| Name | Organization | Research Summary | |
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| Kulp, Daniel | The Wistar Institute | The Kulp lab focuses on rational vaccine and therapeutic antibody design for a variety of NIAID priority infectious diseases (e.g. Lassa Virus) and cancer targets. | ViewMap |
| Shirts, Michael | University of Colorado Boulder | Thermodynamics and structure of nonbiological foldamers | ViewMap |
| Lu, Peilong | Westlake University | Transmembrane protein design | ViewMap |
| Raman, Vatsan | University of Wisconsin-Madison | Understanding protein sequence-function landscapes and designing novel proteins | ViewMap |
| Schiffner, Torben | The Scripps Research Institute | Vaccine Design | ViewMap |
| Bystroff, Christopher | Rensselaer Polytechnic Institute | Vaccine design, biosensor design | ViewMap |
| Glasgow, Anum | Columbia University | We aim to understand the molecular mechanisms underlying conformational changes in proteins, and we use what we learn to engineer new therapeutics. | ViewMap |
| Moody, James | Brigham Young University | We carry out computational engineering and experimental validation of enzymes and protein crystallization chaperones. | ViewMap |
| Brown, Benjamin | Vanderbilt University | We combine precision medicine computational structural biology with computer-aided small molecule drug discovery. | ViewMap |
| Fischer, Eric | Dana-Farber Cancer Institute | We cultivate a multi-disciplinary and highly collaborative approach to science to tackle fundamental questions in biology and pharmacology. | ViewMap |
| Kratochvil, Huong | University of North Carolina at Chapel Hill | We design new membrane proteins for novel applications in environmental sustainability and functional proteins for next-generation therapeutics. | ViewMap |
| Barth, Patrick | Ecole Polytechnique Federale de Lausanne (EPFL) | we develop and apply computational/experimental approaches for designing proteins and cells with novel functionalities | ViewMap |
| Baker, David | University of Washington | We develop protein design software and use it to create molecules that solve modern challenges in medicine, technology and sustainability. | ViewMap |
| Cong, Qian | University of Texas Southwestern | We mine large-scale data for biological discoveries | ViewMap |
| Harrison, Joe | University of the Pacific | We model ubiquitin interactions and design protein based inhibitors of ubiquitin pathways | ViewMap |
| Whitehead, Tim | University of Colorado Boulder | We seek to understand and exploit molecular recognition in macromolecules | ViewMap |
| Mills, Jeremy | Arizona State University | We use Rosetta to design proteins in which non-canonical amino acids provide functions that would be difficult to achieve using naturally occurring amino acids alone. | ViewMap |
| Khare, Sagar | Rutgers University | We work on the design of novel enzymes and proteins for applications in therapeutics and biocatalysis | ViewMap |