Euretos AI platform

The Euretos AI Platform is a one-of-a-kind suite of applications for target & disease research used by leading pharma and biotech companies and academic institutions.

AI integrated knowledge base 

Access the largest AI integrated biomolecular knowledge base linking multi-omics data to literature, patents, experimental and clinical evidence. Assess key aspects such as multi-omics interactions, gene expression in tissues, cell types and tumors, pathway interactions, regulatory and signalling responses, gene variants, clinical trials, target tractability and patents.

Search - Optimised for disease and drug biology
Analytics - Systems biological multi-omics insights
Knowledge Graph - Biomolecular interaction analysis
Workflows - Target discovery & assessment (and more)
We have multiple access options for academics and corporate users. Click below to get started!
Get Started
Euretos
Search

Search - Optimised for disease and drug biology

Our search engine is optimised for drug and disease research and automatically includes all synonyms of your search terms. Easily create sets such as down & upstream protein interactions, dysregulated genes for a disease or agonist targets for a compound. Many fine-grain filtering options are available such as tissue/cell type expression levels, sources or publication types.

- Target Assessment

- Gene-Disease Analysis

- Set Creation. 

Find out More
Euretos
Analytics

Analytics - Systems biological multi-omics insights

Perform insightful data analysis and interpretation by placing your experimental results within the context of systems biology. Understand disease biology from multi-omics interactions, through cell-type involvement, to downstream pathways, phenotypes and disease pathologies.

Gene Set Enrichment

Gene Set Ranking

Transcription Network Analysis

Find out More
Enabling world leading pharma, biotech and academic institutions
Logo Genmab-2
Janssen and Janssen Pharmaceutical Companies
Leiden Academic Centre for Drug Research
Astra Zeneca
Boehringer Ingelheim
Tufts University
Euretos
Knowledge Graph

Knowledge Graph - Biomolecular interaction analysis 

The Knowledge Graph visualizes biomolecular associations as a relation map. These associations range from molecular interactions and database annotations to literature and sentence co-mentions. This enables a unique visual analysis that helps to identify key terms, indirect associations and concept clusters. This way you can test complex hypotheses, create molecular disease models and share insights as powerful visualizations.
Find out More
Euretos
Workflows

Workflows - Target discovery & assessment (and more)

We have created many powerful workflows that automate key research questions such as target discovery, target assessment, gene-disease analysis and many more. In oncology we enable researchers to discover targets with high tumor expression and low expression in normal tissues to find selective, tumor specific targets.

Target Assessment

Gene-Disease Analysis

Target Discovery in Oncology

Target Discovery for Bispecific Antibodies.

Contact Us
Euretos Indication Expansion
Client review

Indication Selection

"In this project we evaluated you against our internal investigations and the results of one other external provider. What really sets you apart is how you combine a fundamentally biological and data driven approach. The breadth of the indications you assess and the depth of your analysis sets you apart and is a clear value add to our internal capabilities."

Global Head R&D Innovation Large European Pharma
Euretos Target discovery
Client review

Target Discovery

"We have been working with Euretos for many years now. They provide us with unique tools that we use as an integral part of our target discovery and validation. Using the Euretos AI Platform is a mandatory input to our target evaluation meetings"

Director Target Discovery Large European Biotech
Euretos Target Assessment
Client review

Target Assessment

"We are fascinated by the suggested hypothesis. It was great that even very small expressional changes were captured and a hypothesis was generated. The interpretation was also convincing and consistent. Also the team is well engaged, and had a very good understanding in the background of the project and our research question"

Director Target Discovery Large Japanese Pharma
Enabling world leading pharma, biotech and academic institutions
janssen-logo
Logo Grunenthal-2
Logo Daiichi Sankyo-1
Lundbeck_Euretos
Logo Sanofi
Logo EMC

Transforming Disease and Drug Research

Get Started Free access for academic users!
Book a demo