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CYP199A4-F182L in complex with 4-phenylbenzoic acid
CYP199A4-F182L in complex with 4-phenylbenzoic acid with FF14SB+TIP3P in AMBER (replicate 1 of 4). https://doi.org/10.1002/chem.202201895 -
DMPC lipid bilayer with TPP
A lipid bilayer consisting of 512 DMPC molecules interacting with 1 TPP (Tetraphenylphosphonium) with a chloride as counter ion. Performed with the standard standard simulation... -
Two Sup35 20x2 protofibrils side-to-side, Rep 1
Two Sup35 protofibrils (20x2) to study lateral protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 1 of 3). -
Two Sup35 20x2 protofibrils side-by-side shifted, Rep 4
Two Sup35 protofibrils (20x2) side-by-side shifted to study lateral protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 4 of 4). -
Two Sup35 20x2 protofibrils side-by-side shifted, Rep 3
Two Sup35 protofibrils (20x2) side-by-side shifted to study lateral protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 3 of 4). -
Two Sup35 20x2 protofibrils side-by-side shifted, Rep 2
Two Sup35 protofibrils (20x2) side-by-side shifted to study lateral protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 2 of 4). -
Two Sup35 20x2 protofibrils side-by-side shifted, Rep 1
Two Sup35 protofibrils (20x2) side-by-side shifted to study lateral protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 1 of 4). -
Two Sup35 20x2 protofibrils end-to-end, Rep 3
Two Sup35 protofibrils (20x2) end-to-end to study protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 3 of 3). -
Two Sup35 20x2 protofibrils end-to-end, Rep 2
Two Sup35 protofibrils (20x2) end-to-end to study protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 2 of 3). -
Two Sup35 20x2 protofibrils end-to-end, Rep 1
Two Sup35 protofibrils (20x2) end-to-end to study protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 1 of 3). -
Sup35 20x2 protofibril end-to-end, Rep 3
Sup35 protofibril (20x2) end-to-end to study longitudinal protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 3 of 3). -
Sup35 20x2 protofibril end-to-end, Rep 2
Sup35 protofibril (20x2) end-to-end to study longitudinal protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 2 of 3). -
Sup35 20x2 protofibril end-to-end, Rep 1
Sup35 protofibril (20x2) end-to-end to study longitudinal protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 1 of 3). -
Two Sup35 20x2 protofibrils side-to-side, Rep 2
Two Sup35 protofibrils (20x2) to study lateral protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 2 of 3). -
Two Sup35 20x2 protofibrils side-to-side, Rep 3
Two Sup35 protofibrils (20x2) to study lateral protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 3 of 3). -
Two Sup35 20x4 protofibrils end-to-end, Rep 1
Two Sup35 protofibrils (20x4) end-to-end to study protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 1 of 3). -
Two Sup35 20x4 protofibrils end-to-end, Rep 2
Two Sup35 protofibrils (20x4) end-to-end to study protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 2 of 3). -
Two Sup35 20x4 protofibrils end-to-end, Rep 3
Two Sup35 protofibrils (20x4) end-to-end to study protofibril assembly using MD with GROMOS 54A7 in GROMACS (1 replicate, 3 of 3). -
Sup35 20x2 protofibril with 12 free peptides, Rep 1
Sup35 protofibril (20x2) growth via elongation by addition of monomers at the ends with 12 free peptides studied by MD with GROMOS 54A7 in GROMACS (1 replicate, 1 of 4). -
Sup35 20x2 protofibril with 12 free peptides, Rep 2
Sup35 protofibril (20x2) growth via elongation by addition of monomers at the ends with 12 free peptides studied by MD with GROMOS 54A7 in GROMACS (1 replicate, 2 of 4).
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