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Description
Biomolecular Modeling Database (BMOD) is designed to archive and provide force field parameters of small molecules for different molecular modeling software packages.
The search engine in the left panel provides quick search on a large number of small molecules. These small molecules have been aggregated from different databases.
The current “release note” introduces the source databases and describes the utilized software packages for populating the data entries.
Data Access
To access data in the BMOD database, please use the search bar on the left of the page. You can also click
here to view a random entry.
Release notes
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Release 3 (24 Sept. 2018): The current version of the database contains 400,164 small molecules. The structure file of these compounds have been aggregated from different databases. The complete list of the databases can be found here.
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Release 2 (24 April 2018): The current version of the database contains 124,343 small molecules. The structure file of these compounds have been aggregated from different databases. The complete list of the databases can be found here.
Different software packages have been utilized to construct the current version of the database;
- RUNER: To generate force field parameter files. This program utilizes the Antechamber and ALATIS to generate the parameters.
- Open Babel: To generate 3D structure files from input 2D structures. In addition, Open Babel was used for adding explicit hydrogen atoms to the structures when needed.
- ChemAxon Marvin: To generate 2D images of structure files, to be displayed on entry pages.
- Computing platforms: NMRbox and HTCondor have been utilized to execute the underlying software programs.
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Release 1 (12 Jan 2018): The current version of the database contains 10,684 small molecules. The structure file of these compounds have been aggregated from different databases. Different software packages have been utilized to construct the current version of the database;
- RUNER: To generate force field parameter files. This program utilizes the Antechamber and ALATIS to generate the parameters.
- Open Babel: To generate 3D structure files from input 2D structures. In addition, Open Babel was used for adding explicit hydrogen atoms to the structures when needed.
- ChemAxon Marvin: To generate 2D images of structure files, to be displayed on entry pages.
- Computing platforms: NMRbox and HTCondor have been utilized to execute the underlying software programs.
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