GLP-1 and Satiety
Discover how GLP-1, a molecule found in certain caffeinated beverages, plays a crucial role in reducing hunger and enhancing feelings of fullness. By acting on both the brain and gut, it sends dual signals that help regulate appetite. The fascinating history of GLP-1, including its origins in Gila monsters, highlights its potential for aiding weight loss and managing blood sugar levels, especially through sources like yerba maté and emerging GLP-1 analogues.In this clip
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Using Caffeine to Optimize Mental & Physical Performance | Huberman Lab Podcast 101
Related Questions
Does yerba mate stimulate GLP-1 production specifically in the brain, as discussed in the Huberman Lab Podcast episodes "Maximizing Productivity, Physical & Mental Health with Daily Tools | Huberman Lab Podcast #28" and "How Our Hormones Control Our Hunger, Eating & Satiety | Huberman Lab Podcast #16"? The GLP-1 produced in the gut has a half-life of around 5 minutes in the bloodstream, making it ineffective for satiety and weight loss. The GLP-1 system in the brain can definitely work on the satiety part, but how can it survive long enough to affect thermogenesis?
Does yerba mate stimulate GLP-1 production specifically in the brain, as discussed in the Huberman Lab Podcast episode "Controlling Your Dopamine For Motivation, Focus & Satisfaction | Huberman Lab Podcast #39" and the clip "Caffeine and Dopamine"? The GLP-1 produced in the gut has a half-life of around 5 minutes in the bloodstream, making it ineffective for satiety and weight loss. The GLP-1 system in the brain can definitely work on the satiety part, but how can it survive long enough to affect thermogenesis?
Does yerba mate stimulate GLP-1 production specifically in the brain, as discussed in the episode Controlling Your Dopamine For Motivation, Focus & Satisfaction | Huberman Lab Podcast #39 and the clip Caffeine and Dopamine? The GLP-1 produced in the gut has a half-life of around 5 minutes in the bloodstream, making it ineffective for satiety and weight loss. The GLP-1 system in the brain can definitely work on the satiety part, but how can it survive long enough to affect thermogenesis?