Genetically Modified Organism (GMO) Standards

Genetically modified organism (GMO) standards belong to the biological standard, which has one or more uniform and determined characteristics of the related values. GMO standards are used in transgenic detection to calibrate measuring devices and evaluate measurement methods. GMO standards can be divided into matrix standards and DNA standards.

DNA standards include plasmid DNA standards, genomic DNA standards and amplicon DNA standards. Due to the different stability, accuracy and preparation technology, different GMO standards have their own advantages and disadvantages in practical application, among which the matrix standards and plasmid DNA standards are the most widely used.

Application Fields

The GMO standards are applied primarily to the detection of genetically modified organisms. Many transgenic detection methods require the use of GMO standards.

Polymerase chain reaction (PCR): GMO standards can be used in polymerase chain reaction (PCR) to determine whether a product is a genetically modified food. PCR is the most widely used transgenic detection methods, which has high specificity and sensitivity and can be used for qualitative or quantitative analysis. Quantitative PCR, including competitive quantitative PCR and real-time fluorescent quantitative PCR, is the most effective quantitative detection method for transgenic plants at present. As the reference materials, GMO standards play important roles in quantitative PCR technology.
Others: GMO standards can be used in traditional analysis methods including southern blot, microarray, biosensor, western blot, enzyme linked immuno-sorbent assay (ELISA) and lateral flow devices (LFD). In addition, genetically GMO standards are necessities in today's new analysis methods, such as nucleic acid sequence-based amplification, hyper-branched rolling cycle amplification (HRCA), pyro-sequencing, high-throughput sequencing, capillary electrophoresis (CE), high performance liquid chromatography (HPLC) and near infrared spectroscopy (NIS).

Why choose Alfa Chemistry?

Alfa Chemistry is one of the largest providers of GMO standards in the world and the quality assurance is of prime importance to Alfa Chemistry. The solvent from Alfa Chemistry in the world is synonymous with reliability and excellent quality. Because of the exacting nature of our business and the regulatory demands placed upon our industry, Alfa Chemistry continues to be at the forefront in terms of compliance, accreditations and certifications.

Maize GMO Standard ERM-BF411 (AS24501)

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Bt11 Maize GMO Standard (AS24507)

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Maize GMO Standard ERM-BF412 (AS24511)

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Maize GMO Standard ERM-BF413 (AS24513)

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Maize GMO Standard ERM-BF414 (AS24517)

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Maize GMO Standard ERM-BF415 (AS24523)

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Maize GMO Standard MON 863 (AS24528)

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Maize GMO Standard MON 863 x MON 810 (AS24532)

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Maize GMO Standard 1507 (AS24536)

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Sugar beet GMO standard for H7-1 (AS24540)

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Maize GMO Standard ERM-BF420 (AS24542)

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EH92-527-1 Potato (blank) (AS24545)

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EH92-527-1 Potato (level 1) (AS24546)

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Cotton seed GMO standard ERMBF422 for 281-24-236 x 3006-210-23 (AS24547)

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Maize GMO Standard ERM-BF423 (AS24551)

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Maize GMO Standard ERM-BF424 (AS24555)

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Soya 356043 GMO standard ERM-BF425 (AS24559)

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Soya 305423 GMO standard ERM-BF426 (AS24563)

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Maize GMO Standard 98140 (AS24567)

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Cotton seed GMO standard GHB119 (AS24571)

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