Precision Genomics Collaboratory News

Even though we add a year to our age with every birthday, are our bodies actually a year older?

For some people, the answer is yes, but for others, maybe not. Researchers have found that some people age slowly, only experiencing a few months’ worth of physical aging in a year, while others age more quickly, in effect, growing years older in just one calendar year. This may help explain why one 50-year-old might look like they are only in their 30s while another may look closer to 70.

The Precision Genomics Collaboratory offered pilot grants with the goal of forming new collaborations in genomic science between researchers and clinicians to help address pressing challenges in genomics discovery, translation and/or implementation. These one-year, $15,000 grants were open to School of Medicine faculty at all stages of their careers

A single gene that was previously found to be the driving force in a rare syndrome linked to epilepsy, autism and developmental disability has been identified as a linchpin in the formation of healthy neurons.

Some 30 million Americans experience significant health problems that defy diagnosis. Their symptoms range from mysterious heart attacks in teenagers to spine abnormalities, intellectual disabilities, low muscle mass, digestive troubles, and countless others.

A newly discovered protein modification opens up another world of discovery

Five decades ago, Duke psychologists Terrie Moffitt and Avshalom Caspi began working with a long-term study of 1,000 people in New Zealand to get a better perspective on how childhood factors may have led to adolescent behaviors, such as risk-taking.

Dr. Heston and Dr. Bihlmeyer both reflected on their rewarding time as post-docs. The two-year training program began during July of 2020 and will conclude at the end of June 2022.

The project aims to understand how mitochondrial carbon trafficking and bioenergetics are regulated by PDK4

Duke University has awarded distinguished professorships to 24 faculty members representing five Duke colleges and schools.

Mice without microbes rely on an entirely different set of genes to digest fat