus mandibula: 23,1 derajat (normal <30 derajat)
\n - Tidak tampak displacement
\n - Mobilitas diskus normal (closed dan open mouth view)
\n
\n \n - Tidak tampak joint effusion
\n - Retrodiscal tissue: normal
\n - M. Pterygoideus: Ukuran, bentuk dan posisi normal (closed dan open mouth view)
\n - Tulang yang tervisualisasi: tidak tampak flattening, osteofit, erosi maupun sklerosis
\n
\n \n - Tidak tampak lesi hipointens maupun hiperintens patologis intraparenkim otak
\n - Sulci, fissura sylvii dan gyri normal
\n - Diferensiasi gray dan white matter baik
\n - Sistem ventrikel dan sisterna normal
\n - Infratentorial : mesencephalon, pons dan cerebellum normal
\n - Tidak tampak pergeseran garis tengah
\n - Orbita dan aircell mastoid kanan kiri normal
\n - Tampak lesi isointens T1WI, hiperintens T2WI/FS pada sinus maxillaris kanan kiri, ethmoidalis kanan kiri, frontalis kanan
\n
\nKesimpulan:\n\n\n - Menyokong gambaran TMJ dysfuction bilateral
\n - Tidak tampak lesi patologis intraparenkim otak
\n - Sinusitis maxillaris bilateral, ethmoidalis bilateral, frontalis kanan
\n
\n
\nRef : Sdr M H (RM 11540731)', '', '2022-07-08 02:19:26', '2022-07-08 02:20:27'),
(176, 27, 'BMD Pediatric dg Chart', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan BMD dengan alat DXA Medilink Medix DR, dengan hasil sebagai berikut:
\n
\nEffective DAP: 0.158 üSv/ 2.4mGycm3/0.27üGy
\n
\nKlinis: Paraparese inferior + osteopenia
\n
\nHasil:\n\n - TB:90 cm, BB: 14 kg, BMI 17.28 kg/m2 (underweight)
\n - Total body Fat 35.7%
\n - Whole Body: BMD 0,356 g/cm2; Z-score below (-2)
\n
\n
\nIntegrated Assesment:\n\n\n - Nilai Z-Score pada pasien ini below (-2) dikategorikan ke dalam low bone mass
\n
\n
\n![\"BMD](\"https://www.researchgate.net/profile/Alison-Boyce/publication/51471959/figure/fig2/AS:305801915846674@1449920266855/BMD-Z-score-and-T-score-for-a-12-yr-old-child-23-The-curves-demarcate-the-normal-mean.png\")
\n\n \n \n | | \n
\n \n | | \n | \n
\n \n
\n ', '', '2022-07-11 09:10:21', '2022-07-11 09:10:21'),
(177, 29, 'CTA Renal', 'Kepada Yth. TS :
\nTelah dilakukan CT angiografi abdomen dengan rekonstruksi 3D tanpa dan dengan kontras, dengan hasil sebagai berikut:
\n\n\n - Aorta:\n
\n - Diameter aorta thoracalis normal yang tervisualisasi ± 17,3 mm
\n - Diameter aorta abdominalis diatas a. renalis ± 14,2 mm
\n - Diameter aorta abdominalis dibawah a. renalis ± 11,5 mm
\n - Diameter aorta abdominalis sebelum bifurcatio aorta ± 11,1 mm
\n
\n \n - Arteri renalis kanan: keluar dari percabangan level V.L 1-2, ukuran renal: 4,61x4,3x10,13 cm\n
\n - Diameter main arteri renalis kanan ± 4,27 mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n - Diameter arteri renalis segmental anterior ± 6,05 mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n - Diameter arteri renalis segmental posterior ± 4,13 mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n
\n \n - Arteri renalis kiri: keluar dari percabangan level V.L 1, ukuran renal: 4x4,6x11,3 cm\n
\n - Diameter main arteri renalis kiri ±4 mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n - Diameter arteri renalis segmental anterior ± 4,45 mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n - Diameter arteri renalis segmental posterior ± 4,23 mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n
\n \n - Arteri illiaca communis kanan diameter ±6,7 mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n - Arteri illiaca eksterna kanan diameter ± 5,7mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n - Arteri iliaca eksterna kiri diameter ± 5,3mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n - Arteri iliaca interna kanan diameter ±5,3 mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n - Arteri iliaca interna kiri ± 5,2 mm, tidak tampak aneurisma, stenosis, maupun malformasi vaskular.
\n - Hepar: Ukuran tidak membesar, sudut tajam, permukaan rata, sistem porta/vaskuler/bilier tidak melebar
\n - Gall Bladder: Ukuran normal, dinding tidak menebal, tidak tampak batu/sludge.
\n - Pankreas: Ukuran normal
\n - Lien: Ukuran normal, kontur normal, tidak tampak pelebaran vena lienalis
\n - Vesika Urinaria: Terisi urin, dinding reguler
\n - Tidak tampak lymphadenopati.
\n - Tulang-tulang intak, tidak tampak lesi osteolitik/osteoblastik.
\n - Paru D/S yang tervisualisasi: Tidak tampak lesi patologis.
\n
\nKesimpulan :\n\n\n - Parenkim ginjal dan sistem pelvicalyceal ren bilateral baik
\n - Vaskular renal bilateral dalam batas normal, tidak tampak gambaran stenosis maupun malformasi maupun malroute vaskuler
\n
\nRM : 230220223', '', '2022-07-12 19:47:11', '2022-07-12 19:47:11'),
(178, 10, 'MRA abdomen Pro cangkok (resipien) ginjal', 'Kepada Yth. TS.
\nTelah kami lakukan MRI+MRA abdomen dan pelvis tanpa pemberian kontras IV sekuen T2WI potongan axial, coronal, sagital dengan hasil sebagai berikut:
\n\n\n - Hepar: ukuran craniocaudal ±9,2 cm, permukaan regular, sistem porta, bilier dan vaskuler normal. Tampak lesi hiperintens T2, berbatas tegas pada segmen 6, diameter ±9,4 mm
\n - Gall bladder: Ukuran ±8,4x2,7 cm, dinding tidak menebal, tidak tampak batu / sludge,
\n - Lien: ukuran ±8.8x5.3 cm, permukaan regular, tidak tampak sinyal patologis
\n - Pankreas : ukuran normal, permukaan regular, tidak tampak sinyal patologis
\n - Ren D: ukuran ±4,2x4,1x6,9 cm, posisi normal, tidak tampak batu, system pelviocalyceal tidak melebar. Tampak kista multiple pada pole atas bawah dengan diameter terbesar ±7 mm pada pole atas
\n - Ren S: ukuran ±4,1x4,2x6,8 cm, posisi normal, tidak tampak batu, system pelviocalyceal tidak melebar. Tampak kista multiple pada pole atas tengah bawah dengan diameter terbesar ±1,1 mm pada pole tengah
\n - Vesica urinaria: Terisi urine minimal, tidak tampak batu/ massa
\n - Bone: Tampak intensitas sinyal heterogen.
\n - Incidental findings: Tampak penurunan intensitas sinyal tanpa disertai penurunan tinggi diskus pada L5-S1 sesuai Pfirrmann III
\n
\n\nTelah kami lakukan pemeriksaan MRA Aortailiaca tanpa kontras, dengan hasil sebagai berikut:
\n
\nArteri
\n\n\n - Aorta abdominalis: bentuk baik, dinding regular, diameter pada level proksimal dari bifurcatio ±1,4 cm, sedangkan diameter distal percabangan a. Renalis kanan ±1,6 cm
\n - A. Iliaca communis kanan: kaliber sekitar 12 mm, permukaan reguler, stenosis, thrombus, aneurisma maupun malformasi vaskular
\n - A. Iliaca communis kiri: kaliber sekitar 12 mm, permukaan reguler, stenosis, thrombus, aneurisma maupun malformasi vaskular
\n - A. Iliaca interna kanan: kaliber 7 mm, permukaan reguler, stenosis, thrombus, aneurisma maupun malformasi vaskular
\n - A. Iliaca interna kiri: kaliber 5,5 mm, permukaan reguler, stenosis, thrombus, aneurisma maupun malformasi vaskular
\n - A. Iliaca externa kanan: kaliber 9 mm, permukaan reguler, stenosis, thrombus, aneurisma maupun malformasi vaskular
\n - A. Iliaca externa kiri: kaliber 8 mm, permukaan reguler, stenosis, thrombus, aneurisma maupun malformasi vaskular
\n
\nVena\n\n\n - V. Cava Inferior: kaliber 1,4 cm, tidak tampak thrombus, aneurisma maupun malformasi vaskular
\n - V. iliaca communis kanan: kaliber 9 mm, tidak tampak thrombus, aneurisma maupun malformasi vaskular
\n - V. iliaca communis kiri: kaliber 9,8 mm, tidak tampak thrombus, aneurisma maupun malformasi vaskular
\n - V. iliaca interna kanan: kaliber 7,1 mm, tidak tampak thrombus, aneurisma maupun malformasi vaskular
\n - V. iliaca interna kiri: kaliber 7 mm, tidak tampak thrombus, aneurisma maupun malformasi vaskular
\n - V. iliaca eksterna kanan: kaliber 8,1 mm, tidak tampak thrombus, aneurisma maupun malformasi vaskular
\n - V. iliaca eksterna kiri: kaliber 7,9 mm, tidak tampak thrombus, aneurisma maupun malformasi vaskular
\n
\nKesimpulan:\n\n\n - A. iliaca communis bilateral, a. iliaca eksterna bilateral, a. iliaca interna bilateral normal, tidak tampak kalsifikasi, stenosis, thrombus, aneurisma maupun malformasi vaskular
\n - V. iliaca communis bilateral, v. iliaca eksterna bilateral, v. iliaca interna bilateral normal, tidak tampak thrombus, aneurisma maupun malformasi vaskular
\n - Contracted ren bilateral
\n - Kista multiple ren bilateral
\n - Lesi pada segmen 6 hepar suspek kista hepar
\n - Osteoporosis dan degenerasi diskus pada L5-S1
\n
', '', '2022-07-12 20:25:39', '2022-07-12 20:25:39'),
(179, 11, 'Thorax PA Meta min', 'Foto Thorax PA
\n\n\n \n \n | Cor | \n : | \n Bentuk, ukuran, dan posisi normal | \n
\n \n | Aorta | \n : | \n Tidak tampak elongasi, dilatasi, kalsifikasi | \n
\n \n | Trachea | \n : | \n Ditengah | \n
\n \n | Pulmo | \n : | \n Corakan vascular normal. Hilus Dextra/Sinistra normal. Tidak tampak infiltrat/cavitas/nodul | \n
\n \n | Sudut costophrenicus Dextra/Sinistra | \n : | \n Lancip | \n
\n \n | Hemidiaphragma Dextra/Sinistra | \n : | \n Dome shaped | \n
\n \n | Skeleton | \n : | \n Intak, tidak tampak lesi osteolitik/osteoblastik/garis fraktur | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n | | \n
\n \n
\n\nKesimpulan :
\n\n\n - Cor dan pulmo dalam batas normal. Tidak tampak proses metastasis pada paru dan tulang yang tervisualisasi
\n
', '', '2022-07-20 20:29:52', '2023-01-12 00:37:54'),
(180, 10, 'DWIBS', '\n
\n
\n
Kepada Yth. TS,
\n\n
Telah kami lakukan MRI Whole body, posisi supine, protokol rutin, tanpa dan dengan kontras iv, irisan axial, coronal, sagital, dengan hasil sebagai berikut:
\n
\nKepala/ Leher :\n\n
\n - Tidak tampak intensitas signal patologis sebelum dan sesudah penambahan kontras pada parenkim cerebri, cerebellum, pons, mesencephalon dan medulla oblongata
\n - Sulci fissura sylvii dan gyri normal
\n - Sistem ventrikel dan sisterna normal
\n - Orbita, aircell mastoid dan sinus paranasal normal
\n - Tulang calvaria dan corpus vertebrae cervicalis tidak tampak intensitas signal patologis
\n - Tampak limfonodi multiple isointens T1WI slight hiperintens T2WI/STIR, non restricted DWIBS pada perijugular kanan kiri, submandibullar kanan kiri, supraclaviculla kanan kiri dengan diameter short axis terbesar 5mm pada perijugular kanan
\n
\nThorax dan Ekstremitas Superior D/S :\n\n
\n - Tidak tampak intensitas signal patologis pada paru kanan kiri , cavum pleura kanan kiri
\n - Tidak tampak limfadenopati mediastinal, axilla kanan kiri
\n - Tidak tampak struktur mammae kanan (post op)
\n - Tidak tampak intensitas signal patologis pada mammae kiri
\n - Corpus vertebrae thoracalis : kurvatura normal, tidak tampak dissalignment, tidak tampak intensitas signal patologis.
\n
\nAbdomen : \n\n
\n - Hepar : ukuran CC ±12 cm, lobus kiri menyentuh lien, intensitas signal homogen, tidak tampak nodul maupun kista
\n - Gallbladder : Ukuran normal, dinding reguler, tidak menebal, tampak sludge gallbladder isointens T1WI/T2WI/STIR
\n - Lien : ukuran CC ±6.5cm, tidak tampak intensitas signal patologis
\n - Renal D/S : Ukuran normal, tidak tampak intensitas signal patologis
\n - Vesica urinaria : Terisi urin optimal, dinding reguler, tidak menebal, tidak tampak intensitas signal patologis
\n - Uterus : posisi anteversi, ukuran normal, tidak tampak intensitas signal patologis
\n - Adnexa D/S : Ovarium S : ukuran 1.6 x 3.2 cm, Ovarium D : 3.3 x 1.5 cm, Tampak lesi kistik multiple ukuran hampir sama pada ovarium kiri membentuk gambaran chain of pearls (on hormonal treatment)
\n - Corpus vertebrae lumbalis : kurvatura normal, tidak tampak dissalignment, tidak tampak intensitas signal patologis.
\n
\nEkstremitas inferior D/S :\n\n
\n - Tidak tampak dissalignment antar joint
\n - Tulang : Tidak tampak intensitas signal patologis
\n - Celah sendi : Tidak tampak penyempitan maupun pelebaran celah sendi, tidak tampak intensitas signal patologis.
\n - Tampak limfonodi multiple pada inguinal kanan kiri isointens T1WI, hipointens T2WI, hiperintens STIR, non restricted DWIBS dengan diameter short axis <10 mm
\n
\n\n
Kesimpulan:
\n\n
\n - Tidak tampak massa residu maupun residif pada operative bed mammae kanan
\n - Tidak tampak lesi patologis pada mammae kiri, intraabdomen, intraparenkim otak
\n - Tidak tampak bone marrow replacement pada tulang yang tervisualisasi
\n - Sludge gallbladder
\n
\n
\n
\n\n
\n\n
\n
\n\n\n \n \n | \n Kepada Yth TS
\n
\n Telah dilakukan MRI kepala, tanpa dan dengan pemberian kontras i.v, dengan sekuen T1WI, T2WI, DWI, SWI, FLAIR, FIESTA/T2DRIVE/CISS dengan hasil sebagai berikut : \n\n \n - Tidak tampak lesi hipointens maupun hiperintens patologis intraparenkim otak
\n - Volume hipocampus D: ................ mm3, S: ............. mm3 (normal: 1900-2000 mm3), tidak tampak hipocampal hiperintensity pada sekuen FLAIR
\n - Tidak tampak gambaran polimycrogyria, focal dysplasia maupun megalencephali
\n - Tidak tampak struktur grey matter pada subcortical dan subependymal
\n - Pada sequens FLAIR tidak tampak intensitas signal patologis
\n - Tidak tampak blooming SWI intra parenkhim otak
\n - Sulci, fissura sylvii dan gyri normal, pasca penambahan kontras tidak tampak penyangatan leptomeningeal patologis
\n - Diferensiasi gray dan white matter baik
\n - Sistem ventrikel dan sisterna normal
\n - Infratentorial : mesencephalon, pons dan cerebellum normal
\n - Tidak tampak pergeseran garis tengah
\n - Orbita dan aircell mastoid kanan kiri normal
\n - Tampak lesi hipointens T1WI, hiperintens T2WI bentuk dome pada sinus maxilaris kanan kiri
\n - Pada sekuens T2DRIVE:
\n \n Kesimpulan:\n\n \n - Tidak tampak lesi patologis intraparenkim serebri
\n \n | \n
\n \n
\n\n
', '', '2022-07-27 02:05:20', '2022-07-27 02:05:20'),
(182, 11, 'Foto Bone Age', 'Radiografi Manus AP Sinistra (Bone Age)
\nAnak perempuan usia 13 tahun\n\nDeskripsi:
\n\n\n - Tampak osifikasi phalanx proximal-medial digiti I, phalanx proximal-medial-distal digiti II, III, IV, V, os metatarsal I, II, III, IV, V, os scaphoid, os lunatum, os triquetrum, os pisiform, os trapezium, os trapezoid, os capitatum, os hamatum
\n - Fusi epifisis-diafisis sudah terjadi pada os ulna
\n - Fusi epifisis os metacarpal II, III, IV, V
\n - Fusi seluruh epifisis phalanx digiti I-V
\n - Sudah tidak tampak garis radiolusen pada lempeng epifisis
\n
\nSimpulan:\n\n\n - Foto bone age manus sinistra sesuai dengan anak perempuan usia 17 tahun.
\n
', '', '2022-08-02 01:15:01', '2022-08-02 01:22:50');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(183, 8, 'USG Doppler Penis Erectile dysfunction', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan USG Doppler Penis tanpa dan dengan premedikasi sildenafil 50 mg, dengan hasil sebagai berikut:
\n \n\n \n \n | | \n Arteri Cavernosa Kanan | \n | \n Arteri Cavernosa Kiri | \n
\n \n | Waktu | \n PSV (cm/detik) | \n EDV (cm/detik) | \n Waktu | \n PSV (cm/detik) | \n EDV (cm/detik) | \n
\n \n | Pre medikasi | \n 4.9 | \n 0.3 | \n Pre Medikasi | \n 2.7 | \n 0.2 | \n
\n \n | Post medikasi | \n | \n | \n Post Medikasi | \n | \n | \n
\n \n | 15 Menit | \n 4.4 | \n 0.2 | \n 15 Menit | \n 3.5 | \n 0.3 | \n
\n \n | 30 Menit | \n 9.0 | \n 1.7 | \n 30 Menit | \n 7.1 | \n 1.4 | \n
\n \n | 45 Menit | \n 5.9 | \n 1.7 | \n 45 Menit | \n 12.4 | \n 1.2 | \n
\n \n | 60 Menit | \n 22.4 | \n 3.6 | \n 60 Menit | \n 12.3 | \n 2.8 | \n
\n \n | 75 Menit | \n 7.5 | \n 1.5 | \n 75 Menit | \n 8.8 | \n 1.9 | \n
\n \n | 90 Menit | \n 16.1 | \n 1.4 | \n 90 Menit | \n 18.0 | \n 1.4 | \n
\n \n
\n
\nv. dorsalis penis velocity 1.9 cm/detik
\n
\nKesimpulan:\n\n\n - Peak sistolic velocity a. cavernosus bilateral <25 cm/detik, mengesankan arteriogenic erectile dysfuction
\n
\n
\nnote:
\n![\"\"](\"data:image/png;base64,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',)
Kepada Yth, TS
\n
\nTelah dilakukan MRI Lumbosacral tanpa kontras, dengan hasil sebagai berikut :
\n
\nObservasi general\n\n\n \n \n | - | \n Curve | \n : | \n Melurus | \n
\n \n | - | \n Alignment | \n : | \n Tampak listhesis pada level L4 terhadap L5 ke anterior <25% | \n
\n \n | - | \n Spinal Canal | \n : | \n Tampak penyempitan berat pada level L4-L5, sedang pada L3-L4, L5-S1, ringan pada T12-L1, L2-L3 | \n
\n \n
\n\nObservasi vertebrae
\n\n\n \n \n | - | \n Corpus | \n : | \n Tidak tampak SOL, maupun bone marrow changes patologis lainnya. Tampak Osteofit (+) pada sisi anterior posterior dan laterolateral vertebrae lumbal
\n Tampak degeneratif fatty changes multilevel sesuai Modic II. Permukaan irreguler sebagian dengan defek schmorl node pada superior corpus L2,3,4,5 dan inferior L5 | \n
\n \n
\n\nObservasi intervertebral space
\n\n\n - Tampak dessicated diskus heterogen disemua level lumbalis, disertai penurunan tinggi diskus pada level L3/4,4/5,L5/S1 dengan intensitas udara di ruang diskus
\n - Intensitas facet joint menurun pada semual level disertai hipertrofi facet pada L3-L4, L4-L5 ds
\n
\n\nMorfologi diskus :
\n\n\n \n \n | - | \n T12-L1 | \n : | \n Tampak bulging disc | \n
\n \n | - | \n L1-L2 | \n : | \n Tampak bulging disc | \n
\n \n | - | \n L2-L3 | \n : | \n Tidak tampak herniasi | \n
\n \n | - | \n L3-L4 | \n : | \n Tampak bulging disc asimetris , anterior-posterior | \n
\n \n | - | \n L4-L5 | \n : | \n Tampak herniated disc, central dan subarticular zone | \n
\n \n | - | \n L5-S1 | \n : | \n Tampak herniated disc, central, subarticular dan foramina zone | \n
\n \n | Ligamentum flavum | \n : | \n Tampak penebalan pada semua level | \n
\n \n | Foramen neuralis | \n : | \n Tampak penyempitan berat level L5-S1 kanan kiri, sedang level L3-L4, L4-L5 kanan kiri, ringan L2-L3 kanan kiri | \n
\n \n | Medula spinalis | \n : | \n Conus medularis setinggi T12-L1, tidak tampak peningkatan sinyal intramedulla | \n
\n \n
\n\nKesimpulan:
\n\n\n - Multilevel stenosis spinal canal, severe VL4/5, moderate VL3/4,L/S1, mild VTh12/L1, L2/3 e/c herniated disc (L4/5), posterior buldging disk (VTh 12/L1, L1/2, L3/4), spondylolistesis anterior Gr I L4/5, spondilosis lumbalis, dan penebalan ligamentum flavum
\n - Multilevel stenosis foraminal neuralis, severe VL5/S1 ds, moderate di VL3/4,4/5 ds, mild VL2/3 ds e/c Spondylolistesis anterior lumbalis Gr I L4/5, posterior buldging disk (L3/4), Spondylosis Lumbalis dan hypertrophy facet osteoarthrosis
\n - Degenerasi end plate dan diskus disertai vacuum phenomenon
\n
\n
\nReferensi RM : 040820221
\n ', '', '2022-08-09 22:48:40', '2022-08-09 22:48:40'),
(185, 8, 'USG FNAB', 'Kepada Yth. TS,
\nTelah kami lakukan tindakan FNAB guiding USG dengan hasil sebagai berikut:\n\n - Pasien berbaring dalam posisi prone, kami lakukan USG pada hemithorax kiri
\n - Kami dapatkan konsolidasi heterogen iso-hipoechoic pada paru kiri, mobile saat inspirasi ekspirasi, kami berikan 1 buah marker sejajar linea scapularis kanan membentuk sudut 60 derajat ke cranial dengan kedalaman aman 2,5-4 cm, dilakukan FNAB saat pasien inspirasi dalam dan kami lakukan konfirmasi USG.
\n - Kami dapatkan sampel jaringan
\n - Tindakan selesai
\n
', '', '2022-08-31 22:32:10', '2022-08-31 22:32:10'),
(186, 8, 'USG Doppler Penis', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan USG Doppler Penis tanpa dan dengan premedikasi sildenafil 50 mg per oral, dengan hasil sebagai berikut:
\n \n\n \n \n | Arteri Cavernosa Kanan | \n Arteri Cavernosa Kiri | \n
\n \n | Waktu | \n PSV (cm/detik) | \n EDV (cm/detik) | \n Waktu | \n PSV (cm/detik) | \n EDV (cm/detik) | \n
\n \n | Pre medikasi | \n 3,0 | \n 1,7 | \n Pre Medikasi | \n 5.2 | \n 1,9 | \n
\n \n | Post medikasi | \n Post Medikasi | \n
\n \n | 15 Menit | \n 3,2 | \n 1,0 | \n 15 Menit | \n 5,0 | \n 1,2 | \n
\n \n | 30 Menit | \n 6,2 | \n 2,1 | \n 30 Menit | \n 4,4 | \n 1,4 | \n
\n \n | 45 Menit | \n 3,4 | \n 1,0 | \n 45 Menit | \n 2,8 | \n 1,2 | \n
\n \n | 60 Menit | \n 14,8 | \n 6,4 | \n 60 Menit | \n 5,2 | \n 3,0 | \n
\n \n | Stimulasi visual | \n Stimulasi visual | \n
\n \n | 5 Menit | \n 3,7 | \n 1,2 | \n 5 Menit | \n 9,2 | \n 1,8 | \n
\n \n | 10 Menit | \n 11,2 | \n 3,0 | \n 10 Menit | \n 16,2 | \n 5,2 | \n
\n \n | 15 Menit | \n 13,8 | \n 3,5 | \n 15 Menit | \n 19,2 | \n 4,6 | \n
\n \n | 20 Menit | \n 11,4 | \n 3,5 | \n 20 Menit | \n 13,5 | \n 4,2 | \n
\n \n
\n
\nV. dorsalis penis PSV 1.9 cm/detik
\n
\nKesimpulan:\n\n\n - Peak sistolic velocity a. cavernosus bilateral <25 cm/detik, mengesankan arteriogenic erectile dysfuction
\n
', '', '2022-09-04 23:46:05', '2023-07-05 16:58:21'),
(187, 27, 'BMD Whole body composition dewasa', 'Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan Whole body composition dengan alat DXA Medilink Medix DR, dengan hasil sebagai berikut:
\n
\nKlinis:
\n
\nHasil:
\n
\nWhole Body Composition\n\n\n - Bone : BMD 0.957 g/cm2; T-score -0.5; Z-score 1.0
\n - BMI 27.27 kg/m2 (Underweight < 18.5; Normal 18.5-24.9; Overweight 25-29.9;Obese >30)
\n - Total body Fat 48.4%
\n - Visceral adipose tissue area (VAT) 237 cm2 (N: 10-100; Increased: 100-160; High:160-300)
\n - Subcutaneous fat area 109 cm2
\n - Fat Mass Index: 13.2 kg/m2 (Fat deficit (0-5;N: 5-9;Excess fat 9-13;Obese Class I 13-17;Class II 17-21; Class 21-25 kg/m2)
\n - Lean mass index 13.3 kg/m2 (Normal > 7.26 kg/m2 (male) dan > 5.45 kg/m2 (female)
\n - Appendicular mass index 6.5 kg/m2 (Normal Female <5; male <7)
\n - Appendicular mass index/BMI ratio : 0.24 (Normal female 0.51; male 0.79)
\n - Android/gynecoid fat ratio 1.08 (Normal Female < 0.8; Male <1.0)
\n
\n
\nIntegrated Assesment:\n\n\n - Obese class I dan VAT (Visceral Adipose Tissue) dalam kelompok high dengan resiko sindrom penyakit metabolik terutama cardiovascular
\n
\n
\nUsul:\n\n\n - Perubahan life style untuk menurunkan BMI dan total body fat
\n
\nCatatan :
\nBila VAT masuk dalam kelompok Increased dan high, android/gynecoid fat ratio lebih dari normal, termasuk dalam resiko sindrom penyakit metabolic terutama cardiovascular, bila normal tidak termasuk dalam kelompok resiko
\nBila appendicular mass index kurang dari normal memiliki resiko terjadinya sarcopenia terutama pada pasien usia tua (> 60 tahun)
\n ', '', '2022-09-07 22:47:30', '2022-09-07 23:10:57'),
(188, 30, 'Mild Fatty liver', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG dengan hasil sebagai berikut:\n\n \n \n | • | \n Hepar | \n : | \n Ukuran ± cm, permukaan reguler, echoparenchym meningkat diffuse tanpa mengaburkan batas vaskular intrahepatik, sistem portal/vaskuler/bilier tidak melebar. Tidak tampak nodul/kista | \n
\n \n | • | \n Ketebalan subcutaneous fat | \n : | \n ............................. (Ukuran normal <13 mm) | \n
\n \n | • | \n Ketebalan visceral fat | \n : | \n ...............................(Ukuran normal P: 34 mm; L: 54 mm) | \n
\n \n | • | \n Ketebalan right perirenal fat | \n : | \n ................................(Ukuran normal P:12,5 mm; L: 22,5 mm) | \n
\n \n •
\n | \n Ketebalan left perirenal fat | \n : | \n
\n ................................(Ukuran normal P:12,5 mm; L: 22,5 mm)
\n | \n
\n \n
\nKesimpulan:\n\n', '', '2022-09-08 08:39:48', '2022-09-09 17:59:09'),
(189, 30, 'Moderate Fatty Liver', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG dengan hasil sebagai berikut:\n\n\n \n \n | • | \n Hepar | \n : | \n Ukuran ± cm, permukaan reguler, echoparenchym meningkat difus dengan atenuasi posterior yang mengaburkan vaskuler di sekitarnya, sistem portal/vaskuler/bilier tidak melebar. Tidak tampak nodul/kista | \n
\n \n | • | \n Ketebalan subcutaneous fat | \n : | \n ........................ (Ukuran normal <13 mm) | \n
\n \n | • | \n Ketebalan visceral fat | \n : | \n .........................(Ukuran normal P: 34 mm; L: 54 mm) | \n
\n \n | • | \n Ketebalan right perirenal fat | \n : | \n ........................(Ukuran normal P:12,5 mm; L: 22,5 mm) | \n
\n \n •
\n | \n Ketebalan left perirenal fat | \n : | \n ...........................(Ukuran normal P:12,5 mm; L: 22,5 mm) | \n
\n \n
\nKesimpulan:\n\n\n - Moderate fatty liver
\n
', '', '2022-09-08 08:41:04', '2022-09-09 17:59:46'),
(190, 30, 'Severe Fatty Liver', 'Kepada Yth. TS, Telah dilakukan pemeriksaan USG dengan hasil sebagai berikut:\n\n\n \n \n | • | \n Hepar | \n : | \n Ukuran ± cm, permukaan reguler, echoparenchym meningkat difuse dengan atenuasi posterior dan obskurasi hemidiafragma kanan, sistem portal/vaskuler/bilier tidak melebar. Tidak tampak nodul/kista | \n
\n \n | • | \n Ketebalan subcutaneous fat | \n : | \n ................................ (Ukuran normal <13 mm) | \n
\n \n | • | \n Ketebalan visceral fat | \n : | \n ..................................(Ukuran normal P: 34 mm; L: 54 mm) | \n
\n \n | • | \n Ketebalan right perirenal fat | \n : | \n ..................................(Ukuran normal P:12,5 mm; L: 22,5 mm) | \n
\n \n | • | \n Ketebalan left perirenal fat | \n : | \n ..................................(Ukuran normal P:12,5 mm; L: 22,5 mm) | \n
\n \n
\nKesimpulan:\n\n', '', '2022-09-08 08:41:48', '2022-09-09 18:00:46'),
(191, 11, 'RA-Manus Rheumatoid Artritis', 'Radiografi Manus D/S AP
\n\n\n \n \n | Alignment | \n : | \n Tidak tampak disalignment antar joint | \n
\n \n | Tulang | \n : | \n Tampak periartikular osteoporosis pada radiocarpal kanan kiri, carpometacarpal kanan kiri, PIP, DIP kanan kiri dengan sklerotik endplate distal os radius kanan kiri. Tampak irreguleritas endplate pada proksimal phalang II, III, V manus kanan kiri. | \n
\n \n | Celah sendi | \n : | \n Tampak penyempitan celah sendi carpometacarpal joint kanan kiri, radiocarpal joint kanan kiri | \n
\n \n | Soft tissue | \n : | \n Normal | \n
\n \n
\n\nKesimpulan:
\n\n\n - Periartikular osteoporosis, penyempitan carpometacarpal joint dengan irreguleritas endplate sesuai gambaran Rheumatoid Artritis
\n
', '', '2022-09-27 19:53:08', '2022-09-27 19:53:08'),
(192, 11, 'RA-Pedis Rheumatoid Artritis', 'Radiografi Pedis D/S AP
\n\n\n \n \n | Alignment | \n : | \n Tidak tampak disalignment antar joint | \n
\n \n | Tulang | \n : | \n Tampak periartikular osteoporosis pada MTP I-V, PIP I-V, DIP II-V, dan pada metatarsophalangeal I-V pedis kanan kiri | \n
\n \n | Celah sendi | \n : | \n Tampak penyempitan celah sendi metatarsophalangeal joint kanan kiri | \n
\n \n | Soft tissue | \n : | \n Tidak tampak soft tissue swelling | \n
\n \n
\n\nKesimpulan:
\n\n\n - Periartikular osteoporosis dengan penyempitan metatarsophalangeal joint bilateral sesuai gamabran Rheumatoid Artritis
\n
', '', '2022-09-27 19:57:51', '2022-09-27 19:57:51');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(193, 27, 'BMD anak <18tahun BARU', '\n
\n
\n
\n
\n
\n
\n
Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan BMD dengan alat DXA Medilink Medix DR, dengan hasil sebagai berikut:\n
\nEffective DAP: ... üSv/ ... mGycm2/...üGy
\n
\n
Klinis:...\nterapi :
\nRPD:
\n
\n
Hasil:\n
\n - TB: .. cm, BB: .. kg, BMI:.. kg/m2 (LIHAT WHO TABEL Z SCORE )
\n - Total body Fat ...% Fat Mass Index (FMI): .. kg/m2
\n - Whole Body: BMD .. g/cm2; Z-score ..
\n
\n
\n
Integrated Assesment\n\n
\n - Nilai Z-Score pada pasien ini .. dikategorikan ke dalam normal
\n - FMI ..
\n
\n
\n
\n\n
GAMBAR JANGAN LUPA DI DELETE
![\"\"](\"data:image/png;base64,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',)
Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan BMD dengan alat DXA Medilink Medix DR, dengan hasil sebagai berikut:
\n
\nKlinis: SLE+ Osteoporosis imbas obat
\nTerapi:
\nRPD:
\n
\n
Hasil:\nVertebrae Lumbal (L3,L4): BMD g/cm2; T-score ; Z-score ( L1, L2 dieksklusikan karena deviasi >1)
\nFemur kiri: BMD g/cm2; T-score ; Z-score
\nFemur kanan: BMD g/cm2; T-score ; Z-score
\nWhole body: BMD g/cm2; T-score ; Z-score
\n
\n
Risiko fraktur untuk 10 tahun mendatang menurut perhitungan Frax adalah: (https://www.sheffield.ac.uk/FRAX/tool.aspx?country=46) jangan lupa link di hapus
\nMayor Osteoporotic Fracture (fraktur bisa di bagian yang bervariasi)
\nHip Fracture :
\n
\n
Integrated Assesment:\nNilai Z -Score paling rendah pada pasien ini sebesar sesuai nilai bone mass normal sesuai kelompok rerata rentang usianya
\n
\n
Usul:\n\n
\n - Follow up BMD Spine, Hip kanan kiri dengan alat DXA Medilink Medix DR bulan September 2023 ⇒ Mohon membawa hasil pemeriksaan ini
\n
', '', '2022-09-30 00:58:07', '2022-09-30 00:58:20'),
(195, 27, 'BMD >50tahun BARU', '
Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan BMD dengan alat DXA Medilink Medix DR, dengan hasil sebagai berikut:\n
\n
Klinis: OA + ostepenia\nper.os: Calsium 1000mg/hari (>1tahun)
\n
\n
Hasil:\nVertebrae Lumbal (L1-L3): BMD g/cm2; T-score Z-score (L4 dieksklusikan karena deviasi terlalu tinggi (deviasi nilai >1)
\nFemur kanan: BMD g/cm2; T-score ; Z-score
\nFemur kiri: BMD g/cm2; T-score Z-score
\n
\n
Risiko fraktur untuk 10 tahun mendatang menurut perhitungan Frax adalah: (https://www.sheffield.ac.uk/FRAX/tool.aspx?country=46) jangan lupa link dihapus
\nMayor Osteoporotic Fracture 4.1 % (fraktur bisa di bagian yang bervariasi)
\nHip Fracture :1.9 %
\n
\n
Integrated Assesment:\nNilai T-Score paling rendah pada pasien ini sebesar ...dikategorikan ke dalam kelompok osteoporosis
\n
\n
Usul:\n\n
\n
\n - Melanjutkan terapi farmakologi untuk osteoporosis
\n - ​Perubahan life style untuk mencegah jatuh
\n - Follow up BMD Spine, Hip kanan kiri dengan alat DXA Medilink Medix DR bulan September 2023 ⇒ Mohon membawa hasil pemeriksaan ini
\n
\n
', '', '2022-09-30 01:02:54', '2022-09-30 01:02:54'),
(196, 23, 'CTA + CTV Extremitas Inferior (grading)', '
Kepada Yth TS.,\n
Telah dilakukan CT Angiografi dan Venografi Ekstremitas Inferior, dengan kontras iv, dengan hasil sebagai berikut:\n
\n
Aorta abdominalis : Kaliber ±cm. Tampak kalsifikasi
\n
\n
\n
Arteri Ekstremitas Inferior Dextra\n
\n \n \n | A. Illiaca communis D | \n Kaliber ±mm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Illiaca eksterna D | \n Kaliber ±mm. Tampak mixed plaque disertai stenosis sedang (penyempitan lumen ±52%) | \n
\n \n | A. Illiaca interna D | \n Kaliber ±mm. Tidak tampak opasifikasi kontras pada 1/3 proksimal hingga middle, sepanjang ±cm | \n
\n \n | A. Communis femoralis D | \n Kaliber ±mm. | \n
\n \n | A. Superfisialis femoralis D | \n Kaliber ±mm. | \n
\n \n | A. Profunda femoralis D | \n Kaliber ±mm. | \n
\n \n | A. Poplitea D | \n Kaliber ±mm. | \n
\n \n | Tibioperoneal trunk D | \n Kaliber ±mm. | \n
\n \n | A. Tibialis anterior D | \n Kaliber ±mm. | \n
\n \n | A. Tibialis posterior D | \n Kaliber ±mm. | \n
\n \n | A. Peroneal D | \n Kaliber ±mm. | \n
\n \n | A. Dorsalis Pedis D | \n Kaliber ±mm. | \n
\n \n | A. Plantaris Pedis D | \n Kaliber ±mm. | \n
\n \n
\n
\n
Arteri Ekstremitas Inferior Sinistra\n\n
\n \n \n | A. Illiaca communis S | \n Kaliber ±mm. Tidak tampak stenosis/kalsifikasi/thrombus | \n
\n \n | A. Illiaca eksterna S | \n Kaliber ±mm. Tampak mixed plaque disertai stenosis sedang (penyempitan lumen ±52%) | \n
\n \n | A. Illiaca interna S | \n Kaliber ±mm. Tidak tampak opasifikasi kontras pada 1/3 proksimal hingga middle, sepanjang ±cm | \n
\n \n | A. Communis femoralis S | \n Kaliber ±mm. | \n
\n \n | A. Superfisialis femoralis S | \n Kaliber ±mm. | \n
\n \n | A. Profunda femoralis S | \n Kaliber ±mm. | \n
\n \n | A. Poplitea S | \n Kaliber ±mm. | \n
\n \n | A. Tibialis anterior S | \n Kaliber ±mm. | \n
\n \n | A. Tibialis posterior S | \n Kaliber ±mm. | \n
\n \n | A. Peroneal S | \n Kaliber ±mm. | \n
\n \n | A. Dorsalis Pedis S | \n Kaliber ±mm. | \n
\n \n | A. Plantaris Pedis S | \n Kaliber ±mm. | \n
\n \n
\n
\n
\n
Vena Ekstremitas Inferior Dextra\n\n
\n \n \n | V. Illiaca communis D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Illiaca eksterna D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Illiaca interna D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Communis femoralis D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Superfisialis femoralis D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Profunda femoralis D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Poplitea D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Tibialis anterior D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Tibialis posterior D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Dorsalis Pedis D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Plantaris Pedis D | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n
\n
\n
Vena Ekstremitas Inferior Sinistra\n\n
\n \n \n | V. Illiaca communis S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Illiaca eksterna S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Illiaca interna S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Communis femoralis S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Superfisialis femoralis S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Profunda femoralis S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Poplitea S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Tibialis anterior S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Tibialis posterior S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Dorsalis Pedis S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n | V. Plantaris Pedis S | \n Kaliber ± mm. Tampak teropasifikasi kontras, tidak tampak kalsifikasi, tidak tampak filling defect, tidak tampak thrombus | \n
\n \n
\n
\n
\n
Insidental finding:\n\n
\n - Tampak fat stranding, disertai soft tissue swelling dan lesi densitas udara pada regio cruris kanan sisi medial
\n - Tampak osteofit multilevel pada sisi anterior v. lumbalis yang tervisualisasi
\n
\n
\n
Kesimpulan :\n\n
\n - Extremitas inferior kanan : \n\n
\n - Total oklusi (sepanjang ±cm) e.c. mixed dan soft plaque
\n - Stenosis berat e.c. mixed dan soft plaque
\n - Stenosis sedang e.c. mixed dan soft plaque
\n - Stenosis ringan e.c mixed soft plaque
\n - Gangren formation regio cruris kanan sisi medial
\n
\n \n - Extremitas inferior kiri:\n
\n - Total oklusi (sepanjang ±cm) e.c. mixed dan soft plaque
\n - Stenosis berat e.c. mixed dan soft plaque
\n - Stenosis sedang e.c. mixed dan soft plaque
\n - Stenosis ringan e.c mixed soft plaque
\n - Gangren formation regio cruris kiri sisi medial
\n
\n \n - Aorta sklerosis abdominalis dan diffuse Arteriosklerosis ekstremitas inferior bilateral
\n - Spondylosis lumbalis
\n
\n
\n
note:\na. illiaca communis, a. illiaca eksterna, a. illiaca interna, a. communis femoralis, a. superfisialis femoralis, a. profunda femoralis, a. poplitea, a. tibialalis anterior, a. tibialis posterior, a. peroneal, a. dorsalis pedis, a. plataris pedis
\n
\n
\n
\n
\n
\n ', '', '2022-10-25 18:25:05', '2022-10-25 18:25:05'),
(197, 25, 'CT Aneurisma Aorta Ascenden', '
Kepada Yth. TS,\n
Telah kami lakukan pemeriksaan CT Angiografi aorta tanpa dan dengan pemberian kontras iodine iv, dengan hasil sebagai berikut:
\n\n
\n - Tampak dilatasi bentuk fusiform pada lever aorta ascendens, sepanjang ±8,69 cm (dari aortic root hingga high ascending aorta), pada level setinggi vertebrae T4-T10, tidak tampak stenosis/ trombus/kalsifikasi:\n
\n - pada level aortic root : kaliber ±5,1 cm
\n - pada level sinus valsava : kaliber ±7,1 cm
\n - pada level sinotubular junction : kaliber ± 7,9 cm
\n - pada level mid ascending aorta : kaliber ± 7,9 cm
\n - pada level high ascending aorta : kaliber ± 6,1 cm
\n
\n \n - Arcus aorta : kaliber ±2,8 cm, tidak tampak stenosis/ trombus/kalsifikasi
\n - Aorta descending : kaliber ±2 cm, tidak tampak stenosis/ trombus/kalsifikasi
\n - Ventrikel kiri: ukuran membesar ±10,25 x 8,31 x 10,34 cm; Atrium kiri : ukuran ±3,91 x 8,69 x 8,11 cm
\n
\n
Observasi General:\n\n
\n - Hepar: Ukuran membesar ±18,3 cm, sudut lancip, permukaan reguler, sudut lancip, Sistem portal/ bilier/ vaskuler tidak melebar, tidak tampak kista/nodul.
\n - Gall bladder: Ukuran normal, tidak tampak sludge/batu.
\n - Lien: Ukuran normal, sudut lancip, permukaan rata, densitas parenkim homogen, vena lienalis tidak melebar, tidak tampak nodul/massa.
\n - Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n - Ren D/S : Ukuran normal, sistem pelviocalyceal tidak melebar, tidak tampak kista/batu.
\n - Vesika Urinaria: tidak terisi urin optimal.
\n - Uterus: Ukuran normal, posisi retrofleksi, tidak tampak lesi patologis..
\n - Tulang-tulang: Tidak tampak lesi osteolitik/osteoblastik. Kurvatura thoracalis ke kanan.
\n - Paru D/S yang tervisualisasi: tidak tampak lesi patologis
\n
\n\n
\n
Kesimpulan :
\n\n
\n - Sesuai dengan aneurisma aorta ascending dengan kaliber 5,1-7,9 cm, sepanjang ±8,69 cm (dari aortic root hingga high ascending aorta), pada level setinggi vertebrae T4-T10
\n - Dilatasi ventrikel kiri
\n - Dextroscoliosis thoracalis
\n
\nhttps://www.aerzteblatt.de/callback/image.asp?id=48213
\n
![\"Imaging](\"https://media.springernature.com/lw685/springer-static/image/art%3A10.1186%2Fs13244-020-00855-w/MediaObjects/13244_2020_855_Fig2_HTML.png\")
', '', '2022-10-27 20:24:39', '2022-10-27 20:24:39'),
(198, 10, 'Wholespine dr. IR', '
Kepada Yth. TS,
\n\n
Telah kami lakukan MRI Whole Spine Cervico-Thoraco-Lumbal, posisi supine, protokol rutin, tanpa dan dengan kontras iv, irisan axial, coronal, sagital, dengan hasil sebagai berikut:
\n\n
\n\n
Cervicalis
\n\n
\n - Kurve: Lordotik, normal
\n - Alignment: Tampak listhesis ke posterior C5 terhadap C6 sejauh < 25%
\n - Spinal canal: Tampak penyempitan ringan pada level C5-C6
\n - Corpus: Tampak degenerasi corpus heterogen disertai dengan penurunan tinggi corpus vertebrae dominan pada sentral pada level C3, C4, C5 sebesar <20%, C6 sebesar 38%. Tampak osteofit pada corpus cervicalis.
\n - End plate: Tampak perubahan intensitas sinyal hipointens T1WI hipointens T2WI, non restricted DWI, tidak menyangat pasca penambahan kontras pada inferior endplate corpus C3, superior dan inferior endplate C4, C5 dan superior endplate C6
\n - Diskus intervertebralis: Tampak degenerasi discus heterogen tanpa disertai penurunan tinggi discus pada semua level cervicalis sesuai Pfirrman III. Tampak bulging disc pada level C3-C4, C5-C6
\n - Facet: Tidak tampak intensitas sinyal patologis
\n - Foraminal neuralis: Tampak penyempitan ringan setinggi level C5-C6 kanan kiri
\n - Ligamentum flavum: Tidak tampak penebalan
\n - Medulla spinalis: Tidak terlihat SOL maupun perubahan abnormal intensitas signal pada medulla spinalis regio cervicalis
\n
\n\n
Thoracalis
\n\n
\n
\n - Kurve: Kifosis normal (sagital), ddextroscoliosis (coronal)
\n - Alignment: Tidak tampak listesis
\n - Spinal canal: Tidak tampak penyempitan
\n - Corpus: Tidak tampak intensitas sinyal patologis sebelum maupun sesudah penambahan kontras. Tampak osteofit pada corpus thoracalis
\n - End plate: Tidak tampak intensitas sinyal patologis
\n - Diskus intervertebralis: Tidak tampak intensitas patologis
\n - Facet: Tidak tampak intensitas sinyal patologis
\n - Foraminal neuralis: Tidak tampak penyempitan
\n - Ligamentum flavum: Tidak tampak penebalan
\n - Medulla spinalis: Tidak terlihat SOL maupun perubahan abnormal intensitas signal pada medulla spinalis regio thoracalis
\n
\n
\n\n
Lumbalis
\n\n
\n
\n - Kurve: Lordotik
\n - Alignment: Tidak tampak listesis
\n - Spinal canal: Tampak penyempitan sedang pada level L4-L5, L5-S1, ringan pada level L2-L3,L3-L4
\n - Corpus: Tidak tampak intensitas sinyal patologis sebelum maupun sesudah penambahan kontras
\n - End plate: Tidak tampak intensitas sinyal patologis
\n - Diskus intervertebralis: Tampak degenerasi discus heterogen tanpa disertai penurunan tinggi discus pada L3-L4, L4-L5, L5-S1 sesuai Pfirrman III. Tampak bulging disc L2-L3, L3-L4, L4-L5, L5-S1
\n - Facet: Tidak tampak intensitas sinyal patologis
\n - Foraminal neuralis: Tampak penyempitan sedang pada level L4-L5 kanan kiri, L5-S1 kanan kiri, ringan pada L3-L4 kanan kiri
\n - Ligamentum flavum: Tidak tampak penebalan
\n - Medulla spinalis: Conus medullaris setinggi T12, tidak terlihat SOL maupun perubahan abnormal intensitas signal pada medulla spinalis regio lumbalis
\n - Tampak lesi mulitpel isointens T1WI/T2WI menyangat pasca penambahan kontras pada paraaorta abdominalis setinggi level vertebrae L1-L2 , ukuran short axis terbesar ±2,1 cm.
\n
\n
\n\n
Insidental finding:
\n\n
\n - Tampak massa solid pada prostat, isointens T1WI, iso-slightly hiperintens T2WI, markedly hiperintens DWI, markedly hipointens ADC, menyangat pasca penambahan kontras, ukuran 3,9 cm x 3,2 cm x 3,8 cm, massa menginfiltrasi dinding inferior vesica urinaria disertai penebalan irreguler dinding inferior vesica urinaria. Ke anterior berbatas tidak tegas dengan rectum sisi distal
\n
\n\n
Kesimpulan:
\n\n
\n - Multilevel spinal canal stenosis: moderate setinggi level vertebrae L4-L5, L5-S1, mild C5-C6, L2-L3,L3-L4 ec. bulging disc, spondylosis cervicothoracolumbalis, posterolisthesis C5-C6 grade I
\n - Multilevel foramina neuralis stenosis: moderate setinggi level vertebrae L4-L5 bilateral, L5-S1 bilateral; mild setinggi level C5-C6 bilateral, L3-L4 bilateral ec. bulging disc
\n - Kompresi corpus vertebrae C3,C4, C5, dan C6 ec proses degeneratif
\n - Bulging disc C3-C4
\n - Dextroscoliosis thoracalis
\n - Degenerasi discus
\n - Massa malignant prostat yang menginfiltrasi vesica urinaria, melekat pada rectum distal
\n - Limfadenopati multipel paraaorta abdominalis
\n
', '', '2022-11-01 20:29:13', '2022-11-01 20:29:13'),
(201, 10, 'MRI Elbow', '
Yth. TS,
\nTelah kami lakukan pemeriksaan MRI Elbow Sinistra tanpa kontras, potongan axial, sagital, coronal T1WI, PD/PDFS, T2WI/FS dengan hasil sebagai berikut :
\n
\n\n
Alignment: Tidak tampak dislokasi elbow joint
\nJoint Effusion: Tampak fluid collection ringan hipointens T1WI, hiperintens T2WI/PD/FS pada radiohumeral joint kiri
\n\n
Kompartemen Medial:
\n\n
\n - Ulnar collateral ligament : Normal
\n - Tendon flexor carpi ulnaris : Normal
\n - Medial epicondyle : Normal
\n
\n\n
Kompartemen Lateral:
\n\n
\n - Radial collateral ligament : Tampak intensitas signal edema, hipointens pada T1WI, hiperintens T2WI/PD/FS didekat insersi proximal radial collateral ligament kiri.
\n - Lateral ulnar collateral ligament : Normal
\n - Common extensor tendon : Tampak disrupsi dengan intensitas signal edema, hipointens pada T1WI, hiperintens T2WI/PD/FS didekat insersi tendon common extensor carpi radialis brevis kiri
\n - Lateral epicondyle : Tidak tampak bone bruise
\n - Annular Ligament : Normal\n
\n - Anterior insertion : Normal
\n - Posterior insertion : Normal
\n
\n \n
\n\n
Kompartemen Posterior:
\n\n
\n - Triceps: : Normal
\n - Olecranon: : Normal
\n - Bursa: : Normal
\n
\n\n
Kompartemen Anterior:
\n\n
\n - Biceps: : Normal
\n - Brachialis: : Normal
\n - Bicipitoradial bursa: : Normal
\n
\n\n
Sendi:
\n\n
\n - Radio-capitellar joint : Normal
\n - Ulno-humeral joint : Normal
\n - Proximal radio-ulnar joint : Normal
\n - Radiohumeral joint : Tampak fluid collection ringan hipointens T1WI, hiperintens T2WI/PD/FS pada radiohumeral joint kiri
\n
\n\n
Temuan lain:
\n\n
\n - Bones : Normal
\n - Musculus : Normal
\n - Vaskuler : Normal
\n - Nervus : Normal
\n - Anconeus epitrochlearis: -
\n - Intra-articular loose bodies: -
\n
\n\n
Kesimpulan:
\n\n
\n - Mild strain common extensor carpi radialis brevis kiri dan mild sprain radial collateral ligament kiri suspek epicondylitis lateral sesuai tennis elbow syndrome
\n - Slightly Joint effusion pada radiohumeral joint space kiri
\n
', '', '2023-03-06 00:16:18', '2023-03-06 00:16:18'),
(202, 31, 'jawaabn konsul usg guiding', '
Kepada Yth TS...
\ndi tempat\n
\nBerdasar hasil CT scan thorax + kontras tanggal ... tampak konsolidasi lobus superior paru kiri suspek ec infeksi DD malignancy. Pasien memungkinkan untuk dilakukan FNAB USG guiding.
\n​BTK.', '', '2023-08-03 21:03:37', '2023-08-20 06:05:47'),
(203, 33, 'Contoh', 'Contoh penulisan jawaban', '', '2023-08-20 06:03:58', '2024-10-23 01:12:05'),
(204, 34, 'Guiding FNAB CT Thorax', '
Kepada Yth. TS,
\nTelah kami lakukan tindakan FNAB guiding CT Scan dengan hasil sebagai berikut:\n\n
\n - Pasien berbaring dalam posisi pronasi/supinasi (hapus salah satu), kami lakukan CT scan thoraks
\n - Kami dapatkan massa solid heterogen isodens pada segmen 6 paru kanan, sebagian menempel dengan dinding posterior hemithorax, diberikan 1 buah marker sejajar midscapular line kanan setinggi ICS 8 kanan posterior, dengan kedalaman aman ±5.5 - 6 cm, dilakukan FNAB saat pasien inspirasi dalam dan kami lakukan konfirmasi CT Scan
\n - Didapatkan sampel jaringan
\n - Selesai tindakan, px dilakukan CT scan ulang, tidak tampak pneumothoraks.
\n - Tindakan selesai
\n
', '', '2023-08-20 06:06:44', '2023-08-20 06:07:57'),
(205, 22, 'CT cardiac 2', '
Kepada Yth. TS :\n
Telah dilakukan CT Cardiac tanpa dan dengan kontras iv, MPR dan volume renderring, soft tissue window, dengan hasil sebagai berikut:\n\n
\n \n \n | | \n Calcium Score | \n | \n Agatson score | \n Volume (mm3) | \n
\n \n | | \n LM | \n : | \n 150 | \n 120 | \n
\n \n | | \n LCx | \n : | \n 59 | \n 68 | \n
\n \n | | \n LAD | \n : | \n 462 | \n 351 | \n
\n \n | | \n RCA | \n : | \n 41 | \n 54 | \n
\n \n | | \n PDA | \n : | \n 0 | \n 0 | \n
\n \n | | \n Total | \n : | \n 712 | \n 593 | \n
\n \n | ARTERI KORONER | \n | \n
\n \n | Sistem arteri koronaria dominan | \n : | \n Right dominant (PDA berasal dari RCA). | \n
\n \n | | \n Left Main Coronary Artery | \n : | \n
\n Orificium pada sinus valsava kiri.
\n Tidak tampak kalsifikasi/plaque, dinding reguler. Tidak tampak penyempitan
\n | \n
\n \n | | \n Left Anterior Descending Artery (LAD) | \n : | \n Tidak tampak kalsifikasi/plaque, dinding reguler. Tidak tampak penyempitan
\n | \n
\n \n | | \n Left Circumflex Artery (LCX)
\n | \n : | \n Tampak mixed plaque multiple sepanjang ±3.2 mm yang menyempitkan lumen sebesar 34% pada cabang proximal LCX (segmen 11) dan sepanjang ±4.5 mm yang menyempitkan lumen sebesar 35% pada sisi distalnya. | \n
\n \n | | \n | \n | \n | \n
\n \n | | \n Right Coronary Artery (RCA) | \n : | \n Orificium pada sinus valsava kanan.
\n Tidak tampak kalsifikasi/plaque, dinding reguler. Tidak tampak penyempitan
\n | \n
\n \n | | \n Posterior Descending Artery | \n :
\n | \n
\n Tidak tampak kalsifikasi/plaque, dinding reguler. Tidak tampak penyempitan
\n
\n | \n
\n \n | MORFOLOGI CARDIAC | \n | \n Atrium kanan, ventrikel kanan, atrium kiri, ventrikel kiri normal, tebal miokard ventrikel kiri ±14.7 mm (normal 9.6±1.6 mm), tidak tampak defek septum, pericardial efussion (-) | \n
\n \n | EKSTRA CARDIAC | \n | \n | \n
\n \n | | \n | \n | \n
\n \n | | \n Aorta yang tervisualisasi | \n : | \n Kaliber normal, dinding reguler, tidak tampak trombus maupun gambaran diseksi, tampak kalsifikasi | \n
\n \n
\nParu yang tervisualisasi: Tampak fibrosis pada segmen 5 paru kiri
\nTulang: Tampak osteofit pada vertebrae thoracalis
\nEjection fraction 66% (N: 58-78). Myocardial Mass ED: 76,14g (N: 75-175)
\n
\n
Kesimpulan:\n\n
\n - CT scan cardiac calcium score 712 (extensive atherosclerotic plaque)
\n - Stenosis berat sesuai CAD RADS 4a (severe stenosis) pada\n
\n - ​LCX segmen 13 ec hard plaque
\n
\n \n - Stenosis sedang sesuai CAD RADS 3 (moderate stenosis) pada\n
\n - LAD segmen 7 ec soft plaque
\n - RCA segmen 1 ec hard plaque
\n
\n \n - Stenosis ringan sesuai CAD RADS 2 (mild-non obstructive CAD) pada\n
\n - LM segmen 5, LCX segmen 11 ec hard plaque
\n
\n \n - Ejection fraction dan myocardial mass ED normal
\n - Kalsifikasi pada Katub Aorta
\n - Left Ventricle Hypertophy
\n
\n
', '', '2023-08-24 01:43:16', '2023-08-24 01:44:24'),
(206, 11, 'CTEV', '
\n \n \n | \n Radiografi Pedis Dextra/Sinistra AP/Lateral \n\n \n \n \n | \n Alignment \n | \n : | \n Tidak tampak disalignment | \n \n \n | Tulang | \n : | \n - AP talocalcaneal angle Dextra: 11.22º (Normal: 20-40º) : Hindfoot Varus
\n - AP talocalcaneal angle Sinistra: 10.66º (Normal: 20-40º) : Hindfoot Varus
\n - Lateral talocalcaneal angle Dextra : 10.45º (Normal: 35-55º) : Hindfoot Equinus
\n - Lateral talocalcaneal angle Sinistra : 6.37º (Normal: 35-55º) : Hindfoot Equinus
\n - Talus-first metatarsal (TFM) angle Dextra : 99.57º (normal: 0 - (-20º)): Metatarsus adductus
\n - Talus-first metatarsal (TFM) angle Sinistra: 85.36º (normal: 0 -(-20º)): Metatarsus adductus | \n \n \n | Celah sendi | \n : | \n Normal | \n \n \n | Soft tissue | \n : | \n Normal | \n \n \n \n\n Kesimpulan: \n\n \n - Hindfoot Varus, Hindfoot Equinus dan Metatarsus adductus sesuai dengan gambaran Talipes equinovarus bilateral
\n \n Notes : \n\n \n - AP talocalcaneal angle :\n
\n - Hindfoot Valgus : Obtuse AP talocalcaneal angle
\n - Normal: 20-40º
\n - Hindfoot Varus : Acute AP talocalcaneal angle (<20º)
\n \n \n - Lateral talocalcaneal angle :\n
\n - Calcaneus position : lateral talocalcaneal angle meningkat
\n - Normal: 35-55º
\n - Equinus position : lateral talocalcaneal angle menurun (<35º)
\n \n \n - Talus-first metatarsal (TFM) angle :\n
\n - Adduction forefoot (Metatarsus adductus) : >15º
\n - Normal: 0 - (-20º)
\n - Abduction forefoot
\n \n \n \n | \n
\n \n
', '', '2023-10-03 19:59:57', '2023-10-03 19:59:57'),
(207, 35, 'Congenital Heart Disease', '
Kepada Yth. TS,
\nTelah kami lakukan pemeriksaan CT Angiografi torakal dengan kontras dengan hasil sebagai berikut:\n
\n - ROI diletakkan di aorta descenden
\n - Tampak kontras mengisi vena cava superior, mengisi atrium kanan.
\n - Jantung: Tampak pembesaran RV dan RA, RV diameter ± .........cm (N=5,5 cm), RA ±....... cm (N=6,5 cm), LV diameter ±......... cm (N = 5,5 cm), LA ±..... cm (N=4,5 cm).
\n - Sistem coronary (keterbatasan : non ECG gated, dg motion artifact)\n
\n - LAD keluar dari aortic valve left coronary cusp (LCC)
\n - RCA kesan keluar dari aortic valve righ coronary cusp (RCC)
\n - LCX keluar dari aortic valve noncoronary cusp (NCC)
\n
\n \n - Septum:\n
\n - Interventrikular septum: Tampak defek interventrikel septal pada sisi anterior selebar ±8 mm
\n - Interatrial septum : (keterbatasan : Tampak pooling contrast pada atrium kanan dg artefak (+)); Tampak defek interatrial septal pada sisi inferior (primum) selebar ± 9 mm dan subvalvular selebar ± 16,8 mm
\n
\n \n - Aorta : \n
\n - Origin : ventrikel kanan
\n - Tampak posisi aorta anterior dan medial dari a.pulmonalis kanan
\n - Diameter aorta ascendens ± .... cm.
\n - Diameter arcus aorta ±... cm.
\n - PDA (-/+)
\n - Diameter aorta descenden ± ... cm, posisi pada paravertebral kanan
\n
\n \n - Arteri Pulmonal : \n
\n - Truncus pulmonalis :\n
\n - origin dari ventrikel kiri
\n - tampak penyempitan pada post valvular (1,4 cm)
\n - post stenosis diameter ±2,2 cm
\n
\n \n - Tampak diameter arteri pulmonalis kiri ±.....cm; kanan ±......cm
\n
\n \n - Tampak dilatasi arteri :\n
\n - mammaria interna dekstra ±2,6 mm (dg peningkatan kolateral)
\n - phrenica inferior dekstra ±3,3 mm
\n - Intercostobronchial kanan ±3,5 mm, kiri ±1,9 mm (tortuous)
\n - intercostal kanan ±2,2 mm
\n - a. thoracal lateral kanan ±2,0 mm, anterior kanan ±2,5 mm
\n
\n \n
\n\n
\nObservasi General:\n\n
\n - Thyroid D/S : ukuran normal, tidak tampak lesi patologis.
\n - Cavum hemithorax D/S: Simetris.
\n - Paru D: Corakan vascular normal, tidak tampak ground glass opacity/cavitas/nodul. Main bronchus kanan terbuka.
\n - Paru S: Corakan vascular normal, tidak tampak ground glass opacity/cavitas/nodul. Main bronchus kiri terbuka.
\n - Aorta: Kaliber normal, tidak tampak kalsifikasi.
\n - Jantung: Ukuran, bentuk dan posisi normal.
\n - Thyroid D/S: Ukuran normal, permukaan reguler, densitas normal, tidak tampak lesi patologis.
\n - Hepar yang tervisualisasi: Ukuran normal, permukaan reguler, tidak tampak nodul maupun kista.
\n - Gall bladder: Ukuran normal, tidak tampak batu/sludge.
\n - Lien: Ukuran normal, sudut lancip, permukaan rata, densitas parenkim homogen, vena lienalis tidak melebar, tidak tampak nodul/massa.
\n - Pankreas: Ukuran normal, tidak tampak lesi patologis.
\n - Ren D/S yang tervisualisasi: Ukuran normal, tidak tampak lesi patologis.
\n - Tulang-tulang yang tervisualisasi: Tidak tampak lesi osteolisis maupun osteoblastik.
\n
\n
Kesimpulan :\n\n
\n - Transposition of great arteries (TGA) disertai ASD dan VSD
\n - Pulmonary artery stenosis (post valvular)
\n - Cardiomegaly (RVH dan RAE) dengan hipertensi pulmonum
\n
\n
\n
REFERENSI NO RM 11544843\n ', '', '2023-10-20 01:52:11', '2023-10-20 01:52:11');
INSERT INTO `subjawaban` (`id`, `kategori`, `judul`, `subjawaban`, `kesimpulan`, `created_at`, `updated_at`) VALUES
(208, 10, 'Limfangiografi Lymphangiografi', '
Kepada TS :
\nTelah dilakukan MRI limfangiografi 3D, FS, dan rekonstruksi ( 10 menit, 20 menit, 30 menit, 45 menit dan 60 menit ) ekstremitas inferior kanan menggunakan gadolinium 4 cc, dengan hasil sebagai berikut :
\n
\n\n
\n \n \n Post injeksi kontras
\n menit ke- | \n Extremitas inferior dextra | \n
\n \n | Dermal backflow (DBF) | \n Pembuluh limfa | \n
\n \n | Menit ke-10 | \n Tampak kontras mengisi pembuluh limfa pada pedis hingga 1/3 distal cruris kanan dengan dermal back flow (DBF) pada pedis kanan, 1/3 distal cruris kanan dan 1/3 proksimal cruris kanan sisi lateral dengan jarak dari ujung distal digiti V ± 30 cm. | \n Tampak dilatasi, turtous serta beaded pembuluh limfe dengan kaliber terbesar ± 4.3 mm, berjarak 4,2 cm dari permukaan kulit setinggi level 1/3 distal cruris kanan dengan jarak dari ujung distal digiti V ± 24 cm. | \n
\n \n | Menit ke-20 | \n Tampak kontras mengisi pembuluh limfa pada pedis hingga 1/3 distal cruris kanan dengan dermal back flow (DBF) pada pedis kanan, 1/3 distal cruris kanan dan 1/3 proksimal cruris kanan sisi lateral dengan jarak dari ujung distal digiti V ± 30 cm (tetap). | \n Tampak dilatasi, turtous serta beaded pembuluh limfe dengan kaliber terbesar ± 4.3 mm, berjarak 4,2 cm dari permukaan kulit setinggi level 1/3 distal cruris kanan dengan jarak dari ujung distal digiti V ± 24 cm (tetap) | \n
\n \n | Menit ke-30 | \n \n \n \n \n | Tampak kontras mengisi pembuluh limfa pada pedis hingga 1/3 distal cruris kanan dengan dermal back flow (DBF) pada pedis kanan, 1/3 distal cruris kanan dan 1/3 proksimal cruris kanan sisi lateral dengan jarak dari ujung distal digiti V ± 31 cm (relatif tetap). | \n \n \n \n | \n Tampak dilatasi, turtous serta beaded pembuluh limfe dengan kaliber terbesar ± 4.3 mm, berjarak 4,2 cm dari permukaan kulit setinggi level 1/3 distal cruris kanan dengan jarak dari ujung distal digiti V ± 24 cm (tetap) | \n
\n \n | Menit ke-45 | \n Tampak kontras mengisi pembuluh limfa pada pedis hingga 1/3 distal cruris kanan dengan dermal back flow (DBF) pada pedis kanan, 1/3 distal cruris kanan dan 1/3 proksimal cruris kanan sisi lateral dengan jarak dari ujung distal digiti V ± 31 cm (relatif tetap). | \n Tampak dilatasi, turtous serta beaded pembuluh limfe dengan kaliber terbesar ± 4.3 mm, berjarak 4,2 cm dari permukaan kulit setinggi level 1/3 distal cruris kanan dengan jarak dari ujung distal digiti V ± 24 cm (tetap) | \n
\n \n | Menit ke-60 | \n Tampak kontras mengisi pembuluh limfa pada pedis hingga 1/3 distal cruris kanan dengan dermal back flow (DBF) pada pedis kanan, 1/3 distal cruris kanan dan 1/3 proksimal cruris kanan sisi lateral dengan jarak dari ujung distal digiti V ± 31 cm (relatif tetap). | \n Tampak dilatasi, turtous serta beaded pembuluh limfe dengan kaliber terbesar ± 4.3 mm, berjarak 4,2 cm dari permukaan kulit setinggi level 1/3 distal cruris kanan dengan jarak dari ujung distal digiti V ± 24 cm (tetap) | \n
\n \n
\n
\nTampak edema kutan subkutan regio extremitas inferior kanan dengan distribusi epifascia membentuk gambaran cobblestone, tidak tampak keterlibatan muscle.
\nDrainase sesuai arah, tampak penyangatan limfatik dengan adanya dermal backflow
\nTampak keterlambatan berat drainase > 60 menit paska-pemberian kontras dan tidak mencapai ketinggian genu hingga akhir dari pemeriksaan
\n
\n
Kesimpulan:\n\n
\n - Lymphedema extremitas inferior kanan (terlihat hingga level cruris 1/3 middle dan sebagian di 1/3 proksimal cruris kanan sisi lateral) dengan keterlambatan drainase limfatik berat (>60 menit tidak mencapai pelvis) suspek ec obstruksi limfatik stage 4
\n