NY/T 719.2-2003 in English

VALID

Environmental impact testing of genetically modified soybean - Part 2: testing the ecological risk of gene flow

Issued on:2003-12-01
Implemented on:2004-03-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $60.00
$59.00

Standard No:	NY/T 719.2-2003
Document status:	VALID
Title in English:	Environmental impact testing of genetically modified soybean - Part 2: testing the ecological risk of gene flow
Title in Chinese:	转基因大豆环境安全检测技术规范第部分外源基因流散的生态风险检测
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2003-12-01
Implemented on:	2004-03-01
ICS Classification:	65.020.99-Other standards related to farming and forestry
Chinese Classification:	B20-Cereal crop and forage crop in general
Professional Classification:	NY-Agriculture
Related Keywords:	gene flow scopethis part gene flow ecological risk detection method ecological risk gene dispersion
Related Topics:	Gene GM soy genetically modified Non-GMO Genetic testing for hundreds of dollars GMO risk analysis genetic testing and Transgenic instrument genetic test Genetically Modified Soybean Standard Ring gauge detection Seven-week genetic testing Transgenic instrument Gene number gene transient soybean grain gene Ecological detection Several hundred yuan for genetic testing transgenic target gene Seven-week genetic testing GMO soybean detection exogenous gene transient nearby genes Environmental safety testing genetic risk Gene Transient Assay ny/t670-2003 Gene two-point detection transgenic cry1 Genetically modified soybean mon87705 Soy testing Non-GMO soybean testing Animal Genetic Testing gene number gene Current Genetic Testing Technologies Gene detection analysis technology Soy testing GMO soybean detection ny/t 731-2003 gfp gene test How to detect non-GMO What is Non-GMO Testing? my genes genetic testing for the elderly After genetic testing High risk genetic testing Rapid detection of genetically modified What does genetic testing detect? Epilepsy Genetic Testing Genetic Testing Risks What is genetic testing Exogenous Gene Shihe Gene Genetic Testing Genetically modified food flow detection What does genetic testing include? transgenic gene Serial genetic testing The Past and Present of GMOs risk gene polygenic transgenic Gene detection instrument risk gene More than 5,000 genetic tests Environmental ecological detection genetic risk Genetic Testing Risks Northeast genetic testing Online genetic testing The future of genetic testing technology Low Frequency Genetic Testing risk detection genetic test Genetic Testing Risks one minute gene online genetic testing within gene technology polygenic risk Near genetic testing Genetically modified rice Identify genes near a gene source gene very large genome risk detection Gene Low Frequency Detection source gene genetic result Gene Technology Gold How to detect GMO genetic environment Exogenous Gene polygenic testing Ecological detection Transgenic instrument+ GMO safety gene low frequency technology GMO risk analysis flow multifactor assay Environmental safety testing of genetically modified GMO country GMO Environmental Detection Provincial genetic testing Domestic genetic testing First frame genetic detection technology Analysis of genetic testing technology Environmental and ecological testing Three-point genetic testing How to detect GMO wild soybean genome Gene detection instrument Transgenic 89034 Molecular detection technology flow cytometry ny/t671-2003 Soybean GMO Detection e3 genetically modified soybean Gene past life disease risk GMO and Non-GMO Low frequency genotyping Panoramic genetic testing Online genetic testing First frame genetic detection technology How to Detect GMOs Upstream gene Downstream gene On-site genetic testing Genetic testing abroad how to test for a gene gene transposition Foreign genetic testing Ellipse technology environmental detection How to detect non-GMO soybeans Shihe genetic testing Shihe genetic testing GMO detection genetic testing Soy Non-GMO+ Quiz+ Genetic testing during pregnancy abroad GMO and Non-GMO Testing Advanced Genetic Testing Efficient genetic testing About genetic testing Domestic old-fashioned genetic testing Quantitative genetic testing Risks when testing GMO testing in various countries Non-GMO Soybean Standard Basis Upstream Genes and Downstream Genes The quality of genetic testing Soybean GMO Detection Foreign genetic testing Overseas genetic testing How long is genetic testing Are the genes in the gene cluster the same? genetic detector GMO test strip How to detect genotype nearby genes Genetic testing application In-House Genetic Testing Soybean Non-GMO Testing Gene detection analysis technology transient gene technology Gene sequencing at home and abroad About recent genetic testing genetic soybean gene circularization Genetic testing + flow cytometry gus transgene Applications of Genetic Testing transgenic gus Soybean Genetically Modified Component Detection GMO testing basis Genetic testing includes Non-GMO soybean testing "Genetically Modified Genetically modified food detection technology Genetically modified food detection technology Genetic testing analysis Risks of Genetic Testing genotype environment The Past and Present of Gene Sequencing Genetic testing abroad A genetically modified soybean The Future of Genetic Testing exogenous gene genes and environment genes and environment Gene Low Frequency Detection gene linkage Foreign genetic testing products Techniques for Detecting GMOs Genetic testing analysis BGI primers non-quasi-genetic soybean NY/T 714-2003 Full-spectrum genetic testing vs. full-gene testing Are genetically modified test papers useful? Reasons for measuring and checking solvents before UV detection ISO21569 genetically modified detection LUC gene The full name of mlh gene The significance of xrcc1 gene testing LPA gene axl gene transfer Ecological based testing Transgenic technology process methods Transgenic technology gene isolation method Soybean GMO detection method Soybean endogenous genes and exogenous genes EU GMO testing Environmental wind speed detection Environmental wind speed detection Imported genetically modified soybeans Genetically modified soybean detection methods and procedures Gene industry testing Related to genetically modified soybeans transgenic technology methods Requirements for detection of exogenous factors

NY/T 719的本部分规定了转基因大豆基因流散的生态风险检测方法。
NY/T 719的本部分适用于转基因大豆与野生大豆、普通栽培大豆的流散率以及基因流散距离和频率的检测。

Scope

This part of NY/T 719 specifies the ecological risk detection method for gene flow of genetically modified soybeans. This part of NY/T 719 applies to the detection of the dispersion rate of genetically modified soybeans, wild soybeans, and common cultivated soybeans, as well as the distance and frequency of gene dispersion.

More samples: GB 18306-2015 GB 50021-2001(2009) DL/T 368-2010

Sample only — not a preview of NY/T 719.2-2003

Loading PDF document...

Error loading PDF. Please make sure the file is valid and try again.

We also recommend

NY/T 719.3-2003 in English

Environmental impact testing of genetically modified soybean - Part 3: testing the effects on biodiversity
2003-12-01
NY/T 720.3-2003 in English

Environmental impact testing of genetically modified maize - Part 3: testing the effects on biodiversity
2003-12-01
NY/T 675-2003 in English

Detection of genetically modified plant organisms and derived products—Qualitative PCR methods for soybeans
2003-04-01
NY/T 721.1-2003 in English

Environmental impact testing of genetically modified oil seed rape - Part 1: testing the survival and competitive abilities
2003-12-01
NY/T 720.1-2003 in English

Environmental impact testing of genetically modified maize -- Part 1: testing the survival and competitive abilities
2003-12-01