Genetic Analysis Breakthrough: How Mathematics Identifies Disease Predispositions

We are excited to share media recognition for our innovative approach to genetic analysis and mapping genetic variants.

La Tribune Highlights a World-First Method

On March 25, 2024, La Tribune featured our revolutionary mathematical and computational method, developed in Montpellier, which allows researchers to identify predispositions to diseases by analyzing interactions between genetic variants on an unprecedented scale, with over 60 billion possible interactions.

This mathematical modeling in genetics, the result of years of collaborative research, enables scientists to map complex genetic networks and advance the field of personalized medicine.

Our team BionomeeX, including researchers from CNRS, University of Montpellier, IINS Bordeaux has gained national and international recognition for this cutting-edge approach.

For patients, healthcare providers, agronomists, and research laboratories, this method represents a powerful tool for analyzing genetic predispositions and understanding complex disease mechanisms.

Divergence FM Radio Feature

We also appeared on Divergence FM in the program À l’UM la science, where our researchers explained how mathematics and computational analysis are applied to genetics.

Topics covered included the integration of mathematical modeling in genetic research, the importance of analyzing variant interactions rather than isolated variants, and the applications of this method in modern scientific research and personalized medicine.

This feature allows a wide audience, from scientists to students and enthusiasts, to understand the impact of genetic analysis and predictive modeling beyond academic circles.

Learn more about our groundbreaking work in genetics by reading the full article in La Tribune here

and listening to our radio feature on Divergence FM here