Soutenance de thèse Marion LENGLET
https://umr1087.ppksup.univ-nantes.fr/medias/photo/lenglet-marion_1561365587005-jpg
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Le 24 septembre 2019Institut de Recherche en Santé - 8 quai Moncousu - Nantes
Salle 4 (Hall)false false -
14 h 00
Titre de la thèse : Rôle de la nouvelle isoforme d'épissage du gène von Hippel-Lindau dans la survenue d'érythrocytoses et de cancers du rein héréditaires
Equipe
Equipe Emergente - Génétique Médicale
Directeur de thèse
Betty GARDIE
Jury
- Isabelle PLO - Institut Gustave Roussy de Villejuif, INSERM U1170 (rapporteur)
- Claude HOUDAYER - CHU de Rouen, INSERM U1245 (rapporteur)
- Yannick ARLOT - IGDR de Rennes, UMR 6290 (examinateur)
- Frédéric MAZURIER - Université de Tours, CNRS 7001 (examinateur)
- Nathalie MAZURE - Université de Nice Sophia Antipolis, UMR-S 1065 (membre invité)
- Franck CHESNEL - IGDR de Rennes, UMR 6290 (membre invité)
Résumé
The von Hippel-Lindau disease is a hereditary syndrome which predispose patients to the development of nervous central, retina, kidney or adrenals tumors all along their lives. Chuvash polycythemia is a hereditary disease which is characterized by a high level of red blood cells which increases the blood viscosity and the risk of thrombosis or cerebrovascular accident.
These pathologies are due to mutations of one gene named VHL. During my thesis, I identified new mutations in non-investigated regions of this gene in patients who developed one of the pathologies and who don’t have genetic diagnosis yet. This discovery will allow patients and their families to benefit from a better medical surveillance and therapy. I have also identified the mechanisms involved in these new molecular abnormalities at the origin of the pathologies. My thesis allowed major advances into the diagnosis and the comprehension of hereditary pathologies linked to the VHL gene.
These pathologies are due to mutations of one gene named VHL. During my thesis, I identified new mutations in non-investigated regions of this gene in patients who developed one of the pathologies and who don’t have genetic diagnosis yet. This discovery will allow patients and their families to benefit from a better medical surveillance and therapy. I have also identified the mechanisms involved in these new molecular abnormalities at the origin of the pathologies. My thesis allowed major advances into the diagnosis and the comprehension of hereditary pathologies linked to the VHL gene.
Mis à jour le 05 septembre 2019.