Anita Chakraverty

A robotic system can microinject individual heart cells between beats and could help identify potential treatments for cardiac arrhythmias , study findings suggest.

Gut bacteria can transfer genetic information into competitor microorganisms so they change allegiance and work together, research shows, in findings

A key biochemical change involved in the development of Huntington's disease has been discovered by researchers from Germany and the U.K., which could provide routes for early detection and treatment.

U.S. researchers have shone further light into the precise way that CRISPR/Cas9 gene editing actually works and circumvents unintended off-target effects, which could lead to more accurate cellular therapies.

A new type of CRISPR gene editing that targets noncoding RNAs has revealed the important cellular functions that these perform and could help in the development of personalized cancer treatments.

European researchers have identified dozens of new areas of the genome linked with disc issues in the spine using data from three major biobanks.

Results from the newly published , practice-changing NIAGARA trial represent important progress towards curing bladder cancer, though expert opinion suggests predictive biomarkers could improve survival further.

A powerful artificial intelligence model called Evo can predict the function of DNA code, determine the impact of genetic mutations, design new genes, and even create synthetic CRISPR gene-editing tools, enabling it to have a powerful impact on disease diagnosis and therapeutics.

Training a medical AI tool with pictures of camouflaged animals in the wild can improve its accuracy in detecting brain cancer on imaging scans, a study shows.

Research advances into the design of lipids that deliver messenger RNA (mRNA) therapeutics could result in more effective vaccines and treatments for conditions that range from genetic disorders to infectious diseases.