Nice class sir👏👏👌as usual you presented it also in an understandable manner.... really💯💯💯 your classes are like a wonderfull story☺️🤗and your energetic presentations are the factors that forced to sit infront of the phn and learn it....words are not enough sir...appreciate your great effort... keep going well and thank you soooo much sir🤗🤗🤗
i dont mean to be so off topic but does any of you know of a tool to log back into an instagram account..? I was stupid lost the login password. I would appreciate any tricks you can offer me.
World become static when a passionate teacher teaches u.Nowhere else we get confidence about the topic which we get in tonytutorial 💪💯 Thanks for simplifying 😊
Such a great explanation sir 👌👌👌U make it in the most energetically & pleasantly manner...👏👏👏No one can make this kind of simplified lectures like u do... Great job sir👍👍👍 Thank u very much sir...
Wonderful explanation.. It can't be explained better than this.. Really appreciable.. I am nt getting this topic earlier bt seeing ur video made me get it... Pls continue posting other lectures as well.. As it would be very helpful for all😄
Nice class and simple lectures sir, it is really helpful, i learnt a lot from your class... 😊😊 thanks for teaching me,i enjoyed learning with you....... waiting for the next energetic class 🤩🤩🤩
Your biomechanics sessions are of great help for me. Will you also upload videos on differential diagnosis and special tests of medical conditions of the joints?
Our faculty taught us that deltoid, long head of biceps and tricep act alongwith rotatorcuff interval capsule in static stabilization. Now I'm confused.
Hello Sir. Great learning from you.. Please throw some light on few points. 1. You said while explaining static stabilization that muscles are inactive in anatomical position as to conserve energy. No electrical activity in them. But how this is possible, muscles are always having an inherent tone and a certain level of electrical activity is going all the time. 2. In loaded scenario say 10 kg in static arm position, you said only supraspinatus is active, again this should not be the case. Supraspinatus size and mass suggest its not for managing loads, in that scenario, majorly trapezius will come into play, along with many other muscles. Your views please. Thank you.
1.The inherent tone in the muscle that you are referring do exist but its not something that you we can measure all muscles are electrically silent and don't show any activity until an action potential arrives or they are triggered.The inherent tone of a muscle is not due to the active tension generated in it but due to passive and non contractile elements. 2.We speak not in general but our discussion was specific with shoulder complex. And the statement about supraspinatus is correct during static state and is clinically evident too, of course trapezius and many other muscles can contribute when we consider body as a functional chain but when we consider the stabilisation role in shoulder its just the muscles around shoulder and in particular supraspinatus is considered. And role of supraspinatus and notion of static stabilzation by it is supported by clinical findings of shoulder subluxation evident in stroke patients at rest or when no work is done.The functional position of supraspinatus as well as its greater contribution to the shoulder stabilization via compression by the Fy component of muscle states its role and significance of its weakness( dynamic stablization video explains the concept) good luck good ideas great thoughts
Even then we cannot understate role played by serrates anterior, trapezius or any muscle surrounding shoudler. Our aim is to make this less complicated for understanding of students...more studies are needed to either rule out or support any further notions....Trapezius and Serratus anterior work synergistically to provide upward rotation of scapulae, upper trapezius and levator scapulae supports against downward rotation etc. But above said activity is what that happens in shoulder complex,but when shoulder joint (refers to only glenohumeral joint) stabilisation is only function of supraspinatus in STATIC state. The conceptualisation stands different for shoulder complex and glenohumeral joint
Incongruency means theres no proper atriculation between bones that forms the joint. For instance in GH joint the head of humerus is large as compared to the glenoid fossa. That means only a portion of head can atriculate wth fosss. If fossa was large to accomadte head then it would have been a congruent joint
Subluxation is the partial dislocation of a joint. Thts the joint has not completely disclocated and got into out of place but still its not in normal position too
Nice class sir👏👏👌as usual you presented it also in an understandable manner.... really💯💯💯 your classes are like a wonderfull story☺️🤗and your energetic presentations are the factors that forced to sit infront of the phn and learn it....words are not enough sir...appreciate your great effort... keep going well and thank you soooo much sir🤗🤗🤗
Extermly hppy and delighted to read ur comments...thnk u
i dont mean to be so off topic but does any of you know of a tool to log back into an instagram account..?
I was stupid lost the login password. I would appreciate any tricks you can offer me.
World become static when a passionate teacher teaches u.Nowhere else we get confidence about the topic which we get in tonytutorial 💪💯
Thanks for simplifying 😊
oh my god...ur comment made my day...thnk u so much
I'm an old phisician thank you for sharing you deep knowledge you really are a gifted teacher
U r best teacher of biomechanics ❣️
Such a great explanation sir 👌👌👌U make it in the most energetically & pleasantly manner...👏👏👏No one can make this kind of simplified lectures like u do... Great job sir👍👍👍 Thank u very much sir...
So happy to hear ..very much..thnk u
Everytime u make the hardest portions much easier🤩🥳 Thanku sir, for another simplified video🤝
So glad to hear this🤝🤝🤝
Beautiful story. I am glad I found your your channel. God bless you!
U explain so well that all concepts is cleared super early....amazing sir continue giving lectures on biomechanics it helps bpt student so much😇🥰
Sir u r a very talented teacher for physiotherapist ♥️♥️ thnks to u again and again
Well explained ... 💯 become easiest topic after watching this video
Thank you sir for making me understand about this topic ...I really loved your lecture.
Glad to hear that
Wonderful explanation.. It can't be explained better than this.. Really appreciable.. I am nt getting this topic earlier bt seeing ur video made me get it... Pls continue posting other lectures as well.. As it would be very helpful for all😄
What a teacher♥️♥️♥️
Thank u a lot sir🎗️✨️
very good explaination sir... easy to remember .... Eagerly waiting for next video
Thnks a lot...yes next video will be on tmrw
Thank you Sir.... clear explanation ....easy to study..... Thank you so so much sir
Always welcome
Waaoooo!!!!! Thank you so much sir for explaining in beautiful manner thank you so much 😊😊😊
So glad to know u liked it..thnk u
As always u made it really easy and interesting 💯
Waiting for more vedios sir😊
So hppy tht u liked it
Excellent class sir👍you made it simple as always💯
Thnks a lot
Sir.. your lectures are simply amazing👏👏👏
So hppy to hear as always
Sir you are just amazing, your way of teaching amazed me . Thank you sir 🙏☺
I really liked this lec🤗thank you sir for making it easy to understand and clear video.
Nice class and simple lectures sir, it is really helpful, i learnt a lot from your class... 😊😊 thanks for teaching me,i enjoyed learning with you....... waiting for the next energetic class 🤩🤩🤩
Thanks a lot i m so hppy to hear from u
Nice class
Easy to understand it👍
Thnk u
Really very understable explanation thank u so much sir💯💯🥰
Thankyou sir for smiplification of this boring biomech. Subject👍👍👍👍👍👍👍👍👍👍👍👍👍👍
Energetic nd amazing lecture 👏👏u make them so interesting nd easy to learn. TYSM😊God Bless 🙌
So glad to hear...thanks a lot
Very easily explained 😀 waiting for dynamic stability video sir 😊
Thnks a lot....will be uploaded today eveining at 4;30
@@TonysTutorial tnqu sir 😀
Great explanation sir.keep going
Thnk u
Good lecture 🙌🏻
Thnk u
Excellent class sir..👏👏
Thank u
Amazing lecture 😍😍
Thnk u
Thank u
Great explanation. Thank you sir.
Great explanation sir
Thnk u
Nyc explanation sir very understandable 👌
So glad u liked it
Super explain sir 👏👏👏
Thanks and welcome
Really helpful video sir ❤️
Amazing lecture sir💯💯
Thnk u
This vdo is answer , why after stroke shoulder joint is subluxed?
Very good!
Thnk u
Thank you sir. How do we do a resultant as you mentioned in the video?
Your biomechanics sessions are of great help for me. Will you also upload videos on differential diagnosis and special tests of medical conditions of the joints?
Nicely explained 😊
Thanks a lot 😊
Great class sir 👏 💯
Thanks a lot
Well explained sir 💯
Tnk u
Superb class sir
Thnks a lot
Great class
Thnk u
thankyou soo much sir , it was really helpful :)
Most welcome...good luck to u
well explained sir👍💯
Thnk u
Sir plz upload sternoclavicular and acromioclavicular video its very important and very confusing topics most students confusing plz upload us
Please make a video on how to find out resultant force from parralelogram method in biomechanics
Goooooddd❤️👍
Sir what is the answer for biomechanics of shoulder abduction?
Thank Alot Sir🤗🔥
Most welcome 😊
Can you explain biomechanics of Gait and posture?
Nice class sir💯
Thnk u
Sir canu please teach how to resultant force....
Regards
Thanks a lot sir 😌
Our faculty taught us that deltoid, long head of biceps and tricep act alongwith rotatorcuff interval capsule in static stabilization. Now I'm confused.
Nice class sir
Thnks a lot
Amazing
Thank you! Cheers!
Thnk u so much sir ♥️🥺 for making it so easy .......love ur way of teaching
sir please make video on how to find force components fx fy fr
Plss upload videos of posture and gait 😢😢😢😢😢😢😢
Sir can you please send notes about static
Hello Sir. Great learning from you.. Please throw some light on few points.
1. You said while explaining static stabilization that muscles are inactive in anatomical position as to conserve energy. No electrical activity in them. But how this is possible, muscles are always having an inherent tone and a certain level of electrical activity is going all the time.
2. In loaded scenario say 10 kg in static arm position, you said only supraspinatus is active, again this should not be the case. Supraspinatus size and mass suggest its not for managing loads, in that scenario, majorly trapezius will come into play, along with many other muscles. Your views please. Thank you.
thank you...seems u have a great knowledge in. this. May I know what u doing, before answering?
@@TonysTutorial Thank you.. would love to interact and learn. Can i write to you via email ?
@@shailkumarjain of course you can or you can contact me via instagram or even via my website: www.biomechanicsworld.com
1.The inherent tone in the muscle that you are referring do exist but its not something that you we can measure all muscles are electrically silent and don't show any activity until an action potential arrives or they are triggered.The inherent tone of a muscle is not due to the active tension generated in it but due to passive and non contractile elements.
2.We speak not in general but our discussion was specific with shoulder complex. And the statement about supraspinatus is correct during static state and is clinically evident too, of course trapezius and many other muscles can contribute when we consider body as a functional chain but when we consider the stabilisation role in shoulder its just the muscles around shoulder and in particular supraspinatus is considered. And role of supraspinatus and notion of static stabilzation by it is supported by clinical findings of shoulder subluxation evident in stroke patients at rest or when no work is done.The functional position of supraspinatus as well as its greater contribution to the shoulder stabilization via compression by the Fy component of muscle states its role and significance of its weakness( dynamic stablization video explains the concept)
good luck
good ideas
great thoughts
Even then we cannot understate role played by serrates anterior, trapezius or any muscle surrounding shoudler. Our aim is to make this less complicated for understanding of students...more studies are needed to either rule out or support any further notions....Trapezius and Serratus anterior work synergistically to provide upward rotation of scapulae, upper trapezius and levator scapulae supports against downward rotation etc.
But above said activity is what that happens in shoulder complex,but when shoulder joint (refers to only glenohumeral joint) stabilisation is only function of supraspinatus in STATIC state.
The conceptualisation stands different for shoulder complex and glenohumeral joint
Thanks alot !!!!!😊😊
Thanks a lot
🙏 thank u sir
What is incongruent joint? Sir
Incongruency means theres no proper atriculation between bones that forms the joint. For instance in GH joint the head of humerus is large as compared to the glenoid fossa. That means only a portion of head can atriculate wth fosss. If fossa was large to accomadte head then it would have been a congruent joint
Thank you sir
Sir, what is subluxation?
Subluxation is the partial dislocation of a joint. Thts the joint has not completely disclocated and got into out of place but still its not in normal position too
Sir plss plss provide notes sir
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❤️❤️❤️❤️
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*Hand written notes 👇*
Hand written notes of all videos of SHOULDER COMPLEX (By Tony's Tutorial) are available.
Dm me
Book reference
Which book you are follow for biomechanics of joints
Can't understand what you're saying...try to give up that fake accent...
Sure will check on that...sry for inconvience
Good lecture 🙌🏻
Thnk u
Nice class sir👍👍👍
Thnks a lot
Nice class sir
Thnk u