List of Contributors – Martini Force Field Initiative

Luis Borges-Araujo (ENS de Lyon, CNRS)

Contribution: Development of protein and lipid force fields.

Valentina Corradi (University of Calgary)

Contribution: Development of protein and lipid force fields.

Hanif Khan (University of Calgary)

Contribution: Development of protein and lipid force fields.

Weria Pezeshkian (University of Copenhagen)

Contribution: Development of TS2CG tool.

Daniel Ramirez (University of Calgary)

Contribution: Development of lipid force field and Web Portal.

Kasper B. Pedersen (Raven biosciences)

Contribution: Development of lipid force field and OLIVES model.

Raul Mera-Adasme (Universidad de Tarapacá)

Contribution: Development of Bartender program.

Adolfo Poma (Institute of Fundamental Technological Research, Polish Academy of Sciences)

Contribution: Development of GōMartini model.

Jan Stevens (University of Groningen)

Contribution: Development of tools for cellular-scale model building.

Peter Kroon (Hanze University of Applied Sciences)

Contribution: Development of vermouth and martinize2 tools.

Guillaume Launay (ENS de Lyon, CNRS)

Contribution: Development of MAD database.

Alex de Vries (University of Groningen)

Contribution: Development of glycolipids and aedamers force fields.

Herre Jelger Risselada (TU Dortmund University)

Contribution: Development of CGCompiler tool.

Giovanni M. Pavan (Politecnico di Torino)

Contribution: Development of SwarmCG tool.

Charly Empereur-mot (University of Applied Sciences and Arts of Southern Switzerland)

Contribution: Development of SwarmCG tool.

Wonpil Im (Lehigh University)

Contribution: Development of CHARMM-GUI Martini Maker tool.

Giulia Rossi (University of Genoa)

Contribution: Development of polymer and nanoparticle force fields.

Tristan Bereau (Heidelberg University)

Contribution: Development of Auto-MartiniM3 tool.

Phillip Stansfeld (University of Warwick)

Contribution: Development of MemProtMD, CG2AT, and CCD2MD tools.

Mathieu Chavent (CNRS, Toulouse University)

Contribution: Development of lipid force field and Auto-MartiniM3 tool.

Fabio Lolicato (Heidelberg University)

Contribution: Development of protein and lipid force fields.

Bart Bruininks (University of Groningen)

Contribution: Development of Martini 3 force field.

Chelsea Brown (University of Warwick)

Contribution: Development of tools for building large membrane systems.

Petteri Vainikka (Lund University)

Contribution: Development of deep eutectic solvent and molecular machine force fields.

Ilias Patmanidis (University of Groningen)

Contribution: Development of small-molecule and nanomaterial force fields.

Balázs Fabian (Max Planck Institute of Biophysics)

Contribution: Development of lipid force field.

Thilo Duve (Frankfurt Institute for Advanced Studies)

Contribution: Development of Fast-Forward tool and protein force field.

Robin Corey (University of Bristol)

Contribution: Development of lipid and protein force fields.

Alexandre Bonvin (Utrecht University)

Contribution: Development of HADDOCK software.

Kai Stroh (ENS de Lyon, CNRS)

Contribution: Development of CGCompiler tool.

Kresten Lindorff-Larsen (University of Copenhagen)

Contribution: Development of protein force field.

Siyoung Kim (D.E. Shaw Research)

Contribution: Development of mstool tool.

Mikkel Andreasen (Aarhus University)

Contribution: Development of COBY tool.

Gilberto Pereira (Zymvol Biomodeling SL)

Contribution: Development of Bartender and Auto-MartiniM3 tools.

Mariana Valerio (ENS de Lyon)

Contribution: Development of ionizable lipid force field.

Lorena Zuzic (Aarhus University)

Contribution: Development of COBY tool and plant plasma membrane model.

Lisbeth Kjoelbye (AstraZeneca)

Contribution: Development of ionizable lipid force field.

Syma Khalid (University of Oxford)

Contribution: Development of lipopolysaccharide and disaccharide force fields.

Chris Brassnet (N/A)

Contribution: Development of MartiniGlass and Martinize2 tools; development of protein force field.

Tsjerk A. Wassenaar (University of Groningen)

Contribution: Development of martinize, insane and backward tools.

Liguo Wang (University of Groningen)

Contribution: Development of protein force field.

Linus Grunewald (University of Groningen)

Contribution: Development of DNA/RNA force fields.