Explore 40 years of PCR history, from Kary Mullis’s invention story to the rise of digital PCR and how it revolutionized ...
Modern diagnostic methods allow growers to detect pathogens earlier and identify disease pressure with far greater precision ...
Explore digital PCR’s potential, how the technology has transformed life science research, the challenges it faces and what ...
PCR genetic analysis has been in the spotlight since COVID-19, but light is now further facilitating PCR-free methods. Osaka Metropolitan University scientists have developed a light-induced DNA ...
Scientists manufacture many biotherapeutic products in immortalized cell lines, most commonly HEK293. Residual HEK293 DNA in biotherapeutic candidates can harbor tumorigenic or retroviral sequences ...
Roughly one out of three women ages 14-49 in the United States develop a vaginal bacterial imbalance known as bacterial vaginosis (BV) during their lifetime. BV is characterized by unpleasant odors, ...
Discover the principles behind Countable PCR, how it compares with established molecular quantification methods, and what direct RNA counting could mean for research and clinical applications.
Most DNA extraction protocols were originally developed for manual pipetting and later adapted for liquid handlers. In ...
Roughly one out of three women ages 14-49 in the United States develop a vaginal bacterial imbalance known as bacterial vaginosis (BV) during their lifetime. BV is characterized by unpleasant odors, ...
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