Jason Shear’s chemistry laboratory has developed a technology that enables researchers to utilize microscopic three-dimensional protein structures. The potential applications of these “smart materials” are so significant that graduate student researchers from other disciplines have begun collaborating with the Shear lab in order to study antibiotic resistance, develop new medical devices and explore how 3-D hydrogels can help regrow nerve cells.
More Video

From ‘Technopolis’ to ‘Coopetition’
John Sibley Butler director of the IC² Institute spoke on the Place-Based Innovation...
(5:52)
Old Drug Holds New Promise
Exciting new findings in UT’s neurobiology labs suggest that rapamycin, an FDA-approved...
(1:09)
Roll the Bones
In this video from NPR’s Science Friday, UT paleontologist Tim Rowe describes his...
(4:00)
Thirteen rules for school
What do you need to know about your first day of college classes? Get that advice...
(13:54)
On citizenship and naturalization
In this seventh installment of the “Border Views” video series, John...
(2:10)
The “No Debate” debate
Using online communications outlets on their own terms, political candidates no longer...
(1:36)
Hearts of Texas helps Austin community and beyond
Since 1996, the Hearts of Texas Charitable Campaign has provided an easy and efficient...
(3:49)
Early voting: It's now or never for Bill White
In the Texas gubernatorial race, Bill White is considered the most viable Democratic...
(1:52)










