VHP4Safety needs a cloud with a high diversity of services to support their case studies. The services will run on (interal) but also outside (external) the VHP4Safety cloud, on a case by case basis.
This webpage gives an overview of the VHP4Safety Cloud Services on the Production and Development platforms. The second is where we develop and test cloud services, while the first runs a stable version of the service.
Below you find an overview of services available in the context of the VHP4Safety Platform. Additional services have been suggested and users can request additional services.
The VHP4Safety Cloud catalog of potential, internal, and external services is available here.
You are welcome to contribute to this catalog by requesting or adding new services. Please see the manual to see the options for contribute to the catalog. Please contact us through the issues using the issue pages of this repository.
The current development platform runs several services.
A tool to explore scientific literature to extract relevant entities and their relations for AOP construction, using AI. [more information]
A graphical interface to make queries to the AOP-Wiki SPARQL endpoint. [more information]
A REST API for AOP-Wiki content to make SPARQL queries. [more information]
A framework to map identifiers between various biological databases and related sources. [more information]
A webservice to convert SMILES into 2D depictions in either SVG, PNG, and PNG formats. [more information]
A Synia-based graphical user interface to the content of the VHP4Safety Wikibase using SPARQL queries. [more information]
To be added [more information]
This tool allows users to predict the activity of their chemicals of interest for various endpoints. This prediction is done by target-specific, pretrained QSAR models. These models are specific for endpoints related to molecular initiation events from the VHP4Safety case studies. [more information]
A webservice to conduct protein-structure and reactivity based (P450) site-of-metabolism prediction. [more information]
An online application to implement weighted gene co-expression network analysis (WGCNA) derived from the Primary Human Hepatocytes (PHH) TG-GATEs data sets. [more information]
A Wikibase instance to store and present information about toxic, safe and potentially toxic compounds related to the VHP4Safety project. [more information]
An Adverse Outcome Pathway (AOP) portal for WikiPathways to highlight the molecular basis of AOPs or events in AOPs. [more information]
A web application to visualize Adverse Outcome Pathway (AOP) networks and interactively explore the AOPs for two liver outcomes, Cholestasis and Steatosis. [more information]
A structured diagram editor to draw gene-regulatory and biochemical networks. [more information]
An online database to provide access to chemistry, toxicity, and exposure information for chemicals. [more information]
A model to predict water–octanol distribution coefficient (logD) for chemical compounds which is a proxy for the lipophilicity which is a major determinant of drug properties and overall suitability of drug candidates. [more information]
An open source framework to develop, host, and use machine-learning models, such as QSAR-like models, in production environments. [more information]
A software to support hazard assessment of chemicals as well as to increase mechanistic and other knowledge on chemical substances in a cost-efficient way. [more information]
An online service to generate a virtual human population. [more information]
An online service to conduct literature review, data extraction and systematic review. [more information]
You can reach the list of services that are associated with specific persona’s below.
VHP4Safety – the Virtual Human Platform for safety assessment project NWA 1292.19.272 is part of the NWA research program ‘Research along Routes by Consortia (ORC)’, which is funded by the Netherlands Organization for Scientific Research (NWO). The project started on June 1, 2021 with a budget of over 10 million Euros and will last for the duration of 5 years.