Services
State-of-the-Art Nanoinformatics Models & Tools
Advanced Nanoinformatics Solutions
Innovative and state-of-the-art nanoinformatics modelling techniques and tools.
Predictive models (QSAR/Read-across)
A large collection of models for the prediction of properties and toxicity end-points are provided as ready-to-use web applications through the NanoSolveIT platform.
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Omics Analysis/Molecular Pathways/AOPs
The NanoSolveIT platform offers multiple tools for analysis of gene expression, transcriptomics, and other large-scale datasets, as well as access to molecular pathway and AOP databases.
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Biokinetis Models
Several biokinetics models ranging from sinlge compartment to full PBPK models for both humans and enironmental species are provided with graphical user interfaces.
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Exposure Models
A number of user-friendly occupational and environmental exposure and fate models for NMs are offered through the NanoSolveIT platform.
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Deep Learning / Image Analysis Tools
Deep Learning is a powerful machine learning technology that can extract knowledge and create predictive models using images as input information.
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Integrated Approaches to Testing and Assessment (IATAs)
IATAs are approaches for NMs hazard characterisation that rely on an integrated analysis of existing information coupled with the generation of new information using testing strategies.
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Databases, Enrichment and Annotation Solutions
(Meta)data curation, enrichment, annotation and ready-for-modelling datasets using structural, molecular and atomistic NMs descriptors.
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How We Work
We maximise high-quality data exploitation to develop and implement innovative modelling techniques and tools to be integrated within the NanoSolveIT IATA and into a sustainable interoperable product.
Research
Targeted experiments to fill data gaps and increase the quality of existing data.
Develop
Development of robust and validated nanoinformatics tools and services.
Test & Improve
Real-life scenarios and testing and expansion of the models’ applicability domain.