RetroPath2.0 - a retrosynthesis workflow with tutorial and example data
The RetroPath2.0 KNIME workflow build a reaction network from a set of source compounds to a set of sink compounds.
When applied in a retrosynthetic fashion, the source is composed of the target compounds and the sink is composed of the available reactants (for instance in the context of metabolic engineering the sink is the set of native metabolites of a chassis strain). From amongst all the chemical reactions generated using RetroPath2.0 (in the retrosynthetic way), only a subset may effectively link a source to a subset of sink compounds. This sub-network is considered as a scope and is output in dedicated files (see below).
The workflow handles both monomolecular (1 substrate) and bimolecular (2 substrates) reactions.
Getting started:
See instructions in RetroPath2.0_tutorial file.
Usage specifications:
- RetroPath2.0 workflow is compatible starting from version 3.3.1 of Knime Analytics Platform.
Limitations as of 27/09/2017:
- Scope is only relevant for retrosynthetic usage (target/source to chassis/sink).
Release: r20170927
B. Delépine, T. Duigou, P. Carbonell & J.-L. Faulon, 27/09/2017
Please report bugs to jean-loup.faulon@inra.fr
Licence
This work is licensed under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License. To view a copy of this license, visit http://creativecommons.org/licenses/by-nc-sa/4.0/.
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- Pack #4 - Metabolome completion and metabolomics
- Pack #3 - Search for molecules maximizing biological activities
- Pack #2 - Isomer enumeration (isomer transformation algorithm)
- Pack #1 - Isomer enumeration (canonical augmentation algorithm)
- KNIME workflows and associated data from Koch et. al., "Molecular structures enumeration and virtual screening in the chemical space with RetroPath2.0"
- RetroPath2.0-Mods-metabolomics
- RetroPath2.0-Mods-isomer-transformation-queue
- RetroPath2.0-Mods-iQSAR
- RetroPath2.0-Mods-isomer-transformation
- RetroPath2.0-Mods-isomer-augmentation
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