Biomechanics Lecture 9: Knee

This lecture covers knee biomechanics and discusses common pathologies.

[@mrigayaagrawal9736]

I am a physical therapist myself and use to teach kinesiology too: love the way you explain things with so much clarity ,

[@RehabScience]

Thanks so much for the kind comment and feedback!

[@jenniferboyd5651]

Thank you for explaining things in a way that I can understand. Love your videos and appreciate you posting these lectures.

[@RehabScience]

You’re welcome! It’s so great to see people enjoying these lectures and my rehab videos!

[@Su-ks1qb]

Not even a body worker here but I’m finding all this very interesting. Any athlete would benefit from watching these lectures.

[@RehabScience]

Thanks for watching them and for the comment. I’m glad you are finding the lectures to be helpful.

[@sagaragarwal369]

Thankyou for uploading sir long waited for this one

[@RehabScience]

You’re welcome!

[@DavidBertossi]

Great, thank you! Waiting for the ankle lecture :)

[@RehabScience]

Coming soon!

[@nilupulperera]

Really useful video. Thank you very much.

[@RehabScience]

Glad it was useful!

[@thejulianno6809]

Enjoyed it .

[@johnsondevendran3194]

Thank you so much for giving free knowledge which is latest and science based & you have any course?

[@RehabScience]

You're welcome!

[@minahilsaeed2201]

Thank You Sir Thank You Please make a video on physio management of cemented bipolar hemi arthroplasty of hip.

[@maxwellashcroft6942]

the thing about hitting somebody in the back of the leg made me audibly laugh lol

[@RehabScience]

Haha! That's awesome!

[@arontesfay2520]

I knew a kid in elementary school with somewhat severe Genu Varum whom I played soccer with. He had deadly precision with the ball (especially taking shots). I've also noticed several professionals in European leagues have varying degrees (pun intended) of the condition. Perhaps it offers some benefit in ball control and/or shot accuracy?

[@RehabScience]

It’s definitely a possible that this change could have benefits with certain tasks or activities. We see that with other anatomical changes in the musculoskeletal system.

[@elifmelif1865]

Thank u😊

[@RehabScience]

Welcome 😊

[@1.haseeb]

Please upload manual therapy lectures and teach hands on mobilisation

[@RehabScience]

Will do!

[@youreworthyourweightinavoc7189]

13:40 - oh so the dynamic Q angle may help to explain why women footballers experience such a high ACL injury rate? As in, they already have a higher base rate Q angle, then the sport-specific movements players undertake during play adds another factor of risk. Have I understood that correctly?

[@RehabScience]

Yes, exactly. Females have a naturally larger static q-angle, which isn’t great in terms of predicting injury risk. The dynamic q-angle, which is more relevant to sport, serves as a better predictor of injury risk.

[@youreworthyourweightinavoc7189]

@@RehabScience Thank you!

[@Flyerviitorul92]

How is hip unstable...? I know it's more mobile but I never seen acetabulum out of socket )))

[@RehabScience]

These are rare and only occur in high force traumas like car accidents.

[@Flyerviitorul92]

@@RehabScience Yes Yes, Hip is stable! thank You! Wow! You answered! :) Thank you so Much!!!!!!!

[@MetalTPS]

Thank you from Thailand

[@RehabScience]

You’re welcome!

[@joechen892]

Nice

[@RehabScience]

Thanks!

[@Flyerviitorul92]

Physio's were able to predict injury in 51% of valguses...this means that it's irrelevant?

[@RehabScience]

I wouldn’t say irrelevant, but a less powerful predictor than we once thought.

[@jean-noelchouez811]

Dommage que l'on ne puisse pas traduire en français. Merci

[@vavvokilluminati]

apprends l'anglais mouton