Releases: 3D-e-Chem/knime-sstea
v1.0.7
KNIME node to calculate subfamily specific two entropy analysis (ss-TEA) score.
The ss-TEA can identify specific ligand binding residue positions for any receptor, predicated on high quality sequence information.
The KNIME node can be installed from https://3d-e-chem.github.io/updates/5.1 update site.
Changes
- Require KNIME 5.1
v1.0.6
KNIME node to calculate subfamily specific two entropy analysis (ss-TEA) score.
The ss-TEA can identify specific ligand binding residue positions for any receptor, predicated on high quality sequence information.
The KNIME node can be installed from https://3d-e-chem.github.io/updates update site.
Changes
- Requires KNIME 4.0 #12
v1.0.5
Knime node to calculate subfamily specific two entropy analysis (ss-TEA) score.
The ss-TEA can identify specific ligand binding residue positions for any receptor, predicated on high quality sequence information.
The Knime node can be installed from https://3d-e-chem.github.io/updates update site.
Added
- Integration tests, by running workflows
Changed
- Nested Sygma node under 3D-e-chem category (#10)
Removed
- Node views
v1.0.4
Knime node to calculate subfamily specific two entropy analysis (ss-TEA) score.
The ss-TEA can identify specific ligand binding residue positions for any receptor, predicated on high quality sequence information.
The Knime node can be installed from https://3d-e-chem.github.io/updates update site.
Changed
- Improved node documentation (#3)
v1.0.3
Knime node to calculate subfamily specific two entropy analysis (ss-TEA) score.
The ss-TEA can identify specific ligand binding residue positions for any receptor, predicated on high quality sequence information.
The Knime node can be installed from https://3d-e-chem.github.io/updates update site.
Fixed
- Throw exception when sequence is empty
- exception when sequences are not same length (#2)
v1.0.1
Knime node to calculate subfamily specific two entropy analysis (ss-TEA) score.
Initial release
Added
- Compute ss-TEA score on sequence alignment and subfamily members.