Protein MD Setup tutorial using BioExcel Building Blocks (biobb) in CWL

View on GitHub Download RO-Crate
Workflow Type: Common Workflow Language
Stable

Common Workflow Language example that illustrate the process of setting up a simulation system containing a protein, step by step, using the BioExcel Building Blocks library (biobb). The particular example used is the Lysozyme protein (PDB code 1AKI). This workflow returns a resulting protein structure and simulated 3D trajectories.

Click and drag the diagram to pan, double click or use the controls to zoom.

SEEK ID: https://workflowhub.eu/workflows/29?version=3

DOI: 10.48546/workflowhub.workflow.29.3

Inputs

ID Name Description Type
step1_pdb_name n/a n/a
  • string
step1_pdb_config n/a n/a
  • string
step4_editconf_config n/a n/a
  • string
step6_gppion_config n/a n/a
  • string
step7_genion_config n/a n/a
  • string
step8_gppmin_config n/a n/a
  • string
step10_energy_min_config n/a n/a
  • string
step10_energy_min_name n/a n/a
  • string
step11_gppnvt_config n/a n/a
  • string
step13_energy_nvt_config n/a n/a
  • string
step13_energy_nvt_name n/a n/a
  • string
step14_gppnpt_config n/a n/a
  • string
step16_energy_npt_config n/a n/a
  • string
step16_energy_npt_name n/a n/a
  • string
step17_gppmd_config n/a n/a
  • string
step19_rmsfirst_config n/a n/a
  • string
step19_rmsfirst_name n/a n/a
  • string
step20_rmsexp_config n/a n/a
  • string
step20_rmsexp_name n/a n/a
  • string
step21_rgyr_config n/a n/a
  • string
step22_image_config n/a n/a
  • string
step23_dry_config n/a n/a
  • string

Steps

ID Name Description
step1_pdb Fetch PDB Structure Download a protein structure from the PDB database
step2_fixsidechain Fix Protein structure Fix the side chains, adding any side chain atoms missing in the original structure.
step3_pdb2gmx Create Protein System Topology n/a
step4_editconf Create Solvent Box n/a
step5_solvate Fill the Box with Water Molecules n/a
step6_grompp_genion Add Ions - part 1 n/a
step7_genion Add Ions - part 2 n/a
step8_grompp_min Energetically Minimize the System - part 1 n/a
step9_mdrun_min Energetically Minimize the System - part 2 n/a
step10_energy_min Energetically Minimize the System - part 3 n/a
step11_grompp_nvt Equilibrate the System (NVT) - part 1 n/a
step12_mdrun_nvt Equilibrate the System (NVT) - part 2 n/a
step13_energy_nvt Equilibrate the System (NVT) - part 3 n/a
step14_grompp_npt Equilibrate the System (NPT) - part 1 n/a
step15_mdrun_npt Equilibrate the System (NPT) - part 2 n/a
step16_energy_npt Equilibrate the System (NPT) - part 3 n/a
step17_grompp_md Free Molecular Dynamics Simulation - part 1 n/a
step18_mdrun_md Free Molecular Dynamics Simulation - part 2 n/a
step19_rmsfirst Post-processing Resulting 3D Trajectory - part 1 n/a
step20_rmsexp Post-processing Resulting 3D Trajectory - part 2 n/a
step21_rgyr Post-processing Resulting 3D Trajectory - part 3 n/a
step22_image Post-processing Resulting 3D Trajectory - part 4 n/a
step23_dry Post-processing Resulting 3D Trajectory - part 5 n/a

Outputs

ID Name Description Type
trr Trajectories - Raw trajectory Raw trajectory from the free simulation step
  • File
trr_imaged_dry Trajectories - Post-processed trajectory Post-processed trajectory, dehydrated, imaged (rotations and translations removed) and centered.
  • File
gro_dry Resulting protein structure Resulting protein structure taken from the post-processed trajectory, to be used as a topology, usually for visualization purposes.
  • File
gro Structures - Raw structure Raw structure from the free simulation step.
  • File
cpt Checkpoint file GROMACS portable checkpoint file, allowing to restore (continue) the simulation from the last step of the setup process.
  • File
tpr Topologies GROMACS portable binary run GROMACS portable binary run input file, containing the starting structure of the simulation, the molecular topology and all the simulation parameters.
  • File
top GROMACS topology file GROMACS topology file, containing the molecular topology in an ASCII readable format.
  • File
xvg_min System Setup Observables - Potential Energy Potential energy of the system during the minimization step.
  • File
xvg_nvt System Setup Observables - Temperature Temperature of the system during the NVT equilibration step.
  • File
xvg_npt System Setup Observables - Pressure and density n/a
  • File
xvg_rmsfirst Simulation Analysis Root Mean Square deviation (RMSd) throughout the whole free simulation step against the first snapshot of the trajectory (equilibrated system).
  • File
xvg_rmsexp Simulation Analysis Root Mean Square deviation (RMSd) throughout the whole free simulation step against the experimental structure (minimized system).
  • File
xvg_rgyr Simulation Analysis Radius of Gyration (RGyr) of the molecule throughout the whole free simulation step
  • File

Version History

Version 3 (latest) Created 10th May 2021 at 10:00 by Robin Long

Changing CWL label to test if this corrects the workflow title.


Open master 7bb04e4

Version 2 Created 7th May 2021 at 16:27 by Douglas Lowe

Update to paths for BioBB tools. Taken from Git commit 46f24f0


Frozen master 0af7437

Version 1 (earliest) Created 16th Jun 2020 at 09:50 by Robin Long

Added/updated 1 files


Frozen master 954b05a
help Creators and Submitter
Creator
Submitter
Discussion Channels
BioExcel Workflows
Tutorial
Documentation
Citation
Long, R., Lowe, D., & Bayarri, G. (2021). Protein MD Setup tutorial using BioExcel Building Blocks (biobb). WorkflowHub. https://doi.org/10.48546/WORKFLOWHUB.WORKFLOW.29.3
License
Apache License 2.0
Activity

Views: 6031   Downloads: 851

Created: 16th Jun 2020 at 09:50

Last updated: 10th Feb 2022 at 16:23

help Attributions
help Collections
Total size: 11 KB
Powered by
 (v.1.16.0-main)
About WorkflowHub | Acknowledgements | Credits | Terms & Conditions | Privacy Policy | Cite us | Contact us
Copyright © 2008 - 2024 The University of Manchester and HITS gGmbH