Fingerprint Search - Small Scale 2D Similarity
Category Paths
Follow one of these paths in the Orion user interface, to find the floe.
Role-based/Medicinal Chemist
Solution-based/Virtual-screening/DB Search/2D Similarity and SubSearch
Task-based/Library Prep & Design/Substructure & Similarity Search
Role-based/Computational Chemist
Product-based/GraphSim
Description
Fingerprint Search - Small Scale 2D Similarity is a tool for finding similarity between an input dataset of molecules to a query or template molecule, based on molecular fingerprints.
The minimal inputs into 2D Similarity are a query molecule and a search database of molecules both in either 1D (SMILES), 2D (SD, mol2) or 3D format.
The output from the 2D Similarity floe is a hitlist with highly similar molecules at the top.
Promoted Parameters
Title in user interface (promoted name)
Similarity Field Names
Input Molecules Field (Input Molecule Field): The name of the field on the input records that stores the molecules compared to the query molecule. If left blank, the primary molecule field will be used.
Type: field_parameter::mol
Query Field (Query Molecule Field): The name of the field on the initialization record that stores the query molecule. If left blank, the primary molecule field will be used.
Type: field_parameter::mol
Query Molecule Title Field (query_molecule_title_field): The title of the query molecule used to obtain the score.
Required
Type: field_parameter::string
Default: Query Molecule Title Field
Similarity Score Field (Similarity Score Field): Name for the field that stores fingerprint similarity scores.
Required
Type: field_parameter
Default: Similarity Score
Similarity Parameters
Minimum Similarity Score (similarity_score_cutoff):
Type: decimal
Default: 0.0
Size cutoff (Size Cutoff): Used for performance optimization. Below this size, query molecules are passed to the similarity cube initialization port.
Required
Type: integer
Default: 10000
Fingerprint Type (fingerprint_type): The fingerprint type generated for similarity calculation.
Type: string
Default: Tree
Choices: [‘Circular’, ‘Lingo’, ‘MACCS’, ‘Path’, ‘Tree’]
Deduplicate Results (Deduplicate Dataset): If set to True, if multiple input molecules are the same, retain only similarity result for the query molecule with the highest score.
Required
Type: boolean
Default: True
Choices: [True, False]
Num Best Hits (best_hits): Number of best-scoring molecules to keep.
Required
Type: integer
Default: 500