Rice has announced the creation of the Rice Brain Institute, an ambitious, interdisciplinary hub that unites faculty members across campus, including engineering, natural sciences and social sciences, to tackle one of humanity’s most complex and promising frontiers: the brain.
Ahead of the Innovation for Healthcare Access Conference hosted by Rice360, Rebecca Richards-Kortum shares insights on advancing equitable health care solutions across Texas and the United States.
For Rice student-athletes Omari Porter, David Kasemervisz and Matthew Aribisala, football and engineering aren’t competing priorities — they’re complementary pursuits. Each came to Rice to push their limits both on the field and in the classroom, and each found a university uniquely equipped to help them do both.
Rice's Rebecca Richards-Kortum has been elected to the National Academy of Medicine (NAM), one of the nation’s highest honors in health and medicine. She is one of two Rice faculty who are the only Texas researchers to share membership across the national academies of medicine, science and engineering — an honor held by fewer than 35 researchers nationwide.
Rice hosted the second Advanced Research Projects Agency for Health Biohybrid Devices Summit Sept. 25-26 in Houston to support research and translation in implantable devices that function as “living pharmacies.”
A team of researchers led by Rice, in collaboration with colleagues in Mozambique and the University of Texas MD Anderson Cancer Center, has developed a simple, affordable human papillomavirus (HPV) test that delivers results in less than an hour with no specialized laboratory required.
Scientists from Rice and Houston Methodist have developed a new way to reduce inflammation in the brain, a discovery that could help fight diseases such as Alzheimer’s and Parkinson’s.
Biotechnology Innovation Organization president and CEO John F. Crowley visited Rice as part of a tour highlighting regional biotech hubs across the country.
Rice scientists have developed a new drug delivery platform that could make it easier for patients to take their medications and may even boost drug efficacy.
Researchers at Rice and collaborators have developed a wireless network of miniature bioelectric implants that could transform treatment for heart failure, spinal cord injury and other chronic conditions. The system would integrate with patient anatomy easier than conventional medical implants, eliminating the need for batteries and invasive wiring.