Genetic engineering is moving from the lab bench into clinics, farms, and even family planning decisions, promising to change how we prevent disease, age, and define human potential. The same tools ...

Silver nanoparticles can precisely slice DNA and create longer “sticky ends,” helping genetic fragments join up to five times ...

Influential inventions often combine existing tools in new ways. The iPhone, for instance, amalgamated the telephone, web browser and camera, among many other devices. The same is now possible in gene ...

Cutting-edge DNA mapping technology has identified new genetic information that can help researchers decipher more genetic diseases, a new study finds. The research was presented at the Pediatric ...

Advances in genetic engineering, especially tools like CRISPR, are allowing scientists to edit DNA with a level of precision that was once impossible. From the potential to cure diseases to the idea ...

Genetic sensors play a crucial role within organisms by regulating gene expression in response to environmental stimuli. Despite their significance, their development is impeded by challenges such as ...

FLASH has been designed to bring together expertise in automation, DNA synthesis and scaling, purification, and genomic validation.

Fifty years ago today, scientists met to set safety limits on the new field of genetic engineering. This week researchers meet again to discuss big questions as biotechnology grows more powerful.

In genetic sensor research, precision and sensitivity remain challenges. Against this backdrop, researchers now leveraged synthetic biology, high-throughput assays, and bioinformatics to enhance ...