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Explore biology with Digital Twins of cells
A digital platform to uncover intricate cellular mechanisms and discover best therapeutic strategies
Start your free trialDrug discoveries made easy with
Cell type specific network
Generate any cell type interaction networks from cutting edge AI models, curated literature and the largest omics database
AI-powered models
Leverage user-friendly network representation to get the most of biological insights generated by latest AI models
Expert chatbot
Rely on our expertly curated molecular interactions database and our chatbot to validate biological insights
Biological intelligence tailored to your needs
Educational
Foster academic innovation in the life sciences
Premium
Kick start innovation and growth in the life sciences industry
Entreprise
Scale to meet the ambitions of global pharma leaders
What our users say:
“I really liked exploring the human interactome with this new layout! I’ve never seen such a tool”
“The tool is very helpful! It's particularly interesting to have an enrichment analysis of nodes”
“Excellent tool - easy to use even without abioinformatic background”
Using Cell Blueprint for research
Identifying & validating therapeutic targets is challenging due to the complexity and heterogeneity of cellular networks across different cell types.
Cell Blueprint enables precise analysis of cell-type-specific networks, facilitating the identification & validation of relevant targets by focusing on the unique pathways active in specific cell types.
Finding reliable biomarkers is difficult due to the noise and variability in omics data across diverse cell types.
By dissecting cellular networks at the cell-type level, Cell Blueprint helps in identifying consistent and robust biomarkers specific to particular cell types, improving diagnostic accuracy.
Drug repurposing efforts often fail due to a lack of understanding of drug effects on specific cell types, leading to off-target effects and inefficacy.
Cell Blueprint allows for the evaluation of drug impacts on cell-type-specific networks, enhancing the prediction of successful drug repurposing candidates by considering their effects on the relevant cell types.
Unraveling the mechanisms underlying complex diseases is complicated by the interaction of multiple cell types and pathways.
Cell Blueprint provides insights into how disease-associated networks differ across cell types, helping to pinpoint the cellular mechanisms driving disease and identify potential therapeutic interventions.
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