A Multi-Scale Analysis of Bacterial Cell Signaling. Department of Biochemistry and Molecular Biology,. Chicago Center for Functional Annotation. Gordon Center for Integrative Science W125. Scrosson AT uchicago DOT edu.

We seek graduate students with interests in structural, molecular and cellular-level studies of the biosynthetic and quality control machineries of the cell. Please contact Bob to discuss potential rotation projects. Department of Biochemistry and Molecular Biology.

The Department of Molecular Genetics and Cell Biology. Operates within the Division of Biological Sciences. Its faculty investigate molecular aspects of biological phenomena that operate on a cellular scale. Plant development and plant pathogen interactions. The Awesome Power of Heat S.

The Department of Molecular Genetics and Cell Biology. Operates within the Division of Biological Sciences. Its faculty investigate molecular aspects of biological phenomena that operate on a cellular scale. Plant development and plant pathogen interactions. The Awesome Power of Heat S.

For discovery and expertise in new materials. Learn more about our after educational outreach activities more. Dynamics in Soft Interfaces more. Spatiotemporal Control of Active Materials more. Engineering Quantum Materials and Interactions more. Optical gating of a topological insulator more.

And The Molecular Basis of Excitability. This is a brief Textbook that covers the basics of the initiation and propagation of the nerve impulse using equivalent circuits with reference to ionic conductances. Voltage dependent conductances are explained on the basis of single channel properties. The text contains links to the simulation programs. If you get an error, right click on. Experiments using the NERVE program.

Here, you will find information on our research, our publications, current and past group members, and various computational tools for theoretical Biophysics.

The central focus of the Staley Lab is the mechanism and regulation of nuclear pre-mRNA splicing. Recently, our lab, in collaboration with the Piccirilli Lab, published results that show pre-mRNA splicing is catalyzed by U6 snRNA. Learn more about our ongoing research. And check out our publications.

The central focus of the Staley Lab is the mechanism and regulation of nuclear pre-mRNA splicing. Recently, our lab, in collaboration with the Piccirilli Lab, published results that show pre-mRNA splicing is catalyzed by U6 snRNA. Learn more about our ongoing research. And check out our publications.

I attend the University of Chicago as a student in the Genetics, Genomics, and Systems Biology program. Check out the other programs we offer in my cluster here. I used to work in the lab of Manuel Llinás. Where I contributed to work in understanding transcriptional regulation in the deadliest human infecting parasite that causes malaria,.