biomedical engineering

Organoids without blood vessels can't grow larger than sesame seeds—about 3 millimeters—before dying from lack of oxygen and nutrients. UNT and Stanford researchers say they've solved this problem. Seeds pictured above are not to scale. [Image: Pinchai Puntong/istockphoto]

First Mini Hearts and Livers With Working Blood Vessels Grown in Lab, UNT-Stanford Team Reports

by | Aug 21, 2025
Scientists at at the University of North Texas and Stanford Medicine have created tiny artificial organs called organoids with fully formed blood vessel networks. The stem cell-based breakthrough could transform drug testing and disease research while reducing the need for animal models—and expand possibilities for regenerative medicine.
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Perot Family’s $50M Gift Boosts UT Southwestern’s Medical Scientist Training Program
by | Nov 9, 2022
The Perot family’s support will expand the number of students admitted to UT Southwestern's dual-degree program as well as research disciplines in which they study, to include biomedical engineering, computational biology, bioinformatics, and data science. The funding will enhance the curriculum and experiences of Medical Scientist Training Program students and increase efforts to recruit students from elite U.S. colleges, including top international students who want to stay in the U.S. for their careers.
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Capital Factory Opening Center for Health Innovation at Pegasus Park in Dallas
by | May 5, 2022
The Austin-based accelerator and investor plans to launch its Center for Health Innovation at Pegasus Park in Dallas by end of 2023. Its goal: connecting startups locally and across the state with each other, as well as other corporate and research players in the space.

“We're in the business of erasing boundaries in Texas—full stop,” President and Co-Founder Bryan Chambers told Dallas Innovates.
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biomedical
UNT Opens $12.6M Cutting-Edge Biomedical Engineering Building
by | Aug 30, 2019
The 26,500-square-foot facility has labs for research in exoskeleton technology, optics, and a bio 3D printer for printing cells that mimic human tissue.
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