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Cell-ID International PhD Program

ABG-128348 Thesis topic
2025-02-04 Public funding alone (i.e. government, region, European, international organization research grant)
Multiple locations
multiple locations - Ile-de-France - France
Cell-ID International PhD Program
  • Biology
  • Computer science
  • Health, human and veterinary medicine
pediatric cancer, neurodevelopment, oncogenesis, epigenomics

Topic description

Cell-ID project 1
Title: Cell fate transition and histone H3 variants.
Host Institutions: Institut Curie, Institut Pasteur (Paris)
Main Supervisors: Dr. Genevieve Almouzni and Dr. Laura Cantini
 

Cell-ID project 2
Title: Development of volumetric multiomic imaging technologies to detect cellular alterations in pediatric cancers.
Host Institutions: CNRS/Inserm, CBS, Montpellier, IBDM Marseille
Main Supervisors: Dr. Marcelo Nollmann and Dr. Cédric Maurange

Cell-ID project 3
Title:
Decoding the transcriptional basis for spatial positioning in developing organisms.
Host Institutions: IGBMC Strasbourg, Institut Curie Paris
Main Supervisors: Dr. Sophie Jarriault and Dr. Thomas Walter


Cell-ID project 4
Title:
Modelling OPCs diversity of the hindbrain and their lineage derail during DMG oncogenesis.
Host Institutions: IFM, Institut Gustave Roussy (Paris)
Main Supervisors: Dr. Stéphane Nédélec and Dr. David Castel

Funding category

Public funding alone (i.e. government, region, European, international organization research grant)

Funding further details

PEPR

Presentation of host institution and host laboratory

Multiple locations

About PEPR Cell-ID:  The Cell-ID research program focuses on unraveling the molecular mechanisms of cell fate determination within neural development and its aberrations in specific childhood brain cancers.

Our work aims to develop strategies for interceptive medicine — preventing disease progression by targeting early events in cancer development.

Led by CNRS and Inserm in partnership with major French institutions and international collaborators, Cell-ID integrates omics technologies with advanced imaging to study genome function and 3D nuclear organization in neural tissues under normal and pathological conditions.

By combining cutting-edge molecular tools, selected experimental models, and computational predictive models, this multi-lab program strives to uncover and influence cell trajectories during neural development.

Candidate's profile

Eligibility criteria

  • We welcome applications from excellent and highly motivated students of all nationalities with a passion for science. There is no application fee.
  • Applicants must hold a Master degree or expect to obtain it before the start of the program. The applicants need to have both a BSc and MSc or equivalent (usually 5 years of university studies) to be eligible to join the program.
2025-03-14
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