The key to an optimal PCR experiment is primer design. In general, primers should be between 18 and 24 nucleotides long and have a GC content between 40 and 60 percent. Ideally primers should contain ...

Stanford researchers have developed Microbe-Independent Deep Assembly and Screening – MIDAS – a polymerase chain ...

Designing reproducible PCR assays involves optimizing multiple moving targets, from standardizing each component in sometimes minute reaction volumes to planning ahead to ensure long-term and secure ...

GeneFisher—fishing for genes, perhaps? Fishing genes out of genomes? Just fishing? The subtitle, Interactive PCR Primer Design, “hooked me” (get it?) but it shouldn’t have in retrospect. After all, ...

This book gives a comprehensive account of the practical aspects of PCR and strong consideration is given to ensure its optimal use in a laboratory environment. This includes the setting-up of a PCR ...

The Polymerase Chain Reaction (PCR) is a technique for the amplification of DNA in vitro (this describes experiments with cells outside their normal environment). PCR amplifies DNA using complementary ...

From starting out as a night-drive idea to becoming a global diagnostic gold standard, PCR has irreversibly transformed life sciences in its 40 years of existence. By 1991, scientists had begun ...

As molecular analysis workflows become increasingly complex, selecting the right PCR technology is critical for generating reliable, actionable data. Researchers often need to balance sensitivity, ...