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Project Team

A successful project requires many people to play many roles. Some members write code or documentation, while others are valuable as testers, submitting patches and suggestions.

The project team is comprised of Members and Contributors. Members have direct access to the source of a project and actively evolve the code-base. Contributors improve the project through submission of patches and suggestions to the Members. The number of Contributors to the project is unbounded. Get involved today. All contributions to the project are greatly appreciated.

Members

The following is a list of developers with commit privileges that have directly contributed to the project in one way or another.

Image Id Name Email Organization Organization URL Roles Time Zone
michael.schnieders Michael J. Schnieders michael-schnieders@uiowa.edu Associate Professor, The U. of Iowa https://www.uiowa.edu Director of Force Field X -5
fenn Timothy D. Fenn tim.fenn@gmail.com Associate Director at Prevail Therapeutics https://www.prevailtherapeutics.com Chief Crystallograper -7
mrtollefson Mallory R. Tollefson mallory-tollefson@uiowa.edu Instructor, Biochemistry and Molecular Biology, The U. of Iowa https://www.uiowa.edu Pathogenicity Prediction of Missense Mutations Implicated in Hearing Loss, Global Optimization Side-Chain Conformations using a Many-Body Expansion -5
anessler Aaron Nessler aaron-nessler@uiowa.edu Biomedical Engineering Graduate Student, Schnieders Lab, The U. of Iowa https://www.uiowa.edu Thermodynamics of Crystals -5
andthiel Andrew Thiel andrew-thiel@uiowa.edu Biomedical Engineering Graduate Student, Schnieders Labs, The U. of Iowa https://www.uiowa.edu Constant pH Simulation methods. -5
rcorrigan Rae Corrigan rae-corrigan@uiowa.edu Postdoctoral Fellow, Schnieders Lab, The U. of Iowa https://www.uiowa.edu Generalized Kirkwood Continuum Solvation for the AMOEBA Force Field -5
rgogal Rose Gogal rose-gogal@uiowa.edu Biomedical Engineering PhD student, Schnieders Lab, The U. of Iowa https://www.uiowa.edu Pathogenicity Prediction of Missense Mutations Implicated in Hearing Loss, Global Optimization Side-Chain Protonation States using a Many-Body Expansion -5
jmiller99 Jacob Miller jacob-m-miller@uiowa.edu Biomedical Engineering Graduate Student, Schnieders Lab, The U. of Iowa https://www.uiowa.edu Pathogenicity Prediction of Missense Mutations Implicated in Autism Spectrum Disorder, Generalized Kirkwood Continuum Solvation for the Nucleic Acids -5
msperanza Matthew Speranza matthew-speranza@uiowa.edu Biomedical Engineering Student, Schnieders Labs, The U. of Iowa https://www.uiowa.edu Constant pH Simulation methods., Crystal Structure Prediction. -5
lmcousineau Leah Cousineau leah-cousineau@uiowa.edu Biochemistry and Molecular Biology Student, Schnieders Labs, The U. of Iowa https://www.uiowa.edu Pathogenicity Prediction of Missense Mutations Implicated in Deafness. -5
jmlitman Jacob M. Litman jacob.m.litman@gmail.com Post-Doctoral Fellow, Ren Lab, The U. of Texas at Austin https://www.uiowa.edu Global Optimization using Many-Body Expansions, Indirect Free Energy Methods -5

Contributors

The following additional people have contributed to this project through the way of suggestions, patches or documentation.

Image Name Email Organization Organization URL Roles Time Zone
Hernan Bernabe hernan-bernabe@uiowa.edu - - Contributions to Monte Carlo Orthogonal Space Sampling. -5
Jill J. Hauer jhauer@health.ucsd.edu Post-Doctoral Fellow, UCSD https://ucsd.edu Pathogenicity Prediction and Thermodynamics of Missense Mutations for Rare Renal Diseases -5
William T. A. Tollefson tollefson.will@gmail.com Software Engineer, Collins Aerospace https://www.collinsaerospace.com Contributions to many-body side-chain repacking and modeling of missense mutations. -5
Ava M. Lynn ava-lynn@uiowa.edu Physician, Uniformed Services University of the Health Sciences https://www.usuhs.edu Contributions to implementation of rotamer libraries. -4
Ian J. Nessler ian.nessler@abbvie.com Senior Scientist, AbbVie https://www.abbvie.com Drug Crystal Structure, Thermodynamics and Solubility -7
Jooyeon "Julia" Park julia-park@gmail.com Dentist, The U. of Pennsylvania https://www.upenn.edu Drug Crystal Structure, Thermodynamics and Solubility -4
Pengyu Ren pren@mail.utexas.edu Associate Professor, The U. of Texas at Austin https://www.utexas.edu AMOEBA Force Field -5
Zhen Xia oversnow@gmail.com Postdoc, Ren Lab, The U. of Texas at Austin https://biomol.bme.utexas.edu/lab/ AMOEBA force field -5
Johnny Wu jwu@mail.utexas.edu Scientist at Genentech https://www.gene.com Automatic AMOEBA Parameterization -7
Chuanjie Wu chuanjiewu@gmail.com Scientist at Schrodinger - AMOEBA force field -4