CITED CLIPS
Caffeine and Dopamine
Caffeine, particularly from sources like yerba mate, can enhance dopamine receptor density and efficacy. Yerba mate not only boosts dopamine but also offers neuroprotective benefits for dopamine neurons, potentially aiding in motivation and movement. Enjoying yerba mate may provide an incentive for those looking to increase their dopamine levels while also supporting blood sugar management.In this clip
From this podcast
Huberman Lab
Controlling Your Dopamine For Motivation, Focus & Satisfaction | Huberman Lab Podcast #39
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 The Science & Treatment of Bipolar Disorder | Huberman Lab Podcast #82, as well as in the clip Yerba Mate Benefits? 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 Maximizing Productivity, Physical & Mental Health with Daily Tools | Huberman Lab Podcast #28 and the clip Yerba Mate Benefits? 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 "Maximizing Productivity, Physical & Mental Health with Daily Tools | Huberman Lab Podcast #28" and the clip "Yerba Mate Benefits"? 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?