One of the hottest research tools these days within the academic, biotech, and pharma communities is DNA microarrays. They can drive R&D programs further.

AI promises to ramp up PCR tests for faster DNA diagnostics and forensics Date: October 13, 2024 Source: Flinders University Summary: Promising new inroads into critical DNA testing has been ...

While electronic microarray systems have the ability to detect a large number of pathogens simultaneously, they have shown decreased analytical sensitivity compared with their predecessor (RT-PCR ...

Researchers have developed a light-induced DNA detection method that enables rapid, PCR-free genetic analysis. Their technique offers ultra-sensitive mutation detection in just five minutes ...

We report here an alternative and easy approach to generate sufficient quantity of minimal gene expression cassette (promoter–open reading frame–terminator) DNA by PCR amplification using high ...

TheAfrican Forensic DNA Testing Market Report 2019-2025 - Increasing Overall R&D Spending and Government Initiatives for Forensic Science & Technology Present Growth Opportunities ...

Diagnostic Microarrays DNA Sequencing Market PCR Market Epigenetics and Market miRNA Market Epigenetics and Cancer Market and Future Growth Proteomics in the Pharma Industry Protein Microarrays ...

February 1, 2008 (Vol. 28, No. 3) Novel Tools Use Technology for DNA, RNA, and Protein Analysis and Diagnostics Hybridization microarrays, which have emerged as the leading quantitative tool for ...

The image shows the very first microarray experiment, with colored locations on the microarray providing readouts of expressed yeast genes. We worked frantically to improve the technology, and ...

Before PCR, amplifying DNA took weeks, because it had to be generated in bacteria. Once Dr. Mullis’s process was perfected, it took only hours, opening up a world of possibilities.