Name: Graphs from biological systems to clinical outcomes - Adam Amara, TuringDB.ai
Start: 2025-11-20T18:45:00Z
End: 2025-11-20T19:45:00Z
Location: University of Westminster - Cavendish Campus

**Graphs from biological systems to clinical outcomes using multimodal data & knowledge**

Please join us in welcoming Adam Amara, cofounder & CEO at Turing Biosystems. Adam Amara started his research journey on network based modelling & multiomics integration on metabolic networks for microbiome bacteria during his PhD at the University of Manchester. Then became a Postdoctoral research fellow at the International Agency for Research on Cancer- World Health Organization (IARC-WHO), where he built multilayer networks to integrate mutiomics & clinical data with knowledge graphs from prospective clinical cohorts.

Turing Biosystems built a high performance in-memory graph database engine TuringDB.ai that allows to build and analyse large graphs. TuringDB is used to analyse & traverse very large biomedical knowledge graphs, integrate data to build & simulate digital twins, allows knowledge & connected data to interact with modern AI systems (e.g. LLM, GNNs, causalAI, agentic AI).

Approximate schedule:

6:30: doors open
6:45: chitchat, announcements
7:00: talk starts
7:45: talk ends, adjourn to pub

Paul A

Manuel Corpas

Andy Nuzzo

Bioinformatics London

Technology

Computational Biology

Genomics

Machine Learning

BioInformatics

Life Sciences

Big Data

Cloud Computing

Data Science

Open Source

Personalized Medicine

Data Visualization

Programming in R

Graphs from biological systems to clinical outcomes - Adam Amara, TuringDB.ai

Graph Databases

University of Westminster - Cavendish Campus

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Bioinformatics London

Graphs from biological systems to clinical outcomes - Adam Amara, TuringDB.ai

Bioinformatics London

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