dude u are the best..........i will acknowledge you on my graduation.....you are a life and medical school saver........from a medic student in zimbabwe
It is really really good explanation even for PhD students. Thank you so much. You know... the more you know about a topic, the more comfortable with it. This is exactly your situation. Thanks again...
You are really beyond my lecturers I hope that maybe I will pass anatomy and physiology bcz of AK Lectures. I wish every University Lecturers should be like you, students can be get quality knowledge.
Been watching your videos for this entire semester we've had of biochemistry and I've always left your videos a tonne smarter than when I came. No matter if it's anabolism, catabolism, muscle contraction, biochemical methods, the electron transport chain or reactive oxygen species, you never cease to impress; your videos are made in such a nice, digestible way and are incredibly informative and always on point! Thanks a lot for all your help, I wish you the best! :-)
you are a godsend. i've always had trouble understanding the crossbridge and powerstroke cycle but it's so crystal clear now. thank you so much ak lectures!!! you are a blessing to me.
ALL of you videos have been VERY VERY helpful! By taking and breaking up the major points of each section makes the understanding process easier. Therefore one can actually truly learn the material. Thank you so MUCH!
Wow. It's not just the concise information that amazed me, but also the way you dominated the video. This kept me listening throughout the video, and found out that this lesson is actually interesting.
This is SO helpful! Thank you so much for your amazing explanations. I was worried that these would be tough to listen to because there's so much writing on the board, but you are so clear and not overly complicated! Thank you!
My parents forced me to get into dental school and i hate everything about it. But when I watch your videos everything becomes much more enjoyable. And I think that's the biggest compliment someone could give you.
Do steps 3 and 6 repeat many times so that thin filaments from each side move towards each other and eventually close up the gap and overlap on each other at the end of contraction phase?
It's been 2 yrs, so I hope you found your answer. If not, do you think it makes its way back to the mitochondria to be reformed into ATP ( through the electron transport chain )? Probably
Hi there am Mark Am lost because on your first lecture on sacromere you indicated that the troponin and tropomyosin on the diagram differently and now you have reversed the labeling So which one is right
I swear no-one needs tuition when you are there on youtube. You are doing a fantastic job !!
I had difficulty on these but you made it look easy. I can't thank you enough.
Victor Ameh awesome
the most clear cut and eloquent explanation of this very complicated theory I have ever seen!
Actually speaking, you make children pass their exams with flying colors. its the best taken lecture ever!! Thanks
dude u are the best..........i will acknowledge you on my graduation.....you are a life and medical school saver........from a medic student in zimbabwe
Best taken with a healthy dose of 1.5x speed.
I never even thought of that - great tip actually!
Thanks for the reminder
I Always understand your lectures.
You got me through Biology for Science Majors and now you're getting me through Anatomy and Physiplogy 1. Thank you!
It is really really good explanation even for PhD students. Thank you so much. You know... the more you know about a topic, the more comfortable with it. This is exactly your situation. Thanks again...
You are really beyond my lecturers I hope that maybe I will pass anatomy and physiology bcz of AK Lectures.
I wish every University Lecturers should be like you, students can be get quality knowledge.
you have been the only video i have watched on the sliding filament theory that actually explained to me ho the calcium got onto the troponin
thanks
Been watching your videos for this entire semester we've had of biochemistry and I've always left your videos a tonne smarter than when I came. No matter if it's anabolism, catabolism, muscle contraction, biochemical methods, the electron transport chain or reactive oxygen species, you never cease to impress; your videos are made in such a nice, digestible way and are incredibly informative and always on point! Thanks a lot for all your help, I wish you the best! :-)
This guy is a genius
you are a godsend. i've always had trouble understanding the crossbridge and powerstroke cycle but it's so crystal clear now. thank you so much ak lectures!!! you are a blessing to me.
This is the best explanation of skeletal muscle contraction I have found on UA-cam.
ALL of you videos have been VERY VERY helpful! By taking and breaking up the major points of each section makes the understanding process easier. Therefore one can actually truly learn the material. Thank you so MUCH!
This guy is god send!! Is he still alive? Why isnt he making more videos??? lol deserves 1 million subscribers.
Wow. It's not just the concise information that amazed me, but also the way you dominated the video. This kept me listening throughout the video, and found out that this lesson is actually interesting.
I just love his lecture. Easy to follow and good in explanation of almost everything
Hah, totally forgot about muscle physiology since my M1 yearss ago. Thanks for the refresher videos, love em!
This is SO helpful! Thank you so much for your amazing explanations. I was worried that these would be tough to listen to because there's so much writing on the board, but you are so clear and not overly complicated! Thank you!
you are brilliant! every video you put in is so thorough and at the same time easy to understand. thank you :)
WOW WOW WOW !! Keep doing what you are doing as it helped me understand concepts I could not understand for 6 months.
Thank you so much for this clear and concise explanation! You are very inspiring person.
No matter How tough the topic is, if I listen to ur lecture it makes me understand easy.. Thank you sir
thank you so much,this is so great .The way you explain makes it so easy for us understand.
Very well explained..... Now i completely understand each and every concept related to this chapter...... Thankyou so much.......
I really love your class....you are the best....
+shafwan mohammed thanks for watching
Thank u
I Literally LOVE YOU! Got me through my entire Biochemistry degree, you have subjects on everything!
You are an incredible instructor.
Thank you so much 😊
Great explanation ✨
You ve done a great job with this lecture !
thank you indeed !
Maryam Esmaeili Thanks Maryam!
My parents forced me to get into dental school and i hate everything about it. But when I watch your videos everything becomes much more enjoyable. And I think that's the biggest compliment someone could give you.
Well Explained, and great drawings too!
I have to say that every time I watch one of your videos , YOU ARE GREAT❤🌷🌷
thanks AK Lectures!
Thank you so much. This video really helps.
You made my day,thanks a ton🙏........keep up the great work 👍
I love all your vids.
Thank you my dear friend, I can't thank you enough, Amazing explanation :)
you are a godsend, thank you!
Very clear explanation 👏🏼
Very well explained! thank you for the video :)
Thanks AK lecture
you are really expert I got you already
i love all your videos. very helpful. thank you :)
absolutely fantastic
i really love your lecture. thank you very much. it made my day 🙂
.
Thanks a ton!
very excellent explanation thank you
Understood CONTRACTION mechanism, thanks Andrey!. Now, could you explain the reverse process, that is, RELEASE of skeletal muscle? Good lecture!
Thanks so much for being devoted good tutor ❤️❤️❤️❤️❤️❤️❤️❤️❤️
First I learn it from Crash Course, then I go in depth with AK LECTURES :D
this was really good. test tomorrow!
Thank you so much it helped me alot
Thanks again :)
Great explanation
this guy is so good
thank you very much .you make it soo easy
You are the best💯
Do steps 3 and 6 repeat many times so that thin filaments from each side move towards each other and eventually close up the gap and overlap on each other at the end of contraction phase?
wonderfull!!!! thanks alot
Amazing...
Thank you so much!
nice explanation
THANK YOU.
Very explanatory,u jst made my day thanks a lot
Maryam Audu Awesome! :-) you're welcome!
you are the best
Fabulous !!!
Gorgeous explanation.. wat causes hydrolysis if the ATP on the myosin head….
Excellent 😊
thank u so much for the clear explanation ! u saved my ass for my exam :)))))))
Ohh wow you make it easier to understand 😍
THANK YOU SO MUCH :)
I like your classes sir .
thank you
Thank you so much was so helpful
thank you so much!!!!!!!
I have a question! When you release the ADP+ Pi in step 4, where does it go? Does it bind onto the actin in an ATP shape?
It's been 2 yrs, so I hope you found your answer. If not, do you think it makes its way back to the mitochondria to be reformed into ATP ( through the electron transport chain )? Probably
thank you so muchh god bless you
Thank you soooooooo much!
Natalia Chrom You're welcome Natalia :)
you're awesome
Why do I even pay tuition, you literally teach me everything... thank you!
Thank you man..... long life
bini girmachew thank you!
Hi there am Mark
Am lost because on your first lecture on sacromere you indicated that the troponin and tropomyosin on the diagram differently and now you have reversed the labeling
So which one is right
I love you ❤️ you make my life easy
Why does the sacomere remain contracted in the relaxed state?
Question :-most skeletal muscle is innervated by what type of motor neuron ?alpha,beta,gamma,delta
thanx
Thnx
Can we say that if we r not training muscle at full range of motion we are not training all sarcomere within that particular muscle
what does the dihydropyridine do?
wow
need anatomy that way plz
❤️❤️❤️👌🏻
you are the best!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! like for real!
Why skeletal muscles are not always in the state of contraction plz ans it
أي سنسريلي ترولي لوف يو
you're good but can you please slow down a lil
13:19 for notes
Your welcome
13:37