The bioenergetic glucose sensing network of the appetitive reward pathway is linked to the periphery via the neuroendocrine system. DJGPhD. Authentic Biochemistry. 04.Jan.2022
- Author
- Dr Daniel J. Guerra
- Published
- Wed 05 Jan 2022
- Episode Link
- https://podcasters.spotify.com/pod/show/dr-daniel-j-guerra/episodes/The-bioenergetic-glucose-sensing-network-of-the-appetitive-reward-pathway-is-linked-to-the-periphery-via-the-neuroendocrine-system--DJGPhD--Authentic-Biochemistry--04-Jan-2022-e1che12
The human neuroendocrine system is directly regulated and in communication with the autonomic nervous system via cortical and diencephalonomic CNS nuclei. These converging networks coordinate satiety, glycemia, bioenergetics, oxygen transport, dietary input, digestion and muscular activity in direct association with pancreatic insulin/glucagon ratio dynamics.
References
Molecular Neurobiology volume 56, pages769–796 (2019)
Molecular Neurobiology volume 56, pages7950–7965 (2019)
