Biophysics Thesis Seminar: Mark Petersen
Jenkins Hall - Room 107“Thermodynamic Stability, Cooperativity, and the Partly Folded States of Semiautonomous Repeat Proteins”
“Thermodynamic Stability, Cooperativity, and the Partly Folded States of Semiautonomous Repeat Proteins”
"Structural Insights into Bacterial Motility and Secretion Systems"
"Destructive Testing on Cellular Machinery: Probing Mechanics of Cell Division by Laser Ablation"
"The Spatial Biology Revolution will Transform Life Science Research: Multi-Omic Whole-Transcriptome Digital Spatial Profiling (DSP) and Single-Cell Ultra-High-Plex Spatial Molecular Imaging (SMI)"
"Intronic RNA Structure and Alternative Splicing Outcomes"
"How to Make a Membrane Protein"
"Division of Labor and Mechanism of Translocation in a Ring ATPase"
"Computational Design of Membrane Receptors: From Protein Motions to CAR T cell Therapies"
"Simple Principles Governing Bacterial Gene Expression from DNA to mRNA and Proteins" Seminar starts at 12:15pm
Department of Biophysics Seminar: "Active" Associative Memory
“Combining Light and Electron Microscopy to Understand the Nanoscale Mechanisms of Endocytosis”
"Membrane Protein Hairpins: Insights into the Structure and Topology of Caveolin and Oleosin"