Netherlands eScience Center
National platform for the development and application of domain overarching software and methods for the scientific community
KNIME Pharmacophore
A plugin for the KNIME workflow system that adds a Pharmacophore data type and nodes to read, write, and align them.
- Workflow technologies
- Java
KNIME PLANTS
A node for the KNIME workflow system that allows you to use the PLANTS protein-ligand docking algorithm.
- Workflow technologies
- Java
- Mustache
KNIME Python node archetype
Want to write your own KNIME node wrapping a Python library. Then use the KNIME Python node archetype to generate a node skeleton repository with sample code
- Big data
- Workflow technologies
- Java
- Python
KNIME Python wrapper
If you are developing a KNIME node which calls some Python code, then the KNIME Python wrapper can help you.
- Workflow technologies
- Java
- Python
KNIME Silicos-it nodes
A node for the KNIME workflow systems that allows you to use the Silicos-it software to filter or align molecules.
- Workflow technologies
- Java
SyGMa
SyGMa provides fast and lightweight predictions of human metabolites to support discovery scientists design better and safer drugs
- Workflow technologies
- Python
3D-e-Chem Virtual Machine
A freely available Virtual Machine encompassing tools, databases, and workflows for cheminformaticians, including new resources developed for ligand binding site comparisons and GPCR research.
- Inter-operability & linked data
- Workflow technologies
- Shell
- Smarty
adhtools
Use adhtools for analyzing Arabic corpora.
- Text analysis & natural language processing
- Visualization
- Workflow technologies
- Common Workflow Language
- Java
- Jupyter Notebook
- + 1
AHN2 pointcloud viewer
A web application able to visualize the AHN2 point cloud data of the Netherlands.
- Big data
- Real time data analysis
- Visualization
- CSS
- Dockerfile
- HTML
- + 1
AHN point cloud viewer web service
A web service to serve large point cloud data efficiently using octrees.
- Big data
- Visualization
- Java
- Python
aiproteomics
Generate and compare deep learning models for generating synthetic mass spectral libraries
- Machine learning
- mass spectrometry
- phosphoproteomics
- + 1
- Jupyter Notebook
- Python
- Shell
Allelic Variation Explorer
If you are studying how single nucleotide polymorphisms are clustered in genomic samples, then the Allelic Variation Explorer can help you visualize them.
- Visualization
- AngelScript
- Dockerfile
- Python