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	Name	Organization	Research Summary
	Corn, Jacob	ETH Zurich	Human genome editing and organelle removal	View Map
	Barth, Patrick	Ecole Polytechnique Federale de Lausanne (EPFL)	we develop and apply computational/experimental approaches for designing proteins and cells with novel functionalities	View Map
	Correia, Bruno	Ecole Polytechnique Federale de Lausanne (EPFL)	Computational design of functional proteins with applications in immunoengineering and synthetic biology.	View Map
	Azoitei, Mihai	Duke University	Research in our group is focused on two synergistic areas that are critical for the development of vaccines against highly infectious pathogens: 1) rational immunogen design; and 2) determining the immunogen properties that lead to B cell activation.	View Map
	Grigoryan, Gevorg	Dartmouth College	Needs update	View Map
	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.	View Map
	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.	View Map
	Kellogg, Elizabeth	Cornell University	Cryo-EM, computational modeling and protein design	View Map
	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.	View Map
	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.	View Map
	Gulsevin, Alican	Butler University	Development and application of methods for the modeling of membrane proteins important for human health.	View Map
	Moody, James	Brigham Young University	We carry out computational engineering and experimental validation of enzymes and protein crystallization chaperones.	View Map
	Norn, Christoffer	BioInnovation Institute	Computational design of integral membrane protein modulators	View Map
	Feldman, David	BioInnovation Institute	Developing minibinders to integral membrane proteins	View Map
	Huber, Thomas	Australian National University	protein design for genetic code expansion, paramagnetic NMR	View Map
	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.	View Map
	Brunette, TJ	Align Bio	My research focuses on developing protein design methods for generating large datasets and designing experiments that utilize cloud-based labs.	View Map
	Glasscock, Cameron		Computational design of protein-nucleic acid interactions	View Map

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