{"lab":{"_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","address":"Republikánská 1218/6, Lobzy, 312 00 Plzeň","categories":["other"],"city":"Plzeň","imported_at":"2026-03-08T10:42:44.590Z","methods_count":11,"name":"Genomia s.r.o.","parse_status":"parsed","parse_version":5,"pdf_files":["1549_427_2024_CS.pdf","1549_427_2024_EN.pdf"],"scope_summary":"Analizy genetyki molekularnej próbek biologicznych zwierząt.","search_text":"genomia s.r.o. republikánská 1218/6, lobzy, 312 00 plzeň 1549","status":"active","updated_at":"2026-03-08T14:52:13.338Z","valid_from":"","valid_until":"31-12-2026","website":"www.genomia.cz","location":{"type":"Point","coordinates":[13.3736,49.7384]},"map_coord":[49.744552,13.412488],"map_geo":"nominatim-city","certificate_date":"27.08.2024","certificate_no":"427/2024","certificate_replaces":"","en_official":true,"fields_of_testing":[{"codes":"","pl":"Analizy genetyki molekularnej próbek biologicznych zwierząt.","en":"Molecular-genetic analyses of biological samples of animals.","zh":"动物生物样品的分子遗传分析。","cs":"Molekulárně genetické analýzy biologických vzorků zvířat."}],"flexible_scope":true,"flexible_scope_url":"http://www.genomia.cz/cz/quality/","has_en":true,"has_zh":true,"lab_division":"Genomia","lab_division_cs":"Genomia","lab_division_en":"Genomia","lab_division_zh":"Genomia（基因组学实验室）","parse_date":"2026-09-28T12:00:00.000Z","parse_source":"reczna-analiza-labcoda-3","parsed_at":"2026-09-28T12:00:00.000Z","scope_legend":[],"scope_notes":[{"pl":"Laboratorium stosuje elastyczne podejście do zakresu akredytacji. Aktualną listę działań w ramach elastycznego zakresu laboratorium udostępnia na swojej stronie internetowej http://www.genomia.cz/cz/quality/ w formie „Wykazu działań w ramach elastycznego zakresu akredytacji”.","en":"The laboratory applies a flexible approach to the scope of accreditation. The current list of activities carried out within the flexible scope is available on the laboratory's website http://www.genomia.cz/en/quality/ in the form of the „List of activities within the flexible scope of accreditation“.","zh":"实验室采用灵活的认可范围方式。灵活范围内开展活动的最新清单以“灵活认可范围内活动清单”形式发布于实验室网站 http://www.genomia.cz/cz/quality/。","cs":"Laboratoř uplatňuje flexibilní přístup k rozsahu akreditace. Aktuální seznam činností prováděných v rámci flexibilního rozsahu má laboratoř k dispozici na webových stránkách laboratoře http://www.genomia.cz/cz/quality/ ve formě „Seznam činností v rámci flexibilního rozsahu akreditace“."},{"pl":"Laboratorium wydaje opinie fachowe i interpretacje wyników badań.","en":"The laboratory provides opinions and interpretations of the test results.","zh":"实验室提供检测结果的专业意见和解释。","cs":"Laboratoř poskytuje odborná stanoviska a interpretace výsledků zkoušek."},{"pl":"Szczegółowe informacje o działalności w zakresie akredytacji (oznaczane markery) podano w części „Upřesnění rozsahu akreditace” (doprecyzowanie zakresu akredytacji).","en":"Detailed information on activities within the scope of accreditation (determined markers) is given in the section „Specification of the scope of accreditation“.","zh":"认可范围内活动的详细信息（测定的标记）见“认可范围细化”部分。","cs":"Detailní informace k činnostem v rozsahu akreditace (stanovované markery) jsou uvedeny v části „Upřesnění rozsahu akreditace“."}],"source_lang":"cs","source_pdf_sha256":"0a4c7fb80eece8a75738f2d2b336b4a312f6723e4e568f8d81b14e4890f08568","source_pdf_url":"https://www.cai.cz/OA/pdf/P427_2024_CS.pdf","source_pdf_url_en":"https://www.cai.cz/OA/pdf/P427_2024_EN.pdf"},"methods":[{"_id":"b95b4706bc07da3977672af3","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"1","test_object":"Krew, wymaz z błony śluzowej, genomowe DNA i tkanka psów","test_object_en":"Blood, mucous membrane swab, genomic DNA and tissue of dogs","test_object_zh":"犬的血液、黏膜拭子、基因组DNA和组织","test_object_cs":"Krev, stěr sliznice, genomová DNA a tkáň psů","methodology":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa","methodology_en":"Identification of the DNA profile by fragment analysis and parenthood verification","methodology_zh":"片段分析法测定遗传图谱及亲子鉴定","methodology_cs":"Určování genetického profilu metodou fragmentační analýzy a ověřování parentity","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Analiza fragmentów DNA","technique_en":"Fragment analysis","technique_zh":"片段分析法","technique_cs":"metodou fragmentační analýzy","techniques":["Analiza fragmentów DNA"],"techniques_en":["Fragment analysis"],"techniques_zh":["片段分析法"],"techniques_cs":["metodou fragmentační analýzy"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa\nAnaliza fragmentów DNA","reference":"SOP35-pes","norm_bases":["SOP35-pes"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":true,"flexibility":"A, B","outside_premises":false,"note":"Oznaczane markery: INRA21, AHT137, REN169D01, AHTh260, AHTk253, INU005, REN169O18, INU055, FH2848, AHTk211, CXX279, REN54P11, INU030, Amelogenin, AHT121, FH2054, REN162C04, AHTh171, REN247M23, AHTH130, REN105L03, REN64E19","note_en":"Determined markers: INRA21, AHT137, REN169D01, AHTh260, AHTk253, INU005, REN169O18, INU055, FH2848, AHTk211, CXX279, REN54P11, INU030, Amelogenin, AHT121, FH2054, REN162C04, AHTh171, REN247M23, AHTH130, REN105L03, REN64E19","note_zh":"测定的标记：INRA21, AHT137, REN169D01, AHTh260, AHTk253, INU005, REN169O18, INU055, FH2848, AHTk211, CXX279, REN54P11, INU030, Amelogenin, AHT121, FH2054, REN162C04, AHTh171, REN247M23, AHTH130, REN105L03, REN64E19","note_cs":"INRA21, AHT137, REN169D01, AHTh260, AHTk253, INU005, REN169O18, INU055, FH2848, AHTk211, CXX279, REN54P11, INU030, Amelogenin, AHT121, FH2054, REN162C04, AHTh171, REN247M23, AHTH130, REN105L03, REN64E19","search_text":"Krew, wymaz z błony śluzowej, genomowe DNA i tkanka psów Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa Analiza fragmentów DNA Krev, stěr sliznice, genomová DNA a tkáň psů Určování genetického profilu metodou fragmentační analýzy a ověřování parentity metodou fragmentační analýzy SOP35-pes Krew, wymaz z blony sluzowej, genomowe DNA i tkanka psow Ustalanie profilu genetycznego metoda analizy fragmentow i weryfikacja rodzicielstwa Analiza fragmentow DNA Krev, ster sliznice, genomova DNA a tkan psu Urcovani genetickeho profilu metodou fragmentacni analyzy a overovani parentity metodou fragmentacni analyzy SOP35-pes","search_en":"Blood, mucous membrane swab, genomic DNA and tissue of dogs Identification of the DNA profile by fragment analysis and parenthood verification Fragment analysis SOP35-pes","search_zh":"犬的血液、黏膜拭子、基因组DNA和组织 片段分析法测定遗传图谱及亲子鉴定 片段分析法 SOP35-pes","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":0,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"c1cbbbcc12424482e0ce85fc","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"2","test_object":"Krew, genomowe DNA, tkanka i pióra jastrzębi","test_object_en":"Blood, genomic DNA, tissue and feather of Accipiters","test_object_zh":"鹰属鸟类的血液、基因组DNA、组织和羽毛","test_object_cs":"Krev, genomová DNA, tkáň a peří jestřábů","methodology":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa","methodology_en":"Identification of the DNA profile by fragment analysis and parenthood verification","methodology_zh":"片段分析法测定遗传图谱及亲子鉴定","methodology_cs":"Určování genetického profilu metodou fragmentační analýzy a ověřování parentity","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Analiza fragmentów DNA","technique_en":"Fragment analysis","technique_zh":"片段分析法","technique_cs":"metodou fragmentační analýzy","techniques":["Analiza fragmentów DNA"],"techniques_en":["Fragment analysis"],"techniques_zh":["片段分析法"],"techniques_cs":["metodou fragmentační analýzy"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa\nAnaliza fragmentów DNA","reference":"SOP35-accipiter","norm_bases":["SOP35-accipiter"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":true,"flexibility":"A, B","outside_premises":false,"note":"Oznaczane markery: Age10, Age9, Age7, Age4, μAge1a, Age5, Age11, Age2","note_en":"Determined markers: Age10, Age9, Age7, Age4, μAge1a, Age5, Age11, Age2","note_zh":"测定的标记：Age10, Age9, Age7, Age4, μAge1a, Age5, Age11, Age2","note_cs":"Age10, Age9, Age7, Age4, μAge1a, Age5, Age11, Age2","search_text":"Krew, genomowe DNA, tkanka i pióra jastrzębi Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa Analiza fragmentów DNA Krev, genomová DNA, tkáň a peří jestřábů Určování genetického profilu metodou fragmentační analýzy a ověřování parentity metodou fragmentační analýzy SOP35-accipiter Krew, genomowe DNA, tkanka i piora jastrzebi Ustalanie profilu genetycznego metoda analizy fragmentow i weryfikacja rodzicielstwa Analiza fragmentow DNA Krev, genomova DNA, tkan a peri jestrabu Urcovani genetickeho profilu metodou fragmentacni analyzy a overovani parentity metodou fragmentacni analyzy SOP35-accipiter","search_en":"Blood, genomic DNA, tissue and feather of Accipiters Identification of the DNA profile by fragment analysis and parenthood verification Fragment analysis SOP35-accipiter","search_zh":"鹰属鸟类的血液、基因组DNA、组织和羽毛 片段分析法测定遗传图谱及亲子鉴定 片段分析法 SOP35-accipiter","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":1,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"7d710d9ea7d479b099eb87e2","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"3","test_object":"Krew, wymaz z błony śluzowej, genomowe DNA i tkanka kotowatych","test_object_en":"Blood, mucous membrane swab, genomic DNA and tissue of cats","test_object_zh":"猫科动物的血液、黏膜拭子、基因组DNA和组织","test_object_cs":"Krev, stěr sliznice, genomová DNA a tkáň kočkovitých šelem","methodology":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa","methodology_en":"Identification of the DNA profile by fragment analysis and parenthood verification","methodology_zh":"片段分析法测定遗传图谱及亲子鉴定","methodology_cs":"Určování genetického profilu metodou fragmentační analýzy a ověřování parentity","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Analiza fragmentów DNA","technique_en":"Fragment analysis","technique_zh":"片段分析法","technique_cs":"metodou fragmentační analýzy","techniques":["Analiza fragmentów DNA"],"techniques_en":["Fragment analysis"],"techniques_zh":["片段分析法"],"techniques_cs":["metodou fragmentační analýzy"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa\nAnaliza fragmentów DNA","reference":"SOP35-feline","norm_bases":["SOP35-feline"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":true,"flexibility":"A, B","outside_premises":false,"note":"Oznaczane markery: FCA 026, FCA 069, FCA 075, FCA 105, FCA 149, FCA 201, FCA 220, FCA 229, FCA 293, FCA 310, FCA 441, FCA 453, FCA 649, FCA 678, ZFXY","note_en":"Determined markers: FCA 026, FCA 069, FCA 075, FCA 105, FCA 149, FCA 201, FCA 220, FCA 229, FCA 293, FCA 310, FCA 441, FCA 453, FCA 649, FCA 678, ZFXY","note_zh":"测定的标记：FCA 026, FCA 069, FCA 075, FCA 105, FCA 149, FCA 201, FCA 220, FCA 229, FCA 293, FCA 310, FCA 441, FCA 453, FCA 649, FCA 678, ZFXY","note_cs":"FCA 026, FCA 069, FCA 075, FCA 105, FCA 149, FCA 201, FCA 220, FCA 229, FCA 293, FCA 310, FCA 441, FCA 453, FCA 649, FCA 678, ZFXY","search_text":"Krew, wymaz z błony śluzowej, genomowe DNA i tkanka kotowatych Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa Analiza fragmentów DNA Krev, stěr sliznice, genomová DNA a tkáň kočkovitých šelem Určování genetického profilu metodou fragmentační analýzy a ověřování parentity metodou fragmentační analýzy SOP35-feline Krew, wymaz z blony sluzowej, genomowe DNA i tkanka kotowatych Ustalanie profilu genetycznego metoda analizy fragmentow i weryfikacja rodzicielstwa Analiza fragmentow DNA Krev, ster sliznice, genomova DNA a tkan kockovitych selem Urcovani genetickeho profilu metodou fragmentacni analyzy a overovani parentity metodou fragmentacni analyzy SOP35-feline","search_en":"Blood, mucous membrane swab, genomic DNA and tissue of cats Identification of the DNA profile by fragment analysis and parenthood verification Fragment analysis SOP35-feline","search_zh":"猫科动物的血液、黏膜拭子、基因组DNA和组织 片段分析法测定遗传图谱及亲子鉴定 片段分析法 SOP35-feline","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":2,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"45e75a1c3b310902a2c280b6","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"4","test_object":"Krew, genomowe DNA, tkanka i pióra amazonek","test_object_en":"Blood, genomic DNA, tissue and feather of Amazonas","test_object_zh":"亚马逊鹦鹉的血液、基因组DNA、组织和羽毛","test_object_cs":"Krev, genomová DNA, tkáň a peří amazoňanů","methodology":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa","methodology_en":"Identification of the DNA profile by fragment analysis and parenthood verification","methodology_zh":"片段分析法测定遗传图谱及亲子鉴定","methodology_cs":"Určování genetického profilu metodou fragmentační analýzy a ověřování parentity","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Analiza fragmentów DNA","technique_en":"Fragment analysis","technique_zh":"片段分析法","technique_cs":"metodou fragmentační analýzy","techniques":["Analiza fragmentów DNA"],"techniques_en":["Fragment analysis"],"techniques_zh":["片段分析法"],"techniques_cs":["metodou fragmentační analýzy"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa\nAnaliza fragmentów DNA","reference":"SOP35-amazona","norm_bases":["SOP35-amazona"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":true,"flexibility":"A, B","outside_premises":false,"note":"Oznaczane markery: AgGT21, AgGT12, AgGT29, AgGT72, AgGT83","note_en":"Determined markers: AgGT21, AgGT12, AgGT29, AgGT72, AgGT83","note_zh":"测定的标记：AgGT21, AgGT12, AgGT29, AgGT72, AgGT83","note_cs":"AgGT21, AgGT12, AgGT29, AgGT72, AgGT83","search_text":"Krew, genomowe DNA, tkanka i pióra amazonek Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa Analiza fragmentów DNA Krev, genomová DNA, tkáň a peří amazoňanů Určování genetického profilu metodou fragmentační analýzy a ověřování parentity metodou fragmentační analýzy SOP35-amazona Krew, genomowe DNA, tkanka i piora amazonek Ustalanie profilu genetycznego metoda analizy fragmentow i weryfikacja rodzicielstwa Analiza fragmentow DNA Krev, genomova DNA, tkan a peri amazonanu Urcovani genetickeho profilu metodou fragmentacni analyzy a overovani parentity metodou fragmentacni analyzy SOP35-amazona","search_en":"Blood, genomic DNA, tissue and feather of Amazonas Identification of the DNA profile by fragment analysis and parenthood verification Fragment analysis SOP35-amazona","search_zh":"亚马逊鹦鹉的血液、基因组DNA、组织和羽毛 片段分析法测定遗传图谱及亲子鉴定 片段分析法 SOP35-amazona","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":3,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"5c314aae226f5bcddfb6750e","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"5","test_object":"Krew, genomowe DNA, tkanka i pióra ar","test_object_en":"Blood, genomic DNA, tissue and feather of Aras","test_object_zh":"金刚鹦鹉的血液、基因组DNA、组织和羽毛","test_object_cs":"Krev, genomová DNA, tkáň a peří ar","methodology":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa","methodology_en":"Identification of the DNA profile by fragment analysis and parenthood verification","methodology_zh":"片段分析法测定遗传图谱及亲子鉴定","methodology_cs":"Určování genetického profilu metodou fragmentační analýzy a ověřování parentity","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Analiza fragmentów DNA","technique_en":"Fragment analysis","technique_zh":"片段分析法","technique_cs":"metodou fragmentační analýzy","techniques":["Analiza fragmentów DNA"],"techniques_en":["Fragment analysis"],"techniques_zh":["片段分析法"],"techniques_cs":["metodou fragmentační analýzy"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa\nAnaliza fragmentów DNA","reference":"SOP35-ara","norm_bases":["SOP35-ara"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":true,"flexibility":"A, B","outside_premises":false,"note":"Oznaczane markery: UnaCT55, UnaCT32, UnaCT21, UnaCT74, UnaCT43","note_en":"Determined markers: UnaCT55, UnaCT32, UnaCT21, UnaCT74, UnaCT43","note_zh":"测定的标记：UnaCT55, UnaCT32, UnaCT21, UnaCT74, UnaCT43","note_cs":"UnaCT55, UnaCT32, UnaCT21, UnaCT74, UnaCT43","search_text":"Krew, genomowe DNA, tkanka i pióra ar Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa Analiza fragmentów DNA Krev, genomová DNA, tkáň a peří ar Určování genetického profilu metodou fragmentační analýzy a ověřování parentity metodou fragmentační analýzy SOP35-ara Krew, genomowe DNA, tkanka i piora ar Ustalanie profilu genetycznego metoda analizy fragmentow i weryfikacja rodzicielstwa Analiza fragmentow DNA Krev, genomova DNA, tkan a peri ar Urcovani genetickeho profilu metodou fragmentacni analyzy a overovani parentity metodou fragmentacni analyzy SOP35-ara","search_en":"Blood, genomic DNA, tissue and feather of Aras Identification of the DNA profile by fragment analysis and parenthood verification Fragment analysis SOP35-ara","search_zh":"金刚鹦鹉的血液、基因组DNA、组织和羽毛 片段分析法测定遗传图谱及亲子鉴定 片段分析法 SOP35-ara","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":4,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"53e6c91412a45c12d9a5c8ab","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"6","test_object":"Krew, genomowe DNA, tkanka i pióra kakadu","test_object_en":"Blood, genomic DNA, tissue and feather of Cacatuidaes","test_object_zh":"凤头鹦鹉的血液、基因组DNA、组织和羽毛","test_object_cs":"Krev, genomová DNA, tkáň a peří kakadů","methodology":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa","methodology_en":"Identification of the DNA profile by fragment analysis and parenthood verification","methodology_zh":"片段分析法测定遗传图谱及亲子鉴定","methodology_cs":"Určování genetického profilu metodou fragmentační analýzy a ověřování parentity","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Analiza fragmentów DNA","technique_en":"Fragment analysis","technique_zh":"片段分析法","technique_cs":"metodou fragmentační analýzy","techniques":["Analiza fragmentów DNA"],"techniques_en":["Fragment analysis"],"techniques_zh":["片段分析法"],"techniques_cs":["metodou fragmentační analýzy"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa\nAnaliza fragmentów DNA","reference":"SOP35-kakadu","norm_bases":["SOP35-kakadu"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":true,"flexibility":"A, B","outside_premises":false,"note":"Oznaczane markery: pCIA119, pCIA125, pCIA 139, pCIA105, pCID7, pCIA118, pCIA128, pCID109, pCI8","note_en":"Determined markers: pCIA119, pCIA125, pCIA 139, pCIA105, pCID7, pCIA118, pCIA128, pCID109, pCI8","note_zh":"测定的标记：pCIA119, pCIA125, pCIA 139, pCIA105, pCID7, pCIA118, pCIA128, pCID109, pCI8","note_cs":"pCIA119, pCIA125, pCIA 139, pCIA105, pCID7, pCIA118, pCIA128, pCID109, pCI8","search_text":"Krew, genomowe DNA, tkanka i pióra kakadu Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa Analiza fragmentów DNA Krev, genomová DNA, tkáň a peří kakadů Určování genetického profilu metodou fragmentační analýzy a ověřování parentity metodou fragmentační analýzy SOP35-kakadu Krew, genomowe DNA, tkanka i piora kakadu Ustalanie profilu genetycznego metoda analizy fragmentow i weryfikacja rodzicielstwa Analiza fragmentow DNA Krev, genomova DNA, tkan a peri kakadu Urcovani genetickeho profilu metodou fragmentacni analyzy a overovani parentity metodou fragmentacni analyzy SOP35-kakadu","search_en":"Blood, genomic DNA, tissue and feather of Cacatuidaes Identification of the DNA profile by fragment analysis and parenthood verification Fragment analysis SOP35-kakadu","search_zh":"凤头鹦鹉的血液、基因组DNA、组织和羽毛 片段分析法测定遗传图谱及亲子鉴定 片段分析法 SOP35-kakadu","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":5,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"15925ddccaa103578d241766","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"7","test_object":"Krew, wymaz z błony śluzowej, genomowe DNA, tkanka i włosie koni","test_object_en":"Blood, mucous membrane swab, genomic DNA, tissue and hairs of horses","test_object_zh":"马的血液、黏膜拭子、基因组DNA、组织和马鬃","test_object_cs":"Krev, stěr sliznice, genomová DNA, tkáň a žíně koní","methodology":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa","methodology_en":"Identification of the DNA profile by fragment analysis and parenthood verification","methodology_zh":"片段分析法测定遗传图谱及亲子鉴定","methodology_cs":"Určování genetického profilu metodou fragmentační analýzy a ověřování parentity","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Analiza fragmentów DNA","technique_en":"Fragment analysis","technique_zh":"片段分析法","technique_cs":"metodou fragmentační analýzy","techniques":["Analiza fragmentów DNA"],"techniques_en":["Fragment analysis"],"techniques_zh":["片段分析法"],"techniques_cs":["metodou fragmentační analýzy"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa\nAnaliza fragmentów DNA","reference":"SOP35-equine","norm_bases":["SOP35-equine"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":true,"flexibility":"A, B","outside_premises":false,"note":"Oznaczane markery: VHL20, AHT5, HMS2, AHT4, HTG10, LEX3, ASB23, HMS1, ASB2, HTG6, HMS3, HTG4, CA425, HMS6, HTG7, ASB17, HMS7","note_en":"Determined markers: VHL20, AHT5, HMS2, AHT4, HTG10, LEX3, ASB23, HMS1, ASB2, HTG6, HMS3, HTG4, CA425, HMS6, HTG7, ASB17, HMS7","note_zh":"测定的标记：VHL20, AHT5, HMS2, AHT4, HTG10, LEX3, ASB23, HMS1, ASB2, HTG6, HMS3, HTG4, CA425, HMS6, HTG7, ASB17, HMS7","note_cs":"VHL20, AHT5, HMS2, AHT4, HTG10, LEX3, ASB23, HMS1, ASB2, HTG6, HMS3, HTG4, CA425, HMS6, HTG7, ASB17, HMS7","search_text":"Krew, wymaz z błony śluzowej, genomowe DNA, tkanka i włosie koni Ustalanie profilu genetycznego metodą analizy fragmentów i weryfikacja rodzicielstwa Analiza fragmentów DNA Krev, stěr sliznice, genomová DNA, tkáň a žíně koní Určování genetického profilu metodou fragmentační analýzy a ověřování parentity metodou fragmentační analýzy SOP35-equine Krew, wymaz z blony sluzowej, genomowe DNA, tkanka i wlosie koni Ustalanie profilu genetycznego metoda analizy fragmentow i weryfikacja rodzicielstwa Analiza fragmentow DNA Krev, ster sliznice, genomova DNA, tkan a zine koni Urcovani genetickeho profilu metodou fragmentacni analyzy a overovani parentity metodou fragmentacni analyzy SOP35-equine","search_en":"Blood, mucous membrane swab, genomic DNA, tissue and hairs of horses Identification of the DNA profile by fragment analysis and parenthood verification Fragment analysis SOP35-equine","search_zh":"马的血液、黏膜拭子、基因组DNA、组织和马鬃 片段分析法测定遗传图谱及亲子鉴定 片段分析法 SOP35-equine","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":6,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"3f10699b683cccaeed84f593","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"8","test_object":"Krew, wymaz z błony śluzowej, genomowe DNA, tkanka i pióra","test_object_en":"Blood, mucous membrane swab, genomic DNA, tissue, feathers","test_object_zh":"血液、黏膜拭子、基因组DNA、组织和羽毛","test_object_cs":"Krev, stěr sliznice, genomová DNA, tkáň a peří","methodology":"Wykrywanie mutacji w genomie zwierzęcym metodą bezpośredniego sekwencjonowania DNA","methodology_en":"Detection of the mutation in the animal's genome by direct DNA sequencing","methodology_zh":"直接DNA测序法检测动物基因组突变","methodology_cs":"Detekce mutace ve zvířecím genomu metodou přímého sekvenování DNA","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Bezpośrednie sekwencjonowanie DNA","technique_en":"Direct DNA sequencing","technique_zh":"直接DNA测序法","technique_cs":"metodou přímého sekvenování DNA","techniques":["Bezpośrednie sekwencjonowanie DNA"],"techniques_en":["Direct DNA sequencing"],"techniques_zh":["直接DNA测序法"],"techniques_cs":["metodou přímého sekvenování DNA"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Wykrywanie mutacji w genomie zwierzęcym metodą bezpośredniego sekwencjonowania DNA\nBezpośrednie sekwencjonowanie DNA","reference":"SOP172-mtDNA","norm_bases":["SOP172-mtDNA"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":true,"flexibility":"A, B","outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Krew, wymaz z błony śluzowej, genomowe DNA, tkanka i pióra Wykrywanie mutacji w genomie zwierzęcym metodą bezpośredniego sekwencjonowania DNA Bezpośrednie sekwencjonowanie DNA Krev, stěr sliznice, genomová DNA, tkáň a peří Detekce mutace ve zvířecím genomu metodou přímého sekvenování DNA metodou přímého sekvenování DNA SOP172-mtDNA Krew, wymaz z blony sluzowej, genomowe DNA, tkanka i piora Wykrywanie mutacji w genomie zwierzecym metoda bezposredniego sekwencjonowania DNA Bezposrednie sekwencjonowanie DNA Krev, ster sliznice, genomova DNA, tkan a peri Detekce mutace ve zvirecim genomu metodou primeho sekvenovani DNA metodou primeho sekvenovani DNA SOP172-mtDNA","search_en":"Blood, mucous membrane swab, genomic DNA, tissue, feathers Detection of the mutation in the animal's genome by direct DNA sequencing Direct DNA sequencing SOP172-mtDNA","search_zh":"血液、黏膜拭子、基因组DNA、组织和羽毛 直接DNA测序法检测动物基因组突变 直接DNA测序法 SOP172-mtDNA","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":7,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"e35b6f2756007f5159b7c213","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"9","test_object":"Krew, wymaz z błony śluzowej, genomowe DNA, tkanka i włosie koni","test_object_en":"Blood, mucous membrane swab, genomic DNA, tissue and hair of horses","test_object_zh":"马的血液、黏膜拭子、基因组DNA、组织和马鬃","test_object_cs":"Krev, stěr sliznice, genomová DNA, tkáň a žíně koní","methodology":"Wykrywanie mutacji c.2032G>A genu PLOD1 wywołującej chorobę WFFS metodą real-time PCR-ASA","methodology_en":"Detection of c.2032G>A mutation in PLOD1 gene causing WFFS disease by real-time PCR-ASA method","methodology_zh":"实时PCR-ASA法检测导致WFFS病的PLOD1基因c.2032G>A突变","methodology_cs":"Detekce mutace c.2032G>A PLOD1 genu způsobující onemocnění WFFS metodou real-time PCR-ASA","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Real-time PCR-ASA","technique_en":"Real-time PCR-ASA method","technique_zh":"实时PCR-ASA法","technique_cs":"metodou real-time PCR-ASA","techniques":["Real-time PCR-ASA"],"techniques_en":["Real-time PCR-ASA method"],"techniques_zh":["实时PCR-ASA法"],"techniques_cs":["metodou real-time PCR-ASA"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Wykrywanie mutacji c.2032G>A genu PLOD1 wywołującej chorobę WFFS metodą real-time PCR-ASA\nReal-time PCR-ASA","reference":"SOP175-WFFS","norm_bases":["SOP175-WFFS"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":false,"flexibility":null,"outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Krew, wymaz z błony śluzowej, genomowe DNA, tkanka i włosie koni Wykrywanie mutacji c.2032G>A genu PLOD1 wywołującej chorobę WFFS metodą real-time PCR-ASA Real-time PCR-ASA Krev, stěr sliznice, genomová DNA, tkáň a žíně koní Detekce mutace c.2032G>A PLOD1 genu způsobující onemocnění WFFS metodou real-time PCR-ASA metodou real-time PCR-ASA SOP175-WFFS Krew, wymaz z blony sluzowej, genomowe DNA, tkanka i wlosie koni Wykrywanie mutacji c.2032G>A genu PLOD1 wywolujacej chorobe WFFS metoda real-time PCR-ASA Real-time PCR-ASA Krev, ster sliznice, genomova DNA, tkan a zine koni Detekce mutace c.2032G>A PLOD1 genu zpusobujici onemocneni WFFS metodou real-time PCR-ASA metodou real-time PCR-ASA SOP175-WFFS","search_en":"Blood, mucous membrane swab, genomic DNA, tissue and hair of horses Detection of c.2032G>A mutation in PLOD1 gene causing WFFS disease by real-time PCR-ASA method Real-time PCR-ASA method SOP175-WFFS","search_zh":"马的血液、黏膜拭子、基因组DNA、组织和马鬃 实时PCR-ASA法检测导致WFFS病的PLOD1基因c.2032G>A突变 实时PCR-ASA法 SOP175-WFFS","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":8,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"6acadd2c46fdd6bce9be3adc","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"10","test_object":"Krew, wymaz z błony śluzowej, genomowe DNA i tkanka psów","test_object_en":"Blood, mucous membrane swab, genomic DNA and tissue of dogs","test_object_zh":"犬的血液、黏膜拭子、基因组DNA和组织","test_object_cs":"Krev, stěr sliznice, genomová DNA a tkáň psů","methodology":"Wykrywanie ekspansji powtórzonego 12-meru w genie NHLRC1 wywołującej padaczkę Lafory metodą ASA-PCR","methodology_en":"Detection of expansion of NHLRC1 gene 12-nucleotide repeat sequence causing the Lafora epilepsy by ASA-PCR method","methodology_zh":"ASA-PCR法检测导致拉福拉癫痫的NHLRC1基因12核苷酸重复序列扩增","methodology_cs":"Detekce expanze repetitivního 12-meru v NHLRC1 genu způsobující epilepsii Lafora metodou ASA-PCR","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"ASA-PCR","technique_en":"ASA-PCR method","technique_zh":"ASA-PCR法","technique_cs":"metodou ASA-PCR","techniques":["ASA-PCR"],"techniques_en":["ASA-PCR method"],"techniques_zh":["ASA-PCR法"],"techniques_cs":["metodou ASA-PCR"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Wykrywanie ekspansji powtórzonego 12-meru w genie NHLRC1 wywołującej padaczkę Lafory metodą ASA-PCR\nASA-PCR","reference":"SOP187-Lafora","norm_bases":["SOP187-Lafora"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":false,"flexibility":null,"outside_premises":false,"note":null,"note_en":null,"note_zh":null,"note_cs":null,"search_text":"Krew, wymaz z błony śluzowej, genomowe DNA i tkanka psów Wykrywanie ekspansji powtórzonego 12-meru w genie NHLRC1 wywołującej padaczkę Lafory metodą ASA-PCR ASA-PCR Krev, stěr sliznice, genomová DNA a tkáň psů Detekce expanze repetitivního 12-meru v NHLRC1 genu způsobující epilepsii Lafora metodou ASA-PCR metodou ASA-PCR SOP187-Lafora Krew, wymaz z blony sluzowej, genomowe DNA i tkanka psow Wykrywanie ekspansji powtorzonego 12-meru w genie NHLRC1 wywolujacej padaczke Lafory metoda ASA-PCR ASA-PCR Krev, ster sliznice, genomova DNA a tkan psu Detekce expanze repetitivniho 12-meru v NHLRC1 genu zpusobujici epilepsii Lafora metodou ASA-PCR metodou ASA-PCR SOP187-Lafora","search_en":"Blood, mucous membrane swab, genomic DNA and tissue of dogs Detection of expansion of NHLRC1 gene 12-nucleotide repeat sequence causing the Lafora epilepsy by ASA-PCR method ASA-PCR method SOP187-Lafora","search_zh":"犬的血液、黏膜拭子、基因组DNA和组织 ASA-PCR法检测导致拉福拉癫痫的NHLRC1基因12核苷酸重复序列扩增 ASA-PCR法 SOP187-Lafora","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":9,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"},{"_id":"5f3cbaa162b32d2f3a2d155a","lab_id":"69ad52a4de79e566650fd48a","country":"CZ","accr_number":"1549","accr_body":"ČIA","row_label":"11","test_object":"Krew, wymaz z błony śluzowej, genomowe DNA i tkanka psów","test_object_en":"Blood, mucous membrane swab, genomic DNA and tissue of dogs","test_object_zh":"犬的血液、黏膜拭子、基因组DNA和组织","test_object_cs":"Krev, stěr sliznice, genomová DNA a tkáň psů","methodology":"Genotypowanie metodą masowo równoległego sekwencjonowania","methodology_en":"Genotyping by massively parallel sequencing","methodology_zh":"大规模平行测序法基因分型","methodology_cs":"Genotypování masivně paralelním sekvenováním","parameters":[],"parameters_en":[],"parameters_zh":[],"parameters_cs":[],"technique":"Masowo równoległe sekwencjonowanie (MPS)","technique_en":"Massively parallel sequencing","technique_zh":"大规模平行测序","technique_cs":"masivně paralelním sekvenováním","techniques":["Masowo równoległe sekwencjonowanie (MPS)"],"techniques_en":["Massively parallel sequencing"],"techniques_zh":["大规模平行测序"],"techniques_cs":["masivně paralelním sekvenováním"],"computed":[],"computed_en":[],"computed_zh":[],"computed_cs":[],"activity":"Genotypowanie metodą masowo równoległego sekwencjonowania\nMasowo równoległe sekwencjonowanie (MPS)","reference":"SOP188-MPS-canine (AgriSeq Canine TD panel (Thermo Fisher Scientific), AgriSeq Canine PI (Thermo Fisher Scientific))","norm_bases":["SOP188-MPS-canine","AgriSeq Canine TD panel (Thermo Fisher Scientific)","AgriSeq Canine PI (Thermo Fisher Scientific)"],"lab_section":null,"lab_section_en":null,"lab_section_zh":null,"lab_section_cs":null,"lab_address":null,"regulatory_area":null,"regulatory_area_en":null,"regulatory_area_zh":null,"regulatory_area_cs":null,"flexible":true,"flexibility":"A, B","outside_premises":false,"note":"Oznaczane markery: ad-pra-RHO (c.11C>G); ai-akita-ACP4 (c.1189dupG); Alexander-GFAP (c.719G>A); ams-GDNF (g.70875561C>T); ards-ANLN (c.31C>T); b-aus-TYRP1 (c.555T>G); Bc-DMD (c.2841delT); c2092-SLC3A1 (c.2092A>G); c574-SLC3A1 (c.574A>G); c649-SLC7A9 (c.649G>A); CDMC-nsdtl-SLC25A12 (c.1337C>T); CDMC-SLC25A12 (c.1046T>C); cjm-YARS2 (c.1054G>A); ckchs2-dmd (c.6057_6063del); Clp-ADAMTS20 (c.1358_1359del); Cms-gr-LOC608697 (c.880G>A); Cms-ht-CHRNE (c.1436_1437insG); Cms-jrt-CHRNE (c.636_637insC); Cms-lr-LOC608697 (c.1010T>C); cmsd-cc-SERAC1 (c.128+1_128+4delGTAA); cmsd-kbt-SERAC1 (c.1482G>A); cmt-SBF2 (c.2363+1G>T); Cnm-DNM2 (c.1393C>T); cocoa-HPS3 (c.2420G>A); csnb-beagle-LRIT3 (c.763del); d2-MLPH (c.705G>C); Das-TNR (c.831dup); dcm-sch-RBM20 (22 bp deletion); dcm-wss-PLN (c.26G>A); Deaf-CDH23 (c.700C>T); Deaf-MYO7A (c.3719G>A); Deaf-PTPRQ (c.9230_9231insA); Deafness-LOXHD1 (c.5747G>C); dsra-MIA3 (c.3822+3_3822+4del); e2-MC1R (c.-432G>C); e3-MC1R (c.816_817del); Ecle-UNC93B1 (c.1438C>A); eg-MC1R (c.233G>T); eh-MC1R (c.250G>A); eopra-CCDC66 (c.2262_c.2263insA); Ep-cas-COL7A1 (c.4579C>T); Fn-acs-COL4A4 (c.115A>T); Fn-ass-COL4A4 (c.2713C>T); gg-OLFML3 (c.590G>A); gm2-jc-HEXA (c.967G>A); gm2-shiba-HEXB (c.618_620delCCT); Ha-nb-KCNIP4 (c.436T>C); Ha-ne-HACE1 (c.1001del); hairless-amt-SGK3 (c.287_290delTTAG); Hpp-ALPL (c.1301T>G); Chg-fb-TPO (c.2242+2T>C); Chg-rt-TPO (c.331C>T); chg-swd-TPO (c.39_40insG); icta2-gr-ABHD5 (c.1006_1019del); Igs-kom-CUBN (c.8746+1G>A); ipd-AKNA (c.2717_2720delACAG); jbd-PITRM1 (c.175_180del); jme-DIRAS1 (c.564_567del); Labradoodle-DMD (c.2668C>T); lad-MKLN1 (c.400+3A>C); Lemp-rw-NAPEPLD (c.345_346insC); locI-MFSD12 (c.151C>T); lpn2-GJA9 (c.1107_1108delAG); lppn3-CNTNAP1 (c.2810G>A); Ls-P3H2 (c.1849G>C); lsd-ATG4D (c.1288G>A); mac-CARD9 (deletion); mdl-COL6A1 (c.289G>T); mdr1-ABCB1 (c.228_231del); Mfe-mff (c.471_475delinsCGCTCT); mh-RYR1 (c.1643T>C); Mha-MYH9 (c.5521G>A); mps6-pinc-ARSB (c.910G>A); Mtc-TUBB1 (c.5G>A); mtm1-rw (c.1151A>C); nad-PLA2G6 (c.1579G>A); Nad-TECPR2 (c.4009C>T); Nad-VPS11 (c.2504A>G); ncl12-acd-ATP13A2 (c.1118C>T); ncl7-MFSD8 (c.846del); nt-dmd (c.3084delG); obezita-POMC (c.561_575del); Pap-pra1-CNGB1 (c.2387_2389delinsCTAGCTAC); pcd-am-NME5 (c.43delA); Pcd-aus-STK36 (c.2868-1G>A); Pdh-pdp1 (c.829C>T); Pdk-PIGN (c.398C>T); Pfk-nk-PFKM (c.550C>T); Pkdef-bas-PKLR (c.433del); Pkdef-whwt-PKLR (c.1333_1338dup); poag-pll-ADAMTS17 (c.3069_3074del); Pra-BBS2 (c.1222G>C); Pra-bbs4 (c.58A>T); pra-gsch-NECAP1 (c.544G>A); Pra-GUCY2D (c.1598_1599insT); Pra-IFT122 (c.3176G>A); pra1-HIVEP3 (g.1432293G>A); PRCD (c.5G>A); Rdhn-INPP5E (c.1572+5G>A); SACS (c.12731_12734del); scd-HES7 (c.126delG); scn-ab-SCN8A (c.4898G>T); Screw-DVL2 (c.2051del); sd3-PCYT1A (c.673T>C); SPAID-MTBP (c.2623G>A); SSADHD-ALDH5A1 (c.866G>A); Startle-sg-SLC6A5 (c.1379_1380delCT); stgd-ABCA4 (c.4176dup); thrombo-RASGRP2 (c.982C>T); Uas-ADAMTS3 (c.2786G>A); Vasd-C20H19orf70 (c.325G>A); vdegs-SCARF2 (c.1873_1874del); VwdII-chcd (c.1657T>G); vwdIII-ss-VWF (c.738del); xlpra-RPGR (c.3416_3420del); Xu-ckchs-MOCOS (c.383del); Xu-dach-MOCOS (c.137T>C); Xu-mt-MOCOS (c.232G>T)","note_en":"Determined markers: ad-pra-RHO (c.11C>G); ai-akita-ACP4 (c.1189dupG); Alexander-GFAP (c.719G>A); ams-GDNF (g.70875561C>T); ards-ANLN (c.31C>T); b-aus-TYRP1 (c.555T>G); Bc-DMD (c.2841delT); c2092-SLC3A1 (c.2092A>G); c574-SLC3A1 (c.574A>G); c649-SLC7A9 (c.649G>A); CDMC-nsdtl-SLC25A12 (c.1337C>T); CDMC-SLC25A12 (c.1046T>C); cjm-YARS2 (c.1054G>A); ckchs2-dmd (c.6057_6063del); Clp-ADAMTS20 (c.1358_1359del); Cms-gr-LOC608697 (c.880G>A); Cms-ht-CHRNE (c.1436_1437insG); Cms-jrt-CHRNE (c.636_637insC); Cms-lr-LOC608697 (c.1010T>C); cmsd-cc-SERAC1 (c.128+1_128+4delGTAA); cmsd-kbt-SERAC1 (c.1482G>A); cmt-SBF2 (c.2363+1G>T); Cnm-DNM2 (c.1393C>T); cocoa-HPS3 (c.2420G>A); csnb-beagle-LRIT3 (c.763del); d2-MLPH (c.705G>C); Das-TNR (c.831dup); dcm-sch-RBM20 (22 bp deletion); dcm-wss-PLN (c.26G>A); Deaf-CDH23 (c.700C>T); Deaf-MYO7A (c.3719G>A); Deaf-PTPRQ (c.9230_9231insA); Deafness-LOXHD1 (c.5747G>C); dsra-MIA3 (c.3822+3_3822+4del); e2-MC1R (c.-432G>C); e3-MC1R (c.816_817del); Ecle-UNC93B1 (c.1438C>A); eg-MC1R (c.233G>T); eh-MC1R (c.250G>A); eopra-CCDC66 (c.2262_c.2263insA); Ep-cas-COL7A1 (c.4579C>T); Fn-acs-COL4A4 (c.115A>T); Fn-ass-COL4A4 (c.2713C>T); gg-OLFML3 (c.590G>A); gm2-jc-HEXA (c.967G>A); gm2-shiba-HEXB (c.618_620delCCT); Ha-nb-KCNIP4 (c.436T>C); Ha-ne-HACE1 (c.1001del); hairless-amt-SGK3 (c.287_290delTTAG); Hpp-ALPL (c.1301T>G); Chg-fb-TPO (c.2242+2T>C); Chg-rt-TPO (c.331C>T); chg-swd-TPO (c.39_40insG); icta2-gr-ABHD5 (c.1006_1019del); Igs-kom-CUBN (c.8746+1G>A); ipd-AKNA (c.2717_2720delACAG); jbd-PITRM1 (c.175_180del); jme-DIRAS1 (c.564_567del); Labradoodle-DMD (c.2668C>T); lad-MKLN1 (c.400+3A>C); Lemp-rw-NAPEPLD (c.345_346insC); locI-MFSD12 (c.151C>T); lpn2-GJA9 (c.1107_1108delAG); lppn3-CNTNAP1 (c.2810G>A); Ls-P3H2 (c.1849G>C); lsd-ATG4D (c.1288G>A); mac-CARD9 (deletion); mdl-COL6A1 (c.289G>T); mdr1-ABCB1 (c.228_231del); Mfe-mff (c.471_475delinsCGCTCT); mh-RYR1 (c.1643T>C); Mha-MYH9 (c.5521G>A); mps6-pinc-ARSB (c.910G>A); Mtc-TUBB1 (c.5G>A); mtm1-rw (c.1151A>C); nad-PLA2G6 (c.1579G>A); Nad-TECPR2 (c.4009C>T); Nad-VPS11 (c.2504A>G); ncl12-acd-ATP13A2 (c.1118C>T); ncl7-MFSD8 (c.846del); nt-dmd (c.3084delG); obezita-POMC (c.561_575del); Pap-pra1-CNGB1 (c.2387_2389delinsCTAGCTAC); pcd-am-NME5 (c.43delA); Pcd-aus-STK36 (c.2868-1G>A); Pdh-pdp1 (c.829C>T); Pdk-PIGN (c.398C>T); Pfk-nk-PFKM (c.550C>T); Pkdef-bas-PKLR (c.433del); Pkdef-whwt-PKLR (c.1333_1338dup); poag-pll-ADAMTS17 (c.3069_3074del); Pra-BBS2 (c.1222G>C); Pra-bbs4 (c.58A>T); pra-gsch-NECAP1 (c.544G>A); Pra-GUCY2D (c.1598_1599insT); Pra-IFT122 (c.3176G>A); pra1-HIVEP3 (g.1432293G>A); PRCD (c.5G>A); Rdhn-INPP5E (c.1572+5G>A); SACS (c.12731_12734del); scd-HES7 (c.126delG); scn-ab-SCN8A (c.4898G>T); Screw-DVL2 (c.2051del); sd3-PCYT1A (c.673T>C); SPAID-MTBP (c.2623G>A); SSADHD-ALDH5A1 (c.866G>A); Startle-sg-SLC6A5 (c.1379_1380delCT); stgd-ABCA4 (c.4176dup); thrombo-RASGRP2 (c.982C>T); Uas-ADAMTS3 (c.2786G>A); Vasd-C20H19orf70 (c.325G>A); vdegs-SCARF2 (c.1873_1874del); VwdII-chcd (c.1657T>G); vwdIII-ss-VWF (c.738del); xlpra-RPGR (c.3416_3420del); Xu-ckchs-MOCOS (c.383del); Xu-dach-MOCOS (c.137T>C); Xu-mt-MOCOS (c.232G>T)","note_zh":"测定的标记：ad-pra-RHO (c.11C>G); ai-akita-ACP4 (c.1189dupG); Alexander-GFAP (c.719G>A); ams-GDNF (g.70875561C>T); ards-ANLN (c.31C>T); b-aus-TYRP1 (c.555T>G); Bc-DMD (c.2841delT); c2092-SLC3A1 (c.2092A>G); c574-SLC3A1 (c.574A>G); c649-SLC7A9 (c.649G>A); CDMC-nsdtl-SLC25A12 (c.1337C>T); CDMC-SLC25A12 (c.1046T>C); cjm-YARS2 (c.1054G>A); ckchs2-dmd (c.6057_6063del); Clp-ADAMTS20 (c.1358_1359del); Cms-gr-LOC608697 (c.880G>A); Cms-ht-CHRNE (c.1436_1437insG); Cms-jrt-CHRNE (c.636_637insC); Cms-lr-LOC608697 (c.1010T>C); cmsd-cc-SERAC1 (c.128+1_128+4delGTAA); cmsd-kbt-SERAC1 (c.1482G>A); cmt-SBF2 (c.2363+1G>T); Cnm-DNM2 (c.1393C>T); cocoa-HPS3 (c.2420G>A); csnb-beagle-LRIT3 (c.763del); d2-MLPH (c.705G>C); Das-TNR (c.831dup); dcm-sch-RBM20 (22 bp deletion); dcm-wss-PLN (c.26G>A); Deaf-CDH23 (c.700C>T); Deaf-MYO7A (c.3719G>A); Deaf-PTPRQ (c.9230_9231insA); Deafness-LOXHD1 (c.5747G>C); dsra-MIA3 (c.3822+3_3822+4del); e2-MC1R (c.-432G>C); e3-MC1R (c.816_817del); Ecle-UNC93B1 (c.1438C>A); eg-MC1R (c.233G>T); eh-MC1R (c.250G>A); eopra-CCDC66 (c.2262_c.2263insA); Ep-cas-COL7A1 (c.4579C>T); Fn-acs-COL4A4 (c.115A>T); Fn-ass-COL4A4 (c.2713C>T); gg-OLFML3 (c.590G>A); gm2-jc-HEXA (c.967G>A); gm2-shiba-HEXB (c.618_620delCCT); Ha-nb-KCNIP4 (c.436T>C); Ha-ne-HACE1 (c.1001del); hairless-amt-SGK3 (c.287_290delTTAG); Hpp-ALPL (c.1301T>G); Chg-fb-TPO (c.2242+2T>C); Chg-rt-TPO (c.331C>T); chg-swd-TPO (c.39_40insG); icta2-gr-ABHD5 (c.1006_1019del); Igs-kom-CUBN (c.8746+1G>A); ipd-AKNA (c.2717_2720delACAG); jbd-PITRM1 (c.175_180del); jme-DIRAS1 (c.564_567del); Labradoodle-DMD (c.2668C>T); lad-MKLN1 (c.400+3A>C); Lemp-rw-NAPEPLD (c.345_346insC); locI-MFSD12 (c.151C>T); lpn2-GJA9 (c.1107_1108delAG); lppn3-CNTNAP1 (c.2810G>A); Ls-P3H2 (c.1849G>C); lsd-ATG4D (c.1288G>A); mac-CARD9 (deletion); mdl-COL6A1 (c.289G>T); mdr1-ABCB1 (c.228_231del); Mfe-mff (c.471_475delinsCGCTCT); mh-RYR1 (c.1643T>C); Mha-MYH9 (c.5521G>A); mps6-pinc-ARSB (c.910G>A); Mtc-TUBB1 (c.5G>A); mtm1-rw (c.1151A>C); nad-PLA2G6 (c.1579G>A); Nad-TECPR2 (c.4009C>T); Nad-VPS11 (c.2504A>G); ncl12-acd-ATP13A2 (c.1118C>T); ncl7-MFSD8 (c.846del); nt-dmd (c.3084delG); obezita-POMC (c.561_575del); Pap-pra1-CNGB1 (c.2387_2389delinsCTAGCTAC); pcd-am-NME5 (c.43delA); Pcd-aus-STK36 (c.2868-1G>A); Pdh-pdp1 (c.829C>T); Pdk-PIGN (c.398C>T); Pfk-nk-PFKM (c.550C>T); Pkdef-bas-PKLR (c.433del); Pkdef-whwt-PKLR (c.1333_1338dup); poag-pll-ADAMTS17 (c.3069_3074del); Pra-BBS2 (c.1222G>C); Pra-bbs4 (c.58A>T); pra-gsch-NECAP1 (c.544G>A); Pra-GUCY2D (c.1598_1599insT); Pra-IFT122 (c.3176G>A); pra1-HIVEP3 (g.1432293G>A); PRCD (c.5G>A); Rdhn-INPP5E (c.1572+5G>A); SACS (c.12731_12734del); scd-HES7 (c.126delG); scn-ab-SCN8A (c.4898G>T); Screw-DVL2 (c.2051del); sd3-PCYT1A (c.673T>C); SPAID-MTBP (c.2623G>A); SSADHD-ALDH5A1 (c.866G>A); Startle-sg-SLC6A5 (c.1379_1380delCT); stgd-ABCA4 (c.4176dup); thrombo-RASGRP2 (c.982C>T); Uas-ADAMTS3 (c.2786G>A); Vasd-C20H19orf70 (c.325G>A); vdegs-SCARF2 (c.1873_1874del); VwdII-chcd (c.1657T>G); vwdIII-ss-VWF (c.738del); xlpra-RPGR (c.3416_3420del); Xu-ckchs-MOCOS (c.383del); Xu-dach-MOCOS (c.137T>C); Xu-mt-MOCOS (c.232G>T)","note_cs":"ad-pra-RHO (c.11C>G); ai-akita-ACP4 (c.1189dupG); Alexander-GFAP (c.719G>A); ams-GDNF (g.70875561C>T); ards-ANLN (c.31C>T); b-aus-TYRP1 (c.555T>G); Bc-DMD (c.2841delT); c2092-SLC3A1 (c.2092A>G); c574-SLC3A1 (c.574A>G); c649-SLC7A9 (c.649G>A); CDMC-nsdtl-SLC25A12 (c.1337C>T); CDMC-SLC25A12 (c.1046T>C); cjm-YARS2 (c.1054G>A); ckchs2-dmd (c.6057_6063del); Clp-ADAMTS20 (c.1358_1359del); Cms-gr-LOC608697 (c.880G>A); Cms-ht-CHRNE (c.1436_1437insG); Cms-jrt-CHRNE (c.636_637insC); Cms-lr-LOC608697 (c.1010T>C); cmsd-cc-SERAC1 (c.128+1_128+4delGTAA); cmsd-kbt-SERAC1 (c.1482G>A); cmt-SBF2 (c.2363+1G>T); Cnm-DNM2 (c.1393C>T); cocoa-HPS3 (c.2420G>A); csnb-beagle-LRIT3 (c.763del); d2-MLPH (c.705G>C); Das-TNR (c.831dup); dcm-sch-RBM20 (22 bp deletion); dcm-wss-PLN (c.26G>A); Deaf-CDH23 (c.700C>T); Deaf-MYO7A (c.3719G>A); Deaf-PTPRQ (c.9230_9231insA); Deafness-LOXHD1 (c.5747G>C); dsra-MIA3 (c.3822+3_3822+4del); e2-MC1R (c.-432G>C); e3-MC1R (c.816_817del); Ecle-UNC93B1 (c.1438C>A); eg-MC1R (c.233G>T); eh-MC1R (c.250G>A); eopra-CCDC66 (c.2262_c.2263insA); Ep-cas-COL7A1 (c.4579C>T); Fn-acs-COL4A4 (c.115A>T); Fn-ass-COL4A4 (c.2713C>T); gg-OLFML3 (c.590G>A); gm2-jc-HEXA (c.967G>A); gm2-shiba-HEXB (c.618_620delCCT); Ha-nb-KCNIP4 (c.436T>C); Ha-ne-HACE1 (c.1001del); hairless-amt-SGK3 (c.287_290delTTAG); Hpp-ALPL (c.1301T>G); Chg-fb-TPO (c.2242+2T>C); Chg-rt-TPO (c.331C>T); chg-swd-TPO (c.39_40insG); icta2-gr-ABHD5 (c.1006_1019del); Igs-kom-CUBN (c.8746+1G>A); ipd-AKNA (c.2717_2720delACAG); jbd-PITRM1 (c.175_180del); jme-DIRAS1 (c.564_567del); Labradoodle-DMD (c.2668C>T); lad-MKLN1 (c.400+3A>C); Lemp-rw-NAPEPLD (c.345_346insC); locI-MFSD12 (c.151C>T); lpn2-GJA9 (c.1107_1108delAG); lppn3-CNTNAP1 (c.2810G>A); Ls-P3H2 (c.1849G>C); lsd-ATG4D (c.1288G>A); mac-CARD9 (deletion); mdl-COL6A1 (c.289G>T); mdr1-ABCB1 (c.228_231del); Mfe-mff (c.471_475delinsCGCTCT); mh-RYR1 (c.1643T>C); Mha-MYH9 (c.5521G>A); mps6-pinc-ARSB (c.910G>A); Mtc-TUBB1 (c.5G>A); mtm1-rw (c.1151A>C); nad-PLA2G6 (c.1579G>A); Nad-TECPR2 (c.4009C>T); Nad-VPS11 (c.2504A>G); ncl12-acd-ATP13A2 (c.1118C>T); ncl7-MFSD8 (c.846del); nt-dmd (c.3084delG); obezita-POMC (c.561_575del); Pap-pra1-CNGB1 (c.2387_2389delinsCTAGCTAC); pcd-am-NME5 (c.43delA); Pcd-aus-STK36 (c.2868-1G>A); Pdh-pdp1 (c.829C>T); Pdk-PIGN (c.398C>T); Pfk-nk-PFKM (c.550C>T); Pkdef-bas-PKLR (c.433del); Pkdef-whwt-PKLR (c.1333_1338dup); poag-pll-ADAMTS17 (c.3069_3074del); Pra-BBS2 (c.1222G>C); Pra-bbs4 (c.58A>T); pra-gsch-NECAP1 (c.544G>A); Pra-GUCY2D (c.1598_1599insT); Pra-IFT122 (c.3176G>A); pra1-HIVEP3 (g.1432293G>A); PRCD (c.5G>A); Rdhn-INPP5E (c.1572+5G>A); SACS (c.12731_12734del); scd-HES7 (c.126delG); scn-ab-SCN8A (c.4898G>T); Screw-DVL2 (c.2051del); sd3-PCYT1A (c.673T>C); SPAID-MTBP (c.2623G>A); SSADHD-ALDH5A1 (c.866G>A); Startle-sg-SLC6A5 (c.1379_1380delCT); stgd-ABCA4 (c.4176dup); thrombo-RASGRP2 (c.982C>T); Uas-ADAMTS3 (c.2786G>A); Vasd-C20H19orf70 (c.325G>A); vdegs-SCARF2 (c.1873_1874del); VwdII-chcd (c.1657T>G); vwdIII-ss-VWF (c.738del); xlpra-RPGR (c.3416_3420del); Xu-ckchs-MOCOS (c.383del); Xu-dach-MOCOS (c.137T>C); Xu-mt-MOCOS (c.232G>T)","search_text":"Krew, wymaz z błony śluzowej, genomowe DNA i tkanka psów Genotypowanie metodą masowo równoległego sekwencjonowania Masowo równoległe sekwencjonowanie (MPS) Krev, stěr sliznice, genomová DNA a tkáň psů Genotypování masivně paralelním sekvenováním masivně paralelním sekvenováním SOP188-MPS-canine (AgriSeq Canine TD panel (Thermo Fisher Scientific), AgriSeq Canine PI (Thermo Fisher Scientific)) Krew, wymaz z blony sluzowej, genomowe DNA i tkanka psow Genotypowanie metoda masowo rownoleglego sekwencjonowania Masowo rownolegle sekwencjonowanie (MPS) Krev, ster sliznice, genomova DNA a tkan psu Genotypovani masivne paralelnim sekvenovanim masivne paralelnim sekvenovanim SOP188-MPS-canine (AgriSeq Canine TD panel (Thermo Fisher Scientific), AgriSeq Canine PI (Thermo Fisher Scientific))","search_en":"Blood, mucous membrane swab, genomic DNA and tissue of dogs Genotyping by massively parallel sequencing Massively parallel sequencing SOP188-MPS-canine (AgriSeq Canine TD panel (Thermo Fisher Scientific), AgriSeq Canine PI (Thermo Fisher Scientific))","search_zh":"犬的血液、黏膜拭子、基因组DNA和组织 大规模平行测序法基因分型 大规模平行测序 SOP188-MPS-canine (AgriSeq Canine TD panel (Thermo Fisher Scientific), AgriSeq Canine PI (Thermo Fisher Scientific))","categories":["other"],"categories_source":"reczne","source_lang":"cs","translation":{"pl":"reczna-analiza-labcoda-3","en":"CIA-oficjalne","zh":"reczna-analiza-labcoda-3"},"row_index":10,"parse_version":5,"parse_source":"reczna-analiza-labcoda-3"}],"has_pdf":true}