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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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Laboratory

CNRGH – National Center of Human Genomics Research


Genopole Campus 2
Bulding G2 – 2 rue Gaston Crémieux – CP 5721
91057 EVRY cedex – FRANCE
Phone : +33 1 60 87 83 44 – Email : cng-inquiries@cng.fr

Manager : DELEUZE Jean-François
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CEA

#Genomics / Postgenomics # #Synthetic biology #Systems Biology

  • Genotyping
  • Sequencing
  • Epigenetics
  • Bioinformatics
  • Bioanalysis
  • Mathematics and biostatistics
  • Functional genomics
  • Human disease
  • Translational medicine
  • Personalized medicine

Field of Activity


Human genetics, epigenetics, genomics and post-genomics.
– Research in and the characterization of genes and biomarkers associated with human disease.
– Analysis of human genome variations in individuals and populations.
– 3D structural analysis of the human genome.
– Strategies for functional genomics.
– Technology surveillance and development.
– Deployment of tools and strategies for personalized medicine.

The CNRGH is a national-level center whose mission is to provide high throughput genotyping and sequencing services with the objective of optimizing genetic and genomic research for human diseases.

It is a division of the CEA, within the newly-created François Jacob Institute of Biology. The CNRGH offers its expertise and capacities in data production, stocking and analysis to the scientific community for projects in medical genomics: autoimmune, cardiovascular and infectious diseases, psychiatric disorders, cancers (breast, prostate, kidney), and more. The center evaluates and integrates the most advanced technologies in genomics to maintain its world-scale competitiveness.

To achieve its missions and objectives, the CNRGH has deployed a number of integrated structures: a biobank for the management and preparation of a wide range of biological samples; a high-throughput sequencing facility for pangenomic studies; a medium-throughput facility for smaller studies; a technological development group to evaluate emerging technologies and ensure their transfer; epigenetics, functional genomics and bioinformatics laboratories; a biostatistics group; and finally a group for data quality control.

The CNRGH participates in national and European programs for both the development of technologies and the study of human diseases. It is also involved in many ambitious projects such as the decoding of the genetic causes of rare diseases, the study of the genetic bases of autism and Alzheimer’s disease, or the exploration of the genetic foundation of toxicity for certain breast cancer treatments.

The CNRGH also carries out its own research in functional genomics, focused particularly on the influence of the 3D structure of DNA and the development of an integrated approach to the human ecosystem via the study of microbiome/human genome interactions. The center also explores other innovative technologies, such as the search for blood-borne DNA fragments traceable to specific organs, which could serve as universal biomarkers.

Finally, the CNRGH has also committed to the production of genetic history data on the French population to provide the scientific community with a point of reference for projects in personalized medicine. Every year, the CNRGH teams undertake about 100 research projects and participate in the publication of the results in renowned international scientific journals.

  • COLLABORATION / CHAIRE

    The CNRGH plays multiple roles within the French Investissements d’Avenir program:

    – It is a founding partner of the laboratory of excellence GENMED and the national infrastructure France Génomique.

    – It furthermore contributes to the ANR’s project INCEPTION (disease emergence) and learning hospital projects such as FIGHT-HF (heart failure) and CHOPIN (cholesterol).

    – The CNRGH is also a major participant in the Genomic Medicine France 2025 plan, where, in partnership with Genopole, it is conducting the set-up and management of CRefIX, the future reference center for innovation, expertise and transfer.

  • Teams

    – Sequencing, Genotyping directed by Marie-Thérèse BIHOREAU

    – Bank directed by Anne BOLAND-AUGE

    – Epigenetics and Environment directed by Jörg TOST

    – Human genomics and production platform directed by Robert OLASO

    – Bioanalysis directed by Eric BONNET

    – Math and Statistics directed by Edith LE FLOCH

    – Bioinformatics directed by Vincent MEYER

    – Functional genomic development directed by Jean-François DELEUZE

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