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March 5, 20260 citationsOpen Access

Dataset of Molecular Dynamics Simulation and MM/GBSA Calculation of Compound 96

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TDThang T. DangMLMai Chi Luong

Key Points

  • This research aims to provide a comprehensive dataset from the molecular dynamics simulations and MM/GBSA calculations for Compound 96.
  • Conducted Molecular Dynamics simulations across three replicates for Compound 96.
  • Generated raw and processed trajectory files for analysis.
  • Performed MM/GBSA calculations and compiled results into summary files.
  • Data includes detailed trajectory files and hydrogen bond occupancy files.
  • MMGBSA calculation results present binding affinities and interactions for Compound 96.
  • Visual representations of protein and ligand interactions are provided.

Abstract

The complete dataset of all three replicates of the Molecular Dynamics Simulation and MM/GBSA Estimation of Compound 96. Supplemental Material to the research "Integrating Structure-Based Genetic Algorithms and Deep Reinforcement Learning for the De Novo Discovery of Novel BACE1 Inhibitors". This compressed folder includes: + Raw and processed Molecular Dynamics trajectory files of each replicate in corresponding folders (e. g. mdᵣep1. xtc (raw MD trajectory) ; centered. xtc (centered file) ; mdₚrocessed (processed XTC file) ) + All supporting files of each MD runs (TPR files, MDP files, GRO files, CPT files, TOP files, ITP files) + XVG files and PNG images of each replicate's Protein backbone RMSD and Ligand RMSD + MMGBSA. IN file specifying input of MMGBSA calculations + MMGBSA calculation results (COMPACTMMXSARESULTS. mmxsa; FINALDECOMPMMPBSA. dat; FINALRESULTSMMPBSA. dat) and log files + MMGBSA summary files (CLEANFINALDECOMPMMPBSA. csv) + VMD's hydrogen bonds occupancies processed files and images: hbonds. dat, hbonds-details. dat, and 96ᵣep*dyad. png provide information on ligand's hydrogen bond interactions with the catalytic dyad, and hbondsₚrotein. dat, hbonds-detailsₚrotein. dat, and 96ₚroteinᵣep*. png provide information on ligand's hydrogen bond interactions with any residuals

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Cite This Study

Dang et al. (2026) studied this question.

synapsesocial.com/papers/69a91d9bd6127c7a504c0993https://doi.org/10.5281/zenodo.18851235
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