metabolic regulation

Immune and metabolic regulation of sensorimotor physiology and repair

The development of hunger

All mammals transition from breastfeeding to independent feeding during the lactation period. In humans and other mammals, this critical transition is important for later in life metabolic control and, consequently, for the development of many chronic conditions. Here, Dr. Dietrich will discuss the work of his lab studying the function of hypothalamic neurons involved in homeostatic control during the transition from breastfeeding to independent feeding. His work illuminates novel properties of hypothalamic neurons in early life, suggesting mechanisms by which early life events shape homeostatic regulation throughout the individual’s lifespan.

Importance of perinatal hormones and diet on hypothalamic development and lifelong metabolic regulation

“Changing Memory on the Fly, re-evaluation of learned behaviour I n Drosophila” “Metabolic Regulation of Neural Stem Cells” “The answer is in the sauce”

Local metabolic regulation sustains collateral axon branching of cortical neurons

Metabolic regulation of amyloid-beta clearance via microglia: implications for Alzheimer's disease therapeutics