Would you consider doing a video on endocanabinoids? I understand this is the only class of molecules that move from the post-synaptic cell to pre-synaptic receptors. I would be very interested to learn how these compounds inhibit cellular excitation and help regulate homeostasis.
Sir could you tell how an animal memory works, by using an example of a simple store and retrieve. For example, let's say i see and eat rice for first time and some 10 nerve cells 'fire'. If i see it the 2nd/3rd time, how that previous image and feel is retrieved. Please guide me.
Good job Ren. I have two questions: (1) Is there a different ion, similar to K+ in the axon, that exits the axon terminal after the C++ ions enter the terminal? (2) How do the Ca++ ions return to the extra cellular fluid, after the vesicles release their nuerotransmitters? Is there something similar to the sodium/potassium pump in the axon?
Thank you , I really appreciate and enjoy your teaching and communication style.
very w ell done, sir! I thank you for putting this stuff on line, and the "speed' is perfect.... don't change anything :)
Beautifully delivered. Thank you sooo much.
Great explanation👍
Thank you so much!!
Terrific vid
Thanks!
Would you consider doing a video on endocanabinoids? I understand this is the only class of molecules that move from the post-synaptic cell to pre-synaptic receptors. I would be very interested to learn how these compounds inhibit cellular excitation and help regulate homeostasis.
This guy is great! Thank You!
Thank you
Excellent explanation..... thanks
Sir could you tell how an animal memory works, by using an example of a simple store and retrieve.
For example, let's say i see and eat rice for first time and some 10 nerve cells 'fire'. If i see it the 2nd/3rd time, how that previous image and feel is retrieved.
Please guide me.
Such a good explanation! I just might pass this test =)
Thanks a lot !
Thank u sir for such a good explanation
Excellent explanation
Good job Ren. I have two questions:
(1) Is there a different ion, similar to K+ in the axon, that exits the axon terminal after the C++ ions enter the terminal?
(2) How do the Ca++ ions return to the extra cellular fluid, after the vesicles release their nuerotransmitters? Is there something similar to the sodium/potassium pump in the axon?
Calcium pumps, pump ca++ out of the cell
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Good explanation
so woooow you are amazing
thank you so much