API Reference
Identify catalytic sites in protein structures by matching templates derived from the Mechanism and Catalytic Site Atlas with the Enzyme Motif Miner!
See also
Investigating Enzyme Function by Geometric Matching of Catalytic Motifs Raymund E. Hackett, Ioannis Riziotis, Martin Larralde, Antonio J. M. Ribeiro, Janet M. Thornton bioRxiv 2026.02.10.705182 doi:10.64898/2026.02.10.705182
Input
Load query molecules from a list of paths to PDB or CIF/mmCIF structure files. |
|
Load templates from a given directory, recursively. |
Templates
Load templates from a given directory, recursively. |
|
Class for storing 3D vectors in XYZ. |
|
Class for storing template residues (defined as 3 atoms) with relevant information. |
|
Child class inheriting from |
|
Class for storing template cluster information. |
|
Class for storing templates and associated information. |
|
Child class inheriting from |
Matching
Class from which a query |
|
Class for storing annotated PyJess hits. |
|
Ensemble of Models which each produce a binary prediction. |
|
Class for storing a Logistc Regression Model for predicting if a match is correct. |
M-CSA
Class for a PDB Entry homologous to or identical to the structure from which a template was generated. |
|
Base class for a PDB residue identical or homologous to a template residue. |
|
Child Class of |
|
Child Class of |
Output
A base class for different types of output styles. |
|
A class for representing the full information associated with EnzyMM matches. |
|
A class for representing the simpler information associated with EnzyMM matches. |
|
A class for representing residue mappings between query, template and reference from EnzyMM matches. |
|
A class for creating instances of children of |