The Ren Group
Laboratory of Single-Cell and Single-Molecule Epigenetics and Chromatin
The Ren lab was set up in September 2012. Since then the lab has been working on pushing the limits of single-molecule fluorescence microscopy methods to study epigenetic regulators in native states and in living cells. The Ren lab is using live-cell single-molecule tracking (SMT) to dissect the chromatin-binding mechanisms of epigenetic factors. The lab developed a new single-molecule chromatin immunoprecipitation imaging (Sm-ChIPi) approach that enables measuring the molecular interactions and stoichiometry of epigenetic regulators at chromatin in cell extracts.
The Knight Group
The Knight lab studies how soluble portions of cellular proteins interact with membrane surfaces, using a variety of spectroscopic, biochemical, and microscopy-based approaches. We are particularly interested in proteins that carry out important steps in the pathway of insulin secretion. A lab website is under construction- please check back for updates. Dr. Knight will interview prospective research students beginning Fall 2019. If interested, email Dr. Knight a brief statement of your interest in research including career goals, a CV/resume, and (optional) unofficial transcripts.
Vugmeyster’s lab focuses on biophysical characterization of proteins using solution and solid-state NMR, Transmission Electron Microscopy, Dynamics Light Scattering, HPLC and other approaches. In particular, we are interested in protein dynamics in model systems and in amyloid fibrils comprised of amyloid-beta protein, implicated in Alzheimer’s Disease. Undergraduate and master-level research students are trained on protein preparation and purification techniques, amyloid fibrils preparation, spectroscopic approaches, and computational modeling. Please see group web page for details.