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The effects of lysis conditions on amplification using IDT'S Prime Time One-Step 4x Broad-Range Master Mix
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Classroom Contents
Novel Identification in Diverse Sample Types Through Direct Amplification
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- 1 Intro
- 2 IDT PrimeTime One-Step 4X Broad-Range Master Mix
- 3 Better inhibitor resistance: heparin, hematin, humic acid
- 4 Efficient SARS-CoV-2 identification using qPCR products from IDT-primers, probes, and master mix
- 5 Direct amplification of viral specimens in human
- 6 IDT Prime Time One-Step 4X Broad-Range Master Mix results in comparable amplification of viral analytes from extracted and non-extracted human samples
- 7 Direct amplification of bacterial specimens in human urine using Prime Time One-Step Broad-Range Master Mix
- 8 Amplification of infectious pathogens from human rectal swabs
- 9 Amplification from human rectal swabs-amplification with IDT's master mix outperforms other commercially available master mix with extracted samples
- 10 Direct amplification of plant genetic markers from leaf punch samples
- 11 Better genotyping with direct amplification of resistance and susceptibility markers from plant leaf punches
- 12 Direct amplification of target cDNA from HEK293 cells for gene expression assays
- 13 The effects of lysis conditions on amplification using IDT'S Prime Time One-Step 4x Broad-Range Master Mix
- 14 PrimeTime Multiplex Dye Selection Tool
