In line with previous research, a new study in mice demonstrates that B cells can be engineered to ward off infections, this time against respiratory syncytial virus (RSV).

Snails with a gene knocked out by CRISPR grow with their shells coiling in the opposite direction.

Double-strand breaks can produce several different outcomes.

Machine learning algorithms predict the repairs made to DNA after Cas9 cuts.

CRISPR reagents injected into the amniotic fluid inactivated a gene in the fetuses that would normally cause lung disease and kill the mice a few hours after birth.

A new study indicates that the modified CRISPR-Cas9 technology will need to be further refined before it can safely be used for research and therapeutic applications.

One person with multiple myeloma and one with sarcoma are the first so far to receive the genetically engineered T cells in the study.

After the reported birth of CRISPRed babies in China, experts want to take time to consider the scientific, social, ethical, and philosophical consequences of editing heritable human DNA.

In CRISPRed fruit flies that lack certain antimicrobial peptides, bacterial infections flourish, as revealed by fluorescent markers.