| Name | Organization | Research Summary | |
---|
| Yesselman, Joe | University of Nebraska-Lincoln | RNA 3D structure thermodynamics and design. | ViewMap |
| Yeh, Andy | University of California, Santa Cruz | de novo luciferase design | ViewMap |
| Yarov-Yarovoy, Vladimir | University of California, Davis | My research interests and expertise encompass neuroscience, protein structure, computational biology, and evolution. Main focus of my research group is on structure and function studies of voltage-gated ion channels, computational design and chemical synt | ViewMap |
| Yang, Zhongyue | Vanderbilt University | My research group focuses on integrating first-principles simulation and data-driven modeling to automatically evaluate, understand, and design functional biomolecules for catalytic and biomedical applications. | ViewMap |
| Yang, Jianyi | Shandong University | Protein and RNA structure prediction | ViewMap |
| Xu, Chunfu | National Institute of Biological Sciences | Computational design of functional proteins | ViewMap |
| Whitehead, Tim | University of Colorado Boulder | We seek to understand and exploit molecular recognition in macromolecules | ViewMap |
| Wayment-Steele, Hannah | University of Wisconsin-Madison | Our research seeks a predictive understanding of biomolecular dynamics and mechanisms that underlie biological function and shape evolution. | ViewMap |
| Wang, Chu | Peking University | Chemoproteomic profiling and design of protein functions | ViewMap |
| Wallner, Björn | Linköping University | Protein interactions, peptides, disorder, flexibility and machine learning | ViewMap |
| Vorobieva, Anastassia | VIB (Belgium) | De novo design of membrane proteins and nanopores | ViewMap |
| Thyme, Summer | University of Alabama at Birmingham | Testing computational predictions in zebrafish models of neurodevelopmental disorders, with a focus on drug discovery. | ViewMap |
| Sztain, Terra | University of Michigan | Computer-aided molecular design | ViewMap |
| Strauss, Charlie | Los Alamos National Laboratory | Needs update | ViewMap |
| Strauch, Eva-Maria | University of Georgia | Protein design of protein-protein interactions, vaccine development, antivirals, protein stabilization, gene delivery | ViewMap |
| Stein, Amelie | University of Copenhagen | consequences of mutations on protein structure & function | ViewMap |
| Smith, Colin | Wesleyan University | Dynamics of computationally designed and naturally occurring proteins | ViewMap |
| Slusky, Joanna | University of Kansas | Enzyme and outer membrane protein evolution and design | ViewMap |
| Siegel, Justin | University of California, Davis | Discovery and Design of Novel Enzymes | ViewMap |
| Shirts, Michael | University of Colorado Boulder | Thermodynamics and structure of nonbiological foldamers | ViewMap |
| Sgourakis, Nik | Children's Hospital of Philadelphia | My independent research program lies at the interface of biophysics and structural biology, where experimental and computational tools are developed and applied to tackle contemporary problems in molecular immunology. | ViewMap |
| Schoeder, Clara | Leipzig University | Protein design for novel immunotherapeutic drugs, such as genetherapy vectors (AAV), cellular therapeutics (CAR T cell therapy), antibody design and vaccine design | ViewMap |
| Schiffner, Torben | The Scripps Research Institute | Vaccine Design | ViewMap |
| Schief, William | The Scripps Research Institute | HIV vaccine design; epitope-focused vaccine design; germline-targeting vaccine design. | ViewMap |
| Samanta, Rituparna | University of South Florida | Engineering proteins in different environments. | ViewMap |
| Rocklin, Gabriel | Northwestern University | High-throughput protein design and biophysics | ViewMap |
| Raveh, Barak | Hebrew University | Integrative spatiotemporal modeling of dynamic biological research | ViewMap |
| Ramírez-Sarmiento, César | Pontifica Universidad Catolica de Chile | Evolution and design of metamorphic proteins, PET-degrading enzymes and photosynthetic blood substitutes | ViewMap |
| Raman, Vatsan | University of Wisconsin-Madison | Understanding protein sequence-function landscapes and designing novel proteins | ViewMap |
| Procko, Erik | University of Illinois Urbana-Champaign | Needs update | ViewMap |
| Praetorius, Florian | Institute of Science and Technology Austria | Biomolecular design with proteins and/or nucleic acids | ViewMap |
| Polizzi, Nicholas | Dana-Farber Cancer Institute | My lab aims to learn the rules of protein–ligand binding through the lens of de novo protein design. | ViewMap |
| Pierce, Brian | University of Maryland | Modeling and design of immune recognition | ViewMap |
| Parmeggiani, Fabio | University of Bristol | Design of modular structures | ViewMap |
| Pallesen, Jesper | Indiana University | Structural immunology; structure-guided protein design | ViewMap |
| Ovchinnikov, Sergey | Harvard University | Protein Evolution | ViewMap |
| Oh, Byung-Ha | Korea Advanced Institute of Science and Technology | Computational design of proteins for biomedical application | ViewMap |
| Oberdorfer, Gustav | Graz University of Technology | Computational design of functional proteins | ViewMap |
| O'Meara, Matthew | University of Michigan | Computational Pharmacology | ViewMap |
| Noy, Dror | MIGAL Galilee Research Institute | Computational design of photosynthetic protein analogues | ViewMap |
| Norn, Christoffer | BioInnovation Institute | Computational design of integral membrane protein modulators | ViewMap |
| Nannemann, David | Rosetta Commons Foundation | Custom research using Rosetta methodologies. | ViewMap |
| Moody, James | Brigham Young University | We carry out computational engineering and experimental validation of enzymes and protein crystallization chaperones. | 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 |
| Meiler, Jens | Vanderbilt University | computational structural biology | ViewMap |
| Malmström, Lars | University of Zurich | Studying protein-protein interactions on bacterial surfaces | ViewMap |
| Madl, Tobias | Medical University of Graz | Integrative structural biology and metabolomics. Tobias Madl and his team investigate the molecular mechanisms of how disordered proteins regulate signal transduction, intracellular transport and phase separation. | ViewMap |
| Lu, Peilong | Westlake University | Transmembrane protein design | ViewMap |
| London, Nir | Weizmann Institute of Science | Covalent small molecule ligand discovery and design | ViewMap |
| Ljubetič, Ajasja | National Institute of Chemistry (Slovenia) | De novo designed dynamic proteins | ViewMap |