Could u please put all ur videos in playlists so that people can find what they need easily? I’m so thankful! I’ve learned a lot from ur channel especially physiology. ❤️
Heyy, I just wanted to ask that you have written "like a spring" for Titin and labelled the spring like structure as Nebulin, so I am just confused as to which one is Titin and which is Nebulin Great lecture btw, it was really helpful 😊😊
AchEsterase inhibitor increases neuromuscular transmissionn.then Can u explain this .....Neuromuscular transmission can also be blocked by in- hibiting acetylcholinesterase. Some organophosphates, which are the main ingredients in certain pesticides and "nerve gases" (the latter developed for biological warfare), inhibit this is released normally upon the arrival of an action potential enzyme. In the presence of such agents, ACh at the axon terminal and binds to the end-plate receptors. The ACh is not destroyed, however, because the acetyl- cholinesterase is inhibited. The ion channels in the end plate therefore remain open, producing a maintained de- polarization of the end plate and the muscle plasma mem- brane adjacent to the end plate. A skeletal-muscle mem- brane maintained in a depolarized state cannot generate action potentials because the voltage-sensitive sodium channels in the membrane have entered a refractory state, which requires repolarization to remove. Thus, the mus- cle does not contract in response to subsequent nerve stimulation, and the result is skeletal-muscle paralysis and death from asphyxiation.
It's really rare to find a Science video to be both humorous and very informative ! Thank you!
My pleasure 😇
Nearly a whole chapter of a standard textbook in a single video!
As inspiring as always sir✌️!
Thank you 🙏
I'm obsessed with that "SHUT UP" 😂❤
I LIKE IT ☺️
Thank you 😊
Not a med student but I feel like your video are really helpful to them , and I'm learning new things everyday by watching your videos. Thank you 🤗
My pleasure 😇
Bro you the legend I don't know how to thank you for helping me u just make it easy ❤️🇸🇩
Thank you 🙏
Could u please put all ur videos in playlists so that people can find what they need easily? I’m so thankful! I’ve learned a lot from ur channel especially physiology. ❤️
Thank you 🙏
My videos are already in playlists, including this one!
Did you experience any issues?
I think he/she meant, you should make the playlist in topics instead of course (eg) renal system physiology playlist@@MedicosisPerfectionalis
Science is fun with medicosis
Thank you 😊
This channel is so good this is my first time of understanding this topic. Thank you so much
My pleasure 😇
This is just awesome 😌.. quality content and best explanation ✨I was literally struggling with this topic! Uh made it easy.. thanks :)
Thank you 🙏
Underrated 🔥🔥
Thank you 😊
Am Always Liking n Loving
Thank you 😊
you are great❤❤❤thank you, you really make medicine make perfect sense.
GREAT ANALYSIS SIR 👍
Thank you Medicosis ❤️
Excellent as always
Thank you 🙏
Heyy, I just wanted to ask that you have written "like a spring" for Titin and labelled the spring like structure as Nebulin, so I am just confused as to which one is Titin and which is Nebulin
Great lecture btw, it was really helpful 😊😊
thank you so much that was the best
😍😍😍😍
AchEsterase inhibitor increases neuromuscular transmissionn.then Can u explain this .....Neuromuscular transmission can also be blocked by in- hibiting acetylcholinesterase. Some organophosphates, which are the main ingredients in certain pesticides and "nerve gases" (the latter developed for biological warfare), inhibit this is released normally upon the arrival of an action potential enzyme. In the presence of such agents, ACh at the axon terminal and binds to the end-plate receptors. The ACh is not destroyed, however, because the acetyl- cholinesterase is inhibited. The ion channels in the end plate therefore remain open, producing a maintained de- polarization of the end plate and the muscle plasma mem- brane adjacent to the end plate. A skeletal-muscle mem- brane maintained in a depolarized state cannot generate action potentials because the voltage-sensitive sodium channels in the membrane have entered a refractory state, which requires repolarization to remove. Thus, the mus- cle does not contract in response to subsequent nerve stimulation, and the result is skeletal-muscle paralysis and death from asphyxiation.
Thanks 😍😍
My pleasure 😇
Nice video but I ly one atp is use in all four step of power stroke
Thank you
Very comprehensive 🤝💌💌
Thank you 🙏
i dont know what to say but you are really amazing
Can I send in some of my lab blood results for your opinion I have something funny going on my numbers are elevated but Drs seem to be confused 😭
Sure! Here’s my email: medicosisperfectionalis@gmail.com
Τhαиĸ yσυ vєяy мυch
My pleasure 😇