Beautiful images to explain the concepts. Thank you so much. I have watched a few videos on muscles structure and this is the first time i have seen it presented so clearly. So is the sarcolema created by fusion of all the myoblasts? Can this be likened to the xylem cells in plants fusing to create one long fibre?
Hi, Sir and thank you for the video. During an 100m sprint, after the start, the muscle contraction rates needed are high so the slow oxidative Type I fibers cannot cope with this contraction rates. So what happens? We have violation of the muscle fiber recruitment rule which says that first the Type I are recruited, then the Type IIa and then the Type IIx?
Thank you so much for making these videos!! you're helping me pass my class and im so grateful
50:57 🤣🤣🤣 I love the picture 😂
The explanations are really really clear and comprehensive, thank a lot !!!
Bodybuilding and powerlifting bro !!! I love mr Olympia !!!!!
Thanks 🙏
Thank you! Excellent!
Thank you for explaining thoroughly
Beautiful images to explain the concepts. Thank you so much. I have watched a few videos on muscles structure and this is the first time i have seen it presented so clearly. So is the sarcolema created by fusion of all the myoblasts? Can this be likened to the xylem cells in plants fusing to create one long fibre?
Very helpful! Thank you!
Thank you! Very useful.
Hi, Sir and thank you for the video.
During an 100m sprint, after the start, the muscle contraction rates needed are high so the slow oxidative Type I fibers cannot cope with this contraction rates. So what happens? We have violation of the muscle fiber recruitment rule which says that first the Type I are recruited, then the Type IIa and then the Type IIx?
Saved my ass, thank you so much man.
why use that picture at 48:40 mark. it's distracting. haha.
I lost my left leg muscl I don’t know what to do ?
Vid freezes for me at 1:57