New Neuroscience Special Issue: The Neuroscience of Energy Balance and Eating Behavior 🧠🍽️⚖️
Includes papers from SSIB members @lafleur_susanne, @ZigmanLab, Thomas Lutz, @Kanoski_Lab, @NeuroLMR, Christelle Le Foll, @suzanne100001 & Jamie McCutcheon.
https://t.co/ga1iCCBtG4
How does intestinal GLP-1 reduce food intake? In my new review, I propose a new model of GLP-1 action via two distinct populations of vagal afferent neurons. https://t.co/gsPknuv3bq
Very happy to share our new data (with co-author @shinj_lee
and last author @GdeLartigue), showing that CART expression in vagal afferents is blunted in obesity which triggers hyperphagia and weight gain. What a ride! Out today in @CellReports
https://t.co/Ltd8mS7mLK
Meet our visiting #PhD researcher Sandro, who will stay in our group until december! Sandro is doing his PhD at the @UniLuebeck. He is interested in the neuropeptide nesfatin-1, which is produced in the hypothalamus and involved in energy homeostasis. #PhDChat#AcademicTwitter
Exciting and recording the neural activity in real time from several brain regions of interest is vital to reveal the physiological functions of a brain area and its neuronal subpopulations (2/2)