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Published workflow · Temple Compute
BioExcel MD Setup - Lysozyme 1AKI
W-03 · GROMACS MD Setup
v117 stages1 clones0
The pipeline
Every stage picks its own compute target. Temple Compute OS resolves the dependencies between them and moves the data across each boundary.
- 01Download 1AKI structure from PDB
- Consumes
- fetch_pdb_config, src_conda_env_yaml
- Produces
- downloaded_pdb
- 02Model missing side-chain atoms
- Consumes
- downloaded_pdb, src_conda_env_yaml
- Produces
- fixed_pdb
- 03Build GROMACS topology (pdb2gmx)
- Consumes
- fixed_pdb, src_conda_env_yaml
- Produces
- system_gro, pdb2gmx_top
- 04Define cubic simulation box
- Consumes
- editconf_config, system_gro, src_conda_env_yaml
- Produces
- boxed_gro
- 05Fill box with SPC water molecules
- Consumes
- boxed_gro, pdb2gmx_top, src_conda_env_yaml
- Produces
- solvated_gro, solvated_top
- 06Compile ion run file (grompp)
- Consumes
- grompp_ions_config, solvated_gro, solvated_top, src_conda_env_yaml
- Produces
- ions_tpr
- 07Add neutralizing ions
- Consumes
- genion_config, ions_tpr, solvated_top, src_conda_env_yaml
- Produces
- ionized_gro, ionized_top
- 08Compile minimization run file (grompp)
- Consumes
- grompp_minimize_config, ionized_gro, ionized_top, src_conda_env_yaml
- Produces
- min_tpr
- 09Energy minimization (steepest descent)
- Consumes
- min_tpr, src_conda_env_yaml
- Produces
- minimized_gro
- 10Compile NVT run file (grompp)
- Consumes
- grompp_nvt_config, minimized_gro, ionized_top, src_conda_env_yaml
- Produces
- nvt_tpr
- 11NVT equilibration (10 ps, restrained)
- Consumes
- nvt_tpr, src_conda_env_yaml
- Produces
- nvt_gro, nvt_cpt
- 12Compile NPT run file (grompp)
- Consumes
- grompp_npt_config, nvt_gro, nvt_cpt, ionized_top, src_conda_env_yaml
- Produces
- npt_tpr
- 13NPT equilibration (10 ps, restrained)
- Consumes
- npt_tpr, src_conda_env_yaml
- Produces
- npt_gro, npt_cpt
- 14Compile free MD run file (grompp)
- Consumes
- grompp_free_config, npt_gro, npt_cpt, ionized_top, src_conda_env_yaml
- Produces
- md_tpr
- 15Free MD simulation (100 ps)
- Consumes
- md_tpr, src_conda_env_yaml
- Produces
- md_gro, md_trr
- 16Center protein and fix PBC in trajectory
- Consumes
- center_config, md_trr, md_tpr, src_conda_env_yaml
- Produces
- imaged_trr
- 17Extract dry protein structure from trajectory
- Consumes
- dry_trjconv_config, md_gro, md_tpr, src_conda_env_yaml
- Produces
- dry_gro
Run this workflow
This release is frozen and self-contained: the pipeline definition, its input files, and its plugin environment. Open it in Temple Compute OS to clone it into your own account and run it on HPC or any cloud. Temple Compute OS is in private beta, so you will need an invitation first.