Nik Sgourakis, Principal Investigator
During my postdoctoral work with David Baker and Ad Bax I developed Rosetta methods for determining the structures of protein complexes from sparse NMR data. In my Ph.D. with Angel Garcia at Rensselaer Polytechnic Institute, I used enhanced sampling MD simulations to model intrinsically disordered proteins. In my Master’s degree in Bioinformatics from the National University of Athens, Greece I developed Hidden Markov Models that predict properties of G-protein coupled receptors.


Viviane Silva de Paula, Visiting Scientist
I obtained my biological chemistry, M.Sc. and Ph.D. degrees at Federal University of Rio de Janeiro (UFRJ), where I elucidated the structure of plant and human defensins and their interactions with membranes by solution NMR. During my Post-doc at National Center of NMR I used NMR spectroscopy, molecular dynamics and docking to characterize the molecular interactions involved with human b-defensin recognition by the immune system. Currently, I am Assistant Professor of Biochemistry at UFRJ and my research interests span various aspects of protein structure, dynamics and molecular recognition for the biological functions of chemokines and their receptors in inflammation. In my current role at UCSC, I am using sparse labeling NMR techniques to access interactions of protein assemblies involved in IL-2 signaling.


Andrew McShan, Postdoctoral Scholar
I earned a B.S. in Biochemistry and subsequently a Ph.D. in Molecular, Cellular and Developmental Biology from the University of Kansas. In my Ph.D. research I used NMR spectroscopy to characterize the molecular interactions involved in the assembly of bacterial type III secretion systems and to discover small molecule binders of type III proteins to be used as scaffolds for the development of novel antibacterial therapeutics. In my current role, I elucidate the mechanism of MHC-I peptide loading using a combination of NMR, Rosetta modeling and other biophysical methods.


Sarah Overall, Postdoctoral Scholar
I obtained my PhD in Immunology and Biochemistry at the University of Melbourne, Australia in the lab of Prof. Paul Gleeson, where I investigated the role of TCR stimulation in thymic regulatory T cell development and antigen presentation in inflammation induced autoimmunity. I then spent a year working with Prof. Frances Separovic using solid-state NMR to characterise 31P- signals from live bacteria and investigating the structure of pore-forming antimicrobial peptides in bacterial membranes. From there I joined the Sgourakis lab where I am continuing my interests in TCR biology and biochemistry to determine the interaction of TCRs with CD3 in order to understand how the TCR transmits signals across the membrane. My research interests are in understanding how structure relates to function in immune receptors and signalling complexes.


Santrupti Nerli, Graduate Student (Computer Science) 
I completed my B.E degree in Computer Science at SJCE, India. I obtained my M.S degree in Computer Science from SJSU, where I developed algorithms, using decision trees and Hidden Markov Models to detect splice sites and cryptic splice sites in human genome, under the guidance of Dr. Sami Khuri.


Danai Moschidi, Graduate Student (Chemistry & Biochemistry)
I obtained a BSc and MSc in Chemical Engineering at National Technical University of Athens (NTUA) in Greece. After graduation, I earned a six-month intership at the National Hellenic Research Foundation, Greece as an assistant researcher at the Laboratory of Enzymology in the Institute of Biology, Medicinal Chemistry and Biotechnology. This experience drove me to enter to Interdisciplinary Postgraduate Program based on Drug Design titled “Medicinal Chemistry: Drug Discovery and Design” in University of Patras, Greece. It was my first contact with the NMR Spectroscopy and the reason I wanted to join the Sgourakis Research Group in UCSC in order to pursue my PhD degree.


Joey Toor, Junior Specialist
I earned my B.S. degree in Neuroscience from the University of California, Santa Cruz. During my undergraduate career I was also an undergraduate researcher in the Sgourakis lab where I used various methods such as X ray crystallography and fluorescence polarization to elucidate the interaction between the peptide and MHC. Eventually, I stumbled upon the field of neoepitope discovery and immunotherapy which I am excited to continue work on in my current role in the Sgourakis Lab.

Ben Sherman, Graduate Student
Mareike Badstübner, Undergradaute Research Assistant
Vlad Kumirov , Postdoctoral Scholar
David Flores-Solis, Postdoctoral Scholar