Pilot gene digital PCR
Pilot gene digital PCR, Total:27 items.
The international standard classification for "Pilot gene digital PCR" includes: Biology. Botany. Zoology , Farming and forestry in general .
The Chinese standard classification for "Pilot gene digital PCR" includes: Basic Subject in general , Environmental Condition and General Test Method , Plant quarantine, pest control .
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China
- GB/T 33526-2017(英文版) Genetically modified organism detection method by digital PCR
- GB/T 38132-2019(英文版) Quantitative determination of genetically modified plants by digital PCR method
中华人民共和国国家质量监督检验检疫总局、中国国家标准化管理委员会
- GB/T 33526-2017 Genetically modified organism detection method by digital PCR
国家市场监督管理总局、中国国家标准化管理委员会
- GB/T 38485-2021 Determination for trace gene residues of microorganisms—Microdroplet digital PCR
- GB/T 38132-2019 Quantitative determination of genetically modified plants by digital PCR method
海关总署
- SN/T 5334.2-2020 Protocol of digital PCR for quantitatively detecting genetically modified plants and their derived products - Part 2: Genetically modified soybean
- SN/T 5334.8-2020 Protocol of digital PCR for quantitatively detecting genetically modified plants and their derived products-Part 8: Genetically modified sugarbeet
- SN/T 5334.7-2020 Protocol of digital PCR for quantitatively detecting genetically modified plants and their derived products-Part 7: Genetically modified alfalfa
- SN/T 5334.5-2020 Protocol of digital PCR for quantitatively detecting geneticallymodified plants and their derived products-Part 5: Genetically Modified Cotton
- SN/T 5334.6-2020 Protocol of digital PCR for quantitatively detecting genetically modified plants and their derived products-Part 6: Genetically modified potato
- SN/T 5334.4-2020 Protocol of digital PCR for quantitatively detecting genetically modified plants and their derived products - Part 4: Genetically modified canola
- SN/T 5334.1-2020 Protocol of digital PCR for quantitatively detecting genetically modified plants and their derived products - Part 1: General requirements and definitions
- SN/T 5334.3-2020 Protocol of digital PCR for quantitatively detecting genetically modified plants and their derived products - Part 3: Genetically modified maize
国家质量监督检验检疫总局
- SN/T 4853.6-2017 Quantitative detection of genetically modified rice—Digital PCR—Part 6:Event T2A-1
- SN/T 4853.3-2017 Quantitative detection of genetically modified rice—Digital PCR—Part 3:Event KF6
- SN/T 4853.2-2017 Quantitative detection of genetically modified rice—Digital PCR—Part 2:Event KMD
- SN/T 4853.5-2017 Quantitative detection of genetically modified rice—Digital PCR—Part 5:Event LL62
- SN/T 4853.4-2017 Quantitative detection of genetically modified rice—Digital PCR—Part 4:Event M12
- SN/T 4993-2017 Detection of genetically modified corns-Quantitative method with droplet digital PCR
- SN/T 4853.1-2017 Quantitative detection of genetically modified rice—Digital PCR—Part 1:Event TT51-1
- SN/T 4853.7-2017 Quantitative detection of genetically modified rice—Digital PCR—Part 7:Event T1C-19
Jilin Provincial Standard of the People's Republic of China
- DB22/T 2929-2018 PCR Method for Qualitative Detection of Cry3 Genes in Transgenic Maize Seeds
- DB22/T 2527-2016 PCR method for qualitative detection of cry1A gene in transgenic maize
Anhui Provincial Standard of the People's Republic of China
- DB34/T 2816-2017 Quantitative detection method of transgenic rice line Bt Shanyou 63 Microdrop digital PCR method
Tianjin Provincial Standard of the People's Republic of China
- DB12/T 841-2018 Technical specifications for quantitative detection of components of transgenic plants and their products Micro-droplet digital PCR method
Professional Standard - Commodity Inspection
- SN/T 3691-2013 PCR-DHPLC method for detection of genetically modified corn
UNKNOWN
- 农业农村部公告第323号-21-2020 Guidelines for the Development of Digital PCR Methods for Detection of Components of Genetically Modified Plants and Their Products
