Rice University researchers have developed a groundbreaking "living bandage" designed to continuously produce and deliver therapeutic cytokines directly to chronic wounds, significantly accelerating the healing process. This innovative factory patch represents a major advancement in medical technology, offering a new approach to treating persistent injuries.
The research, featured in multiple publications including Futurity and Medical Xpress, highlights the collaborative efforts of Omid Veiseh, professor of bioengineering and faculty director of the Rice Biotech Launch Pad accelerator; Christian Schreib, assistant research professor in bioengineering; and graduate student Elizabeth Kelley. Their work focuses on creating a patch that can actively contribute to wound recovery by sustained delivery of essential proteins.
In other significant scientific developments, Rice researchers also unveiled a new model detailing how chromosomes reorganize during cell replication, with contributions from Peter Wolynes and Zhiyu Cao. Additionally, a novel room-temperature technique for creating nanoscale patterns directly onto hard materials for photonic chips was developed by a team including Hae Yeon Lee, potentially revolutionizing future chip manufacturing.
Beyond scientific breakthroughs, Peter Rodriguez, the Houston Endowment Dean of Rice's Jones Graduate School of Business, has been appointed the next president of Wake Forest University, effective July 1. Locally, the Houston Ship Channel bridge was renamed to honor the late Dr. Richard Tapia, a distinguished University Professor at Rice, recognizing his profound contributions. These diverse advancements underscore Rice University's ongoing impact across various fields.