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Use this simple, single-tube genotyping platform to get >99.5% call accuracy. The method is based on RNase H2-dependent PCR technology, and uses RNA-DNA hybrid primers, blocked at the 3′ end, that prevent primer dimer artifacts and non-specific amplification.


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Insertion site detection and targeted RNA capture using NGS

Research profile: See how scientists at Cofactor Genomics use in-solution hybridization to focus on regions of interest for next generation sequencing. Use xGen Lockdown Probes to determine number of inserts per genome and their location.


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Building biological factories for renewable and sustainable products

Research profile: Amyris uses genetic engineering and screening technologies to design microorganisms that convert plant-sourced sugars into target molecules, including pharmaceuticals, biofuels, polymers, flavors, and fragrances. Learn how IDT gBlocks Gene Fragments facilitate this research.


 
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custom oligos • qPCR • next generation sequencing • RNAi • genes & gene fragments • CRISPR genome editing
 
 

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