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Gabor Balazsi
Tuesday, November 06, 2012, 01:00pm - 02:00pm
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Gabor Balazsi

Associate Professor of Systems Biology, The University of Texas MD Anderson Cancer Center

Networks, noise and evolution: Lessons from synthetic gene circuits

Genes are templates for protein synthesis. Proteins determine how cells behave. Does this mean that genes determine how cells behave? Accumulating evidence indicates that this is rarely the case, for at least three reasons. First, genes and their products are present in low numbers and move around randomly inside minuscule cellular volumes, causing stochastic reactions and protein level fluctuations. Second, genes can alter each other’s protein-producing capacity and the associated fluctuations through complex regulatory networks. Finally, cell division rate and protein levels can depend on each other, jointly defining cell population fitness. We build small synthetic gene networks (“circuits”) to control these three processes and determine how they affect cell population fitness and long-term evolution in well-defined environments.


Location Laufer Center Auditorium, room 101

Two affiliate faculty members (Markus Seeliger and Jessica Seeliger) announced as winners of 2023 RSOM Faculty awards:

markus jessica

Markus (Dept. of Pharma Sciences) has been awarded with the honor of Senior Research Excellence. Visit the lab here!
Jessica (Dept. of Pharma Sciences) has been awarded with the honor of Excellence in Graduate Student Mentoring. Visit the lab here!

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Dr. Ivet Bahar named as a 2024 Fellow by the Biophysical Society - Read more here!

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Laufer Center will be hosting a seminar with presenter Jean-Pierre Vilardaga, PhD (University of Pittsburgh) on Friday, 10/27 at 2:30pm. Click here for more details!

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