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Secara biokimia, hal ini menyebabkan konsentrasi aldosteron serum dan kortisol serum yang rendah dan peningkatan 17OHP dan androstenedione.","DISEASE_OR_CONDITION_ID":"","ID":"R2002793","NAME":"17-OH Progesterone Neonatus (LC-MS\/MS)","ICON":false,"slug":"ronzPP0ejnE=-17-oh-progesterone-neonatus-lc-msms"},{"BENEFIT":"mengukur 2,5-hexanedione bermanfaat untuk pemantauan biologis paparan n-hexane, terutama terhadap pekerja yang berpotensi terpapar hexane","DISEASE_OR_CONDITION":"","DESCRIPTION":"2,5-Hexanedione adalah metabolit utama n-hexane dan dianggap sebagai penyebab n-hexane polyneuropathy. Oleh karena itu, mengukur 2,5-hexanedione bermanfaat untuk pemantauan biologis paparan n-hexane.","DISEASE_OR_CONDITION_ID":"","ID":"R2001003","NAME":"2,5-Hexanedione (Urine)","ICON":false,"slug":"ronzPP4Zh3E=-25-hexanedione-urine"},{"BENEFIT":"Tes 21-hydroxylase antibodies merupakan tes yang dilakukan untuk mengetahui penyebab adrenal insufficiency (atau disebut penyakit Addison). Sebagian besar penyakit ini disebabkan oleh mekanisme autoimun yang menghancurkan korteks adrenal secara bertahap. Penyakit ini ditunjukkan dengan adanya autoantibodi dari korteks adrenal (21-hydroxylase) dalam darah.","DISEASE_OR_CONDITION":"","DESCRIPTION":"21-Hydroxylase antibody adalah antibodi penanda pada penyakit autoimmune Addison disease ","DISEASE_OR_CONDITION_ID":"","ID":"R0000493","NAME":"21 - Hydroxylase Antibody","ICON":false,"slug":"rovzPP8djnE=-21---hydroxylase-antibody"},{"BENEFIT":"Konsentrasi 5'nuklotidase di dalam darah digunakan untuk mengevaluasi fungsi hati pada individu yang memiliki gejala penyakit hati. Enzim ini meningkat pada kondisi obstructive hepatobiliary disorder","DISEASE_OR_CONDITION":"","DESCRIPTION":"5' Nucleotidase merupakan enzim yang berfungsi menghidrolisis gugus fosfat dari nukelotida 5', dan berperan dalam metabolisme nukletida","DISEASE_OR_CONDITION_ID":"","ID":"R0000861","NAME":"5' Nucleotidase","ICON":false,"slug":"rovzPP8RgXM=-5-nucleotidase"},{"BENEFIT":"- Bila ditemukan 5-HIAA dalam urin 24 jam dapat mengindikasikan adanya tumor karsinoid.\n- Membantu memantau pengobatan untuk tumor karsinoid yang menghasilkan serotonin","DISEASE_OR_CONDITION":"","DESCRIPTION":"5-HIAA adalah metabolit utama serotonin (zat kimia yang meneruskan pesan antar sel saraf). Pemeriksaan ini mengukur jumlah 5-HIAA di dalam urin (air kencing)","DISEASE_OR_CONDITION_ID":"","ID":"R0000005","NAME":"5-HIAA","ICON":false,"slug":"rovzPP8Zh3c=-5-hiaa"},{"BENEFIT":"Tes untuk antibodi kardiolipin sering digunakan untuk membantu menentukan penyebab:\n\n1. Penggumpalan darah yang tidak diketahui (episode trombotik)\n2. Evaluasi untuk sindrom antiphospolipid atau penyakit autoimun lainnya\n3. Evaluasi keguguran berulang","DISEASE_OR_CONDITION":"DARAH","DESCRIPTION":"Antibodi Cardiolipin (ACA) merupakan autoantibodi yang dihasilkan oleh sistem kekebalan tubuh yang keliru menyerang cardiolipin, yakni zat yang ditemukan pada lapisan terluar dari sel (membran sel) dan trombosit. Autoantibodi ini dapat mempengaruhi kemampuan tubuh dalam mengatur pembekuan darah.\n\nPemeriksaan ACA mendeteksi adanya ACA dalam darah yang umumnya dilakukan pada seseorang yang mengalami satu atau lebih pembekuan darah vena atau arteri (thrombotic episodes) yang tidak dapat dijelaskan; ketika seorang wanita mengalami keguguran berulang, terutama pada trimester kedua dan ketika; ketika seseorang mengalami gejala penyakit autoimun yang konsisten. Terdapat tiga kelas ACA yang mungkin ada dalam darah, yakni IgG, IgM, dan\/atau IgA. Dua kelas ACA yang paling umum diperiksa adalah IgG dan IgM. Jika hasil pemeriksaan ACA IgG dan IgM negatif namun masih ada kecurigaan klinis, maka akan dilanjutkan ke pemeriksaan ACA IgA.\n\nPemeriksaan ACA IgG, IgM, dan\/atau IgA membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"2","ID":"R0000007","NAME":"ACA IgG","ICON":{"DISEASE_OR_CONDITION":"DARAH","DISEASE_OR_CONDITION_ID":"2","lang":"id","size_width":100,"size_height":100,"raw_svg":"\n\n\n\n\n<\/pattern>\n\n<\/defs>\n<\/svg>\n","image":"","created_at":"2022-07-24 07:54:09","updated_at":"2022-07-24 07:54:09","encoded_svg":"<svg width="100" height="100" viewBox="0 0 100 100" fill="none" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink">
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"/>
</defs>
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"},"slug":"rovzPP8Zh3U=-aca-igg"},{"BENEFIT":"Tes untuk antibodi kardiolipin sering digunakan untuk membantu menentukan penyebab:\n\n1. Penggumpalan darah yang tidak diketahui (episode trombotik)\n2. Evaluasi untuk sindrom antiphospolipid atau penyakit autoimun lainnya\n3. Evaluasi keguguran berulang","DISEASE_OR_CONDITION":"DARAH","DESCRIPTION":"Antibodi Cardiolipin (ACA) merupakan autoantibodi yang dihasilkan oleh sistem kekebalan tubuh yang keliru menyerang cardiolipin, yakni zat yang ditemukan pada lapisan terluar dari sel (membran sel) dan trombosit. Autoantibodi ini dapat mempengaruhi kemampuan tubuh dalam mengatur pembekuan darah.\n\nPemeriksaan ACA mendeteksi adanya ACA dalam darah yang umumnya dilakukan pada seseorang yang mengalami satu atau lebih pembekuan darah vena atau arteri (thrombotic episodes) yang tidak dapat dijelaskan; ketika seorang wanita mengalami keguguran berulang, terutama pada trimester kedua dan ketika; ketika seseorang mengalami gejala penyakit autoimun yang konsisten. Terdapat tiga kelas ACA yang mungkin ada dalam darah, yakni IgG, IgM, dan\/atau IgA. Dua kelas ACA yang paling umum diperiksa adalah IgG dan IgM. Jika hasil pemeriksaan ACA IgG dan IgM negatif namun masih ada kecurigaan klinis, maka akan dilanjutkan ke pemeriksaan ACA IgA.\n\nPemeriksaan ACA IgG, IgM, dan\/atau IgA membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"2","ID":"R0000008","NAME":"ACA IgM","ICON":false,"slug":"rovzPP8Zh3o=-aca-igm"},{"BENEFIT":"Pemeriksaan ACAB adalah pemeriksaan autoantibodi terhadap acetylcholine receptor (AChR) dalam serum atau plasma manusia untuk diagnosis penyakit myasthenia gravis (MG).","DISEASE_OR_CONDITION":"","DESCRIPTION":"Anti-AChR ditemukan pada >85% serum pasien dengan generalized MG, dan pada 70% pasien dengan ocular MG, dan ditemukan sangat jarang pada individu sehat. Konsentrasi antibodi anti AChR tidak berkorelasi dengan keparahan MG.","DISEASE_OR_CONDITION_ID":"","ID":"R0000497","NAME":"Acetylcholine Receptor Antibodies (ACAB)","ICON":false,"slug":"rovzPP8djnU=-acetylcholine-receptor-antibodies-acab"},{"BENEFIT":"Pengukuran inhibisi ikatan radiolabeled \u03b1-bungarotoxin terhadap AChR. Blocking antibodies yang diukur dengan teknik ini secara langsung menyerang situs ikatan ACh pada subunit \u03b1 pada AChR. Antibodi ini tidak terdeteksi dengan pemeriksaan muscle AChR binding antibodies tetapi terdeteksi dengan pemeriksaan muscle AChR modulating antibodies. Pada kebanyakan pasien, antibodi yang mengenali situs ini relatif sedikit. Blocking antibodies ditemukan pada <1% pasien MG yang tidak memiliki binding antibodies. Pemeriksaan ini tidak diindikasikan kecuali hasil pemeriksaan muscle AChR modulating antibodies positif.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Myastenia Gravis (MG), gangguan transmisi neuromuskuler yang paling umum, adalah penyakit autoimun antibody-mediated yang berasal dari hilangnya reseptor asetilkoline (AChR) dipersimpangan neuromuskular. Autoantibodi yang mengikat AChR adalah diagnostik MG, dan ditemukan di 85-90% dari pasien MG. Autoantibodi AChR hadir paling sering di MG dan memberikan informasi yang paling dapat diandalkan untuk skrining diagnostik. Sebagian kecil pasien dengan serangan dini atau mata dibatasi MG mungkin hanya memiliki AChR modulasi autoantibodi, sehingga jika autoantibodi yang mengikat AChR tidak ada dalam pasien dengan kelemahan memerintahkan. AChR memblokir autoantibodi yang ditujukan terhadap situs neurotransmitter mengikat dan mungkin satu-satunya autoantibodi AChR sekitar 1% dari pasien MG.","DISEASE_OR_CONDITION_ID":"","ID":"R0000010","NAME":"Acetylcholine Receptor Blocking Autoabs","ICON":false,"slug":"rovzPP8ZhnI=-acetylcholine-receptor-blocking-autoabs"},{"BENEFIT":"Muscle AChR modulating antibodies berikatan secara selektif dengan situs muscle AChR yang berada di permukaan membran otot. Anti-AChR berikatan dengan AChR pada membran dan akan meningkatkan kecepatan degradasi. Pemeriksaan AChR modulating antibody mengukur kecepatan AChR berlabel yang hilang dari cultured human myotubes\/ hilangnya situs ikatan 125I-alpha-bungarotoxin. AChR modulating antibodies ditemukan pada sekitar 10% pasien MG yang tidak memiliki binding antibodies. Pemeriksaan ini tidak dapat membedakan antara aktivitas muscle AChR blocking dan muscle AChR modulating antibody. Pemeriksaan ini terutama bermanfaat ketika muscle AChR binding antibodies tidak terdeteksi, kondisi yang seringkali ditemukan pada pasien dengan gejala yang baru muncul, ringan atau hanya melibatkan okular. ","DISEASE_OR_CONDITION":"","DESCRIPTION":"Myastenia Gravis (MG), gangguan transmisi neuromuskuler yang paling umum, adalah penyakit autoimun antibody-mediated yang berasal dari hilangnya reseptor asetilkoline (AChR) dipersimpangan neuromuskular. Autoantibodi yang mengikat AChR adalah diagnostik MG, dan ditemukan di 85-90% dari pasien MG. Autoantibodi AChR hadir paling sering di MG dan memberikan informasi yang paling dapat diandalkan untuk skrining diagnostik. Sebagian kecil pasien dengan serangan dini atau mata dibatasi MG mungkin hanya memiliki AChR modulasi autoantibodi, sehingga jika autoantibodi yang mengikat AChR tidak ada dalam pasien dengan kelemahan memerintahkan. AChR memblokir autoantibodi yang ditujukan terhadap situs neurotransmitter mengikat dan mungkin satu-satunya autoantibodi AChR sekitar 1% dari pasien MG.","DISEASE_OR_CONDITION_ID":"","ID":"R0000498","NAME":"Acetylcholine Receptor Modulating Antibody","ICON":false,"slug":"rovzPP8djno=-acetylcholine-receptor-modulating-antibody"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002586","NAME":"ACGH","ICON":false,"slug":"ronzPP0cj3Q=-acgh"},{"BENEFIT":"Tes ACTH mengukur tingkat hormon adrenokortikotropik (ACTH) dalam darah. ACTH adalah hormon yang dilepaskan dari kelenjar hipofisis di otak.","DISEASE_OR_CONDITION":"","DESCRIPTION":" Tes ACTH sering dilakukan bersamaan dengan tes kortisol untuk mendiagnosis gangguan pada kelenjar hipofisis atau adrenal. Ini termasuk:\u00a0\n1. Sindrom Cushing, kelainan di mana kelenjar adrenal membuat terlalu banyak kortisol. Ini mungkin disebabkan oleh tumor di kelenjar hipofisis atau penggunaan obat steroid. Steroid digunakan untuk mengobati peradangan, tetapi dapat memiliki efek samping yang memengaruhi kadar kortisol.\u00a0\n2. Penyakit Cushing, salah satu bentuk sindrom Cushing. Penyakit Cushing biasanya disebabkan oleh tumor non-kanker kelenjar hipofisis. Tumor membuat terlalu banyak ACTH. Hal ini menyebabkan kelenjar adrenal membuat terlalu banyak kortisol.\u00a0\n3. Penyakit Addison, suatu kondisi di mana kelenjar adrenal tidak menghasilkan cukup kortisol.\u00a0\n4. 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"/>
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"/>
</defs>
</svg>
"},"slug":"ronzPP8dg3s=-albumin-urine-kuantitatif--24-jam"},{"BENEFIT":"Pengukuran aldolase dilakukan untuk mendeteksi adanya kerusakan pada jaringan otot atau jaringan hati. contohnya seperti hepatitis ","DISEASE_OR_CONDITION":"","DESCRIPTION":"Aldolase adalah salah satu enzim yang berperan dalam konversi glukosa menjadi energi, enzim ini ditemukan paling tinggi di jaringan otot dan hati","DISEASE_OR_CONDITION_ID":"","ID":"R0000020","NAME":"Aldolase","ICON":false,"slug":"rovzPP8ZhXI=-aldolase"},{"BENEFIT":"Aldosteron adalah kunci diagnosis untuk hiperaldosteronisme primer, dimana kadar aldosteron plasma maupun urin tinggi pada waktu yang sama sedangkan kadar renin rendah.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Aldosteron merupakan hormon yang berperan penting dalam menjaga konsentrasi natrium dan kalium normal dalam darah dan dalam mengendalikan volume darah dan tekanan darah.\n","DISEASE_OR_CONDITION_ID":"","ID":"R2002564","NAME":"Aldosteron, LC-MS\/MS","ICON":false,"slug":"ronzPP0cgXY=-aldosteron-lc-msms"},{"BENEFIT":"Untuk mengetahui apakah kadar aldosteron dalam kondisi normal. Berbagai kondisi dapat menyebabkan overduksi aldosteron (hiperaldosteronisme, biasanya hanya disebut aldosteronisme, ) seperti pada sindorm conn atau underproduksi (hipoaldosteronisme) seperti adison diseases, syndorme Cushing.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Aldosteron merupakan hormon yang berperan penting dalam menjaga konsentrasi natrium dan kalium normal dalam darah dan dalam mengendalikan volume darah dan tekanan darah.\n","DISEASE_OR_CONDITION_ID":"","ID":"R2000654","NAME":"Aldosterone, 24-Hour Urine ","ICON":false,"slug":"ronzPP8fgnY=-aldosterone-24-hour-urine"},{"BENEFIT":"Untuk menentukan apakah kadar aldosteron dan renin Anda abnormal, untuk membantu mendiagnosis gangguan hormonal (endokrin) seperti aldosteronisme primer (PA), sindrom Conn.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan ini ditujukan untuk skrining primary aldosteronism","DISEASE_OR_CONDITION_ID":"","ID":"R2000218","NAME":"Aldosterone\/Plasma Renin Activity Ratio","ICON":false,"slug":"ronzPP8bhno=-aldosteroneplasma-renin-activity-ratio"},{"BENEFIT":"Menentukan jaringan mana (sumber) yang menyebakan konsentrasi ALP meningkat dalam darah","DISEASE_OR_CONDITION":"","DESCRIPTION":"Alkaline phosphatase (ALP) adalah enzim yang ditemukan pada berbagai jaringan tubuh, seperti hati, tulang, saluran empedu, dan usus. Terdapat beberapa bentuk alternatif dari ALP yang disebut sebagai isoenzim","DISEASE_OR_CONDITION_ID":"","ID":"R0000782","NAME":"Alkaline Phosphatase Isoenzymes","ICON":false,"slug":"rovzPP8ej3A=-alkaline-phosphatase-isoenzymes"},{"BENEFIT":"'- Menyediakan informasi terkait pembentukan tulang dan aktivitas osteoblas total\n- Bermanfaat dalam pemantauan terapi pertumbuhan tulang dan terapi antiresorptive","DISEASE_OR_CONDITION":"","DESCRIPTION":"Alkaline phosphatase (ALP) adalah enzim yang ditemukan pada berbagai jaringan tubuh, seperti hati, tulang, saluran empedu, dan usus. ALP spesfik tulang adalah pemeriksaan yang mengukur konsentrasi ALP hanya pada tulang saja","DISEASE_OR_CONDITION_ID":"","ID":"R2000757","NAME":"Alkaline Phosphatase, Bone Specifc","ICON":false,"slug":"ronzPP8egnU=-alkaline-phosphatase-bone-specifc"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002896","NAME":"ALL focus panel by NGS (MGM3586)","ICON":false,"slug":"ronzPP0RjnQ=-all-focus-panel-by-ngs-mgm3586"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002753","NAME":"Allergy-Mold Profile plus IgE","ICON":false,"slug":"ronzPP0egnE=-allergy-mold-profile-plus-ige"},{"BENEFIT":"Memantau kekambuhan tumor. Normalisasi tingkat konsentrasi AAG selama terapi antineoplastik berkorelasi dengan kelangsungan hidup pasien kanker paru.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Alpha-1-Acid Glycoprotein (AAG), juga dikenal dengan Orosomucoid, adalah protein dalam darah yang dihasilkan di hati yang mengalami perubahan konsentrasi sebagai respon terhadap infeksi, luka, dan inflamasi. Fungsi AAG meliputi; penghambatan agregasi trombosit, modulasi proliferasi limfosit, dan bertindak sebagai pengangkut obat, steroid, dan protease inhibitor. Tingkat konsentrasi AAG dapat meningkat sebagai respon terhadap kondisi infeksi dan inflamasi, namun tingkat konsentrasi dapat menurun sebagai respon terhadap sindrom nefrotik, kehamilan atau terapi estrogen.","DISEASE_OR_CONDITION_ID":"","ID":"R0000024","NAME":"Alpha-1-Acid Glycoprotein","ICON":false,"slug":"rovzPP8ZhXY=-alpha-1-acid-glycoprotein"},{"BENEFIT":"Untuk membantu diagnosis penyebab emfisema lebih dini dan \/ atau disfungsi hati; menetapkan risiko emfisema dan \/ atau penyakit hati akibat defisiensi antitrypsin alfa-1 dan menentukan kemungkinan bahwa anak-anak mungkin mewarisi risiko tersebut","DISEASE_OR_CONDITION":"","DESCRIPTION":"Alpha-1 antitrypsin (AAT) adalah protein dalam darah yang melindungi paru dari kerusakan yang disebabkan oleh enzim yang diaktifkan. Pemeriksaan ini mengukur kadar AAT dalam darah atau mengidentifikasi bentuk abnormal AAT yang diwariskan seseorang untuk membantu mendiagnosis defisiensi antitripsin alfa-1.","DISEASE_OR_CONDITION_ID":"","ID":"R2001961","NAME":"Alpha-1-Antitrypsin, Feces, 24-Hour","ICON":false,"slug":"ronzPP4QgXM=-alpha-1-antitrypsin-feces-24-hour"},{"BENEFIT":"Untuk membantu mendiagnosis penyebab timbulnya emfisema dini (kantung udara di paru secara bertahap hancur, membuat napas lebih pendek) dan\/atau disfungsi hati (hati tidak berfungsi secara tidak normal); untuk menetapkan risiko emfisema dan\/atau penyakit hati karena kekurangan antitripsin alfa-1 dan menentukan kemungkinan bahwa anak dapat mewarisi risiko tersebut","DISEASE_OR_CONDITION":"","DESCRIPTION":"Alpha-1 antitrypsin (AAT) adalah protein dalam darah yang melindungi paru dari kerusakan yang disebabkan oleh enzim yang diaktifkan. Pemeriksaan ini mengukur kadar AAT dalam darah atau mengidentifikasi bentuk abnormal AAT yang diwariskan seseorang untuk membantu mendiagnosis defisiensi antitripsin alfa-1.","DISEASE_OR_CONDITION_ID":"","ID":"R0000025","NAME":"Alpha-1-Antitrypsin, Quantitative (Quest)","ICON":false,"slug":"rovzPP8ZhXc=-alpha-1-antitrypsin-quantitative-quest"},{"BENEFIT":"Membantu evaluasi pasien dengan sindrom nefrotik dan pankreatitis","DISEASE_OR_CONDITION":"","DESCRIPTION":"Alpha-2- Macroglobulin diproduksi di hati. Peningkatan konsentrasi dikaitkan dengan pasien dengan beberapa penyakit hati kronis, sindrom nefrotik, dan diabetes. Konsentrasi yang menurun dikaitkan dengan pasien dengan pankreatitis, rheumatoid arthritis, dan multiple myeloma","DISEASE_OR_CONDITION_ID":"","ID":"R0000026","NAME":"Alpha-2-Macroglobulin","ICON":false,"slug":"rovzPP8ZhXQ=-alpha-2-macroglobulin"},{"BENEFIT":"Alpha-Fetoprotein (AFP) dan AFP-L3 - Uji ini dimaksudkan untuk digunakan dalam penilaian risiko untuk pengembangan karsinoma hepatoseluler (HCC) pada pasien dengan penyakit hati kronis.","DISEASE_OR_CONDITION":"","DESCRIPTION":"\"AFP adalah singkatan dari alpha-fetoprotein. Ini adalah protein yang dibuat dalam hati bayi yang sedang berkembang. Tingkat AFP biasanya tinggi ketika bayi dilahirkan, tetapi turun ke tingkat yang sangat rendah pada usia 1. Orang dewasa yang sehat harus memiliki sangat rendah tingkat AFP.\nAFP-L3 adalah isoform dari Alpha-fetoprotein (AFP), suatu zat yang biasanya digunakan dalam tes tripel selama kehamilan dan untuk skrining pasien penyakit hati kronis untuk karsinoma hepatoseluler (HCC). \"","DISEASE_OR_CONDITION_ID":"","ID":"R2002003","NAME":"Alpha-Fetoprotein (AFP) dan AFP-L3","ICON":false,"slug":"ronzPP0Zh3E=-alpha-fetoprotein-afp-dan-afp-l3"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2003050","NAME":"Alpha-Subunit Pituitary Tumor Marker, Serum","ICON":false,"slug":"ronzPPwZgnI=-alpha-subunit-pituitary-tumor-marker-serum"},{"BENEFIT":"Biomonitoring pajanan Alumunium","DISEASE_OR_CONDITION":"","DESCRIPTION":"Alumunium merupakan logam berat yang sering ditemukan peralatan masak, pengemasan, obat-obatan dan bahan makanan, termasuk vaksin dan formula bayi . Toksisitas alumunium dapat berpengaruhi kepada kesehatan. ","DISEASE_OR_CONDITION_ID":"","ID":"R2001645","NAME":"Alumunium (Al) Rambut","ICON":false,"slug":"ronzPP4fg3c=-alumunium-al-rambut"},{"BENEFIT":"Biomonitoring pajanan Alumunium","DISEASE_OR_CONDITION":"","DESCRIPTION":"Alumunium merupakan logam berat yang sering ditemukan peralatan masak, pengemasan, obat-obatan dan bahan makanan, termasuk vaksin dan formula bayi . Toksisitas alumunium dapat berpengaruhi kepada kesehatan.","DISEASE_OR_CONDITION_ID":"","ID":"R2001014","NAME":"Alumunium (Al) Urine","ICON":false,"slug":"ronzPP4ZhnY=-alumunium-al-urine"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002801","NAME":"Alzheimer Disease Evaluation, Spinal Fluid","ICON":false,"slug":"ronzPP0Rh3M=-alzheimer-disease-evaluation-spinal-fluid"},{"BENEFIT":"Pemeriksaan ini disediakan untuk membantu menunjang diagnosis pasien yang secara klinis memang mengarah ke Autoimmune Hepatitis (AIH) atau Primary Biliary Cholangitis (PBC). ","DISEASE_OR_CONDITION":"IMUNOLOGI","DESCRIPTION":"Pemeriksaan AMA, ASMA IF adalah pemeriksaan kualitatif antibodi Anti Mitochondrial Antibody (AMA) dan Anti Smooth Muscle Antibody (ASMA) dalam sampel serum atau plasma manusia dengan metode indirect immunofluorescence (IF). Substrat yang digunakan dalam pemeriksaan ini adalah substrat Kidney (Rat) (substrat gold standard untuk deteksi AMA) dan Stomach (Rat) (substrat gold standard untuk deteksi ASMA). ","DISEASE_OR_CONDITION_ID":"9","ID":"R2001405","NAME":"AMA dan ASMA IF","ICON":{"DISEASE_OR_CONDITION":"IMUNOLOGI","DISEASE_OR_CONDITION_ID":"9","lang":"id","size_width":100,"size_height":100,"raw_svg":" \n\n\n\n\n<\/pattern>\n\n<\/defs>\n<\/svg>\n","image":"","created_at":"2022-07-24 07:54:09","updated_at":"2022-07-26 20:29:10","encoded_svg":" <svg width="100" height="100" viewBox="0 0 100 100" fill="none" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink">
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"/>
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"},"slug":"ronzPP4RhHc=-amino-profile-metabolic"},{"BENEFIT":"Amino Profile - Nutrition dapat mendeteksi 6 asam amino (valine, leucine, isoleucine, threonine, methionine, arginine)","DISEASE_OR_CONDITION":"VITAMIN & MINERAL","DESCRIPTION":"Asam amino adalah penyusun protein yang paling sederhana yang berperan sebagai perantara proses metabolisme dan sebagai sumber energi. Kumpulan asam amino akan menyusun protein, dimana berbagai protein di dalam tubuh memiliki masing-masing fungsi yang sangat penting bagi tubuh","DISEASE_OR_CONDITION_ID":"21","ID":"R2001836","NAME":"Amino Profile-Nutrition","ICON":false,"slug":"ronzPP4RhHQ=-amino-profile-nutrition"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002282","NAME":"Amiodarone","ICON":false,"slug":"ronzPP0bj3A=-amiodarone"},{"BENEFIT":"Mendeteksi konsentrasi tinggi amonia dalam darah yang mungkin disebabkan oleh penyakit hati, gagal ginjal, atau urea cycle disoders yang diturunkan; membantu menentukan penyebab perubahan perilaku dan kesadaran; menunjang diagnosis hepatic encephalopathy atau Rere syndome.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Amonia merupakan produk buangan yang dibentuk terutama oleh bakteri di usus selama pencernaan protein. Jika tidak diproses lebih lanjut dan dibuang dari tubuh secara tepat, amonia akan menumpuk di dalam darah dan dapat menjadi racun bagi otak. Pemeriksaan amonia darah mengukur konsentrasi anomia dalam darah menggunakan sampel darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"","ID":"R0000511","NAME":"Amonia Darah","ICON":false,"slug":"rovzPP8chnM=-amonia-darah"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002201","NAME":"Amphetamin (Bahan Rambut)","ICON":false,"slug":"ronzPP0bh3M=-amphetamin-bahan-rambut"},{"BENEFIT":"Pemeriksaan ini bermanfaat untuk memonitor konsentrasi obat amfetamin dalam darah setelah terapi atau pada kasus penyalahgunaan obat","DISEASE_OR_CONDITION":"","DESCRIPTION":"Amphetamine adalah obat golongan stimulansia yang biasanya digunakan hanya untuk mengobati Attention-deficit Hyperactivity Disorder (ADHD) pada pasien dewasa dan anak-anak. Juga digunakan untuk mengobati gejala-gejala luka-luka traumatik pada otak dan gejala mengantuk pada siang hari pada kasus narkolepsi dan sindrom kelelahan kronis. Pemeriksaan Amphetamine kuantitatif Serum mengukur kadar ampethamin didalam darah","DISEASE_OR_CONDITION_ID":"","ID":"00001244","NAME":"Amphetamin Kuantitatif Serum","ICON":false,"slug":"zIvzPP4bg3Y=-amphetamin-kuantitatif-serum"},{"BENEFIT":"Pemeriksaan ini bermanfaat untuk memonitor konsentrasi obat amfetamin dalam darah setelah terapi atau pada kasus penyalahgunaan obat","DISEASE_OR_CONDITION":"","DESCRIPTION":"Amphetamine adalah obat golongan stimulansia yang biasanya digunakan hanya untuk mengobati Attention-deficit Hyperactivity Disorder (ADHD) pada pasien dewasa dan anak-anak. Juga digunakan untuk mengobati gejala-gejala luka-luka traumatik pada otak dan gejala mengantuk pada siang hari pada kasus narkolepsi dan sindrom kelelahan kronis. Amphetamin Kuantitatif Urine mengukur kadar amphetamin dalam urine","DISEASE_OR_CONDITION_ID":"","ID":"00001234","NAME":"Amphetamin Kuantitatif Urine","ICON":false,"slug":"zIvzPP4bhHY=-amphetamin-kuantitatif-urine"},{"BENEFIT":"Pemeriksaan ini bermanfaat untuk memonitor konsentrasi obat amfetamin dalam darah setelah terapi. ","DISEASE_OR_CONDITION":"","DESCRIPTION":"Amphetamine adalah obat golongan stimulansia yang biasanya digunakan hanya untuk mengobati Attention-deficit Hyperactivity Disorder (ADHD) pada pasien dewasa dan anak-anak. Juga digunakan untuk mengobati gejala-gejala luka-luka traumatik pada otak dan gejala mengantuk pada siang hari pada kasus narkolepsi dan sindrom kelelahan kronis.","DISEASE_OR_CONDITION_ID":"","ID":"R0000029","NAME":"Amphetamine","ICON":false,"slug":"rovzPP8ZhXs=-amphetamine"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002944","NAME":"Amphetamine (shabu2\/ekstasi)","ICON":false,"slug":"ronzPP0Qg3Y=-amphetamine-shabu2ekstasi"},{"BENEFIT":"Pemeriksaan ini dilakukan untuk membantu diagnosis dan pemantauan pankreatitis akut, pankreatitis kronis, dan kelainan lain yang melibatkan pankreas. Amylase pancreatic meningkat pada pankreatitis akut dalam 12 jam dari onset dan tetap bertahan hingga 3-4 hari. Peningkatannya biasanya 4-6 kali di atas rata-rata nilai referensi. ","DISEASE_OR_CONDITION":"PENCERNAAN","DESCRIPTION":"Amylase adalah enzim yang diproduksi di pankreas dan oleh kelenjar saliva, berfungsi mengkonversi karbohidrat, glikogen dan polisakarida terkait menjadi gula sederhana yang lebih mudah dicerna. ","DISEASE_OR_CONDITION_ID":"16","ID":"R0000030","NAME":"Amylase Pancreatic ","ICON":{"DISEASE_OR_CONDITION":"PENCERNAAN","DISEASE_OR_CONDITION_ID":"16","lang":"id","size_width":100,"size_height":100,"raw_svg":" \n\n\n\n\n<\/pattern>\n\n<\/defs>\n<\/svg>\n","image":"","created_at":"2022-07-24 07:54:10","updated_at":"2022-07-26 20:32:55","encoded_svg":" <svg width="100" height="100" viewBox="0 0 100 100" fill="none" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink">
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buPQov/9MD0PvqMb1RWMJfSmn9J4gZTc0Oy7BalrV65NCm1csb7yu89Y3rEl04TmHhX5dvYutqQol4U7R5EhBW5Nu+/HPofLoDBnuCkIgM4hjVCXjtZ/8Du771a0sOrOeZtFGvCaX1yv/7bwAcKtLmsAyrZVmbL3x7j2Yf5z0wtvf8Zam+HTWGxYMdF2PJ2IIZ7ah0m124jB7DMlteK4Y/621roPmGS7SJxhhqOdelLLDiuXw98tc2+OFs7xb8o70iXz+p91BZ+d2XlNqY1DEtLBxoxxnR5I9IWWkrpvR2cQgc+9Pf4Nzuw9oiU//wJn+UKtv5eWULt4agomo1GoO9Axge7MpcnwVgfWm+GYuoz8Q7bnYd1M9qK7WyEjI6pqWBm6J9DpXV/0nLGLpRMAFqYRWMUA2gHNcdrv7Gh8BTXaEtQMb+Fwu04u64+hzfuhgHAzkeYTfCMTjL1r86ecQdS1w6ooWFNldoJUxrBS1R4kiIcQkMhQdUK/1xXxjvAZZttYyP9zznfZ5uacuxhWVB5wiFBQm4C9lb0nLXgmWCRCohgZNPtcPg6fQeWg6R/MNlPMdr4zxmbHPak0z30l4q/g3bKyz1Lw+DDxQfLcVIBLQTUBIKHPr1Fu0esYzrbmW5fbi1ErwwItKXwcX+YcRvy1zaXmFBkn0eu4MaBwUskz9SCFI1pRaq6mulkFUGIU+/vB+CBzXu2SXKuCjrOhxb89JZWH8TzqCXLQO3uwWv17C1e7p1BGW6F1sPuqtHgPPIERxQ9JpO0uER9OHmdR3/+ojDKRiX/DpcnrQkn+VJo6IUM3veJhZY0DPqto1+2LuFxQc+Q8qqOKW1dvFMmLJuUXEic0AsZ3F5klh+pM2JRcyizNvX2VZhcX6wBo1E77Bv1lkvZXNuugw8leXWE0xCicTyJLFdjnan3JEq+9p9yuDDtgoLwn1CWaHSIlcsAuLUmJlosU3OGAJdW3bpCahmuOzr8Wt5P7ZUWJzvFPv72LppbNWSNeOqNqicpGtzOqsmqWRyRc/0Q++eI9rjx7Kv1gHtPi3vw5YKC0LJj6HCspyVruVLgwECuso80HTdegNCoiAEAbHVjmYnyr6oAzZ0tlNYuK6KobL6tA3zSpokTd2wBLwNenbTlCaJRRO0d+8RfXFhHVDrgj7flvVlO4UF4Y7LcGZwlmWJO0EwxqDpGmplGZHVA7j9c+xcSEdQWAfUuqDDq4W92E9hcX6bhXk7RrS61fPBO22iY9JrZkJ7XzmqL3gb1gVbKSzOj1ehVfsN+nKXfBlKAFtZNGNoDFFxorQuh3VBrRO6PFvTk60UFkTOXIeYaYrKImWtfs0iqKilRQaFZkf/vuN6gwgM1wm9/i3nz14KSwHqDlqoiDGPC6a/udVCEskpihjDUobi+oS3WZ2wjcLi4b1TcbD9Sn25Sr7MIjD1kiWpo+/MisAB4eI+yBDt7teZUn5lqm7o9G4xb7ZRWKDEbkZzBrfF+DpeHGH9PmnZbMdzKBRAtPucviBEnRB1wybOPgqLU3fQqmVy6qVLrSqaNHIJ8wbdzkZ1wxYKi4d3LcPu4ArdGUoeTSUwqWU2lPvxwGFyuglEC1FYWDdSdUR39JbxaAuFBTxxrWWIkiBpBJjbDVPWL0m7TzfyJyDOZizI2aSO2ERhwaaCMpM8m06gfvUC0+OwcwTJmM5ZwvNQuD3qiPQKi/NdeIozX3s+X+jbmgT8TVO1H19lzaSURColXqDCwjqSqislEd+wSKVXWBBWNtLsoGHlwbyAXAxqFzSaF77NQ1aGkoWlUMwWiroiuZNfYXFO3UFJCuGExbQmXW9WKUMJvV4v+LNBXbGBwlJwdwZyMhCYgPu+k9NHIGmIwpK/rkitsIYteGfrKwLkq9gEqnGPrAo0JCWnnYCSMKCFBTBbdqt3qRUW8NgG7VlPPkpJIDCvoZTRSxu3y2PQIg7J64zkCouRwpKsClbTHlm6cszjrdTlL80Tl7vOSK6wOCmstBJp7RvVU9EKhZxmAp5qoxSW3HVGWoWF+1W7gUGL5pwnDyUlUDmZTl7TkwFl3go93tL9YJ1R6076EynuSKuwILxjAe4ualAuSpFXthDSU01ZpicjjesSYp0Jt8/XI4MV/MirsIDjgmdyshHwVJHC0pNnZUaNYaUiX65HBiv48VhBCF0ycJAWuq702sSTq0LeImdWFlRP5lDbnATfFDRHF/ocd+wbCjGInGUQPO6CgTMMDGthiUSk6s5/mpUeM8OVufSQwjKzZJgUthIzxJ7IJOmKG6y3XoG5mxIwoVnJGnG0F5VXLPs7WQNIfyht3ZFYYbEF6p+i9MygOxYmkBgcsrB0xROtblESFl6fAHeZ2AA5u6uawEFJBrK/pOmpqDtyOinHsIZPtKV1HhKWuUR4UEKpjRXZ36DAwnfG81JW52OuqG8+f2nE90xZT4WWUmFBdGcDzRAaUW6LH0bkZE/xI7VSjAxgwTXYstLQt4lHcQzLX2tcKsTsuqhDEjo5FVaCN0nImkRGAuHjZxzNYcoyMbiubTwqFjHIaHQkeUnrkJwKiyuGto9H5iNdm0sgdPiUuRFYPPTG9dr3tUoaOn41DEjSOiSnwmIu2gnO4hUzk3jiQNDQ0e5Mjxxxb+I8RXPrSoDhbjxy02gnaR2SU2EBn2x0/lF45hPoaX/d/EgsHEPTpfpMOsomzTEhVXLWIUkVFkwyIQcpSJMJdD+/1+QYrBv81NYkBGZoG7sSqUkMMqietdCMhElZhzTMVZjBTG+Ycv510JtaO/jrP3ACghKNX1XUcqjAvQa5wiE5xFBxoPV5GKf4dDg/Kqp5V+k7RCLa7wO/y4x2hZx1SFKFRS0sHfWmpF6O//nlksafT+SBRgUaLkrCxDkKlHvTDTqFeUH4FINQpwv6jrig/xhTlVm2sCctQJura9HmqjzbW+M/UzwmjF+loqMW1vjYjX7CEHZ6gTI6FgrPGAJnOw5Czw7rjl9VBDjMe1sCJs/PPoNXVsVxGY34KDATd2JTsIcXRuXVf8KFa/4YRM8xiGMXjmMw3noODa0JqFusvRs4knp53aKRPw28FnVIPidrC4vOPZekrCUig7D//ictK21tkwJLbhyCMh0lSvTUxLiUOja11vgkJrArWjXftBOzdaTY+DRqDVFWhaWzga0VD71fKIHXH34aYv3hQoMxxf/EuQosfU8cXAZtl260kAPnaiCAxwma5KSsQ3IqLA5Sws5U8BQ8grx//wno23cCxLKVga5zkIzhAmF+foAXE1vrA9/MOvxMAd+sOqiZMx0ADya1uhNdwVPPv2JJMasmcWxZCWVl3aEFxWOifbSkdUhOhcVwLZR1y1leFbTv1WPQuXkn9Gw/AEoi+zhHrD8ybHC5Rw273F8N9WsWwpR1i8A/e1pe8RX7pdDhbnjt3/9c7Gjzi8/FYdH1Q5oWH+cXsHFvieJd1XyRcQGODUnUIQmd9f9MZ4DKg9sTqLBMaytniNKQW/FQFE49txu6Nu+Gge5eQ8L0NdZB0zXrYPJF8w0Jz4hAggdOwq7v/A4S0ZgRwRkeRuP6BMzZqM+I03BhxgkwcrYCvG3/MM5TA27jBCcLtEnXYJFOYAOyquhBcJxOOvlEOxz5w1a059FnjzOe0GIx8Z7/+1/gmz4Zmq5bX3LFJVqOu7/3e+zWGpvO8dKv9T7DLuCMddlnA7WGacb7SddsM4KVPkxZFZbYBU6KWQ7R2tj/i6cgfMLcXQrCOP4lFFftgkaYd8ubwIstr2K70y+8CvvuexySceu2XuqXKmgQau3xBCFd9ZxLzM4+KXdSlFNhcYZ9DW5phaUMxeHAL5+GU1t2F3W4rW/fcXj5K7+AhsuXQ/M7LwGPz4StScZUpVhPEPY/+BSc3XVozBPr/ZzaYv3WVaSnGnxN9ebCU+uQuVGYEbqcCovBUFG1gEby8eAA7P7u70q2FAV3k4STf90Jp1/aD7NvuASmXYYHDDEThitx2cqJJ7bD4Ue3WrYLODLrytB6XdhdWd0pZYvMF1HUIQmdnAqLc2uO5mIBEGYJu7/9G4hiq6PULh6Jwr4HnoCTf9kBzTdcDJNajFn1LyYPurfuhc5ndho2eVAMVnWLFFP0tpGyK9ib9i241MggM4dl4TqUWeDUXTkVFmODuEVytnSV5Fnfa8dh7w8ehfiAtfSpGD/b/d3fo/1WAzS8qQXq2uaDq6JMEyOeSKq2Yl1bdkFPe25TDE2BF+nletzt0+ou3FMLgble88VkLGp+JMbHIKfCAn4WUcwzHof+EMPHTqvdQKvOjomU9R/sVD8HcLypduFMqG6YCNXTJkH11IlQMcGHa+AUUOJJtAtL4KLeOAx0noPQkW4IHe6CyImzeHKLsRWe4dIWD67PE8tixN8f0bqIhVBQxfjua9VEDjUzrd8dZLVt+guhJp/8nKbXLfKypAoLhMKyjBtCw849Fp7KHwtKmFb0oBU6iE8RnQfH/yfOS+2G4JumgDhAdOzOKQrqxIEeF0Tw8NBwF4Oz+934u3AF1nR5AgoPxVxYA+fKwd+6ztxILoRuqTp0QazsV5IqLIZHr1ijS6jgFP6e7z8Kg7j9L7kMBFBLTMKtgae1JUCs3RuroMb6EOv6xCENvikAU5aCauA5gCcg9+xzw+k9LlRi2veGEvHWLzW2dThWbiN+x13FPN9U1CH5nKQKyzotLGF3FDzUJV/Omy0xLn+ZskyBWbgtcDV2xwpx1bjubyZap89cj9u5nGbQvVMoLzfEgrnbTBNQWS25acjyg+2xkBsCy99SCCatfqmFpZWY/vet0cISi3u70ViS3GgCYofNBe9IgA+PYjfa+XCfKR8uq5mNn+AJBmde8ajfkdMuNK1IxcawlSbGq6bhtsSiZZVbrRktpfbwooPzocJVzPYDtbC055JeH1w5rterUf5EV1BsnVKoE7sGiA3hamehBTZuJFfu52prYGgADWWwl9l7yAU9OI4T67N+tXPhxGPzmxIwYw2OF5ksrgi+ZgYOpM9ILQESbbihEG6eh99it9BcXc9C881I/4kYA//STUYGmTssC9Sh3EKmv1FMlZ4eu947zHUYN9vW69sQf8f+9BJEz/TrCqusGmDG2rjaZarEvcMzufP3J+MWu/OuTkC42wUnXnKr3SGxo6XVnBfHnZbeFIeqCZnTY7a8QoFVoLKX0YV7Z+KSqiKYMoyEI+qQhE5OheVhR6CEa2sHT/fBsT/9TXN2C0vrmXiQZsNFeFS5xh29xED0wncoII6KOrbVDV3tHnUrXs1CmOBhMhpkLroOt2vRmCYTRJEuSDEr6l14dfHlFnVIQienwqpq6YTEjhga75RkT5+jqKwUNKTU4sRM1cLr4hkPN9ASTmUNh/lvTcD01Ul4/c9lapdRi3+j3xWD6k1XWN9kwOh0GxVesHsa1M4p8jGbDNfiijokodM+R2yBRDLGRNv/WClESaIV++kXX8s7ajEALPZeWnbLUMHKamSkXrRharltCBbjrpnlOPZVdId9sHlvjUMzKSvd6IcGXOBrebdu/wV4PDZchwoIojRe5WxhpVgJrVF0a3ex5a+wAs/L4dT+4nfGCz45JVtc9YuEIWYSDv/FAye3YXYWQXeJPaUWYbrqCzwRJlu6nPAsOrgCaryBUiQ1/7+4pZAuS5xStrBS6eG7s6TLtEedf+3IL2xsgSy6rvBjnvKJzINjR2JgvvXDQ+Cfbq7GEktpWm4jZZVPvmR7J9JTATWtb832ionPSlN3jEiQvAqLwS4jAGgJQ2zGF+nMz95uLp70O6XIi20DDQoqrVhqrMyETeqECUbrh4ZUEwwt3Ojd0QTEuklW97bRN4v5qwR1x6jkydwlLLrCOrfnSF7cJ8xOoi2StkH5vALO4yUxvS82qRMzdydfcsHJv3l0H7E+MjpxIvLst8TBU5JpjpGSyH/d3zUFatcvLmVCil53jEqsvArL17ofQsWdKezHFlYu567ksODa0m8R7CnnMOviJDTi/uWncCmLUFwRXNai1fmmKjB3UxxbVeZ2NbXKJev74rh737KSDLSnkIkZQt/K/bLyk1Zh4SxHkve370Twq4sBn+PWKkHcniWXa74iCZWlmLUbRzCxmLgBl6iITxSt5c/ud8G5Ay4I4SLieCRdgYkB9coaXLCMx7ZPXSEWIZfWQHecZEl7e2CwFWr8taWTn8NOUXdKJ0BhMUursNRkM7YVbbGKorBCR7txdjB7y8mD+zpNW5n9ncKyqzDfVWhVPwPtt8RHOGG0OIRKSywBEntTVeCElTBuTVdjhcVLvlME+rsmQs26EhiJjswAUWckdvIOugvojBcNfnB/7tbV9FVowV4mT2kQrS/RGgzgzKJ/Gq5jJGVlWuZF+zzgX/l+08LPO+Ai1pm8ZdLwouQKq6JoCiuWa78rtLkS1ufkiMBYAklhtld3A7gqcRFpqR0rXp0xI6lSKyzmW3IKoRwyA8zYMOPhgbG3Rv0ODLdQRt2kH0QACYQjbVA1fa4VWBwarjNWkEWXDFIrLDXFzLVZV8o1eoqHs+/ZP2EODU5rROqI1/s7J0PNihKPW50nXaS6cj46M75toLDYY2aAGRtmLoVVi3takSMCIwkM9JaBv+32kbdKe82KU1fMTKTcs4SCjM/1JITQ5oADDiGb58RZfNmcb4p2O6UoFugh1gKV05cB83gg1o3bfPVtg8BUfftsZZOPnhWXQCzsAveMW/E4NZw6toJjkFTrihVkKUAG6RUWY8t7ebD9RVz1u6EADjm9ZttO5vxxVTkDGfFC/6kJULP676BKTNUNu/IJePICrIW+bXiG4OS9pu/aeT5e+jaWgNiFgU98D1TWTTc24IJCYy+KulJQEBbwLH+XUEBkUJRu4Xj5VVatzXZJTHELZQUjlNXIsGtXXQ/B3hXF2HhhZLR0bQCBxCCDhO96qGyYbUBoBgZR4jpiVEpsorA8fzAKiJ5whLGlFhdLLhlXWZ0Pp6b17dDfg++Rk4aAMF+Ilb0Nqmcusp7MrLR1xCggtlBYzLcct5phee77YhS6C+Ewlzbb8PJJ+f31rb3oeug7Pe9CRHRlWQIKnlY9kHwzeOessKCMrCNVRywomkaRbKGw1DQzeFBj2kv2uicwKe+4a1ffBH1nFlH3MG9ixX9RLHEKD6wH/8KindqsLZES1Y1cCbOPwnJVPIxjWXKYmotReg2udtW7INjXVuqDgjRI7JxXxZjVQPJKCCy9wpqJFnVC1A2bOG01x8KJTlnwsicsLGJBognjw9DApXj4RUHBkGcDCQwG3RAPvAd884uy/l6n5OwJ2a3bRybcNgpLTZRLnm7hyEzI9zqw9FKIut4OYtqcXGkJiC2O3U0fgaqGOaUVJFfsNqsT9ir53rpHMf+CufJQ5ufe2WjuMOX9MHAWN3InVxICwa4aqFp2B5QFinw8l/bUBiFVJ7T7tKgPWyksxhqjaG35G4uyNkysikkNULn0UxA8hTvtkSsaAWG80tfVCIF1n7KOBXu21GNdUOtEtncke2YrhaWyZ0ya2cJCyopY8hFY+ymcQZyvbsRXSFjkNzeBIVxqE46+GWrXWWhtYC6xbVgX7KewfCtw9wZ2NFde2uV57aobcVzrGhADwOTMISBasq6ZnwD/IouaLWRMNtYBtS5kfCjtTdspLPVEWwbflzZHdAjubV4OZXM+Cf1dJdwrXIfcVveSiDHoR3MS0ZL1BGRjy78n6+nO2cqF7RSWmli/+ydok9WTLeF2e+bGE4Rr1t2BFewiiKNtELnCCITPVEJy4vuts5eVluSIsh/w/FSLF1netaXCYqwlggrru7JkgpFy1qzYhCdhfAwH5GVrERhJQX9YQxEX9Pe2gW/V56HCUrstaEgTln21DmjwIsurtlRYKnxf7Q/x25EbS5XVTMZuzB0QDG/AU3Hsm8VGVjKxcLnvVDN45n4WalZaZIdQfQnsh1TZ1+fb4r5sW5oZm4PKyiWUlmOdWC7ibsaZxFONNJM4TikQpgr9nZMgOenDULv2FjnMFcZJS+q264epsp/1JWkf2lZhqTnCqrFbyCLS5o4Bgrur/VgRb4e4/3bqJo7hGer2QpRdDzXrPw7lE6eOeSrjTyzrapmXUfb8ZLa1wmKBBT1oSGrLwcf8svfCWxX1aPCI3cRw8q0QPmORbXsviFe0K7GzgjgYIlp2I/jXfBaqZ9lozzEs62qZLxrN4kck/RbJOZG5+bcgyT6BJ0RX5HzXAS/45rQC4Cd8YBvw3ufAX++MBmg8yiDSPwu8CzdBzRzLL6nRXhIZi4Eo6zZ3tldYzNvayfvb78N8xD2JyZ0n4Ju3Ci9XQeTwLkh2Pw3+qWGcWLWfi/RUQoLNB//SjVBrlQMhzMDM4T5R1s0I2kph2l5hqbA9cA8k4Ba89lsJvhVkEUangJ/YqaMQPbwZqmtOQHm13EeWDZzD04gSTVDVfDF4m6x0EIRpOR4CUcYd4ByhsFKtrO1fwfz8tgPyVFcSK6bOgoqp78NNAhMQfOVZYOGd4KvHVpcko5ziyLRYbAZUzlwH1a2zwQKHwuvKB52evuKE1pVg4wiFpRaCQOsPINT+AdxreJnOQuEIb8zlGd498wpIRoIQOfgS8MgBqKrptVTLS5w8FBuYCC7vbKia1QJVTXXgyKkEBrvBj2XbIc4xCgvXVSV4sOMTwJQtOABvx+Eaw4usWO4TWP4WDFd8OI537Yb46VcR4RkorwpBZU2yKGcnikNJhwaqIJkMgKt6lrMV1MhcZgzNyFyfEGV75G07XztGYYlMZIEVz/Hg9gfw8v3iNzktBBicH+8670sZHICBk/sh3nsUIH4OlVcUXK5B8JQNgacqCWWVwiwzuxNbPscH3ZAcckEyUY4GruXAmRdYRR14ahuhckozVDT5gaZ4M3HkD4gynemJXe85SmGpmcjYF7CxcC22GCbYNVOLlS5XZfXwsVYrMkbJ43FIDOIGsEJvKQo2bHEwn3P8lzp41uPDbVsqqkkZZaSX6ybrxWndL+R6y27PHaewmL/1DA+13wkK/NhumWm19LCyMigry/9IM6vJb2l5XHCnKMuWltEE4SSZAzI45b6VaP3OthkcKgVHBIpEAMuuWoaLFJ2FonGkwsJBSgU8/OPYpJbjHEMLFRgSpcQERJnFsquW4RKLUoroHamwBGjmbduOMyx3lQI6xUkE9BNw3ZUqu/pDkNmnYxWWmmn+FV/H78dlzkCSvbgEojGAjkMcXu8qyWqAxyFVZoubaAvF5miFhc1qDi52G87H51yD1Xj1anCXFz5HIbY0KfPTbqAWqgN5i7L/JIcP/mAIvviLIfjkT+Jw54NxiBfLAkqUUSyrapnNW2L7vehohSWyU51pYfDeXONZM65sg9Vf/xA0bmyDMq92m+rBoAf6z7aAf/XfA/PQIagyVqXv/FcczoUv2JZtP6jA718swjCoGLfCMurEWcGx5YQsvoeJ8ND2L6Opw7+MBZTpN08mIfh6J/S9ehwiJ3tAGeqGeRvPYAsM7YuQaHIISxgaQsZj1RjkRCibvDhlryTLwrxMiXb4vcEhgGvvxf7gGLd2vgv++eayMXcN/umC/838bV81OFQpgyu8jyNlsjMI7Wv9GgR3XIaWjRszPB11i7ndULOgUf2MejD84/wJgdrbYZlCo3tWIBBPXmhZjZQnbnoDiz2JJgxfGxmnk69JYQ3nvpgm5qGdtwJPdKBl9jQnFwpKe4pAL3b/XtjH4VxIgRgeUpHJdZ7j8NAzCXBj03pWPcDahW4casr0po57DLqAuW91qglDJmJGoc0UtpT3eGjH5bjHylOotM43lKRMBwldGIFDpzgOrschOJC5ZTVe6C1NLvj6+8pwTeV4b+R5Xx23cr2F+Vc+k6cPR7xWKFbbQRouIB+xXcIoQZoI/PwvuC+YRmUlIth5RIG/7jHE5OEjpKzSs4wUVjoT3NWh7T4cPf9Shkd0yyEETvRoa1mNxHLibIEKC8ueWgZHBkrXKgFSWOMUBBZo/Qa4nHl69DhIHHV7UaP+qrFohn6/osypZc9RtPNPbAFk849E2jd9rZ9DS62HpZWfBNdN4CMbPTB7ivYh3uvWuGH1PL3VCsuaWuZ0i217j9pzxPZIRicQ924qg2D7H/HuVaOf0C+7E8AtvOBApwLn8CS0ATTB+ubv0qcK50xlcNsVHnVmcFYdg6kTdFepxyHQ+g6cEUyPxO6gNaSPzBpywBIFiPOd74Jg8mm00Vqd43V6bCMCYqZvwXD3LhTNPKZV62WwboHeFtV5WOwlCLjfRcrqPI/xvwslPX7INnrCWAseAe59Gy6P2GejZFFSNBCoLGNoa5XuobrQvZtFmcKypZax9ODpzhgCpLDGABnvp3oEuKd8Iymt8QjZ+34Z9kVamtOry+p5BZjrCWWFZcrux8sbWTLSc8DI0G0WFqtedhzAdzEOxL9ks6RRcvIg8LlrPbBkePbQg+bs717vhitX6q1Cogz5Lk6VqTwip1dUAhkauUQmFwEc0/JCMPFbfI8G4nPBsuFzMZ4luoii1aXT4QC7B8escKiBnCYCpLA04brwcmr2cMf9OBB/84W7dEUEchFA04XAyvfTAHsuTpmf623PZg7NQXfVAhdYeSsZlzoo0wtNqjBExjJDyko/SFJY+tnh6h3GcZ+iz+LFPxYQDHl1AgEsI6KsiDLjhOSalUbqEhpEFk+U/gAG9TPa5cEgoHYJRuy6APARWhtoTIaSwjKGoxrK8NY0D9N+WgZClTkodT8r182064JxmUgKyziWaki4CWA9KMmH8tm51OCoKThLEcCdQl24+Z6/5bSlxJJcGFJYJmQgziC6ILzjTuD8buoimgDYykGqG++xu3Fb43txvKrAfWasnNDSyEYKy0TuPNR+KSqsX6HiajAxGgraKgTEUVyp0222WEUku8lBs4Qm5igey7QFC/AKjOJxE6OhoK1B4HGR12qeW0MeW0pBLawiZCt2ERmEOnAHU+Ue6iIWAXgxo1BnAV13iROZyWTBfPCksMxn/EYMPLK9DRLsxzggv+qNm3QhMQG2DTz848zbtl3iREglOimsImfX8ID8R/GE1XtRcU0ocvQUnSEEWC+ucLgTB9Z/SgPrhgDNOxBSWHmjMvZFHJCvw8H4b+LOD7fjN+WDsXjNCU21UucP4MqGL9Cx8eYgzhUqVZRchEx+zoMduF1N8kc4trXM5Kgo+EIIMNgN4P4EC6x4rpBgyG9hBEhhFcbPEN/YTfRAaMenVbstAL8hgVIgRhEIYYvqbvCv/D52/xJGBUrh6CNACksfN1N88Uh7AyTgLpwe/wAqr0I33zVFRscEylgMW733gQfuYd7WTsek2+IJJYVlwQxSFVeSfR6V1kdxYN5rQRFtLBLD/fvZT8HNv0WKynrZTArLennyhkQ8uG8y8IHPoP3WHXiz5o0HdGEGgX4A1w+BVeNBpgt6zIiAwiycACmswhmaHgLnB2sg3HcHdlE+g5/JpkfopAgY9GAX/Lvgq/0hY3NQaZGzMgFSWFbOnTGyqXvJh5IfQ6X1aewqzhrzmH5qIsCOoqL6PvjdP6G91TWBK+nLpLBKil9f5OpSn3DHZTjGdRt+bsBQAvpCcpyvII5P/QY/D4JvxWZaSiNf/pPCki/PRknM+fEqiJy5Di3nb8NW15XY+irgoLxRQdvjh7rWjz2BlukPgrfuUcYao/ZImDNTQQrLRvnOw3unghK7GZWWUF5ilwgHO9aBXb4HwVXxMPMtOeVgELZKOiksW2XnhcTw8K5lwBPXovLahMprre1bXqmW1IuopB4D5vkD8y1Hy3RydiNACstuOZohPZzvmgBhZSOOd20CrlyGr8zO8JqMtw4Bc23GManHwOd6krHlvTImgmTOnwAprPxZ2eZNtevIYxuAM/zwDdgqacFva1vWpyzPd6Jy2gqM46diK3X1bFMk804IKay8Udn3RZx1dOMe9Auw64jdSFiOKcUPw98ws+iKTCgmgGMoyz783oXKdBfKshu3ctmHs3riyCxyDiZACsvBmZ8r6ar5RHQnrm/kTdiVbMbuVyMqEmG4OunCN8NrqMJPOSq7cmz9iJZaOX6EG8JWXAyVzpB6DYAzdPwsXuOHCWvy1DdXjmPYh8HDjkBVSyeZGyAZckSACBABIkAEiAARIAJEgAgQASJABIgAESACRIAIEAEiQASIABEgAkSACBABIkAEiAARIAJEgAgQASJABIgAESACRIAIEAEiQASIABEgAkSACBABIkAEiAARIAJEgAgQASJABIgAESACRIAIEAEiQASIABEgAkSACBABIkAEiAARIAJEgAgQASJABIgAESACRIAIEAEiQASIABEgAkSACBABIkAEiAARIAJEgAgQASJABIgAESACRIAIEAEiQASIABEgAkSACBABIkAEiAARIAJEgAgQASJABIgAESACRIAIEAEiQASIABEgAkSACBABIkAEiAARIAJEgAgQASJABIgAESACRIAIEAEiQASIABEgAkSACBABIkAEiAARIAJEgAgQASJABIgAESACRIAIEAEiQASIABEgAkSACBABIkAEiAARIAJEgAgQASJABIgAESACRMBqBP4/kRdALnA373MAAAAASUVORK5CYII="/>
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"},"slug":"rovzPP8ZhHI=-amylase-pancreatic"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002159","NAME":"Amylase, Pleural Fluid","ICON":false,"slug":"ronzPP0Ygns=-amylase-pleural-fluid"},{"BENEFIT":"Skrining anti nuclear antibodi pada individu dengan dugaan penyakit autoimun.","DISEASE_OR_CONDITION":"IMUNOLOGI","DESCRIPTION":"Anti Nuclear Antibody (ANA) metode Indirect Immunofluorescence (IF) merupakan suatu metode pemeriksaan untuk skrining autoantibodi terhadap nukleus. Sampel serum yang mengandung autoantibodi tertentu akan bereaksi dengan substrat yang mengandung antigen spesifik. Reaksi antigen-antibodi ditunjukkan oleh adanya pola fluoresensi spesifik yang dapat diamati dengan mikroskop fluoresens. Pola fluoresensi yang spesifik berguna untuk mengarahkan pada penyakit autoimun tertentu. Beberapa penyakit autoimun dikarakterisasi oleh adanya beberapa autoantibodi. ANA-IF mempunyai spektrum antigen yang luas untuk mendeteksi berbagai autoantibodi sehingga sesuai untuk tujuan skrining. ANA IF merupakan baku emas untuk skrining ANA. ","DISEASE_OR_CONDITION_ID":"9","ID":"R0000031","NAME":"ANA (IF)","ICON":false,"slug":"rovzPP8ZhHM=-ana-if"},{"BENEFIT":"Pemeriksaan ANA profile merupakan pemeriksaan pendukung untuk hasil pemeriksaan ANA IF positif. Dengan melakukan pemeriksaan ANA profile, dapat dilakukan proses diferensiasi autoantibodi yang terdapat dalam sampel ANA IF positif. Oleh karena itu hasil ANA profile yang sesuai dengan hasil ANA IF disertai gambaran klinis pasien dapat membantu klinisi untuk menetapkan diagnosis penyakit autoimun.","DISEASE_OR_CONDITION":"IMUNOLOGI","DESCRIPTION":"Pemeriksaan ANA Profile 3 adalah pemeriksaan kualitatif untuk mengetahui ada tidaknya autoantibodi IgG terhadap 14 antigen yaitu nRNP\/Sm, Sm, SS-A (SS-A native dan Ro-52), SS-B, Scl-70, PM-Scl, Jo-1, CENP B, PCNA B, dsDNA, Nucleosomes, Histones, ribosomal P-Protein, dan AMA-M2 di dalam serum atau plasma.","DISEASE_OR_CONDITION_ID":"9","ID":"R0000032","NAME":"ANA Profile","ICON":false,"slug":"rovzPP8ZhHA=-ana-profile"},{"BENEFIT":"Analisa batu ginjal dapat menunjukkan jenis batu yang dapat membantu dalam pengobatan dan memberi informasi yang bisa mencegah terbentuknya batu lebih banyak. Orang yang memiliki batu ginjal berpeluang untuk memiliki batu yang lain (rekuren), sehingga tindakan pencegahan atau pengobatan menjadi sangat penting.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Analisa batu ginjal adalah tes yang dilakukan pada batu ginjal untuk melihat bahan kimia apa saja yang ada di dalamnya. Tes ini dilakukan pada batu ginjal yang keluar melalui urin atau dikeluarkan dari saluran kemih melalui operasi. ","DISEASE_OR_CONDITION_ID":"","ID":"R2000651","NAME":"Analisa Batu Ginjal","ICON":false,"slug":"ronzPP8fgnM=-analisa-batu-ginjal"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002667","NAME":"Analisa Cairan Bahan Lain","ICON":false,"slug":"ronzPP0fgXU=-analisa-cairan-bahan-lain"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002666","NAME":"Analisa Cairan LCS","ICON":false,"slug":"ronzPP0fgXQ=-analisa-cairan-lcs"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R0000513","NAME":"Analisa Cairan Pleura","ICON":false,"slug":"rovzPP8chnE=-analisa-cairan-pleura"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002410","NAME":"Analisa Cairan Sendi","ICON":false,"slug":"ronzPP0dhnI=-analisa-cairan-sendi"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002665","NAME":"Analisa Cairan Sendi","ICON":false,"slug":"ronzPP0fgXc=-analisa-cairan-sendi"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002381","NAME":"Analisa DNA Thallasemia Alfa Sekuensing","ICON":false,"slug":"ronzPP0aj3M=-analisa-dna-thallasemia-alfa-sekuensing"},{"BENEFIT":"Untuk mengetahui jika adanya infeksi, mengevaluasi jenis makanan ","DISEASE_OR_CONDITION":"","DESCRIPTION":"pemeriksaan dengan sampel feses untuk menganalisis profil feses baiks ecara mikroskopik maupun mikroskopik","DISEASE_OR_CONDITION_ID":"","ID":"R0000515","NAME":"Analisa Faeces","ICON":false,"slug":"rovzPP8chnc=-analisa-faeces"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002359","NAME":"Analisa Gas Darah","ICON":false,"slug":"ronzPP0agns=-analisa-gas-darah"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002303","NAME":"Analisa Kromosom (Karyotyping) Darah Tali Pusat","ICON":false,"slug":"ronzPP0ah3E=-analisa-kromosom-karyotyping-darah-tali-pusat"},{"BENEFIT":"1. Membantu mendiagnosis kelainan kromosom\n2. Untuk mendeteksi kelainan kromosom, untuk mendiagnosis penyakit genetik, beberapa cacat lahir, dan gangguan tertentu pada darah atau sistem limfatik.\n3. Dapat dilakukan untuk: Janin, menggunakan vilus korionik (jaringan dari plasenta):\n- jika pada wanita hamil melakukan analisis cairan ketuban karena dia dianggap berisiko lebih tinggi untuk memiliki bayi dengan cacat lahir.\n- jika pada wanita hamil yang diduga ada kelainan struktural dan \/ atau perkembangan janin yang terdeteksi selama kehamilan seperti dari USG selama hamil\n- jika ada kelainan kromosom yang diketahui pada garis keluarga.elainan genetik.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan analisa kromosom atau yang dikenal dengan karyotiping untuk mengetahui jumlah, struktur dan morfologi kromosom. - dapat dengan Jaringan dari keguguran atau lahir mati, untuk membantu menentukan apakah penyebabnya adalah karena kelainan kromosom pada janin. Sampel yang digunakan berupa cairan amnion","DISEASE_OR_CONDITION_ID":"","ID":"R2001304","NAME":"Analisa Kromosom Cairan Amnion","ICON":false,"slug":"ronzPP4ah3Y=-analisa-kromosom-cairan-amnion"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002304","NAME":"Analisa Kromosom Chorionic Villus Sampling (CVS)","ICON":false,"slug":"ronzPP0ah3Y=-analisa-kromosom-chorionic-villus-sampling-cvs"},{"BENEFIT":"\"1. Membantu mendiagnosis kelainan kromosom\n2. Untuk mendeteksi kelainan kromosom, untuk mendiagnosis penyakit genetik, beberapa cacat lahir, dan gangguan tertentu pada darah atau sistem limfatik.\"\n","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan analisa kromosom atau yang dikenal dengan karyotiping untuk mengetahui jumlah, struktur dan morfologi kromosom. Sampel yang digunakan berupa darah tali pusat . \n","DISEASE_OR_CONDITION_ID":"","ID":"R2002149","NAME":"Analisa Kromosom Darah Tali Pusat","ICON":false,"slug":"ronzPP0Yg3s=-analisa-kromosom-darah-tali-pusat"},{"BENEFIT":"Diagnosis leukemia granulositik kronis (95% ditemukan pada leukemia granulositik kronis ) pada eeseorang yang telah didiagnosis dengan jenis leukemia, limfoma, anemia refrakter, atau kanker tertentu","DISEASE_OR_CONDITION":"","DESCRIPTION":"analisa kromosom yang dikenal dengan kromosom philadelphia, dimana kromosom philadelphia merupakan abnormalitas kromosomal spesifik yang berkaitan dengan leukimia granulositik kronik","DISEASE_OR_CONDITION_ID":"","ID":"R0000037","NAME":"Analisa Kromosom Philadelpia","ICON":false,"slug":"rovzPP8ZhHU=-analisa-kromosom-philadelpia"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002299","NAME":"Analisa Kromosom Products of Conception (POC)","ICON":false,"slug":"ronzPP0bjns=-analisa-kromosom-products-of-conception-poc"},{"BENEFIT":"Analisis DNA Thalassemia Alfa Delesi adalah tes genetik yang bertujuan mengidentifikasi 7 jenis varian delesi besar (delesi -\u03b13.7, -\u03b14.2, --SEA, --THAI, \u2013\u03b120.5, --MED, dan --FIL) pada gen alfa globin (HBA1 dan HBA2) dengan metode gap-PCR dan 2 varian non delesi (Hb Adana dan Hb Constant Spring) dengan metode ARMS-PCR penyebab thalassemia alfa ","DISEASE_OR_CONDITION":"","DESCRIPTION":"Thalassemia alfa adalah jenis kelainan darah genetik yang mempengaruhi produksi hemoglobin, yaitu protein dalam sel darah merah yang bertanggung jawab membawa oksigen ke seluruh tubuh. Hemoglobin terdiri dari rantai protein alfa dan beta. Pada thalassemia alfa, terdapat kekurangan atau kerusakan pada gen yang mengatur produksi rantai alfa hemoglobin.\nThalassemia alfa memiliki empat tingkat keparahan, bergantung pada jumlah gen yang bermutasi:\n 1. Silent carrier: Satu gen hilang atau bermutasi, tanpa gejala.\n 2. Alfa thalassemia minor: Dua gen bermutasi, menyebabkan anemia ringan.\n 3. Hemoglobin H: Tiga gen bermutasi, memicu anemia sedang hingga berat, butuh perawatan.\n 4. Hydrops fetalis: Keempat gen bermutasi, kondisi fatal yang sering menyebabkan kematian janin.\nThalassemia alfa biasanya diwariskan dari kedua orang tua yang memiliki mutasi gen tersebut. Gejala yang muncul pada penderita bisa meliputi kelelahan, pucat, sesak napas, dan pada kasus berat mungkin memerlukan transfusi darah atau perawatan intensif lainnya.","DISEASE_OR_CONDITION_ID":"","ID":"R2002804","NAME":"Analisis DNA Thalassemia Alfa","ICON":false,"slug":"ronzPP0Rh3Y=-analisis-dna-thalassemia-alfa"},{"BENEFIT":"Pemeriksaan tes genetik untuk mendeteksi delesi besar pada gen beta-globin melalui Gap PCR","DISEASE_OR_CONDITION":"","DESCRIPTION":"Analisis DNA Thalassemia Beta Sequencing bertujuan untuk mendeteksi 8 delesi besar yang tidak terdeteksi oleh metode sequencing (delesi 619bp, delesi SIRI, del FIL, del 3.5 kb, delesi SEA, HPFH-6, delesi LEP dan delesi THAI) dengan metode Gap PCR","DISEASE_OR_CONDITION_ID":"","ID":"R2002604","NAME":"Analisis DNA Thalassemia Beta Delesi","ICON":false,"slug":"ronzPP0fh3Y=-analisis-dna-thalassemia-beta-delesi"},{"BENEFIT":"Pemeriksaan tes genetik untuk mendeteksi mutasi kecil (SNV\/indel) pada gen beta-globin dengan metode sekuensing","DISEASE_OR_CONDITION":"","DESCRIPTION":"Analisis DNA Thalassemia Beta Sequencing bertujuan untuk mendeteksi berbagai jenis mutasi titik dan variasi (SNV\/insersi\/delesi kecil) mencakup >900 varian pada gen HBB dengan metode Sanger Sequencing yang mampu","DISEASE_OR_CONDITION_ID":"","ID":"R2002614","NAME":"Analisis DNA Thalassemia Beta Sequencing","ICON":false,"slug":"ronzPP0fhnY=-analisis-dna-thalassemia-beta-sequencing"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2000754","NAME":"Analisis Gen SRY","ICON":false,"slug":"ronzPP8egnY=-analisis-gen-sry"},{"BENEFIT":"1. Membantu mendiagnosis kelainan kromosom baik karena adanya dugaan penyakit genetik, beberapa cacat lahir\n2.Untuk mengevaluasi kemungkinan adanya kelainan kromosom pada seorang wanita atau pasangan yang pernah mengalami keguguran atau infertilitas sebelumnya. \n3. Untuk membantu menevaluasi etiologi pasangan infertilitas yang menunjukkan tanda-tanda kelainan kromosom.","DISEASE_OR_CONDITION":"GEN","DESCRIPTION":"Pemeriksaan ini dikenal juga dengan istilah karyotiping yang menganalisa jumlah, struktur dan morfologi dari kromosom . Dilakukan sebagai diagnosis dugaan kelainan kromosom maupun kasus jenis kelamin tidak jelas pada bayi\/anak, untuk seorang istri atau pasangan suami istri yang dengan kasus keguguran berulang untuk mencari etiologi penyebab. \nSampel yang digunakan menggunakan sampel darah perifer.","DISEASE_OR_CONDITION_ID":"6","ID":"R2002092","NAME":"Analisis Kromosom Darah (G-banding)","ICON":{"DISEASE_OR_CONDITION":"GEN","DISEASE_OR_CONDITION_ID":"6","lang":"id","size_width":100,"size_height":100,"raw_svg":" \n\n\n\n\n<\/pattern>\n\n<\/defs>\n<\/svg>\n","image":"","created_at":"2022-07-24 07:54:09","updated_at":"2022-07-26 20:27:22","encoded_svg":" <svg width="100" height="100" viewBox="0 0 100 100" fill="none" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink">
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"/>
</defs>
</svg>
"},"slug":"ronzPP0ZjnA=-analisis-kromosom-darah-g-banding"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002245","NAME":"Analisis Kromosom Jaringan Kuretase","ICON":false,"slug":"ronzPP0bg3c=-analisis-kromosom-jaringan-kuretase"},{"BENEFIT":"\"Pemeriksaan ini bermanfaat untuk :\n1. Identifikasi cepat komposisi kromosom seks\n2. Deteksi aneuploidi kromosom seks\n3. Deteksi sensitif mosaikisme yang dapat terlewat oleh metode sitogenetik konvensional\n\n\nHasil pemeriksaan memberikan dasar sitogenetik objektif untuk:\n1. Penetapan diagnosis yang akurat\n2. Penentuan penatalaksanaan klinis dan keputusan terapi\n3. Mendukung konseling genetik yang tepat\n\"","DISEASE_OR_CONDITION":"","DESCRIPTION":"Analisis Kromosom X & Y (FISH) adalah pemeriksaan sitogenetik molekuler yang mendeteksi dan menghitung jumlah kromosom seks X dan Y pada inti sel darah perifer menggunakan probe fluoresen spesifik. Metode ini tidak memerlukan kultur sel sehingga memberikan hasil lebih cepat dibandingkan kariotipe konvensional.","DISEASE_OR_CONDITION_ID":"","ID":"R2002932","NAME":"Analisis Kromosom X dan Y (FISH)","ICON":false,"slug":"ronzPP0QhHA=-analisis-kromosom-x-dan-y-fish"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002246","NAME":"Analisis Mutasi 5-alfa-reductase","ICON":false,"slug":"ronzPP0bg3Q=-analisis-mutasi-5-alfa-reductase"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002247","NAME":"Analisis Mutasi DNA Beta Thalasemia","ICON":false,"slug":"ronzPP0bg3U=-analisis-mutasi-dna-beta-thalasemia"},{"BENEFIT":"Membantu klinisi dalam menegakkan diagnosis sindrom insensitivitas Androgen (AIS). Berdasarkan Fenotipenya AIS terbagi menjadi Completed Androgen Insensitivity Sindrome (CAIS), Partial Androgen Insensitivity Sindrome (PAIS), dan Mild Androgen Insensitivity Sindrome (MAIS). ","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan untuk menganalisi adanya mutasi pada gen Androgen reseptor (AR) menggunakan metode sanger sekuensing. Androgen reseptor yang dikodekan oleh gen AR merupakan reseptor yang memperantarai kerja (aksi) dari androgen, mutasi pada gen AR mengakibatkan androgen (dehydrotestosterone, DHT) tidak dapat bekerja sama sekali atau menghasilkan efek yang tidak optimal (tergantung dari dampak mutasi yang dihasilkan)","DISEASE_OR_CONDITION_ID":"","ID":"R2002749","NAME":"Analisis Mutasi Gen Androgen Receptor (Sequencing)","ICON":false,"slug":"ronzPP0eg3s=-analisis-mutasi-gen-androgen-receptor-sequencing"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002242","NAME":"Analisis Mutasi Gen SRY","ICON":false,"slug":"ronzPP0bg3A=-analisis-mutasi-gen-sry"},{"BENEFIT":"Menegakkan diagnosis Swyer syndrom atau kondisi terkait disgenesi gonad pada 46 XY","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksan untuk menganalisis mutasi yang terjadi pada gen SRY. Gen SRY atau Sex-determining Region Y adalah Gen pengkode Protein SRY berperan dalam perkembangan seksual pria, yaitu faktor penentu testis (testis-determining factor, TDF). Protein ini mengawali proses pembentukan gonad Pria sejak dalam Janin dan mencegah perkembangan alat kelamin wanita. \nMutasi pada gen ini menyebabkan individu 46,XY berkembang seperti perempuan dengan disgenesis gonad (sindrom Swyer).","DISEASE_OR_CONDITION_ID":"","ID":"R2002748","NAME":"Analisis Mutasi Gen SRY (Sequencing)","ICON":false,"slug":"ronzPP0eg3o=-analisis-mutasi-gen-sry-sequencing"},{"BENEFIT":"untuk mendiagnosis kanker dan menentukan pengobatan.\n","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan patologi anatomi dengan menggunakan sampel jaringan besar.\n","DISEASE_OR_CONDITION_ID":"","ID":"R2001971","NAME":"Anatomi Patologi Besar","ICON":false,"slug":"ronzPP4QgHM=-anatomi-patologi-besar"},{"BENEFIT":"untuk mendiagnosis kanker dan menentukan pengobatan.\n","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan patologi anatomi dengan menggunakan sampel jaringan kecil.\n","DISEASE_OR_CONDITION_ID":"","ID":"R2001973","NAME":"Anatomi Patologi Kecil","ICON":false,"slug":"ronzPP4QgHE=-anatomi-patologi-kecil"},{"BENEFIT":"untuk mendiagnosis kanker dan menentukan pengobatan.\n","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan patologi anatomi dengan menggunakan sampel jaringan sedang.\n","DISEASE_OR_CONDITION_ID":"","ID":"R2001970","NAME":"Anatomi Patologi Sedang","ICON":false,"slug":"ronzPP4QgHI=-anatomi-patologi-sedang"},{"BENEFIT":"ANCA IF digunakan untuk\nmendeteksi antibodi IgG terhadap sitoplasmik granulosit (ANCA) pada sampel pasien\nANCA Associated Vasculitis (AAV), yang mencakup Wegener's granulomatosis (WG) atau\ndisebut juga Granulomatosis with polyangitis (GPA), Churg-Strauss syndrome (CSS) atau\ndisebut juga Eosinophile Granulomatosis with polyangitis (EGPA), dan Microscopic\npolyangitis (MPA).\nTiter ANCA tinggi pada awal penyakit, kemudian akan menurun seiring\ndengan pengobatan dan akan meningkat ketika kambuh","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan ANCA IF merupakan pemeriksaan Anti-nuclear cytoplasmic antibody (ANCA)\nmenggunakan metode indirect immunoflourescence (IF)","DISEASE_OR_CONDITION_ID":"","ID":"R2001814","NAME":"ANCA (IF)","ICON":false,"slug":"ronzPP4RhnY=-anca-if"},{"BENEFIT":"'- Untuk mengevaluasi pasien dengan kelebihan androgen dan mengelola pasien dengan Congenital Adrenal Hiperplasia (CAH).\n- Untuk membantu evaluasi fungsi kelenjar adrenal, ovarium, atau testis","DISEASE_OR_CONDITION":"","DESCRIPTION":"Androstenedion adalah hormon androgen, salah satu dari beberapa hormon sek pria yang berperan diferensiasi seksual pada pria dan wanita dan perkembangan karakteristik fisik pria sekunder seperti suara yang dalam dan rambut wajah.","DISEASE_OR_CONDITION_ID":"","ID":"R2002480","NAME":"Androstenedione (LC-MS\/MS)","ICON":false,"slug":"ronzPP0dj3I=-androstenedione-lc-msms"},{"BENEFIT":"Pemeriksaan ini bermanfaat untuk membantu mengevaluasi kondisi hiperandrogenisme, terutama pada wanita seperti PCOS atau CAH, khususnya bila kadar testosteron normal tetapi kadar dihidrotestosteron (DHT) meningkat.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan ini mengukur kadar hormon steroid Androsterone menggunakan metode LC-MS\/MS. Androsterone merupakan penanda aktivitas jalur \u201cbackdoor\u201d, yaitu jalur alternatif atau jalur yang tidak umum digunakan dalam proses pembentukan hormon androgen oleh kelenjar adrenal.","DISEASE_OR_CONDITION_ID":"","ID":"R2002877","NAME":"Androsterone, LC-MS\/MS","ICON":false,"slug":"ronzPP0RgHU=-androsterone-lc-msms"},{"BENEFIT":"Tes ini berguna dalam mengevaluasi pasien yang mengalami sarkoidosis, penyakit Gaucher dan limfangiomiomatosis karena enzim meningkat dalam pengaturan klinis ini.","DISEASE_OR_CONDITION":"GINJAL","DESCRIPTION":"Angiotensin converting enzyme (ACE) berpartisipasi dalam jalur renin sebagai respons terhadap hipovolemia. Aksi peptidase pada angiotensin I yang terdekapeptida menghasilkan hidrolisis histidyl leucine dipeptide terminal dan pembentukan oktapeptida angiotensin II, yg merupakan vasokonstriktor kuat yang meningkatkan tekanan darah.","DISEASE_OR_CONDITION_ID":"7","ID":"R0000042","NAME":"Angiotensin Converting Enzyme","ICON":false,"slug":"rovzPP8Zg3A=-angiotensin-converting-enzyme"},{"BENEFIT":"Tes ini membantu menilai kadar angiotensin II dalam darah dan dapat digunakan untuk menyelidiki penyebab tekanan darah tinggi","DISEASE_OR_CONDITION":"","DESCRIPTION":"Angiotensin II adalah delapan asam amino peptida yang dibentuk oleh pembelahan Angiotensin Converting Enzyme (ACE) dari Angiotensin I. Angiotensin II dimetabolisme lebih lanjut ke Angiotensin III. Pelepasan Angiotensin II dikendalikan oleh Renin, tekanan darah, volume darah, keseimbangan natrium dan oleh konsentrasi Aldosteron. Kadar Angiotensin II meningkat pada banyak tipe hipertensi. Angiotensin II menstimulasi pelepasan Hormon Anti-Diuretik, ACTH, Prolactin, Luteinizing Hormone, Oxytocin dan Aldosterone. Angiotensin II meningkatkan vasokonstriksi dan menghambat resorpsi tubular natrium, dan dapat meningkatkan pertumbuhan sel endotel.","DISEASE_OR_CONDITION_ID":"","ID":"R2000746","NAME":"Angiotensin II","ICON":false,"slug":"ronzPP8eg3Q=-angiotensin-ii"},{"BENEFIT":"Penanda infeksi H.Pylori akut, digunakan untuk deteksi infeksi aktif atau pemantauan infeksi H.Pylori","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan antibodi IgM terhadap antigen H.pylori dalam darah.","DISEASE_OR_CONDITION_ID":"","ID":"R0000078","NAME":"Anti H.Pylori IgM","ICON":false,"slug":"rovzPP8ZgHo=-anti-hpylori-igm"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2001260","NAME":"Anti HCV","ICON":false,"slug":"ronzPP4bgXI=-anti-hcv"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002948","NAME":"Anti HIV","ICON":false,"slug":"ronzPP0Qg3o=-anti-hiv"},{"BENEFIT":"Mendeteksi infeksi akut leptospira atau leptospirosis, dan membedakannya dengan penyakit infeksi lain.","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"Leptospirosis adalah penyakit yang disebabkan oleh bakteri Leptospira interrogans yang disebarkan melalui urine atau darah hewan yang terinfeksi bakteri ini. Beberapa jenis hewan yang dapat menjadi pembawa leptospirosis adalah anjing, hewan pengerat seperti tikus, dan kelompok hewan ternak seperti sapi atau babi.","DISEASE_OR_CONDITION_ID":"10","ID":"R2002130","NAME":"Anti Leptospira IgM","ICON":{"DISEASE_OR_CONDITION":"INFEKSI","DISEASE_OR_CONDITION_ID":"10","lang":"id","size_width":100,"size_height":100,"raw_svg":" \n\n\n\n\n<\/pattern>\n\n<\/defs>\n<\/svg>\n","image":"","created_at":"2022-07-24 07:54:09","updated_at":"2022-07-26 20:29:45","encoded_svg":" <svg width="100" height="100" viewBox="0 0 100 100" fill="none" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink">
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"/>
</defs>
</svg>
"},"slug":"ronzPP0YhHI=-anti-leptospira-igm"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002510","NAME":"Anti MOG (Myelin- Oligodendrocyte Glycoprotein)","ICON":false,"slug":"ronzPP0chnI=-anti-mog-myelin--oligodendrocyte-glycoprotein"},{"BENEFIT":"Untuk Wanita usia reproduksi :\t\n- Penilaian cadangan ovarium\t\n- Prognostik faktor untuk program bayi tabung\t\n- Penilaian kemampuan ovarium untuk stimulasi dan penyesuaian stimulasi hormonal\t\n- Perimenopause\t\n- Gagal ovarium primer\t\n- Tindak lanjut tumor sel granulose, deteksi toksisitas ovarium pada kemoterapi\t\n- Penilaian respon ovarium pada obesitas dan PCO\t\n- Identifikasi pasien risiko tinggi OHSS\t\nUntuk Pria :\t\n- Menilai infertilitas pria\t\n- Menilai fungsi testikular\t\nUntuk Anak-anak : \t\n- Mengetahui fungsi gonad pada anak pra-pubertas:\t\nseperti\u00a0cryptorchidism, diferensiasi gender dan kapan onset pubertas","DISEASE_OR_CONDITION":"ENDOKRIN","DESCRIPTION":"Anti Mullerian Hormone (AMH) merupakan hormon yang diproduksi oleh jaringan reproduksi, termasuk testis pada pria dan ovarium pada wanita. AMH pada wanita merupakan hormon yang diproduksi dari sel-sel granulosa folikel. Peran AMH dan kadar AMH dalam darah bervariasi bergantung pada jenis kelamin dan usia.","DISEASE_OR_CONDITION_ID":"4","ID":"R0000063","NAME":"Anti Mullerian Hormone (AMH)","ICON":false,"slug":"rovzPP8ZgXE=-anti-mullerian-hormone-amh"},{"BENEFIT":"Mengetahui respon imun humoral tubuh paska dan apabila dilakukan secara serial maka dapat mengetahui pola atau trend-nya titer antibodi masing masing orang. Mengetahui titer antibodi pada orang yang pernah terpapar virus SARS-CoV-2 sebelumnya baik disadari maupun tidak. Pemeriksaan ini juga dapat dimanfaatkan sebagai salah satu pre-skrining donor potensial plasma konvalesen, FDA menentukan batasan nilai berdasarkan reagen yang di gunakan, jika dengan pemeriksaan in maka batasannya >840 AU\/ml ( Abbott, CMIA) ","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"Pemeriksaan untuk mengukur titer antibodi IgG terhadap subunit S1 receptor binding domain (RBD) protein spike SARS-CoV-2 pada sampel darah. Antibodi ini umumnya diproduksi oleh sistem imun tubuh seseorang yang pernah terinfeksi atau seseorang yang pernah di vaksinansi COVID-19","DISEASE_OR_CONDITION_ID":"10","ID":"R2002134","NAME":"Anti SARS-CoV-2 IgG Kuantitatif","ICON":false,"slug":"ronzPP0YhHY=-anti-sars-cov-2-igg-kuantitatif"},{"BENEFIT":"Anti-AChR bermanfaat untuk menunjang diagnosis\npenyakit Myasthenia Gravis (MG). Anti-AChR ditemukan pada >85% serum pasien dengan generalized MG,\ndan pada 70% pasien dengan ocular MG, dan ditemukan sangat jarang pada individu\nsehat. Konsentrasi antibodi anti AChR tidak berkorelasi dengan keparahan MG","DISEASE_OR_CONDITION":"IMUNOLOGI","DESCRIPTION":"Pemeriksaan Anti-Acetylcholine receptor binding adalah pemeriksaan autoantibodi terhadap\nacetylcholine receptor (AChR) dalam serum atau plasma manusia","DISEASE_OR_CONDITION_ID":"9","ID":"R2001815","NAME":"Anti-Acetylcholine Receptor (Binding)","ICON":false,"slug":"ronzPP4Rhnc=-anti-acetylcholine-receptor-binding"},{"BENEFIT":"Pemeriksaan ini berguna untuk menegakkan diagnosis amubiasis (keadaan terinfeksi oleh amoeba, terutama oleh Entamoeba histolitica sistemik. Pemeriksaan serologis untuk amubiasis yang terbaik adalah pemeriksaan tunggal untuk membedakan 2 tipe abses hati yakni amebic dan pyogenic","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"Amoeba adalah genus yang dapat menyebabkan penyakit infeksi yang dikenal dengan primary amoebic meningoencephalitis atau meningoensefalitis amoeba primer, yaitu kondisi dimana amoeba menginfeksi otak dan selaput otak","DISEASE_OR_CONDITION_ID":"10","ID":"R2000075","NAME":"Anti-Amoeba","ICON":false,"slug":"ronzPP8ZgHc=-anti-amoeba"},{"BENEFIT":"Pemeriksaan Anti-Aquaporin-4 (AQP-4) bermanfaat untuk mendukung diagnosis NMO dan membedakan NMO dari MS.","DISEASE_OR_CONDITION":"","DESCRIPTION":"AQP4 adalah protein water channel yang paling banyak diekspresikan di otak, saraf tulang belakang, dan saraf optik. Antibodi terhadap aquaporin-4 (disebut NMO-IgG atau Anti-Aquaporin-4 (AQP-4)) merupakan penanda serum Neuromyelitis optica (NMO) yang sensitif dan sangat spesifik yang dapat membedakan NMO dengan Multiple Sclerosis (MS)","DISEASE_OR_CONDITION_ID":"","ID":"R2002576","NAME":"Anti-Aquaporin-4 (AQP-4)","ICON":false,"slug":"ronzPP0cgHQ=-anti-aquaporin-4-aqp-4"},{"BENEFIT":"Pemeriksaan untuk mengetahui sindroma antibodi, antifosfolipid, antibodi terhadap molekul spesifik yang dapat menyebabkan gangguan kehamilan berulang, keguguran spontan, keguguran berulang, kegagalan implantasi embrio, perkembangan janin terhambat, preeklampsia, prematuritas, kematian janin, hipoksia intrauterin.","DISEASE_OR_CONDITION":"DARAH","DESCRIPTION":"Anti-\u03b22 Glikoprotein 1 merupakan protein utama yang berikatan dengan phospolipid dan antibodi cardiolipin.","DISEASE_OR_CONDITION_ID":"2","ID":"R0000065","NAME":"Anti-Beta2-Glikoprotein 1","ICON":false,"slug":"rovzPP8ZgXc=-anti-beta2-glikoprotein-1"},{"BENEFIT":"Mendiagnosis RA lebih dini sehingga pengobatan dapat dilakukan lebih awal dan kerusakan sendi dapat dicegah atau diminimalkan; dan membedakan RA dari penyakit autoimun lainnya seperti Systemic Lupus Erythematosus (SLE), Sjogren's syndrome, atau polymyositis\/dermatomyositis.","DISEASE_OR_CONDITION":"IMUNOLOGI","DESCRIPTION":"Anti Cyclic citrullinated peptide (CCP) adalah antibodi yang dihasilkan oleh sistem imun yang menyerang cyclic citrullinated peptide.","DISEASE_OR_CONDITION_ID":"9","ID":"R0000068","NAME":"Anti-CCP IgG","ICON":false,"slug":"rovzPP8ZgXo=-anti-ccp-igg"},{"BENEFIT":"Membedakan infeksi Chikungunya dari infeksi virus Dengue.","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"Virus Chikungunya merupakan alphavirus yang ditularkan oleh nyamuk dan terkait dengan penyakit demam, disertai dengan gejala seperti arthralgia (nyeri sendi) parah, ruam, dan sakit kepala. Anti-Chikungunya IgM mendeteksi antibodi IgM terhadap virus Chikungunya, dan merupakan indikator yang dapat diandalkan karena dapat menunjukkan infeksi virus Chikungunya dalam waktu 3 bulan sebelumnya. Pemeriksaan Anti-Chikungunya IgM membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"10","ID":"R0000069","NAME":"Anti-Chikungunya IgM","ICON":false,"slug":"rovzPP8ZgXs=-anti-chikungunya-igm"},{"BENEFIT":"Anti Chlamydia trachomatis IgG digunakan untuk menilai status serologis terhadap infeksi Chlamydia trachomatis. Digunakan juga untuk mengevaluasi adanya peningkatan yang signifikan dan spesifik IgG sebagai indikasi adanya infeksi Chlamydia trachomatis yang baru terjadi : level anti Chlamydia trachomatis IgG yang tinggi merupakan nilai diagnostik pada infeksi sistemik atau kronik seperti salpingitis, infertilitas mekanik, perihepatitis, epididimitis, Reiter's syndrome dan pneumonitis.","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"Chlamydia merupakan salah satu bakteri penyakit menular seksual yang paling umum terjadi dan dapat menyebabkan komplikasi serius jika tidak tertangani dengan baik. Chlamydia umumnya menyebar melalui kontak seksual (oral, vaginal, atau anal) dengan pasangan yang terinfeksi.\n\nPemeriksaan Anti-Chlamydia trachomatis IgG mendeteksi antibodi IgG terhadap Chlamydia trachomatis. Antibodi IgG merupakan antibodi yang muncul setelah IgM dan bisa menetap seumur hidup. Pemeriksaan Anti-Chlamydia trachomatis IgG membutuhkan sampel darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"10","ID":"R0000043","NAME":"Anti-Chlamydia trachomatis IgG","ICON":false,"slug":"rovzPP8Zg3E=-anti-chlamydia-trachomatis-igg"},{"BENEFIT":"Chlamydia trachomatis IgM digunakan untuk menentukan antibodi IgM spesifik terhadap Chlamydia pada serum tunggal manusia.","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"Chlamydia merupakan salah satu bakteri penyakit menular seksual yang paling umum terjadi dan dapat menyebabkan komplikasi serius jika tidak tertangani dengan baik. Chlamydia umumnya menyebar melalui kontak seksual (oral, vaginal, atau anal) dengan pasangan yang terinfeksi.\n\nPemeriksaan Anti-Chlamydia trachomatis IgG mendeteksi antibodi IgG terhadap Chlamydia trachomatis. Antibodi IgG merupakan antibodi yang muncul setelah IgM dan bisa menetap seumur hidup. Pemeriksaan Anti-Chlamydia trachomatis IgG membutuhkan sampel darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"10","ID":"R0000044","NAME":"Anti-Chlamydia trachomatis IgM","ICON":false,"slug":"rovzPP8Zg3Y=-anti-chlamydia-trachomatis-igm"},{"BENEFIT":"Uji saring infeksi CMV, mendeteksi adanya infeksi CMV masa lampau (IgG stabil), mendiagnosis infeksi aktif atau reinfeksi (IgG meningkat), dan mengidentifikasi carrier CMV sebelum menjadi donor darah maupun organ.","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Cytomegalovirus (CMV) dapat ditularkan dari orang ke orang melalui cairan tubuh seperti air liur, semen, sekret vagina, darah, dan air susu ibu. CMV merupakan virus yang paling sering ditularkan dari ibu kepada bayinya, baik melalui plasenta selama masa kehamilan, saat menyusui maupun proses kelahiran. Bayi yang membawa CMV akan mengalami kondisi yang disebut CMV kongenital dan berisiko mengalami gangguan penglihatan dan pendengaran, serta retardasi mental yang tidak jarang baru muncul setelah remaja atau pun dewasa.\n\nPemeriksaan Anti-CMV IgG mendeteksi antibodi IgG terhadap Cytomegalovirus. Antibodi IgG merupakan antibodi yang muncul setelah IgM dan bisa menetap seumur hidup. Pemeriksaan ini membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"12","ID":"R0000071","NAME":"Anti-CMV IgG ","ICON":{"DISEASE_OR_CONDITION":"KEHAMILAN","DISEASE_OR_CONDITION_ID":"12","lang":"id","size_width":100,"size_height":100,"raw_svg":" \n\n\n\n\n<\/pattern>\n\n<\/defs>\n<\/svg>\n","image":"","created_at":"2022-07-24 07:54:09","updated_at":"2022-07-26 20:30:50","encoded_svg":" <svg width="100" height="100" viewBox="0 0 100 100" fill="none" xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink">
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"/>
</defs>
</svg>
"},"slug":"rovzPP8ZgHM=-anti-cmv-igg"},{"BENEFIT":"Mendiagnosis infeksi CMV primer atau reinfeksi (pada wanita hamil dan janinnya), dan sebagai uji saring pada pasien transplantasi.\n\nPemeriksaan ini sangat dianjurkan bagi wanita yang akan hamil atau merencanakan segera hamil; wanita yang baru\/sedang hamil, bila hasil sebelumnya negatif atau belum pernah diperiksa, idealnya dipantau setiap 3 bulan sekali; dan bayi baru lahir yang ibunya terinfeksi pada saat hamil. ","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Cytomegalovirus (CMV) dapat ditularkan dari orang ke orang melalui cairan tubuh seperti air liur, semen, sekret vagina, darah, dan air susu ibu. CMV merupakan virus yang paling sering ditularkan dari ibu kepada bayinya, baik melalui plasenta selama masa kehamilan, saat menyusui maupun proses kelahiran. Bayi yang membawa CMV akan mengalami kondisi yang disebut CMV kongenital dan berisiko mengalami gangguan penglihatan dan pendengaran, serta retardasi mental yang tidak jarang baru muncul setelah remaja atau pun dewasa.\n\nPemeriksaan Anti-CMV IgM mendeteksi antibodi IgM terhadap Cytomegalovirus. Antibodi IgM merupakan antibodi yang pertama kali muncul di dalam darah bila infeksi terjadi dan akan menghilang dalam beberapa bulan.","DISEASE_OR_CONDITION_ID":"12","ID":"R0000072","NAME":"Anti-CMV IgM ","ICON":false,"slug":"rovzPP8ZgHA=-anti-cmv-igm"},{"BENEFIT":"Mendeteksi awal adanya infeksi virus dengue yang dapat menyebabkan demam berdarah dengue dan dengue shock syndrome.","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"Demam dengue merupakan penyakit yang disebabkan virus dengue yang masuk ke tubuh manusia melalui gigitan nyamuk Aedes yang terinfeksi, terutama Aedes aegypti. Demam dengue merupakan demam virus akut yang umumnya disertai sakit kepala; nyeri otot, sendi, atau tulang; ruam; gejala penurunan jumlah sel darah putih (leukopenia).\n\nPemeriksaan Anti-Dengue IgG dan IgM mendeteksi antibodi IgG dan IgM terhadap virus dengue dalam darah yang baru dapat terdeteksi setelah hari ketiga gejala demam muncul. Pemeriksaan Anti-Dengue IgG dan IgM membutuhkan sampel darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"10","ID":"R0000073","NAME":"Anti-Dengue IgG & IgM","ICON":false,"slug":"rovzPP8ZgHE=-anti-dengue-igg--igm"},{"BENEFIT":"Pemeriksaan ini berguna sebagai tes konfirmasi untuk SLE, memantau aktivitas penyakit dan respon pengobatan.","DISEASE_OR_CONDITION":"IMUNOLOGI","DESCRIPTION":"Pemeriksaan dsDNA dengan penambahan anti nucleosome meningkatkan sensitivitas pemeriksaan dsDNA untuk diagnosis dan pemantauan penyakit SLE","DISEASE_OR_CONDITION_ID":"9","ID":"R0000534","NAME":"Anti-dsDNA-NcX","ICON":false,"slug":"rovzPP8chHY=-anti-dsdna-ncx"},{"BENEFIT":"Membantu melihat infeksi EBV yang diaktifkan kembali secara kronis","DISEASE_OR_CONDITION":"TUMOR","DESCRIPTION":"Epstein-Barr Virus (EBV) adalah penyebab berbagai gangguan, termasuk infeksi mononukleosis (IM). \nPemeriksaan ini dapat membantu menentukan apakah seseorang rentan terhadap infeksi EBV atau memiliki infeksi baru atau sebelumnya.","DISEASE_OR_CONDITION_ID":"19","ID":"R2000689","NAME":"Anti-EBV EA IgA","ICON":false,"slug":"ronzPP8fj3s=-anti-ebv-ea-iga"},{"BENEFIT":"Berguna untuk mendiagnosis adanya infeksi Epstein-Barr virus khususnya mengindikasikan adanya infeksi yang baru (current atau recent infeksi EBV)","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"Early antigen (EA) merupakan suatu protein kompleks yang terlihat pada sel yang terinfeksi, yang terdiri atas diffuse and restricted variants, EA-D & EA-R","DISEASE_OR_CONDITION_ID":"10","ID":"00000848","NAME":"Anti-EBV EA IgM","ICON":false,"slug":"zIvzPP8Rg3o=-anti-ebv-ea-igm"},{"BENEFIT":"1. Diagnosis pasien dengan gangguan nasofaring atau karsinoma\n2. Uji saring kanker nasofaring\n","DISEASE_OR_CONDITION":"TUMOR","DESCRIPTION":"Epstein-Barr Virus (EBV) adalah penyebab berbagai gangguan, termasuk infeksi mononukleosis (IM). \nPemeriksaan ini dapat membantu menentukan apakah seseorang rentan terhadap infeksi EBV atau memiliki infeksi baru atau sebelumnya.","DISEASE_OR_CONDITION_ID":"19","ID":"R2000687","NAME":"Anti-EBV VCA IgA","ICON":false,"slug":"ronzPP8fj3U=-anti-ebv-vca-iga"},{"BENEFIT":"Diagnosis banding mononukleosis menular. Antibodi VCA IgG muncul pada awal infeksi EBV dan titer memuncak antara 2-4 minggu setelah munculnya gejala. Tingkat IgG sedikit menurun tetapi bertahan seumur hidup. Kehadiran antibodi IgG VCA pada individu sehat menunjukkan pajanan imunologis terhadap EBV baik sebagai infeksi primer diam atau pajanan sebelumnya","DISEASE_OR_CONDITION":"","DESCRIPTION":"Anti-EBV VCA IgG adalah Pemeriksaan antibodi IgG terhadap infeksi Virus Epstein-Barr ","DISEASE_OR_CONDITION_ID":"","ID":"R2002345","NAME":"Anti-EBV VCA IgG","ICON":false,"slug":"ronzPP0ag3c=-anti-ebv-vca-igg"},{"BENEFIT":"Deteksi imunoglobulin M (IgM) spesifik EBV digunakan untuk konfirmasi diagnosis mononukleosis menular atau infeksi EBV primer akut tetapi mengarah pada hasil positif palsu dan negatif palsu untuk IgM spesifik EBV untuk orang dewasa dan anak-anak, terutama mereka yang berusia di bawah 12 tahun tahun","DISEASE_OR_CONDITION":"","DESCRIPTION":"Anti-EBV VCA IgM adalah pemeriksaan antibodi IgM terhadap infeksi Virus Epstein-Barr","DISEASE_OR_CONDITION_ID":"","ID":"R2002352","NAME":"Anti-EBV VCA IgM","ICON":false,"slug":"ronzPP0agnA=-anti-ebv-vca-igm"},{"BENEFIT":"Membantu diagnosis penyakit autoimun tertentu, dan juga dapat digunakan untuk monitoring. Dilakukan sebagai tes lanjutan ketika hasil ANA IF positif","DISEASE_OR_CONDITION":"","DESCRIPTION":"Anti-Extractable Nuclear Antigen adalah antigen yang ditemukan pada sitoplasmik dan nuklear. Pemeriksaan ini dilakukan untuk deteksi antibodi terhadap sitoplasma dan nuklear","DISEASE_OR_CONDITION_ID":"","ID":"R0000528","NAME":"Anti-Extractable Nuclear Antigen Identification","ICON":false,"slug":"rovzPP8chXo=-anti-extractable-nuclear-antigen-identification"},{"BENEFIT":"Penanda infeksi H.pylori masa lampau. Tidak digunakan untuk deteksi infeksi aktif atau untuk pemantauan infeksi H.pylori.","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"Pemeriksaan antibodi IgG terhadap antigen H.pylori dalam darah. Antibodi IgG terhadap H. pylori muncul kira-kira 21 hari setelah infeksi dan tetap ada setelah kesembuhan sehingga tidak dapat digunakan untuk mengetahui infeksi menetap atau kesembuhan infeksi. Pemeriksaan ini tidak direkomendasikan untuk pemantauan infeksi H.pylori atau pemantauan respon terapi. ","DISEASE_OR_CONDITION_ID":"10","ID":"R0000077","NAME":"Anti-H. Pylori IgG","ICON":false,"slug":"rovzPP8ZgHU=-anti-h-pylori-igg"},{"BENEFIT":"Mengetahui status kekebalan tubuh terhadap virus Hepatitis A. Pemeriksaan Anti-HAV IgG dapat dilakukan sebelum vaksinasi, untuk menentukan apakah individu sudah memiliki kekebalan secara alami atau harus melakukan vaksinasi.","DISEASE_OR_CONDITION":"HATI","DESCRIPTION":"Pemeriksaan Anti-HAV IgG merupakan pemeriksaan untuk mendeteksi immunoglobulin G (IgG) yang ada di dalam darah. IgG merupakan antibodi yang terbentuk 2-3 minggu setelah terjadinya paparan infeksi. Terdeteksinya anti-HAV IgG menandakan bahwa pasien tersebut sudah memiliki kekebalan terhadap virus Hepatitis A yang didapatkan secara alami dari infeksi terdahulu, atau dari vaksinasi. ","DISEASE_OR_CONDITION_ID":"8","ID":"R2001786","NAME":"Anti-HAV IgG","ICON":false,"slug":"ronzPP4ej3Q=-anti-hav-igg"},{"BENEFIT":"Penunjang diagnosa infeksi hepatitis A akut, dan membedakan penyebab jaundice.","DISEASE_OR_CONDITION":"HATI","DESCRIPTION":"Antibodi terhadap HAV kelas IgM\n(anti-HAV IgM) biasanya dapat dideteksi dalam\nserum bersamaan dengan onset gejala dan\nmerupakan penanda infeksi HAV akut. Anti-HAV IgM\nbertahan sekitar 3\u20136 bulan setelah terinfeksi,\nbahkan dapat bertahan sampai 18 bulan meskipun\njarang terjadi","DISEASE_OR_CONDITION_ID":"8","ID":"R0000080","NAME":"Anti-HAV IgM ","ICON":false,"slug":"rovzPP8Zj3I=-anti-hav-igm"},{"BENEFIT":"Hasil \u201cpositif\u201d atau \u201creaktif\u201d menandakan virus \nsedang aktif (adanya kontak dengan HBV). Anti-HBc \nmerupakan tes yang kompleks karena hasil \u201cfalse \npositive\u201d bisa terjadi. Anti-HBc menunjukkan \nadanya infeksi masa lampau atau infeksi lanjutan. \nInterpretasi hasil positif biasanya tergantung hasil \npemeriksaan HBsAg dan anti-HBs.","DISEASE_OR_CONDITION":"HATI","DESCRIPTION":"Pemeriksaan anti-HBc merupakan pemeriksaan\nalternatif untuk mengetahui imunitas terhadap\nvirus hepatitis B yang bermanfaat untuk\nmenentukan perlu tidaknya vaksinasi hepatitis B.\nAdakalanya seseorang memiliki isolated anti-HBc pada saat HBsAg atau anti-HBs negatif. Isolated anti-HBc dilaporkan terdeteksi dalam serum pada 42% pasien pengidap HIV.","DISEASE_OR_CONDITION_ID":"8","ID":"R0000081","NAME":"Anti-HBc ","ICON":false,"slug":"rovzPP8Zj3M=-anti-hbc"},{"BENEFIT":"Pemeriksaan anti-HBc IgM penting untuk diagnosis\ninfeksi akut, akan tetapi anti-HBc IgM kadangkadang terdeteksi pada hepatitis kronik aktif.\nHilangnya HBsAg dan perkembangan anti-HBc\nmerupakan penanda proses penyembuhan infeksi\nakut.","DISEASE_OR_CONDITION":"HATI","DESCRIPTION":"Anti-HBc IgM merupakan penanda yang bermanfaat untuk diagnosis ketika onset infeksi HBV tidak diketahui (contohnya pada donor darah dengan HBsAg negatif). ","DISEASE_OR_CONDITION_ID":"8","ID":"R0000082","NAME":"Anti-HBc IgM ","ICON":false,"slug":"rovzPP8Zj3A=-anti-hbc-igm"},{"BENEFIT":"Konversi spontan dari antigen menjadi antibodi\n(disebut dengan istilah serokonversi) merupakan\nprediktor klirens HBV pada pasien yang\nmendapatkan terapi antiviral dan menunjukkan\nkadar HBV yang rendah.","DISEASE_OR_CONDITION":"HATI","DESCRIPTION":" Anti-HBe dihasilkan oleh sistem\nimun dan bersifat sementara selama infeksi HBV\nakut atau akan menetap permanen setelah\nterjadinya replikasi virus yang \u201csangat besar\u201d","DISEASE_OR_CONDITION_ID":"8","ID":"R0000083","NAME":"Anti-HBe ","ICON":false,"slug":"rovzPP8Zj3E=-anti-hbe"},{"BENEFIT":"Hasil \u201cpositif\u201d atau \u201creaktif\u201d menunjukkan adanya\nimunitas \/ kekebalan terhadap infeksi HBV, baik\ndari vaksinasi maupun dari proses penyembuhan\ninfeksi masa lampau. Seseorang yang terinfeksi\npada masa lampau, tidak dapat menularkan\npenyakitnya pada orang lain","DISEASE_OR_CONDITION":"HATI","DESCRIPTION":"Antibodi terhadap HBsAg merupakan\nneutralizing antibody, yang berkaitan dengan\nimunitas jangka panjang.","DISEASE_OR_CONDITION_ID":"8","ID":"R0000084","NAME":"Anti-HBs ","ICON":false,"slug":"rovzPP8Zj3Y=-anti-hbs"},{"BENEFIT":"Mengetahui titer (konsentrasi) antibodi terhadap HBV (protektif 10 IU\/ml) pasca vaksinasi.","DISEASE_OR_CONDITION":"HATI","DESCRIPTION":"Pemeriksaan kuantitatif untuk mengetahui kadar anti-HBs setelah vaksinasi hepatitis B","DISEASE_OR_CONDITION_ID":"8","ID":"R0000536","NAME":"Anti-HBs pasca vaksinasi","ICON":false,"slug":"rovzPP8chHQ=-anti-hbs-pasca-vaksinasi"},{"BENEFIT":"Pemeriksaan untuk deteksi anti-HCV dapat\ndigunakan baik untuk skrining maupun untuk\ndiagnosis infeksi HCV.\nPemeriksaan anti-HCV tidak menunjukkan infeksi\nakut, kronik atau sudah sembuh","DISEASE_OR_CONDITION":"HATI","DESCRIPTION":"Anti-HCV dapat terdeteksi pada 60% pasien selama\nfase akut infeksi. Anti-HCV dapat terdeteksi\nbeberapa minggu atau beberapa bulan kemudian\npada 35% pasien. Pada populasi pasien kurang dari\n5%, anti-HCV tidak berkembang (persentase lebih\ntinggi terjadi pada pasien dengan infeksi HIV).","DISEASE_OR_CONDITION_ID":"8","ID":"R0000085","NAME":"Anti-HCV","ICON":false,"slug":"rovzPP8Zj3c=-anti-hcv"},{"BENEFIT":"Digunakan untuk :\t\n- Mendeteksi keberadaan virus atau antibodi HIV. Bila terdapat antibodi artinya telah terinfeksi HIV atau disebut antibodi HIV positif.\n- Skrining darah atau organ\n- Diagnosis infeksi HIV pada individu. Melaksanakan surveillans atau penelitian","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"HIV merupakan suatu virus yang menyerang sistem kekebalan tubuh dan menyebabkan daya tahan tubuh menurun sehingga mudah terinfeksi. Seseorang yang terinfeksi HIV, mengalami beberapa fase yaitu fase akut, kemudian fase laten, dan akhirnya masuk ke tahap AIDS. Pada umumnya, antibodi HIV terbentuk sekitar 3-6 minggu setelah terinfeksi, atau pada individu dengan pembentukan antibodi lambat maka antibodi HIV baru terbentuk setelah 3-6 bulan terinfeksi.","DISEASE_OR_CONDITION_ID":"10","ID":"R2000119","NAME":"Anti-HIV ","ICON":false,"slug":"ronzPP8Yhns=-anti-hiv"},{"BENEFIT":"Digunakan untuk : \na Mendeteksi keberadaan virus atau antibodi HIV. Bila terdapat antibodi artinya telah terinfeksi HIV atau disebut antibodi HIV positif.\nb Skrining darah atau organ\nc Membantu diagnosis infeksi HIV pada individu. Melaksanakan surveillans atau penelitian","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan untuk mendeteksi antibodi HIV dalam darah yang diproduksi tubuh sebagai respons terhadap infeksi HIV menggunakan 3 metode yang berbeda secara bersamaan","DISEASE_OR_CONDITION_ID":"","ID":"R2000087","NAME":"Anti-HIV 3 metode","ICON":false,"slug":"ronzPP8Zj3U=-anti-hiv-3-metode"},{"BENEFIT":"Pemeriksaan ini bermanfaat untuk mengetahui adanya infeksi lampau, namun peningkatan anti HSV1 IgG yang signifikan dalam interval waktu tertentu mengindikasikan adanya infeksi aktif atau infeksi baru. IgG negatif menunjukkan bahwa seseorang belum pernah terpapar HSV atau tubuhnya belum mampu memproduksi antibodi HSV.","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Herpes Simplex Virus tipe 1 (HSV1) atau oral herpes merupakan infeksi herpes yang sering terjadi pada sekitar mulut dan wajah, ditandai dengan adanya cold sores dan fever blisters. Infeksi HSV1 dapat ditularkan melalui kontak langsung, dan infeksi ini akan menetap seumur hidup. Sebagian dari HSV1 juga dapat menyerang genital (alat kelamin atau daerah anal).\n\nPemeriksaan Anti-HSV1 IgG mendeteksi antibodi IgG terhadap HSV1. Antibodi IgG merupakan antibodi yang muncul setelah IgM dan bisa menetap seumur hidup. Pemeriksaan Anti-HSV1 membutuhkan sampel darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"12","ID":"R0000087","NAME":"Anti-HSV1 IgG","ICON":false,"slug":"rovzPP8Zj3U=-anti-hsv1-igg"},{"BENEFIT":"Pemeriksaan anti-HSV1 IgM bermanfaat untuk mengetahui adanya infeksi baru yang disebabkan oleh virus Herpes Tipe 1 (menyerang tubuh dari pinggang ke atas berupa lesi umumnya di daerah sekitar mulut).","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Herpes Simplex Virus tipe 1 (HSV1) atau oral herpes merupakan infeksi herpes yang sering terjadi pada sekitar mulut dan wajah, ditandai dengan adanya cold sores dan fever blisters. Infeksi HSV1 dapat ditularkan melalui kontak langsung, dan infeksi ini akan menetap seumur hidup. Sebagian dari HSV1 juga dapat menyerang genital (alat kelamin atau daerah anal).\n\nPemeriksaan Anti-HSV1 IgM mendeteksi antibodi IgM terhadap HSV1. Antibodi IgM merupakan antibodi yang pertama kali muncul di dalam darah bila infeksi terjadi dan akan menghilang dalam beberapa bulan. Pemeriksaan Anti-HSV1 membutuhkan sampel darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"12","ID":"R0000088","NAME":"Anti-HSV1 IgM","ICON":false,"slug":"rovzPP8Zj3o=-anti-hsv1-igm"},{"BENEFIT":"Pemeriksaan ini bermanfaat untuk mengetahui adanya infeksi lampau, namun peningkatan anti HSV2 IgG yang signifikan dalam interval waktu tertentu mengindikasikan infeksi akut atau infeksi baru. Pada keadaan reinfeksi titernya akan meningkat, oleh sebab itu wanita hamil dengan IgG positif maka pada trimester 3 kehamilannya diperiksa anti HSV2 IgG lagi, untuk memastikan ada tidaknya reinfeksi, jika terdapat reinfeksi maka proses persalinan dianjurkan melalui bedah caesar. IgG negatif menunjukkan bahwa seseorang belum pernah terpapar HSV atau belum mampu memproduksi antibodi HSV.","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Herpes Simplex Virus tipe 2 (HSV2) atau genital herpes merupakan infeksi herpes yang terjadi pada alat kelamin, biasanya ditularkan melalui kontak seksual. Berbeda dengan infeksi lainnya, HSV2 lebih sering ditularkan dari ibu kepada bayinya saat proses kelahiran berlangsung. Bayi yang terinfeksi HSV2 berisiko mengalami gangguan kesehatan seperti infeksi pada organ mata dan trakea, meningitis, pneumonia, dan encephalitis (radang otak).\n\nPemeriksaan Anti-HSV2 IgG mendeteksi antibodi IgG terhadap HSV2. Antibodi IgG merupakan antibodi yang muncul setelah IgM dan bisa menetap seumur hidup. Pemeriksaan ini sangat dianjurkan bagi wanita yang akan hamil atau merencanakan segera hamil; wanita yang baru\/sedang hamil, bila hasil sebelumnya negatif atau belum pernah diperiksa, idealnya dipantau setiap 3 bulan sekali; dan bayi baru lahir yang ibunya terinfeksi pada saat hamil. Pemeriksaan ini membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"12","ID":"R0000089","NAME":"Anti-HSV2 IgG","ICON":false,"slug":"rovzPP8Zj3s=-anti-hsv2-igg"},{"BENEFIT":"Pemeriksaan anti HSV2 IgM bermanfaat untuk mengetahui adanya infeksi baru yang disebabkan oleh virus Herpes tipe 2 (menyerang tubuh dari pinggang ke bawah berupa lesi umumnya di daerah genital). Pemeriksaan ini tidak dianjurkan pada pasien yang tidak bergejala, karena dapat memberikan hasil positif palsu.","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Herpes Simplex Virus tipe 2 (HSV2) atau genital herpes merupakan infeksi herpes yang terjadi pada alat kelamin, biasanya ditularkan melalui kontak seksual. Berbeda dengan infeksi lainnya, HSV2 lebih sering ditularkan dari ibu kepada bayinya saat proses kelahiran berlangsung. Bayi yang terinfeksi HSV2 berisiko mengalami gangguan kesehatan seperti infeksi pada organ mata dan trakea, meningitis, pneumonia, dan encephalitis (radang otak).\n\nPemeriksaan Anti-HSV2 IgM mendeteksi antibodi IgM terhadap HSV2. Antibodi IgM merupakan antibodi yang pertama kali muncul di dalam darah bila infeksi terjadi dan akan menghilang dalam beberapa bulan. Pemeriksaan ini sangat dianjurkan bagi wanita yang akan hamil atau merencanakan segera hamil; wanita yang baru\/sedang hamil, bila hasil sebelumnya negatif atau belum pernah diperiksa, idealnya dipantau setiap 3 bulan sekali; dan bayi baru lahir yang ibunya terinfeksi pada saat hamil. Pemeriksaan ini membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"12","ID":"R0000090","NAME":"Anti-HSV2 IgM","ICON":false,"slug":"rovzPP8ZjnI=-anti-hsv2-igm"},{"BENEFIT":"Mendeteksi keberadaan antibodi anti-NMDA Reseptor di dalam sampel CSF untuk mendapatkan diagnosis pasti ensefalitis autoimun.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan untuk mendeteksi antibodi Anti-NMDA Reseptor pada sampel CSF menggunakan metode IIFT.","DISEASE_OR_CONDITION_ID":"","ID":"R2002778","NAME":"Anti-NMDA Reseptor, CSF","ICON":false,"slug":"ronzPP0egHo=-anti-nmda-reseptor-csf"},{"BENEFIT":"Mendeteksi keberadaan antibodi anti-NMDA Reseptor di dalam sampel serum untuk mendapatkan diagnosis pasti ensefalitis autoimun.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan untuk mendeteksi antibodi Anti-NMDA Reseptor pada sampel serum menggunakan metode IIFT.","DISEASE_OR_CONDITION_ID":"","ID":"R2002779","NAME":"Anti-NMDA Reseptor, Serum","ICON":false,"slug":"ronzPP0egHs=-anti-nmda-reseptor-serum"},{"BENEFIT":"Antibodi anti-phospholipase A2 receptor (PLA2R) sangat spesifik untuk diagnosis nefropati membranosa primer. Jika seorang pasien sudah diketahui memiliki nefropati membranosa positif reseptor anti-fosfolipase A2, tes ini dapat digunakan untuk memantau respons terhadap pengobatan atau mendeteksi kekambuhan.","DISEASE_OR_CONDITION":"","DESCRIPTION":"PLA2R adalah reseptor transmembran tipe I dan merupakan salah satu dari empat anggota keluarga reseptor manosa mamalia. PLA2R adalah protein 185-kDa yang diekspresikan pada permukaan podosit manusia","DISEASE_OR_CONDITION_ID":"","ID":"R2002393","NAME":"Anti-PLA2R","ICON":false,"slug":"ronzPP0ajnE=-anti-pla2r"},{"BENEFIT":"Pemeriksaan untuk mengetahui keadaan protrombotik ekstremitas dan berisiko mortalitas\n","DISEASE_OR_CONDITION":"","DESCRIPTION":"Antibodi yang mengenali kompleks antara faktor trombosit 4 (PF4) dan rantai samping heparin atau glikosaminoglikan.\n","DISEASE_OR_CONDITION_ID":"","ID":"R2002163","NAME":"Anti-Platelet Factor 4 Antibody\/HIT","ICON":false,"slug":"ronzPP0YgXE=-anti-platelet-factor-4-antibodyhit"},{"BENEFIT":"Sebagai uji saring, memperkirakan status imun, kontrol respon setelah vaksinasi, diagnosis infeksi aktif : peningkatan kadar IgG yang signifikan (2 pemeriksaan dengan interval waktu 3 bulan).","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Virus Rubella sering dikenal sebagai penyebab campak Jerman dan biasanya ditandai dengan munculnya ruam pada kulit. Virus Rubella bisa ditularkan melalui udara dan kontak fisik. Adanya virus Rubella pada wanita hamil, terutama di awal kehamilan, bisa mempengaruhi perkembangan bayi hingga muncul kelainan seperti sindrom Rubella kongenital, penyakit jantung kongenital, katarak, tuli, infeksi telinga, dan retardasi mental.\n\nPemeriksaan Anti-Rubella IgG mendeteksi antibodi IgG terhadap virus Rubella.","DISEASE_OR_CONDITION_ID":"12","ID":"R0000094","NAME":"Anti-Rubella IgG ","ICON":false,"slug":"rovzPP8ZjnY=-anti-rubella-igg"},{"BENEFIT":"Pemeriksaan ini bermanfaat untuk skrining infeksi akut\/baru, karena anti Rubella IgM muncul 2 - 3 hari setelah ruam muncul lalu meningkat pada minggu 1 hingga 4. Namun anti Rubella IgM yang persisten (menetap hingga lebih dari 6 bulan) tidak dapat digunakan untuk menentukan adanya infeksi akut.","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Virus Rubella sering dikenal sebagai penyebab campak Jerman dan biasanya ditandai dengan munculnya ruam pada kulit. Virus Rubella bisa ditularkan melalui udara dan kontak fisik. Adanya virus Rubella pada wanita hamil, terutama di awal kehamilan, bisa mempengaruhi perkembangan bayi hingga muncul kelainan seperti sindrom Rubella kongenital, penyakit jantung kongenital, katarak, tuli, infeksi telinga, dan retardasi mental.\n\nPemeriksaan Anti-Rubella IgM mendeteksi antibodi IgM terhadap virus Rubella. Antibodi IgM merupakan antibodi yang pertama kali muncul di dalam darah bila infeksi terjadi dan akan menghilang dalam beberapa bulan.","DISEASE_OR_CONDITION_ID":"12","ID":"R0000095","NAME":"Anti-Rubella IgM ","ICON":false,"slug":"rovzPP8Zjnc=-anti-rubella-igm"},{"BENEFIT":"Mendeteksi penyebab demam akibat infeksi bakteri Salmonella typhi.","DISEASE_OR_CONDITION":"INFEKSI","DESCRIPTION":"Demam tifoid terjadi karena infeksi oleh bakteri Salmonella typhi, terutama menyerang bagian saluran pencernaan. Penularannya dapat terjadi melalui kontak antar manusia atau jika makanan dan minuman yang dikonsumsi terkontaminasi bakteri Salmonella typhi karena penanganan yang tidak bersih. Jarak waktu seseorang terinfeksi demam tifoid dan permulaan sakit (masa inkubasi) umumnya berkisar antara 8-14 hari.\n\nPemeriksaan Anti-Salmonella typhi IgM mendeteksi antibodi IgM terhadap Salmonella typhi yang muncul setelah 3-4 hari terjadinya demam. Pemeriksaan Anti-Salmonella thypi IgM membutuhkan sampel darah yang diambil dari pembuluh darah vena di lengan","DISEASE_OR_CONDITION_ID":"10","ID":"R0000096","NAME":"Anti-Salmonella typhi IgM","ICON":false,"slug":"rovzPP8ZjnQ=-anti-salmonella-typhi-igm"},{"BENEFIT":"Adanya anti-skeletal muscle antibody menunjukkan adanya timoma. Hasil positif juga dapat terjadi pada beberapa pasien dengan hepatitis inti, infeksi virus akut, dan polymyositis. Titer rendah dapat terjadi pada infeksi virus terutama EBV dan hepatitis menular.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Anti-Skeletal Muscle Antibody yang biasanya ditemukan pada pasien dengan Myasthenia Gravis ","DISEASE_OR_CONDITION_ID":"","ID":"R2001359","NAME":"Anti-Skeletal Muscle Antibody","ICON":false,"slug":"ronzPP4agns=-anti-skeletal-muscle-antibody"},{"BENEFIT":"Membantu mendeteksi kemungkinan adanya kelainan tiroid.","DISEASE_OR_CONDITION":"ENDOKRIN","DESCRIPTION":"Autoantibodi tiroid merupakan antibodi yang berkembang ketika sistem kekebalan tubuh seseorang keliru menargetkan komponen dari kelenjar tiroid atau protein tiroid, sehingga dapat menyebabkan peradangan kronis pada tiroid (tiroiditis), kerusakan jaringan tiroid, dan\/atau gangguan fungsi tiroid.\n\nPemeriksaan Thyroglobulin Antibody (Anti-Tiroglobulin) mendeteksi keberadaan autoantibodi tiroid dalam darah yang menyerang protein tiroglobulin. Pemeriksaan ini dilakukan pada seseorang yang mengalami pembesaran tiroid (goiter) dan\/atau memiliki hasil pemeriksaan tiroid lainnya seperti FT3, FT4, dan TSHs yang menunjukkan disfungsi tiroid; bersamaan dengan pemeriksaan Tiroglobulin untuk pemantauan pasien penyakit tiroid autoimun sesuai anjuran dokter.\n\nPemeriksaan Anti-Tiroglobulin membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"4","ID":"R2000118","NAME":"Anti-Tiroglobulin","ICON":false,"slug":"ronzPP8Yhno=-anti-tiroglobulin"},{"BENEFIT":"Pemeriksaan ini bermanfaat untuk : \nMengetahui status kekebalan terhadap parasit toxoplasma karena anti toxoplasma IgG menetap seumur hidup dengan titer rendah \nMengetahui adanya infeksi akut apabila ditemukan peningkatan IgG hingga titer 2X dalam waktu 2 minggu","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Toxoplasmosis merupakan infeksi yang disebabkan oleh parasit Toxoplasma gondii. Toxoplasmosis dapat ditemukan pada manusia dan berbagai jenis hewan atau burung. Kucing diketahui sebagai pembawa parasit Toxoplasma gondii, namun penyebarannya bisa melalui berbagai cara seperti kotoran kucing, transfusi darah atau transplantasi organ\/jaringan tubuh, konsumsi makanan yang berasal dari tanah terkontaminasi, dan konsumsi daging (kambing, sapi, dan babi) mentah atau setengah matang.\n\nToxoplasmosis yang terjadi pada wanita hamil, bisa menybabkan keguguran dan bayi lahir prematur, serta bisa ditularkan dari ibu kepada bayinya melalui plasenta sehingga bayi mengalami toxoplasmosis kongenital. Terjadinya toxoplasmosis kongenital biasanya ditandai dengan adanya kerusakan pada organ mata, sistem saraf pusat, kulit, dan telinga. Kerusakan organ tersebut tidak jarang baru muncul ketika anak berusia remaja atau pun dewasa.\n\nPemeriksaan Anti-Toxoplasma IgG mendeteksi antibodi IgG terhadap parasit Toxoplasma gondii. Antibodi IgG merupakan antibodi yang muncul setelah IgM dan bisa menetap seumur hidup. ","DISEASE_OR_CONDITION_ID":"12","ID":"R0000099","NAME":"Anti-Toxoplasma IgG","ICON":false,"slug":"rovzPP8Zjns=-anti-toxoplasma-igg"},{"BENEFIT":"Diagnosis Infeksi primer (pada ibu dan janin). Harus dikonfirmasi dengan peningkatan kadar IgG\t\n","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Toxoplasmosis merupakan infeksi yang disebabkan oleh parasit Toxoplasma gondii. Toxoplasmosis dapat ditemukan pada manusia dan berbagai jenis hewan atau burung. Kucing diketahui sebagai pembawa parasit Toxoplasma gondii, namun penyebarannya bisa melalui berbagai cara seperti kotoran kucing, transfusi darah atau transplantasi organ\/jaringan tubuh, konsumsi makanan yang berasal dari tanah terkontaminasi, dan konsumsi daging (kambing, sapi, dan babi) mentah atau setengah matang. \n\nToxoplasmosis yang terjadi pada wanita hamil, bisa menybabkan keguguran dan bayi lahir prematur, serta bisa ditularkan dari ibu kepada bayinya melalui plasenta sehingga bayi mengalami toxoplasmosis kongenital. Terjadinya toxoplasmosis kongenital biasanya ditandai dengan adanya kerusakan pada organ mata, sistem saraf pusat, kulit, dan telinga. Kerusakan organ tersebut tidak jarang baru muncul ketika anak berusia remaja atau pun dewasa.\n\nPemeriksaan Anti-Toxoplasma IgM mendeteksi antibodi IgM terhadap parasit Toxoplasma gondii. Antibodi IgM merupakan antibodi yang pertama kali muncul di dalam darah bila infeksi terjadi dan akan menghilang dalam beberapa bulan.","DISEASE_OR_CONDITION_ID":"12","ID":"R2000271","NAME":"Anti-Toxoplasma IgM","ICON":false,"slug":"ronzPP8bgHM=-anti-toxoplasma-igm"},{"BENEFIT":"Bermanfaat untuk membedakan tiroiditis hashimoto dengan kondisi hipotiroid lainnya. ","DISEASE_OR_CONDITION":"ENDOKRIN","DESCRIPTION":"Mengukur antibodi terhadap tiroid peroksidase. Enzim tiroid peroksidase berperan mengkonversi iodida menjadi iodin organik, yang merupakan satu tahapan sangat penting dalam sintesis hormon tiroid","DISEASE_OR_CONDITION_ID":"4","ID":"R0000056","NAME":"Anti-TPO","ICON":false,"slug":"rovzPP8ZgnQ=-anti-tpo"},{"BENEFIT":"Pemeriksaan antibodi filariasis adalah pemeriksaan yang dilakukan untuk mendeteksi infeksi filariasis","DISEASE_OR_CONDITION":"","DESCRIPTION":"Filariasis (Penyakit Kaki Gajah) adalah penyakit yang disebabkan oleh cacing filaria (microfilaria) yang dapat menular dengan perantaraan nyamuk sebagai vektornya","DISEASE_OR_CONDITION_ID":"","ID":"R2000262","NAME":"Antibodi Filariasis","ICON":false,"slug":"ronzPP8bgXA=-antibodi-filariasis"},{"BENEFIT":"Deteksi leptospirosis dengan mengetahui antibodi leptospirosis yang umumnya timbul antara 3-10 hari setelah timbulnya gejala","DISEASE_OR_CONDITION":"","DESCRIPTION":"Leptospirosis adalah penyakit yang disebabkan oleh bakteri Leptospira interrogans yang disebarkan melalui urine atau darah hewan yang terinfeksi bakteri ini. Beberapa jenis hewan yang dapat menjadi pembawa leptospirosis adalah anjing, hewan pengerat seperti tikus, dan kelompok hewan ternak seperti sapi atau babi.","DISEASE_OR_CONDITION_ID":"","ID":"R0000532","NAME":"Antibodi Leptospira","ICON":false,"slug":"rovzPP8chHA=-antibodi-leptospira"},{"BENEFIT":"Untuk mengevaluasi infertilitas","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Antibodi sperma dapat ditemukan di dalam sirkulasi tubuh sebagai bentuk bebas maupun dalam bentuk kompleks imun, dalam plasma seminal dan\/atau terikat pada permukaan sperma. Antibodi ditemukan pada beberapa pria dengan penyakit testiskular dan penyakit autoimun aspermatogenesis. Kemungkinan ada hubungan penyebab dan efek antara antibodi antisperma pada wanita dan infertilitas yang tidak dapat dijelaskan. ","DISEASE_OR_CONDITION_ID":"12","ID":"R0000533","NAME":"Antibodi Sperma","ICON":false,"slug":"rovzPP8chHE=-antibodi-sperma"},{"BENEFIT":"Pemeriksaan untuk evaluasi fungsi platelet; seperti kemungkinan kelainan perdarahan atau pembekuan darah, membantu diagnosis penyakit Von Willbrand's, penyakit Glanzmann's, sindrom Bernard-Soulier, sindrom gray platelet dan fenomena Raynaud's.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Trombosit atau platetlet adalah salah satu sel darah yang harus ada dalam jumlah yang memadai dan memiliki fungsi untuk membantu hemostasis atau pembekuan darah ketika terjadi luka.","DISEASE_OR_CONDITION_ID":"","ID":"R0000067","NAME":"Antibodi Trombosit","ICON":false,"slug":"rovzPP8ZgXU=-antibodi-trombosit"},{"BENEFIT":"Pemeriksaan antigen filariasis adalah pemeriksaan yang dilakukan untuk mendeteksi infeksi filariasis","DISEASE_OR_CONDITION":"","DESCRIPTION":"Filariasis (Penyakit Kaki Gajah) adalah penyakit yang disebabkan oleh cacing filaria (microfilaria) yang dapat menular dengan perantaraan nyamuk sebagai vektornya","DISEASE_OR_CONDITION_ID":"","ID":"R2000762","NAME":"Antigen Filariasis","ICON":false,"slug":"ronzPP8egXA=-antigen-filariasis"},{"BENEFIT":"none","DISEASE_OR_CONDITION":"","DESCRIPTION":"none","DISEASE_OR_CONDITION_ID":"","ID":"R0000535","NAME":"Antigenemia-CMV","ICON":false,"slug":"rovzPP8chHc=-antigenemia-cmv"},{"BENEFIT":"Menentukan faktor risiko negatif penyakit jantung koroner (PJK) dan stroke; dan mengevaluasi kondisi pasien dengan konsentrasi kolesterol HDL yang rendah.","DISEASE_OR_CONDITION":"KARDIOVASKULAR","DESCRIPTION":"Apolipoprotein\/apo A-I merupakan apoprotein utama yang terkait dengan partikel HDL.","DISEASE_OR_CONDITION_ID":"11","ID":"R0000101","NAME":"Apo-A1 ","ICON":false,"slug":"rovzPP8Yh3M=-apo-a1"},{"BENEFIT":"Mengetahui level Apo B bermanfaat dalam menilai risiko seseorang terhadap risiko penyakit jantung koroner, ateroskerosis (plak pembuluh darah), selain itu pemeriksaan Apo B juga dapat menilai respon terhadap pengobatan statin. Apo B juga membantu memperkirakan banyaknya LDL kecil padat apabila dilakukan bersamaan dengan pemeriksaan LDL Cholesterol\n","DISEASE_OR_CONDITION":"KARDIOVASKULAR","DESCRIPTION":"Pemeriksaan ini mengukur konsentrasi apo-B di dalam darah. Apo-B merupakan kendaraaan bagi kolesterol, sehingga melakukan pengukuran apo-B dapat melengkapi pemeriksaan kolesterol secara menyeluruh. Pemeriksaan apo-B sudah direkomendasikan oleh konsensus PERKENI pengelolaan dislipidemia di Indonesia 2021 untuk dilakukan bersamaan dengan pemeriksaan kolesterol lainnya, guna mengetahui risiko kardiovaskular secara menyeluruh \n","DISEASE_OR_CONDITION_ID":"11","ID":"R0000102","NAME":"Apo-B ","ICON":false,"slug":"rovzPP8Yh3A=-apo-b"},{"BENEFIT":"Polimorfisme gen APOE dikaitkan dengan peningkatan risiko penyakit kardiovaskular dan Alzheimer, sehingga penentuan genotipe-nya memiliki nilai prediksi yang cukup potensial.","DISEASE_OR_CONDITION":"GEN","DESCRIPTION":"Gen APOE terletak pada kromosom 19q13.2, bersifat polimorfik di kodon 112 dan 158 dengan perubahan asam amino Cysteine (TGC) menjadi Arginine (CGC). \n\nPada manusia telah diketahui terdapat 3 alel yang kodominan, yang dinamakan e2, e3 dan e4, yang akan memberikan 6 macam genotipe yang berbeda: 3 genotipe homozigot, yaitu e2\/e2, e3\/e3, e4\/e4 dan 3 genotipe heterozigot e3\/e4, e2\/e4, e2\/e3. Alel e4 (Arg 112\/158) telah terbukti berhubungan dengan risiko lebih tinggi untuk penyakit jantung koroner dan late-onset Alzheimer. Sebaliknya, alel e2 (Cys 112\/158) menunjukkan efek perlindungan terhadap penyakit Alzheimer namun dikaitkan dengan resiko hyperlipoproteinemia III.","DISEASE_OR_CONDITION_ID":"6","ID":"R2001269","NAME":"APOE-Genotipe","ICON":false,"slug":"ronzPP4bgXs=-apoe-genotipe"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002732","NAME":"APTT","ICON":false,"slug":"ronzPP0ehHA=-aptt"},{"BENEFIT":"Evaluasi sistem koagulasi intrinsik; pemantauan terapi heparin; membantu skrining hemofilia A dan B klasik; defisiensi kongenital faktor II, V, VIII, IX, X, XI, dan XII; disfibrinogenemia; disseminated intravascular coagulation (DIC); liver failure; hipofibrinogenemia kongenital; defisiensi vitamin K; defisiensi fitzgearald factor kongenital; defisiensi prekallikrein (Fletcher factor) kongenital. Spesimen diperoleh kurang dari 3 jam setelah pemberian dosis heparin","DISEASE_OR_CONDITION":"DARAH","DESCRIPTION":"Masa tromboplastin parsial teraktivasi (activated partial thromboplastin time, APTT) adalah uji laboratorium untuk menilai aktifitas faktor koagulasi jalur intrinsik dan jalur bersama, yaitu faktor XII (faktor Hagemen), pre-kalikrein, kininogen, faktor XI (plasma tromboplastin antecendent, PTA), faktor IX (factor Christmas), faktor VIII (antihemophilic factor, AHF), faktor X (faktor Stuart), faktor V (proakselerin), faktor II (protrombin) dan faktor I (fibrinogen). Tes ini untuk monitoring terapi heparin atau adanya circulating anticoagulant. APTT memanjang karena defisiensi faktor koagulasi instrinsik dan bersama jika kadarnya <> 7 detik dari nilai normal, maka hasil pemeriksaan itu dianggap abnormal.","DISEASE_OR_CONDITION_ID":"2","ID":"R0000103","NAME":"APTT ","ICON":false,"slug":"rovzPP8Yh3E=-aptt"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002848","NAME":"Arbovirus Antibody Panel ( IgG,IgM),IFA","ICON":false,"slug":"ronzPP0Rg3o=-arbovirus-antibody-panel--iggigmifa"},{"BENEFIT":"Biomonitoring pajanan Arsenic di rambut","DISEASE_OR_CONDITION":"","DESCRIPTION":"Salah satu jenis logam berat yang digunakan dalam industri. Konsentrasi yang tinggi dapat mencemari tanah, udara, makanan, dan air","DISEASE_OR_CONDITION_ID":"","ID":"R2001649","NAME":"Arsenic (As) Rambut","ICON":false,"slug":"ronzPP4fg3s=-arsenic-as-rambut"},{"BENEFIT":"Biomonitoring pajanan Arsenic ","DISEASE_OR_CONDITION":"","DESCRIPTION":"Salah satu jenis logam berat yang digunakan dalam industri. Konsentrasi yang tinggi dapat mencemari tanah, udara, makanan, dan air","DISEASE_OR_CONDITION_ID":"","ID":"R2000974","NAME":"Arsenic (As) Urine","ICON":false,"slug":"ronzPP8QgHY=-arsenic-as-urine"},{"BENEFIT":"Biomonitoring pajanan Arsenic ","DISEASE_OR_CONDITION":"","DESCRIPTION":"Salah satu jenis logam berat yang digunakan dalam industri. Konsentrasi yang tinggi dapat mencemari tanah, udara, makanan, dan air","DISEASE_OR_CONDITION_ID":"","ID":"R0000547","NAME":"Arsenic 24 Hour Urine ","ICON":false,"slug":"rovzPP8cg3U=-arsenic-24-hour-urine"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002699","NAME":"As, Blood","ICON":false,"slug":"ronzPP0fjns=-as-blood"},{"BENEFIT":"Mengetahui kadar AA dalam darah","DISEASE_OR_CONDITION":"","DESCRIPTION":"Asam arakidonat adalah asam lemak esensial tidak jenuh","DISEASE_OR_CONDITION_ID":"","ID":"R2000680","NAME":"Asam Arachidonic (AA)","ICON":false,"slug":"ronzPP8fj3I=-asam-arachidonic-aa"},{"BENEFIT":"Membantu mendiagnosis salah satu penyebab anemia atau neuropati; mengevaluasi status gizi; memantau efektivitas pengobatan kekurangan asam folat.","DISEASE_OR_CONDITION":"VITAMIN & MINERAL","DESCRIPTION":"Asam folat merupakan bagian dari vitamin B kompleks yang diperlukan untuk pembentukan sel darah merah normal, perbaikan jaringan dan sel-sel, serta sintesis DNA (materi genetik dalam sel). Asam folat tidak diproduksi dalam tubuh sehingga harus diasup dari luar tubuh seperti melalui suplemen.\n\nPemeriksaan asam folat mengukur kadar asam folat dalam darah. Pemeriksaan ini dilakukan pada seseorang dengan hasil pemeriksaan complete blood count (CBC) yang abnormal disertai makrositik atau hypersegemented neutrophils; ketika seseorang mengalami gejala anemia (lemah, lesu, kulit pucat) dan\/atau neuropati (kesemutan atau gatal, mata berkedut, kehilangan memori, perubahan status mental); pasien yang sedang dalam pengobatan untuk kekurangan asam folat.\n\nPemeriksaan asam folat membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan","DISEASE_OR_CONDITION_ID":"21","ID":"R0000104","NAME":"Asam Folat ","ICON":false,"slug":"rovzPP8Yh3Y=-asam-folat"},{"BENEFIT":"Diagnosis asidosis laktat (ketika asam laktat menumpuk di aliran darah lebih cepat daripada yang bisa dikeluarkan)","DISEASE_OR_CONDITION":"","DESCRIPTION":"Asam laktat adalah hasil akhir dari metabolisme glukosa anaerobik. Konsentrasi asam laktat darah dipengaruhi oleh produksi dalam sel otot, sel darah merah dan laju metabolisme di hati. Selama olahraga, laktat darah dapat meningkat hingga sepuluh kali dari tingkat normal.\n\nPemeriksaan ini digunakan untuk mengukur kadar asam laktat di dalam darah","DISEASE_OR_CONDITION_ID":"","ID":"R0000105","NAME":"Asam Laktat","ICON":false,"slug":"rovzPP8Yh3c=-asam-laktat"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002632","NAME":"Asam Urat","ICON":false,"slug":"ronzPP0fhHA=-asam-urat"},{"BENEFIT":"Pemeriksaan asam urat dalam darah digunakan untuk : \nMendeteksi tingginya asam urat dalam darah untuk menunjang diagnosis gout. \nMemantau pengobatan pasien asam urat. \nMemantau pasien yang menjalani pengobatan kemoterapi dan radiasi karena pada pasien tersebut terjadi turnover sel yang cepat yang dapat menyebabkan peningkatan asam urat.","DISEASE_OR_CONDITION":"GINJAL","DESCRIPTION":"\n\nPemeriksaan asam urat mengukur kadar asam urat dalam darah. Bila terlalu banyak asam urat yang diproduksi atau tidak cukup diekskresikan dapat terakumulasi dalam tubuh, sehingga terjadi peningkatan kadar asam urat dalam darah (hiperurisemia) dan dapat menyebabkan gout. Selain itu asam urat berlebih juga dapat disimpan dalam jaringan seperti ginjal, dan dapat mengakibatkan terjadinya batu ginjal atau gagal ginjal. Peningkatan kadar asam urat juga dapat terjadi ketika ada peningkatan kematian sel seperti pada beberapa terapi kanker. Sementara penurunan eliminasi asam urat sering disebabkan karena fungsi ginjal yang terganggu atau penyakit ginjal.\n\nPemeriksaan asam urat membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan. ","DISEASE_OR_CONDITION_ID":"7","ID":"R0000106","NAME":"Asam Urat ","ICON":false,"slug":"rovzPP8Yh3Q=-asam-urat"},{"BENEFIT":"Untuk mendeteksi kadar asam urat yang tinggi dalam urin, yang digunakan untuk membantu diagnosis penyebab batu ginjal dan untuk memantau mereka yang menderita Gout yang merupakan risiko terbentuknya batu tersebut.","DISEASE_OR_CONDITION":"GINJAL","DESCRIPTION":"Asam urat diproduksi pada saat terjadi pemecahan purin. Purin merupakan senyawa yang mengandung nitrogen yang ditemukan dalam sel-sel tubuh, termasuk DNA. Ketika sel-sel tubuh tersebut menjadi tua dan mati akan melakukan pemecahan dan melepaskan purin dalam darah. Pada kadar yang rendah, purin mungkin berasal dari pencernaan makanan tertentu, seperti hati, ikan asin, makarel, kacang olahan dan kacang polong, serta minuman beralkohol tertentu, terutama bir. Sebagian besat asam urat dikeluarkan dari tubuh oleh ginjal dan diekskresikan dalam urin, sisanya dieliminasi dalam feses.\nPemeriksaan asam urat urin mengukur kadar asam urat dalam urin. Asam urat berlebih dapat disimpan dalam jaringan seperti ginjal, dan dapat mengakibatkan terjadinya batu ginjal atau gagal ginjal. ","DISEASE_OR_CONDITION_ID":"7","ID":"R2000621","NAME":"Asam Urat Urine","ICON":false,"slug":"ronzPP8fhXM=-asam-urat-urine"},{"BENEFIT":"Untuk mendeteksi kadar asam urat yang tinggi dalam urin, yang digunakan untuk membantu diagnosis penyebab batu ginjal dan untuk memantau mereka yang menderita Gout yang merupakan risiko terbentuknya batu ginjal.","DISEASE_OR_CONDITION":"","DESCRIPTION":"Asam urat diproduksi pada saat terjadi pemecahan purin. Purin merupakan senyawa yang mengandung nitrogen yang ditemukan dalam sel-sel tubuh, termasuk DNA. Ketika sel-sel tubuh tersebut menjadi tua dan mati akan melakukan pemecahan dan melepaskan purin dalam darah. Pada kadar yang rendah, purin mungkin berasal dari pencernaan makanan tertentu, seperti hati, ikan asin, makarel, kacang olahan dan kacang polong, serta minuman beralkohol tertentu, terutama bir. Sebagian besat asam urat dikeluarkan dari tubuh oleh ginjal dan diekskresikan dalam urin, sisanya dieliminasi dalam feses.\nPemeriksaan asam urat urin 24 jam mengukur kadar asam urat dalam urin yang ditampung selama 24 jam. Asam urat berlebih dapat mengakibatkan terjadinya batu ginjal atau gagal ginjal. ","DISEASE_OR_CONDITION_ID":"","ID":"R2000495","NAME":"Asam Urat Urine 24 jam","ICON":false,"slug":"ronzPP8djnc=-asam-urat-urine-24-jam"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002874","NAME":"ASAP Score","ICON":false,"slug":"ronzPP0RgHY=-asap-score"},{"BENEFIT":"Untuk evaluasi konsentrasi aseton yang dikeluarkan bersama urin, sebagai penanda batas aseton yang bersifat toksin dalam tubuh.","DISEASE_OR_CONDITION":"","DESCRIPTION":"pemeriksaan konsetrasi aseton dalam urine. ","DISEASE_OR_CONDITION_ID":"","ID":"R2002212","NAME":"Aseton dalam Urine","ICON":false,"slug":"ronzPP0bhnA=-aseton-dalam-urine"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002767","NAME":"Asparagine","ICON":false,"slug":"ronzPP0egXU=-asparagine"},{"BENEFIT":"Pemeriksaan Antistreptolysin O digunakan untuk mengetahui ada tidaknya infeksi group A Streptococcus sebagai penyebab terjadinya glomerulonephritis, atau rheumatic fever (kondisi yang diakibatkan karena terapi infeksi bakteri yang tidak tepat atau tidak dilakukan - bisa mengakibatkan kerusakan serius terhadap katup jantung menyebabkan pembengkakan dan nyeri pada sendi, peradangan jantung (carditis), nodul kulit, Sydenham's chorea, dan ruam kulit)","DISEASE_OR_CONDITION":"IMUNOLOGI","DESCRIPTION":"Antistreptolysin O (ASTO) adalah antibodi dengan target streptolysin O, enzim toksik yang dihasilkan oleh bakteri group A Streptococcus. ","DISEASE_OR_CONDITION_ID":"9","ID":"R0000108","NAME":"ASTO ","ICON":false,"slug":"rovzPP8Yh3o=-asto"},{"BENEFIT":"Pemeriksaan yang dilakukan unutk mengetahui kemungkinan kelainan perdarahan atau pembekuan darah seperti hemofilia, penyakit kardiovaskular dll ","DISEASE_OR_CONDITION":"DARAH","DESCRIPTION":"Antithrombin III (ATIII) adalah protease yang tidak tergantung vitamin K yang menghambat koagulasi dengan menetralkan aktivitas enzim trombin (faktor IIa, IXa, Xa). Aktivitas antitrombin III secara nyata dipotensiasi oleh heparin, mekanisme utama dimana heparin dan heparin dengan berat molekul rendah menghasilkan antikoagulasi","DISEASE_OR_CONDITION_ID":"2","ID":"R0000109","NAME":"AT III","ICON":false,"slug":"rovzPP8Yh3s=-at-iii"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002638","NAME":"Audiometri","ICON":false,"slug":"ronzPP0fhHo=-audiometri"},{"BENEFIT":"Pemeriksaan Autoimmune Inflammatory Myopathies Profile (AIM Profile) adalah pemeriksaan yang\ndapat mendeteksi 18 jenis antibodi untuk mendukung penegakan diagnosis AIM. Adapun jenis antibodi\nyang dapat terdeteksi diantaranya adalah : Mi-2\u03b1, Mi-2\u03b2, TIF1\u03b3, MDA5, NXP2, SAE1, Ku, PM-Scl100,\nPM-Scl75, Jo-1, SRP, PL-7, PL-12, EJ, OJ, Ro-52, cN-1A dan HMGCR","DISEASE_OR_CONDITION":"","DESCRIPTION":"Autoimmune Inflammatory Myopathies (AIM) adalah penyakit autoimun kronis langka yang ditandai\ndengan peradangan dan kelemahan otot. AIM dibagi menjadi enam subkelompok berdasarkan kriteria\nklinis, histologis, dan imunopatologis (Pengelompokan berdasarkan Guideline German Society for\nNeurology (DGN) (2022), yaitu : polymyositis (PM), dermatomyositis (DM), inclusion body myositis (IBM),\nimmune-mediated necrotising myositis ((NM), antisynthetase syndrome (ASS), dan overlap myositis\n(OM).","DISEASE_OR_CONDITION_ID":"","ID":"R2002546","NAME":"Autoimmune Inflammatory Myopathies Profile","ICON":false,"slug":"ronzPP0cg3Q=-autoimmune-inflammatory-myopathies-profile"},{"BENEFIT":"Untuk mendukung diagnosis autoimmune liver disease","DISEASE_OR_CONDITION":"","DESCRIPTION":"Pemeriksaan Autoimmune Liver Disease Profile (ALD Profile) adalah pemeriksaan yang dapat\nmendeteksi 9 jenis antibodi untuk mendukung penegakan diagnosis ALD. Adapun jenis antibodi yang\ndapat terdeteksi diantaranya adalah : AMA-M2 (pyruvate dehydrogenase complex), M2-3E (BPO, fusion\nprotein of the E2 subunits of the alpha-2-oxoacid dehydrogenases of the inner mitochondrial\nmembrane), Sp100 (nuclear granula protein, nuclear dots), PML (promyelocytic leukaemia protein, nuclear dots), gp210 (integral protein of the nuclear membrane, nuclear pore complex), LKM-1 (liver- kidney microsomes; cytochrome P450 II D6), LC-1 (cytosolic liver antigen type 1; formiminotransferase\ncyclodeaminase), SLA\/LP (soluble liver antigen\/liver-pancreas antigen) dan Ro-52.","DISEASE_OR_CONDITION_ID":"","ID":"R2002467","NAME":"Autoimmune Liver Disease Profile","ICON":false,"slug":"ronzPP0dgXU=-autoimmune-liver-disease-profile"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002846","NAME":"Autorefraksi","ICON":false,"slug":"ronzPP0Rg3Q=-autorefraksi"},{"BENEFIT":"Pemeriksaan CMV IgG Avidity mampu membedakan infeksi primer dengan infeksi rekuren (dengan hasil Anti CMV IgG positif). Apabila hasil Anti CMV IgG positif dan hasil CMV IgG Avidity tinggi, ini menunjukkan bahwa infeksi telah berlangsung lama, dan telah memiliki kekebalan terhadap CMV.","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Cytomegalovirus (CMV) dapat ditularkan dari orang ke orang melalui cairan tubuh seperti air liur, semen, sekret vagina, darah, dan air susu ibu. CMV merupakan virus yang paling sering ditularkan dari ibu kepada bayinya, baik melalui plasenta selama masa kehamilan, saat menyusui maupun proses kelahiran. Bayi yang membawa CMV akan mengalami kondisi yang disebut CMV kongenital dan berisiko mengalami gangguan penglihatan dan pendengaran, serta retardasi mental yang tidak jarang baru muncul setelah remaja atau pun dewasa.\n\nPemeriksaan Aviditas Anti-CMV IgG mendeteksi kekuatan ikatan antara antibodi IgG dengan CMV. Pemeriksaan ini membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"12","ID":"R0000111","NAME":"Aviditas Anti-CMV IgG","ICON":false,"slug":"rovzPP8YhnM=-aviditas-anti-cmv-igg"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002890","NAME":"Aviditas Anti-CMV IgG","ICON":false,"slug":"ronzPP0RjnI=-aviditas-anti-cmv-igg"},{"BENEFIT":"Diperlukan bila ada dugaan terinfeksi Toxoplasma gondii (Anti-Toxoplasma IgM dan IgG positif) pada wanita hamil untuk memperkirakan kapan terjadinya infeksi; dan mendiagnosis infeksi kongenital.","DISEASE_OR_CONDITION":"KEHAMILAN","DESCRIPTION":"Toxoplasmosis merupakan infeksi yang disebabkan oleh parasit Toxoplasma gondii. Toxoplasmosis dapat ditemukan pada manusia dan berbagai jenis hewan atau burung. Kucing diketahui sebagai pembawa parasit Toxoplasma gondii, namun penyebarannya bisa melalui berbagai cara seperti kotoran kucing, transfusi darah atau transplantasi organ\/jaringan tubuh, konsumsi makanan yang berasal dari tanah terkontaminasi, dan konsumsi daging (kambing, sapi, dan babi) mentah atau setengah matang. \n\nToxoplasmosis yang terjadi pada wanita hamil, bisa menyebabkan keguguran dan bayi lahir prematur, serta bisa ditularkan dari ibu kepada bayinya melalui plasenta sehingga bayi mengalami toxoplasmosis kongenital. Terjadinya toxoplasmosis kongenital biasanya ditandai dengan adanya kerusakan pada organ mata, sistem saraf pusat, kulit, dan telinga. Kerusakan organ tersebut tidak jarang baru muncul ketika anak berusia remaja atau pun dewasa.\n\nPemeriksaan Aviditas Anti-Toxoplasma IgG mendeteksi kekuatan ikatan antara antibodi IgG dengan parasit Toxoplasma gondii. Pemeriksaan ini membutuhkan sampel berupa darah yang diambil dari pembuluh darah vena di lengan.","DISEASE_OR_CONDITION_ID":"12","ID":"R0000112","NAME":"Aviditas Anti-Toxoplasma IgG","ICON":false,"slug":"rovzPP8YhnA=-aviditas-anti-toxoplasma-igg"},{"BENEFIT":"","DISEASE_OR_CONDITION":"","DESCRIPTION":"","DISEASE_OR_CONDITION_ID":"","ID":"R2002891","NAME":"Aviditas Anti-Toxoplasma IgG","ICON":false,"slug":"ronzPP0RjnM=-aviditas-anti-toxoplasma-igg"}],"pagination":{"DATA_COUNT":"1248","PAGE_TOTAL":"7","PAGE_NO":"1"}},"paginate":{"DATA_COUNT":"1248","PAGE_TOTAL":"7","PAGE_NO":"1"}}