Delivering genetic material as treatment – vectors, targeting, and emerging ways to control it.
15 articles
DARPA has quietly launched what may be one of the most audacious bioengineering programs of the decade—and possibly of the century, called the Generative Optogenetics...
Historically, there has been a trade-off between resolution (single cell) and context (spatial/tissue). Many gene-editing detection methods work on dissociated cells (losing spatial context) or...
Researchers affiliated with Xi’an Jiaotong–Liverpool University have developed SigRM, a pioneering instrument anticipated to transform the investigation of gene expression and regulation. This technology utilises...
The new breakthrough and structural study of Fanzor2 by the St. Jude Children’s Research Hospital describes a versatile gene-editing tool that potentially can work even...
CREME is an AI-powered virtual laboratory simulating gene activity changes developed by the Cold Spring Harbor Laboratory, which provides large-scale genetic research and shows new...
A team of researchers at the Arc Institute have developed an RNA-guided system that engineers precise, programmable DNA recombination. It is a much-needed, more versatile...
BioViva reported last week that the company’s CEO, Elizabeth Parrish, successfully reversed biological ageing after being treated with the biotech’s therapies. The Seattle-based company confirmed that Parrish...
Researchers from Duke University have used the CRISPR technology to cure Duchenne muscular dystrophy in a mouse. It is the first time that the gene editing...
