Campuses

As France's leading biocluster, Genopole is an incubator for cutting-edge projects in biotechnology. Located in the city of Évry, just south of Paris, Genopole provides a unique environment for scientists and entrepreneurs seeking to advance research and innovation.

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Advantages

Genopole accompanies researchers, postdocs and start-up entrepreneurs through all the phases of their projects to ensure the best possible conditions for business development.

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Genopole’s citizens

Every day, at Genopole, researchers, entrepreneurs and students cross paths, share ideas and unite forces in a veritable melting pot for innovation.

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Highlights

Giving wings to research and empowering employment in our community are cornerstones of Genopole's mission. Catch up on recent scientific advances, the accomplishments of our biotech actors and the events that enliven the biocluster.

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Innovate with us

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HIGHLIGHTS

News


Find the news and the successes of the actors of Genopole.
Follow innovations in biotechnology and genomics.
Genoscope - CNS - Genopole's laboratory

Filling the gaps in the banana’s genome

Des chercheurs de Genoscope en collaboration avec une équipe du Cirad sont parvenus à reconstituer la séquence intégrale de chromosomes de bananier.

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Genopole - European projects

Green light from Europe for the Genopole-coordinated project GEN.ERA

The Genopole-coordinated European project GEN.ERA* has been selected by the European Commission. GEN.ERA seeks to harness inter-cluster cooperation for the internationalization of genomics companies beyond European borders.

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cellular membrane

A nanopore to identify amino acids – Lambe

A team from the Laboratory for Analysis and Modeling in Biology and the Environment (Lambe – University of Évry/University of Cergy-Pontoise/CNRS) used a natural aerolysin nanopore to successfully identify 13 of the 20 amino acids that make up proteins.

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cellular membrane

Mapping membrane nanotubes – Lambe

A team from the Genopole-accredited Laboratory for Analysis and Modeling in Biology and the Environment (Lambe) has developed an experimental technique to study cell membrane nanotubes. These largely unknown structures play an essential role in cellular biomolecule transport.

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Globules rouges - Avancées scientifiques

CRISPR-Cas9 for blood and metabolic diseases – Integrare

In an article published in Nature Communications, an Integrare team headed by Dr. Mario Amendola has described an innovative genome editing strategy aimed at modifying hematopoietic stem cells.

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Placton - Tara Oceans

Bioinformatics and Tara Oceans

A team from the Genomics Metabolics Laboratory (Genoscope – CEA/CNRS/University of Évry) has developed a bioinformatics method for environmental genomics analyses able to identify species and associations of species.

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With the support from
Région île de France