What if business leaders approached strategy the way scientists design gene delivery vectors? In biotechnology, precision, ...

As the host cell divides, it replicates the vector along with the inserted gene, producing many copies of the gene of interest. Genetic engineering has been used to develop crops with enhanced traits, ...

CellFE, a leader in non-viral gene editing technology, today announced a strategic collaboration with the Harbottle Lab at ...

CRISPR-Cas systems, originally a natural defense mechanism in bacteria, have become a groundbreaking tool for genetic engineering in ... often resulting in higher vector doses and added complications.

Transgenic insects carrying genes that disrupt disease transmission have also been developed to control the spread of vector-borne illnesses like ... As the field of genetic engineering advances, the ...

They transferred that genetic material to an egg cell from a domestic dog. When ready, embryos were transferred to surrogates, also domestic dogs, and 62 days later the genetically engineered pups ...

They are gray wolves with a few cosmetic tweaks. In this light, the project represents a remarkable demonstration of genetic engineering, rather than a literal revival of an extinct species.

Dr. Richard Harbottle, co-founder of TcellTech and researcher at DKFZ, added, "Using CellFE's technology to deliver our nanoSMAR vector platform enables the efficient genetic engineering of cells ...