Trained and genetic differences could help the women survive the intense physiological stresses of free-diving—and could ultimately lead to better treatments for blood pressure disorders.
A team of researchers has used advanced DNA sequencing to develop the most comprehensive atlas yet of genetic change through generations, laying the foundations for new insights into the roots...
During this time of uncertainty, leadership is actively advocating for research and planning strategically for the future. We have developed guidelines and a worksheet to help researchers who have received...
A combination of human genetic analysis and research in flies identified the protective gene, which could ultimately lead to better therapies for people with the seizure disorder.
Every now and again it's important to pause and recognize the dedication of our outstanding faculty. This year, we celebrated significant career milestones from nearly a hundred faculty while honoring...
The project makes use of comprehensive databases and cutting-edge tools developed at the University of Utah to find diagnoses, hopefully leading to more targeted and successful treatments.
Long-term, heritable changes in gene activity fundamentally shape our biology, trigger many of our diseases, and set the clock on how we age. Now, a team of U of U...
The 120 attendees are using Utah’s uniquely strong genetics resources to answer fundamental biological questions and develop solutions to urgent issues in human health.
Spinocerebellar ataxia 4 is a severe progressive movement disease that can begin as early as the late teens. Now, a multinational research team led by University of Utah researchers has...
Finding treatments for children with rare diseases has been a significant hurdle in the medical world. An unexpected source, the common fruit fly, is turning up answers.
The reasons why people attempt suicide include triggers like trauma and stress, as well as inherited genetic factors. A new study has identified 12 DNA variants, or variations in the...
In an age marked by a pandemic, climate change and chronic disease, human health faces a complex web of challenges that demands wide-ranging solutions. It will take an arsenal of...
Gabor Marth, DSc, a computational geneticist at University of Utah Health, has received grant funding to advance an understanding of genetic changes that can happen in our body’s cells throughout...
Advances in science and medicine are key to finding new treatments for disease. But the responsibility doesn’t stop there, says Luca Brunelli, MD, PhD, a neonatologist at University of Utah...
The science and dedication of University of Utah Health and ARUP Laboratory scientists Marzia Pasquali, PhD, and Nicola Longo, MD, PhD, has led to a disorder, GAMT deficiency, being recommended...
The University of Utah Health-produced short documentary One in a Million has been an official selection at eight film festivals nationwide and has received 12 marketing awards.
Clement Chow, PhD, and his research team have developed a fly model of NGLY1 deficiency, to provide new insights into the biology underlying this devastating, autosomal recessive, genetic disorder.
A bill informally called “Marley and Tyler’s Bill”, after two patients seen by the Penelope Program, passed the Utah legislature to expand insurance coverage for testing needed to diagnose children...
The GSLC will work collaboratively with the All of Us Engagement Team to create educational materials on genetics and precision medicine for the public, patients and healthcare providers.
Researchers explore familial relationships using unique Utah resources to develop high-risk profiles with the hope of identifying those at greater risk for atrial fibrillation.
