All of these lectures are so good. Your lectures are by far the best I've found for biochemistry, and physiology. Thanks for the detailed walkthroughs. So awesome!
hi, although you sounds so sleepy but the way you talk is very comprehensive, and this is a compliment :DD, thank you so much for making and uploading these videos
Absolutely amazing and detailed lecture. I have always been amazed and fascinated at the way you explain things in every video. I am looking forward for your biochemistry videos :) However, i don't quite understand the part where the action potential reaches the end of the axon and the calcium ions start to rush in. Do the calcium ions start to rush in when the membrane is at its resting stage, the repolarisation period or the refractory period. Also, how do calcium ions make the process of exocytosis happen? Thank you,
An awesome job!! I absolutely love your videos and the way you explain it is just impeccable. I do have a doubt though, Why doesn't the acetylcolinesterase cleave or hydrolyse the Acetylcholine when it enters the synaptic cleft initially?
Is the flow of calcium in driven purely by the concentration gradient of calcium and not by charge? My thought is that if we're at the synaptic terminal, and the action potential has just reached this point, the interior of the membrane is pretty positive from the sodium influx. Therefore, calcium wouldn't want to flow inward since it bears a positive charge.
Adam Davis I believe that you have to consider the chemical potential difference and electrical potential difference (electrochemical potential relies on both concentration and charge).
You are the best forever ,,,explain hardest topics with 10 or 15 minutes ,,,,good explanation in short time
All of these lectures are so good. Your lectures are by far the best I've found for biochemistry, and physiology. Thanks for the detailed walkthroughs. So awesome!
From B.S. to now graduate school, you are still helping me. Love your teaching style(s).
Great job! definitely one of the better videos in physiology I have found till now.
i love you sir. thank you for always breaking it down for us, the best youtube teacher so far
You literally made me smile as I felt aha moments. Thanks a ton, good sir
Absolutely amazing! And so clear :) super glad I found this before my finals
hi, although you sounds so sleepy but the way you talk is very comprehensive, and this is a compliment :DD, thank you so much for making and uploading these videos
Engaging and efficient lectures. Thank you!
amazing explanation, so happy to find u in youtube. thanks for all your effort
Amazing video thank you .. please make more videos for physiology of nervous system I'm in love with them
dyoomah17 Thanks! Will do :)
You are a good lecturer
You did a great job 👌🏼
Thank you so much for the teachings
Absolutely amazing and detailed lecture. I have always been amazed and fascinated at the way you explain things in every video. I am looking forward for your biochemistry videos :)
However, i don't quite understand the part where the action potential reaches the end of the axon and the calcium ions start to rush in. Do the calcium ions start to rush in when the membrane is at its resting stage, the repolarisation period or the refractory period. Also, how do calcium ions make the process of exocytosis happen?
Thank you,
Thank you so much for your lectures! They are so helpful!
Thank you sir for clear explanation.
Thank you very much for this great lecture!! :D I understand it more clear because of you! THANK YOU THANK YOU!
D'4ce you're welcome, glad to help :)
Thank you from all the Nursing students of 2017 :D
You are the best...
An awesome job!! I absolutely love your videos and the way you explain it is just impeccable. I do have a doubt though, Why doesn't the acetylcolinesterase cleave or hydrolyse the Acetylcholine when it enters the synaptic cleft initially?
All the videos about the nervous system are fabulous.i appreciate your explanation.Thank you so much
You're welcome :) Thanks for the positive feedback!
Is the flow of calcium in driven purely by the concentration gradient of calcium and not by charge? My thought is that if we're at the synaptic terminal, and the action potential has just reached this point, the interior of the membrane is pretty positive from the sodium influx. Therefore, calcium wouldn't want to flow inward since it bears a positive charge.
Adam Davis I believe that you have to consider the chemical potential difference and electrical potential difference (electrochemical potential relies on both concentration and charge).
The role of calcium in the post synaptic muscle was left out and the sarcolemma?
Thank you so much
🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
Thank u so much
God bless u🙏🙏❤❤❤❤❤❤❤❤❤❤❤❤❤
Thank you! You have broken it down into small digestible bites:-)
Right and good 👍
Thanks a lot sir 😊 😊
same as always great
Thank you so much ❤️
Very good. Thanks!
perfect explanation
Thanks sir love from ind❤❤❤i
Alwayes the best
you are legend!
awesomeness. .great ..
Great video
شكراااا thank you so much
love it
THANK YOU!!!!!!!
thank u sir
Best
To good
❤️❤️❤️👌🏻
Synapse. Proper pronunciation?
tradu n romana , multumesc
THUMP UP
Subtitles, please?😁
HATE how he sounds like a...ROBOT