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There are multiple flavors for MM-(GB)SA, one should be abble to access at least some of the parameters within ScoreFlow during simulation.
Choice of simulation engine: AMBER serial: sander or pmemd ($$$) AMBER parallel: sander.MPI or pmemd.MPI ($$$) AMBER GPU: pmemd.cuda ($$$) GROMACS: gmx mdrun (free) GROMACS: gmx_mpi mdrun (free)
Choise of solvation model implicit: igb=2,5,8 for GBSA, igb=1,3 for PBSA. explicit solvent: Water model and box-size, counter ions must be added.
Simulation options. 3.1) Minimization, number of steps (nsteps). 3.2) Minimization (nsteps) + MD (nsteps)
MD must include a heating and equilibration protocol, followed by production
The text was updated successfully, but these errors were encountered:
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There are multiple flavors for MM-(GB)SA, one should be abble to access at least some of the parameters within ScoreFlow during simulation.
Choice of simulation engine:
AMBER serial: sander or pmemd ($$$)
AMBER parallel: sander.MPI or pmemd.MPI ($$$)
AMBER GPU: pmemd.cuda ($$$)
GROMACS: gmx mdrun (free)
GROMACS: gmx_mpi mdrun (free)
Choise of solvation model
implicit: igb=2,5,8 for GBSA, igb=1,3 for PBSA.
explicit solvent: Water model and box-size, counter ions must be added.
Simulation options.
3.1) Minimization, number of steps (nsteps).
3.2) Minimization (nsteps) + MD (nsteps)
MD must include a heating and equilibration protocol, followed by production
The text was updated successfully, but these errors were encountered: