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Research GBB Molecular Dynamics Group

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Phospholipid substrate being digested by Phospholipase A2. Repulsive interactions with the membrane are shown in blue, while greenish colors represent the attractive interactions. Pieter Meulenhoff
Phospholipid substrate being digested by Phospholipase A2. Repulsive interactions with the membrane are shown in blue, while greenish colors represent the attractive interactions. Pieter Meulenhoff
Phospholipase A2 ready to attack the cell membrane. Pieter Meulenhoff
Phospholipase A2 ready to attack the cell membrane. Pieter Meulenhoff
The OmpF trimer in a lipid bilayer as used for simulations of integral membrane proteins. Peter Tieleman
The OmpF trimer in a lipid bilayer as used for simulations of integral membrane proteins. Peter Tieleman
The waterfilled OmpF channel from the E.Coli membrane. Peter Tieleman
The waterfilled OmpF channel from the E.Coli membrane. Peter Tieleman
Reactive configurations for the neutral hydrolysis of a carboxylic ester. Blue and orange balls denote the first and second water molecule participating in the reaction. Theo Rispens & Marc Lensink
Reactive configurations for the neutral hydrolysis of a carboxylic ester. Blue and orange balls denote the first and second water molecule participating in the reaction. Theo Rispens & Marc Lensink
Bicontinuous diamnond surface as used in the simulation of cubic lipid membrane phases. Siewert-Jan Marrink
Bicontinuous diamnond surface as used in the simulation of cubic lipid membrane phases. Siewert-Jan Marrink
Molecular chaperone that helps to fold proteins. Dynamic analysis has shown functional coupling between the main domain GroEL and the capdomain GroES. Bert de Groot
Molecular chaperone that helps to fold proteins. Dynamic analysis has shown functional coupling between the main domain GroEL and the capdomain GroES. Bert de Groot
Time evolution of phase separation of a Pluronic 64 and water mixture. Time passes in the vertical direction. Frans van Hoesel & Bernard van Vlimmeren
Time evolution of phase separation of a Pluronic 64 and water mixture. Time passes in the vertical direction. Frans van Hoesel & Bernard van Vlimmeren
Snapshots taken at various times during 200 nanosecond Langevin Dynamics simulations of Hpr for seven different temperatures. (bottom row is hottest) Berk Hess
Snapshots taken at various times during 200 nanosecond Langevin Dynamics simulations of Hpr for seven different temperatures. (bottom row is hottest) Berk Hess
Last modified:26 April 2013 12.54 p.m.