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Mechanical biomarkers of oocyte quality

ABG-126979 Sujet de Thèse
18/11/2024 Autre financement public
Laboratoire d'analyse et de modelisation pour la biologie et l'environnement - Université d'Evry
Evry - Ile-de-France - France
Mechanical biomarkers of oocyte quality
  • Physique
  • Biologie
  • Biotechnologie
Biophysique

Description du sujet

Two positions starting as soon as possible are available in the laboratory LAMBE (Université Evry Paris Saclay) to work on the mechanics of oocytes in collaboration with M.-E Terret (cell biologist at CIRB, Collège de France) and E. Labrune (Medical doctor at Hospices civils de Lyon). Our consortium aims to understand the influence of oocyte mechanics on its quality and develop new biophysical tools transferable in a hospital context.

 

  1. 9-month Engineer Position (funded by SATT Paris-Saclay)
  2. 3-year PhD Position (funded by ANR)

 

Candidates may combine both positions, depending on their background and career aspirations. The engineer position aims at a precise and short-term proof-of-concept but can open toward preparing a PhD.

 

Skills in image analysis, cell biology, and cell mechanics would be a plus but are not mandatory. Consortium members will train the applicant in all aspects of the project. 

 

Nature du financement

Autre financement public

Précisions sur le financement

Présentation établissement et labo d'accueil

Laboratoire d'analyse et de modelisation pour la biologie et l'environnement - Université d'Evry

The positions are based in Evry with regular travels in Paris and Lyon.

Intitulé du doctorat

Doctorat de physique

Pays d'obtention du doctorat

France

Etablissement délivrant le doctorat

Université Paris Saclay

Ecole doctorale

SCIENCES CHIMIQUES : MOLECULES, MATERIAUX, INSTRUMENTATION ET BIOSYSTEMES

Profil du candidat

We are looking for motivated candidates with a master's degree in physics, engineering, or biology who are enthusiastic about collaborative, interdisciplinary research. The project implies using and developing cutting-edge biophysical techniques for mechanical measurements of murine and human oocytes to propose new strategies for assessing oocyte quality.

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