Neurotransmitters | Ionotropic and Metabotropic Receptors of the Synapse

[@bethg9471]

Thank you so much for these lectures on neuro-science. I cannot over state just how much of an invaluable resource it has been for many of us who are looking to get a peripheral understanding of how the nervous system functions and what effects it has on our bodies. Personally it has helped me make connections about my own (and my family's) conditions that has eluded us our whole lives. Some days I wonder if only I had went into neuro-science, maybe I'd have been able to come to these conclusions a lot sooner. But it's never too late to start. I hope to continue on this fascinating journey through the rabbit hole for however long you are willing to take us. So thank you again for your passion and patience in providing us with such an amazing resource and an avenue to explore these topics. Edit: I am most fascinated by the GPCRs and the wide range of their affects on the body. How many neurotransmitters can be mastermind chameleons depending on how theirs effects on both ionotropic receptors as well as metabotropic receptors become articulated throughout the body. Really hoping there will be a deep dive on this specific topic in the future.

[@christianclavere5528]

I enjoy all of Bing Wen Brunson’s Lectures; She Illustrates a high, down to granular level of subject matter understanding, beautifully broke down in the presentation.

[@estherobikoya4968]

Thank you🤭💕

[@PravdaSeed]

💚 Excellent 💚 🌻👀🥇👀🌻 Presentation, Synchronous 2 the subject. Thanks 💚 Prof. Bing wen Brunton You're pioneer In Video quality & teaching . 💙🌍🥇🌎💙. 🌻 Perfect 🌻.

[@hanyelbanna3673]

As usual, it's a wonderful explanation 👏 Thanks Go On May Allah bless you ❤

[@suheylaa1769]

Can I be you?! LOL