Published February 26, 2020 | Version 1.0.0
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Data Set to 'Sodium-induced population shift drives activation of thrombin'

  • 1. University of Innsbruck

Description

The data set 10.5281/zenodo.3688506 contains the raw data used for the preparation of the manuscript 'Sodium-induced population shift drives activation of thrombin' (doi:10.1038/s41598-020-57822-0). To limit the required storage space, the trajectories are deposited only as coordinates of the analysed loop. The data set is separated into following parts:

  • X-ray: Data used in the analysis of the PDB structures of thrombin, including a list of the PDB IDs, results of the PCA and values of the introduced features in the structures.
  • cMD: Input parameters, topologies and starting coordinates of classical MD simulation based on different PDB structures (3bei, 3lu9 – with Na+ ions and without Na+ ions), resulting trajectories, projection on X-ray PCA and values of the introduced features during the simulations.
  • TMD: Input parameters, topologies and starting coordinates of the targeted MD simulations, resulting trajectories, projection on X-ray PCA and RMSD values.
  • Seeded-Simulations: Input parameters, topologies and starting coordinates of classical MD simulations that are started from cluster representatives of the TMD simulations and resulting trajectories (3*100 simulations, each lasting 200 ns), separated into simulations with Na+ and without Na+, additionally values of the introduced features during the simulations.
  • MSM: For both systems (with and without Na+), files are provided that can be loaded with pyemma (TICA objects, kmeans clusterings, calculated implied timescales and MSMs); additionally TICs of the seeded simulations, psi-dihedrals of the seeded simulations, RMSD values of the E and E* states and representative structures of the E and E* states

A more detailed description of the included files can be found in the README files in each folder.

Files

cMD.zip

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Additional details

Related works

Is supplement to
Journal article: 10.1038/s41598-020-57822-0 (DOI)

Funding

FWF Austrian Science Fund
Characterization of Promiscuity and Specificity in Proteases P 30565
FWF Austrian Science Fund
Protein Dynamics and Proteolytic Susceptibility P 30737