NIH's National Institute on Aging has designated UAB a Nathan Shock Center, one of six nationwide expected to provide leadership in basic research into the biology of aging. UAB will receive a five-year, $2.5 million award to establish the center and pursue its research on the relationship between energetics and aging.
By training computers to pick out timing clues in medical records, UAB machine learning expert Steven Bethard, Ph.D., aims to help individual physicians visualize patient histories, and researchers recruit for clinical trials.
A $1.25 million grant from the U.S. Department of Education will fund scholarships, provide research opportunities and support collaboration between UAB's schools of Education and Health Professions to improve education services for young children with disabilities. Professor Jennifer Kilgo, Ed.D., who directs Project TransTeam, expects to train 70 scholars in five years.
Robert Sorge, Ph.D., assistant professor of psychology, is lead author of a paper published in Nature Neuroscience online that disputes the assumption that a common pain circuit exists in both sexes. New research shows males and females may use very different biological systems to process pain; the key difference appears to be in the immune system and under control of testosterone.
The computer brains inside autonomous vehicles will be fast enough to make life-or-death decisions. But should they? A member of UAB’s national championship-winning Bioethics Bowl team — and the team’s coach, a renowned bioethicist — weigh in on a thorny problem of the dawning robot age.
You may think your phone can already do everything, but UAB cybersecurity researchers are adapting accelerometers, GPS chips, gyroscopes and other sensors to make phones that can read your mood, eliminate passwords, protect your bank account and more.
James J. Cimino, M.D., will lead UAB's new Informatics Institute, which was established in June 2014. Cimino, who previously was the chief of the Laboratory for Informatics Development at the NIH Clinical Center and a senior scientist at the National Library of Medicine, is a national leader in the field of biomedical informatics and co-editor of the most influential textbook on the subject.
During the past few years, technological innovations have opened up an entirely new way to approach scientific questions. Data-driven research starts with massive information sets — the genomic profiles of thousands of patients, for example, or millions of spam emails — and then searches for emerging patterns in that data. In the latest issue of the U.S. Chamber of Commerce’s "Business Horizon Quarterly", UAB President Ray Watts, M.D., explains the way data-driven research at UAB is being applied to find novel treatments for disease, create new products and businesses and train the next generation of innovation-savvy students.