Metabolic basis of neurodegenerative disease
|Title||Metabolic basis of neurodegenerative disease|
|Sponsor||Horizon Europe Framework Programme|
|Institution||Max Delbrück Center Berlin Buch|
Associated cell lines
Alzheimer disease (AD) is the most common form of age-related dementia affecting millions of patients worldwide. Disturbingly, disorders of lipid and glucose metabolism emerge as major risk factors for onset and progression of neurodegeneration in the human population. Thus, an increasing life expectance combined with an observable rise in metabolic disturbances is expected to turn AD into one of the most serious health problems for future generations. Still, the molecular mechanisms whereby dysregulation of glucose and lipid homeostasis elicits noxious insults to the brain remain poorly understood. We characterized a novel class of intracellular sorting receptors, termed VPS10P domain receptors with dual roles in regulation of neuronal viability and function, but also in modulation of glucose and lipid homeostasis. Our proposal aims at elucidating an important yet poorly understood link between metabolism and neurodegeneration that converges on these receptors. Through this effort, we are confident to gain important insights into the crosstalk between brain and peripheral tissues, and to elucidate pathways common to metabolic disturbances and dementia, two prevailing degenerative disorders inflicting our societies.