Rice engineers have developed a new strategy for controlling how therapeutic peptides are released from gelatin-based materials, a step that could make the small but powerful molecules more useful in tissue engineering and drug delivery.
Two Rice research teams have received Phase I awards through the U.S. Department of Energy’s Genesis Mission, a national initiative harnessing artificial intelligence and advanced computing to accelerate scientific discovery.
Rice mechanical engineers and Baylor College of Medicine neurosurgeons have identified simple changes to surgical tools that could reduce strain on the esophagus and potentially lower the risk of swallowing difficulties after neck surgery.
Rice researchers developed a new way to model how the cochlea processes incoming sound using graph signal processing, which could shed light on what happens as hearing deteriorates with age and make possible better assistive technologies for people with hearing loss.
The Brain Health for Economic Resilience Commission, convened in collaboration with Nature Medicine, was announced at the Texas Brain Economy Summit June 9–10.
The Houston Methodist-Rice Digital Health Institute recently welcomed Frank Marchetti, Consul General of France in Houston, and his team to discuss health care innovation and avenues for international collaboration.
An interdisciplinary team of Rice researchers has uncovered previously unknown relationships between bacteriophages and their bacterial hosts, offering a powerful new tool for next-generation microbiome engineering.
New funding from CPRIT will help Rice advance cancer research on several fronts, from strengthening a core genetic engineering facility that serves researchers across Texas to supporting new studies in cancer immunotherapy, next-generation radiation therapy and ovarian cancer.
A team of Rice mechanical and electrical engineering students has developed an interactive, modular rehabilitation system designed to make stroke recovery more engaging, adaptable and effective for patients at home.
Rice, in collaboration with Baylor College of Medicine, will join BrainGate, a consortium of universities and academic medical centers working on creating brain-computer interface technologies.
Researchers developed a living bandage that accelerated healing across several wound types in animal models by continuously releasing therapeutic proteins at injury sites.
A team of Rice bioengineers has developed a new way to create highly realistic “mock” patient samples that could help accelerate the development of faster, more accessible cervical cancer screening tests for low-resource settings.