SN/T 5406-2021 in English

VALID

Detection of genetically modified components in edible vegetable oil for import

Issued on:2021-11-22
Implemented on:2022-06-01
File Format:PDF
Delivery:Via email within 1~3 business days

Price(USD)： $210.00
$204.00

Standard No:	SN/T 5406-2021
Document status:	VALID
Title in English:	Detection of genetically modified components in edible vegetable oil for import
Title in Chinese:	进口食用植物油中转基因成分检测方法
Language:	English
File Format:	Electronic (PDF)
Delivery:	Via email within 1~3 business days
Issued on:	2021-11-22
Implemented on:	2022-06-01
Professional Classification:	SN-Import&Export Inspection
Related Keywords:	rapeseed oil detection edible vegetable oil edible oil standard detection elements parallel detection sensitivity lod
Related Topics:	Food Non-GMO Testing Gene genetically modified ingredients import genetically modified Edible vegetable oil Composition testing plant gene Transgenic instrument plant transgenic standard Composition testing Non-GMO Food Labeling Transgenic instrument Non-GMO food testing gene transient plant gene GMO import mass spectrometry transgene Non-GMO Food transgenic target gene Non-GMO food testing Full component testing Gene Transient Assay Non-GMO Food transgenic cry1 Animal Genetic Testing u6 gene in plants How to detect non-GMO What is Non-GMO Testing? botanical origin detection method Food Composition Detector Qualitative detection methods for genetically modified microorganisms genetically modified ingredients Detection method of genetically modified food GMO food testing labeling genetically modified food Genetically modified food detection method food genetic testing Composition detection method gene gene method of gene transient land plant genome Microbial transgenic method What is the method of genetic testing Edible Oil Testing plant genome genetic testing method Genetically modified food flow detection genetic testing method polygenic transgenic Composition detection method Genetically modified component detector Chinese gene genetically modified food vegetable oil+ plant gene u6 Analytical Methods in Genetic Testing ingredients of food genetic testing method genetic testing methods Genetically modified plant testing basis Genetically modified plant testing basis Illegal use of genetically modified How to detect GMO transgenic plant genetic component Transgenic instrument+ Microbial transgenic method Extraction of plant genome dna genetic component Imported genetically modified Chinese gene genetic oil Substance composition detection Illegal GMO Substance composition detection GMO food testing genetic oil plant genome GMO country Transgenic animal detection method in transgenic plants Imported genetically modified Method Genetic Testing How to detect GMO Imported centering instrument vegetable oil- Transgenic 89034 Gene China Chinese gene 4 years GMO and Non-GMO Northern Gene Peptides genome plant How to Detect GMOs Animal genetic testing method transgenic plant gene transposition Detection of material composition What method of genetic testing is used Genetic way GMO food testing GMO detection Transgenic Analysis Methods GMO and Non-GMO Testing Genetically modified food detection method reverse gene GMO testing in various countries Food genetic testing methods Oriental Gene Gus detection of transgenic plants Non-GMO Testing Methods genetic animal method GMO test strip Genetic testing application GM crop countries Mid-Autumn Festival genetic testing value gene Rapid detection of food genetically modified Imported Non-GMO Composition Standard gus transgene Applications of Genetic Testing transgenic gus cost of plants Civilian genetically modified detection method Methods for detection and identification of transgenic plants GMO testing basis GMO import Imported Non-GMO What is genetically modified food Genetically modified ingredients detection method genetic testing mid-autumn transgenic fluorescent plants "Genetically Modified "Vegetable Oil GMO food, GMO foreign genetically modified food Genetically modified food detection technology Genetically modified food detection technology Genetic testing analysis How to detect genetically modified food Methods for detecting food fats and oils Ingredients of GMO Foods How to Detect GMO Foods Why GMOs plant genetic approach Method for detection of substance composition Resistance gene detection method How to detect genetic analysis plant detector gus transgenic plant genetically modified material transgenic plant gus gus transgenic plants animal gene method plant genome dna extraction Genetic testing analysis Plant testing fee Molecules of transgenic plants Element Are genetically modified test papers useful? ISO21569 genetically modified detection SN/T 1196-2018 Detection of genetically modified components RGS gene Chinese name Articles on plant gene functions Genetically modified vegetable oil DHA axl gene transfer Gene sequencing analysis methods Chemokine detection method Detection method for mineral oil mixed with vegetable oil Transgenic technology process methods genetic testing place Transgenic technology gene isolation method What are the detection methods for genetically modified foods? Methods for verifying gene function Heavy metal detection methods in plants What are the methods for detecting genetically modified plants? Genetically modified food safety testing methods Nomenclature of transgenic mice Explore methods of gene transfer Transgenic method vector-mediated hair loss GMO International Commonly used methods for testing genetically modified foods EU GMO testing Imported medical oxygen detector method Testing methods for genetically modified foods Bose detection method Commonly used ingredient detection methods Plant gene cloning methods What are the methods for identifying genetically modified plants? What are the detection and identification methods for genetically modified plants? Virus-Mediated Plant Transgenesis Methods Imported genetically modified soybeans Gene transfer methods Methods that can be used for gene isolation include Discuss methods for identifying genetically modified plants Methods for pharmacogenetic testing Plant heavy metal detection methods Detection methods and principles of genetically modified foods What are the testing methods for genetically modified foods? Methods for detecting animal and vegetable oils in sewage GMO test strip detection method Gene transformation methods What are the genetic testing methods? What are the methods of genetic modification? Synthetic oil testing What are the testing methods for food mineral oil? Complete collection of plant gene mapping methods Genetically modified rapid detection method Common methods of genetic modification Organic matter component detection method Methods for detection of organic matter in matrix Genetically modified rapid detection method Selection of plant transgenic methods Plant gene integration confirmation method transgenic technology methods What are the methods of genetic modification? What are the genetically modified methods? What are the detection methods for genetically modified ingredients? Detection methods of ion channels in botany Methods for identifying genes in gene libraries Plant transgenic cloning method Bio-based carbon composition testing in Europe

Introduction

Analysis of the core content of the standard

Detection elements	Technical requirements	Innovation points
DNA extraction	Lipid-soluble carrier affinity enrichment method	Break through the interference of lipid matrix
Target genes	5 types of endogenous genes + 8 types of exogenous genes	Multi-indicator parallel detection
Sensitivity	LOD 0.01%	Higher than similar international standards

Key points of technical implementation

The standard innovatively adopts the max i adsorption column combined with the DNA extraction scheme of tool enzyme A to solve the technical problem of extremely low nucleic acid content in edible oil. Experimental results show that:

The DNA recovery rate of soybean oil has increased to 82.3%±5.7%
The false negative rate of rapeseed oil detection is <0.5%

Background of standard evolution

With the global planting area of genetically modified crops exceeding 190 million hectares (ISAAA data in 2020), my country's imports of edible oil in 2021 reached 11.23 million tons. This standard fills the technical gap in the detection of genetically modified plant oil deep-processing products, and adds new exogenous gene detection targets such as pFMV35S compared with EU Regulation 1829/2003.

Implementation recommendations

Laboratories should regularly verify the adsorption efficiency of microcentrifuge columns
It is recommended to set up double parallel controls for each batch of testing
Critical value samples (Ct36-40) need to be confirmed twice

More samples: DL/T 5154-2012 JC/T 2453-2018 GB 18306-2015

Sample only — not a preview of SN/T 5406-2021

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