Refine Results
Narrow your choices by selecting areas below.
Scientist Type
- (-) Remove Investigator filterInvestigator
Scientific Disciplines
Research Areas
- Bioinformatics (1)Apply Bioinformatics filter
- Cell Cycle (1)Apply Cell Cycle filter
- Diseases, Autoimmune (1)Apply Diseases, Autoimmune filter
- Diseases, Cancer (2)Apply Diseases, Cancer filter
- Diseases, Infectious (2)Apply Diseases, Infectious filter
- Enzymology (2)Apply Enzymology filter
- Evolution (1)Apply Evolution filter
- Mathematical Modeling (1)Apply Mathematical Modeling filter
- Method, Electron Microscopy (1)Apply Method, Electron Microscopy filter
- Method, High-Throughput screening (1)Apply Method, High-Throughput screening filter
- Method, Mass Spectroscopy (1)Apply Method, Mass Spectroscopy filter
- (-) Remove Method, NMR filterMethod, NMR
- Method, X-ray crystallography (4)Apply Method, X-ray crystallography filter
- Oncogenes (2)Apply Oncogenes filter
- Protein Folding and Stability (2)Apply Protein Folding and Stability filter
- Protein Structure and Dynamics (3)Apply Protein Structure and Dynamics filter
- Proteomics (1)Apply Proteomics filter
- RNA Biology (1)Apply RNA Biology filter
- RNA Structure (1)Apply RNA Structure filter
- Signal Transduction (2)Apply Signal Transduction filter
- Transcription (1)Apply Transcription filter
Your Criteria:
Showing 1 - 5 of 5 results.
Showing 1 - 5 of 5 results.
| HHMI SCIENTIST | CURRENT RESEARCH | Location |
|---|---|---|
|
Natalie Ahn, PhD Investigator |
Exploring Signal Transduction with Proteomics | University of Colorado Boulder Boulder, CO |
|
James Bardwell, PhD Investigator |
Optimization of Protein Folding In Vivo | University of Michigan Ann Arbor, MI |
|
Dorothee Kern, PhD Investigator |
Protein Structure, Dynamics, Function, and Evolution | Brandeis University Waltham, MA |
|
Brenda Schulman, PhD Investigator |
Mechanisms Underlying Regulation by Ubiquitin-like Protein Conjugation | St. Jude Children's Research Hospital Memphis, TN |
|
Michael Summers, PhD Investigator |
Nuclear Magnetic Resonance Studies of Retrovirus Assembly and Structure | University of Maryland, Baltimore County Baltimore, MD |
