Associate Professor
Phone: 314-362-3351
E-mail: barneswm@wustl.edu
PCR methods; plant genetic engineering for insect or virus resistance
Associate Professor
Phone: 314-362-7433
E-mail: g.bowman@wustl.edu
Combining simulation and experiment to understand protein conformational changes, their role in signaling, and opportunities they present for drug design.
Professor
Phone: 314-362-3872
E-mail: burgers@wustl.edu
Biochemistry and genetics of yeast DNA replication and repair
Head of Biochemistry and Molecular Biophysics
Phone: 314-362-0287
E-mail: jacooper@wustl.edu
Molecular mechanisms of cell motility and cytoskeleton assembly
Associate Professor
Phone: 314-273-1214
E-mail: rdolle@wustl.edu
Chemistry Director, Center for Drug Discovery
Professor
Phone: 314-362-3344
E-mail: friedenc@wustl.edu
Protein folding, aggregation, intrinsically disordered proteins, fluorescence methods, ApoE lipoproteins and Alzheimer’s disease
Associate Professor
Phone: 314-362-5201
E-mail: egalburt@wustl.edu
Single molecule biophysics, optical trapping, magnetic trapping, DNA transcription
Associate Professor
Phone: 314-362-4368
E-mail: galletto@wustl.edu
Mechanistic studies of DNA motor proteins
Assistant Professor
Phone: 314-362-8670
E-mail: greenberg@wustl.edu
Molecular motors in health and disease.
Professor
Phone: 314-362-4196
E-mail: hallkathleen@wustl.edu
NMR and biochemical studies of RNA and RNA-protein complexes.
Assistant Professor
Phone: 314-273-8371
E-mail: alex.holehouse@wustl.edu
Understanding how intrinsically disordered proteins drive biological function using simulations and experiment
Associate Professor
Phone: 314-362-4445
E-mail: ilaganmg@wustl.edu
Mechanism of Notch signaling, Molecular imaging, Assay development, High Throughput Screening
Associate Professor
Phone: 314-362-0509
E-mail: janetkaj@wustl.edu
Design and chemical synthesis of novel compounds; X-ray structure-based design; medicinal chemistry
Instructor
Phone: 314-362-4394
E-mail: kozlov@wustl.edu
Mechanisms of DNA-protein interactions; DNA motor proteins (helicases) and SSB proteins
Associate Professor
Phone: 314-362-8482
E-mail: krezela@wustl.edu
Structural biology of transcriptional regulation in gastric pathogen Helicobacter pylori.
Associate Professor
Phone: 314-362-8687
E-mail: weikai@wustl.edu
Structural and biochemical studies of membrane proteins supporting blood coagulation
Professor
Phone: 314-362-4393
E-mail: lohman@wustl.edu
Mechanisms of DNA-protein interactions; DNA motor proteins (helicases) and SSB proteins
Professor
Phone: 314-362-0261
E-mail: garland@wustl.edu
Major focus is molecular recognition – the basis of intermolecular interactions and specificity seen in drug and hormone receptors, antigen-antibody and substrate-enzyme systems.
Assistant Professor
E-mail: niemi@wustl.edu
The Niemi Lab investigates how mitochondria are built, regulated, and maintained across physiological contexts.
Associate Professor
Phone: 314-362-4606
E-mail: mdonken@wustl.edu
Molecular mechanisms of cell motility and cytoskeleton assembly
Professor
Phone: 314-362-9502
E-mail: pike@wustl.edu
Mechanism of action of growth factors; polyphosphoinositide metabolism
Assistant Professor
Phone: 314-273-7758
E-mail: janice.robertson@wustl.edu
Single-molecule studies of membrane protein structure, function and folding in membranes
Assistant Professor
Room: 2913 S
Phone: 314-273-1632
E-mail: soranno@wustl.edu
Single-molecule spectroscopy of disordered proteins
Assistant Professor
Room: MDS 253
Phone: 314-273-1663
E-mail: zhangrui@wustl.edu
High-resolution cryo-electron microscopy, microtubule associated proteins
Professors Emeriti
E-mail: baenziger@wustl.edu
Synthesis and function of unique carbohydrate structures as information-bearing macromolecules
Phone: 314-362-3346
E-mail: elson@wustl.edu
Dynamics and equilibrium of interactions of molecules in cells and model systems. Mechanics and dynamics of cells and tissues.
E-mail: frazier@wustl.edu
Structure-function analysis along with in vitro and in vivo models of vascular disease are employed to understand how thrombospondin-1 and its receptor CD47 control nitric oxide signaling in vascular cells.
