Antibiotic Resistance Hoops Countered by Gene Drive Feedback Loops
CRISPR cut-and-insert mechanism boosts efficiency of gene drive targeting antibiotic resistance genes
CRISPR cut-and-insert mechanism boosts efficiency of gene drive targeting antibiotic resistance genes
Debates over AI antibody design terminology have clouded the industry’s shared mission of bringing better therapeutics to the clinic faster.
Prime Medicine is eliminating 25% of its workforce in a restructuring that includes the company pivoting its prime editing-based pipeline focus to liver disease and…
Mike McCune said the Gates Foundation is “doubling down” on finding a cure for HIV during an ASGCT symposium.
Kevin Davies and Julianna LeMieux chat about news from the ASGCT meeting live from the conference floor.
Careful planning can make a substantial difference on your path to commercial success. Here we delve into key considerations for helping you navigate cell therapy…
In this GEN webinar, three informatics experts discuss how modern informatics platforms and AI technologies can restructure drug research and development workflows in academic labs…
In addition to complementing AAV manufacturing, the company’s Plasmid DNA (pDNA) platform is now available as a standalone service.
BioMarin agreed to shell out approximately $270 million for Inozyme Pharma, a developer whose treatments target the PPi-adenosine pathway, a key regulator of bone health…
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This is the first gene editor to use a CRISPR-associated transposase to make targeted edits at therapeutically useful levels in humans.