"Better Living Through Microbes"
by Dr. Lydia Contreras
Assistant Professor, Chemical Engineering
University of Texas at Austin

Location:
Welch Hall (WEL) Auditorium

Schedule: Friday, May 1, 2015
5:45-7:00pm: Community Science Fair
5:45-6:15pm: Spanish Presentation
7:00-8:15pm: Main Program

What is the talk about?

Microbes are all around us and inside of us, but how can they help improve our lives? By studying how microbes live and adapt to their environments, we can gain insight into how to benefit human health, develop new and cheaper products, and other advancements. One example from Dr. Contreras' research group is their study of microbes that live in and naturally handle the stress of toxic environments. This information is then applied to the design and building of new molecules that can provide early warning systems of disease prevention.

Presenter's Biosketch

Lydia Contreras is an assistant professor of chemical engineering at the University of Texas at Austin. She is a Chevron Centennial Teaching Fellow, and has been recently honored as a Health and Environmental Institute Walter E. Rosenblith New Investigator, with a Norman Hackerman Advanced Research Program Early Career Program award, and a National Science Foundation Career award. The Contreras Lab combines biomolecular engineering, genetic studies and computational modeling, to develop novel applications that could beneficially impact human health. The Contreras Lab has been actively involved STEM outreach to underrepresented communities through the Equal Opportunity in Engineering Program of the Cockrell School of Engineering, Breakthrough Austin, and the John L. Warfield Center for African and African American Studies.

Hot Science - Cool Talks is presented by the Environmental Science Institute (ESI). This nationally recognized Outreach Series provides a means for leading researchers from the University of Texas and other prominent universities to communicate their research to the public in general and the K-12 educational community in particular.

This talk will be webcast. To learn more, please go here.