bpforms
0.0.16
  • 1. Uses cases for epigenomics, proteomics, systems biology, synthetic biology, and proteomics
  • 2. Installation
  • 3. Tutorial
  • 4. Alphabets of residues
  • 5. Ontology of crosslinks
  • 6. Managing revisions to the grammar and the ontologies and user ontologies
  • 7. Interoperating between ontologies and with other formats
  • 8. Integrating BpForms into pathway databases, models, and genetic designs
  • 9. Resources for reconstructing modified DNA, RNA, and proteins
  • 10. Comparison of BpForms with other formats, databases, and software
  • 11. Limitations and alternatives
  • 12. Contributing to BpForms
  • 13. API documentation
  • 14. About
bpforms
  • Docs »
  • 5. Ontology of crosslinks

5. Ontology of crosslinksΒΆ

As of March 2020, the ontology of crosslinks contains 36 crosslinks between protein residues.

We developed the ontology based on entries in RESID which represent crosslinked dipeptides:

  1. We searched RESID for entries that represent crosslinked dipeptides.

  2. We identified the individual residues which participate in each dimer.

  3. We used ChemAxon Marvin to identify the atoms involved in each crosslink.

  4. We used Open Babel to determine the indices of these atoms in the canonical SMILES ordering of the atoms.

  5. We manually assigned an id and name to each crosslink.

We invite the community to help us curate additional crosslinks, including DNA-DNA, RNA-RNA, DNA-protein, and RNA-protein crosslinks. Please contact us at info@karrlab.org to get involved, or please submit additional crosslinks via GitHub pull requests or issues.

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