Brain-gut interactions in obesity 2

Published on February 27, 2019   19 min

Other Talks in the Category: Diseases, Disorders & Treatments

So far, we have discussed the BBB permeation of ingestive peptides with leptin as a major example. We have discussed the different mechanisms of permeation and trans-BBB signaling, and the contribution of circumventricular organs in the crosstalk between the CNS and periphery. We will now move on to glial biology in feeding and obesity regulation.
Not all astrocytes participate in BBB functions, but many astrocytes contribute to the BBB with their NP and the basic QD molecules. In the world of neuroendocrine control of obesity, neurons initially attracted the most attention. Gradually, the field is paying more attention to glial cells because of observed the reactive gliosis changes in astrocytes and microglia. This is mainly caused by obesity related neuro inflammation. Our group was among the first to report how obesity regulates astro acidic leptin receptor or ObR expression, and how the reactive astrocytes in turn modulated feeding behavior and obesity. We will elaborate on the regulation of the astro acidic leptin system in obesity in the following slides.