As a physician-researcher you will contribute to the doctoral network MENTOR (
MSCA MENTOR Doctoral Network - MENTOR - Metabolic control of cell growth by mTOR in health and disease: a multi-disciplinary training)
The multi-disciplinary training network MENTOR focuses on the mTOR (mammalian/mechanistic Target Of Rapamycin) network, a central signaling hub that integrates, nutritional cues and controls cell growth and metabolism.
Aberrant mTOR activity underlies a wide range of pathologies, including age-related diseases with high incidence such as cancer, obesity, and diabetes as well as rare genetic conditions, termed mTORopathies, characterized by tumor formation, polycystic kidneys, and brain manifestations.
New mechanistic insights into mTORopathies will improve treatment for people living with rare conditions through strategies of personalized medicine and will open new therapeutic avenues for severe age-related pathologies.
MSCA-DN MENTOR program will involve 18 doctoral candidates with the overall goal of understanding and treating mTORopathies while maximizing the impact towards research and training for cancer, metabolic syndromes, and age-related diseases.
Within MENTOR your project in the UMC Utrecht will focus on association of metabolic markers and neurological manifestations in patients with mTOR pathway related epilepsy.
We will focus on two genetic conditions: tuberous sclerosis complex (TSC) with TSC1 or TSC2 gene variants and GATOR 1 epilepsy with DEPDC5, NPRL2, and NPRL3 gene variants. The main objective is to improve our understanding of altered metabolism in TSC or GATOR1 epilepsy patients and the interplay between altered metabolism, mTORC1 and clinical manifestation. The ultimate goal is to identify novel targets and approaches for therapeutic intervention. Specifically, this project will assess blood amino acid levels and glucose after fasting in patients with TSC or GATOR1 epilepsy and associate alterations with neurological manifestations assisted by magnetic resonance spectroscopy. We will investigate amino acids and glucose levels in TSC patients under ketogenic diet or mTOR inhibitor treatment and study the relations with efficacy, tolerance and response to treatment. Finally, we will identify possible targets for nutritional interventions and conduct a proof-of-principle n of 1 trial.