A new genome editing method allows long DNA fragments to be integrated into precise positions within the genome of cells...
Genetic testing is beginning to identify causes of infertility that were previously unexplained. PET's latest event brought together clinicians and researchers to discuss the opportunities and limitations of reproductive genetics...
A new AI-powered database predicts the effects of single-nucleotide changes in any of the three billion bases in human DNA...
A genetically modified pig kidney has functioned inside a living patient for a record nine months, successfully serving as a temporary bridge to a subsequent human donor transplant for the first time...
A CRISPR-based therapy continues to reduce harmful cholesterol levels in patients after a one-year follow-up in a Phase 1 clinical trial...
Dr Tom Turner explores Professor Jennifer Doudna's reflections on the discovery of CRISPR and the future of genome editing in this conversation, which examines one of the most transformative advances in modern biology…
The role of PLCG2 – a gene linked to Alzheimer's disease – in brain health may be broader than previously thought, a new study suggests...
Gene therapy designed to deliver a healthy copy of the ALPK3 gene can restore heart function, raising the possibility of a future treatment for some forms of inherited cardiomyopathy...
PGT-A is widely used to assess the chromosome status of IVF embryos, but how accurately can a biopsy of just a handful of cells predict an embryo's genetic makeup? Dr Desislava Staneva explains why interpreting PGT-A results is more complex than it may first appear...
Subscribe for free to what PET does best – informing you of the latest in fertility, genomics and embryo research.
