Researchers reported in Science that they used genomic analysis plus large-scale field testing to identify a breeding strategy centered on interbreeding large surviving American chestnuts (LSACs) to rebuild blight- and root-rot-resistant populations in the species’ native range.

Manhattan Genomics has emerged, aiming to edit human embryos to eliminate genetic diseases, reigniting ethical concerns over gene editing. This matters as it raises questions about the implications of heritable genetic modifications.

A scientist involved in the controversial use of CRISPR technology for gene-editing in babies has promised to cease such experiments until society reaches a consensus on the ethical implications. The scientist's decision comes amid widespread criticism and calls for more robust regulatory frameworks to govern genetic modifications in humans.

This article explores the groundbreaking application of CRISPR gene-editing technology to study and manipulate snake venom. Scientists are using CRISPR to better understand how venom evolves, which could lead to new medical treatments and insights into evolutionary biology.

In a groundbreaking study, scientists have found that the skin of a frozen mammoth has retained its chromosome structure. This discovery could have significant implications for the field of de-extinction and the study of ancient DNA.