Workshop Details
Protein Electrostatics
07/06/2015 - 07/10/2015
Meeting Description:

Electrostatic forces govern many key biochemical processes, including all of energy transduction (e.g. catalysis, proton transport, electron transfer, ion homeostasis, etc). Despite 30 years of focused efforts to elucidate the structural basis of electrostatic effects in proteins, this remains a very challenging problem. It has become increasingly clear that polarization, structural relaxation, charge fluctuations, dielectric breakdown, water penetration, and coupling between ionizable sites, all contribute to the stabilization of charge inside proteins. A true multi-scale approach that considers processes ranging from quantum mechanical effects to conformational fluctuations in biological time scales will be needed to make progress in this field. Many novel computational methods have been developed recently that can improve our ability to treat electrostatic effects. However, each of these approaches considers a limited range of factors. Furthermore, developments have been hampered by the lack of experimental data that can provide clear benchmarks for validating the different approaches. The purpose of this workshop will be to bring together experimentalists, theorists and simulators with shared interests in electrostatic effects in water-soluble and membrane proteins. One aim of this workshop will be to identify the critical areas where experiments are needed to obtain physical insight to guide improvements to computational models and data to benchmark these models. Another aim will be to compare and contrast the strengths and weaknesses of different simulation frameworks used to calculate equilibrium constants for ion binding, pKa values, redox Ems, and the effects of pH and salt on conformational transitions. The ultimate goal is to lower the barriers for collaboration amongst and between theory, computation, and experiment.

Notes:

If you are interested in attending a meeting, but have not received an invitation, please contact the workshop organizer about availability before registering. Most TSRC meetings are very small, typically only about 25 people.

Supporting Files:

TSRC_Electrostatics_2015.doc
Meeting Venue:

Telluride Elementary School
447 West Columbia Ave Telluride CO 81435

Registered Meeting Participants:
Participant Organization Arrival Information Departure Information Interested in Sharing Transportation?
Alexov, Emil Clemson University 7/5
7/12
Baptista, Antonio Instituto de Tecnologia Quimica e Biologica 7/4
7/11
Barber, Diane UCSF 7/6
7/9
Cui, Qiang UW-Madison 7/5
7/10
Garcia-Moreno, Bertrand Johns Hopkins University
Gunner, Marilyn City College of New York 7/4
7/12
Koeppe, Roger University of Arkansas 7/5
7/10
Kucherenko, Nataly Tel Aviv University 7/5
7/11
Kurnikova, Maria Carnegie Mellon UNiversity 7/5
7/10
Y
Laue, Tom University of New Hampshire 7/5
7/10
Lee, Juyong NIH/NHLBI 7/5
7/11
Lincoff, James UC Berkeley, Dept. of Chemical Engineering 7/5
7/11
Y
Lund, Mikael Lund University 7/5
7/10
Mobley, David University of California, Irvine 7/5
7/10
Y
Tsfadia, Yossi Tel Aviv University 7/5
7/11
Webb, Lauren The University of Texas at Austin 6/22
7/11
Word, Mike OpenEye Scientific 7/5
7/12

Telluride Science Research Center
Post Office Box 2429, Telluride CO 81435
Tel: + 970.708.4426
Email: info@telluridescience.org
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