This doesn’t make any sense. At 9:30, if the purple motor neuron is activated causing the hamstring to contract, that would increase tension on the tendon increasing the chance of ripping it.
Wrong! The hamstring tendon is on the opposite side of the tibia pulling from underneath and the quadriceps muscles are being relaxed by the interneuron. Remember quadriceps muscles straighten the leg and hamstrings bend the leg. Two different tendons are in operation quad tendon is relaxed and the hamstring tendon is contracted. Hamstring tendon is acting like a brake. Got it?
does GTO functions the same way In eccentric contraction ? like if someone doing chest press take the dumbbells way too down that the tendon might get ripped what happens in that case
You reduce the effect of the GTO by getting stronger (progressive overload). You don’t want to inhibit it by any different way, because then your tendon will just rip off.
Thanks for this fantastic video! I have a question: Does the GTO only measure the tension in its corresponding muscle? Is there anyway that there could be enough stimulus to create an action potential in the GTO (i.e. tension in the tendon) without a corresponding tension in the muscle? Forgive me if this is a stupid question.
Thank you very much for sharing your knowledge! I came to this explanation because I was reading about cramps during exercise (I just experienced one today myself). Would it be correct to hypothesise correlation between collagen supplementation with improving the environment of Golgi tendons and therefore improving balance between excitatory and inhibitory response?
So, what you're saying is I'm not weak, I've just got really powerful GTOs. Got it!
Studying for the NASM and this was super helpful. Thank you for posting this.
The best explanation of the Golgi Tendon Organ - thank you!
Thank you so much it helped me lot ,,
Excellent....I have studied GTO's a few times earlier but this one brings forth clarity with utmost simplicity (explanation). thanks
Saw few videos and had notes.. But ur video helped me to understand!! Great great video.. Love from india
Thank you!
best explanation I ever have heard
Easy to understand!! Clear concepts!!! Please continue making such videos!! It's extremely helpful!
Can’t be better!!!!! THANK YOU!!!!!!I finally got it. 🙏🏼
By far the best explanation
Your videos are amazing and so easy to comprehend.
So amazingly explained ! GOD BLESS YOU SIR
Finally! Someone who nailed it. Thanks a lot.
You are the best at this topic and got the answer I needed right way! Loved your pictures well explained for a test!
This video was such a help to me
Thank you soo much sir
Great video, really appreciate this. Thank you
Awesome explanation!! Thank you so much, I wish I had tutors like this 🙏🏼
you always do the best explanations. please keep up, thank you! med student
You are an amazing instructor. Thank you for your work.
Great visual, vidéo and best explanation Of why and how and what is happening... thank you so much! 🙏❤️
Oh, wow! lightbulb moment for me :) Thank you!
This is excellent observation!
what an amazing video that is ! thank you so much.
Wonderful explanation. Thank you
Well explained. Thank you
Nice explanation sir
Beautiful explanation!
Thank you so much!!!
Amazing explanation
You made it so easy. Thank you
thank you for this video!!!such good explanation
Great stuff!!
Great video!!!!! Thank you!!!
Great video and amazing explanation!!!
Really helpful !!! Thx. Sir
Thank you!
Thank you sir
awesome explanation
Simply best
great video thanks!
thank you
Thanks alot sir.... this video is very helpful 😌
Thank you for the good explanation!
thanks sir
Really helpful, thank you :D
Precise!
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Clearly understood thanks a lot
Thank you.
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Thank you so much!!!!! It's really helpful!!!
excellent
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Ya!
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thanks.
I have a question if that’s okay. Would this be considered a polysynaptic reflex or is there a chance it’s a Oligosynaptic Reflex?
This doesn’t make any sense. At 9:30, if the purple motor neuron is activated causing the hamstring to contract, that would increase tension on the tendon increasing the chance of ripping it.
Wrong! The hamstring tendon is on the opposite side of the tibia pulling from underneath and the quadriceps muscles are being relaxed by the interneuron. Remember quadriceps muscles straighten the leg and hamstrings bend the leg. Two different tendons are in operation quad tendon is relaxed and the hamstring tendon is contracted. Hamstring tendon is acting like a brake. Got it?
Thor Thumb, Just watched the video again, and you are incorrect. Both the quad and hamstring need to relax in order to decrease tension on the tendon.
@@terjeoseberg990 quadriceps and hamstrings are attached to bone by different tendons.
@@terjeoseberg990 You're missing setting then. I'm not wrong.
An Atheist, The hamstring bends your knee. The quad straightens the knee. To release tension on both tendons, both muscles must relax.
does GTO functions the same way In eccentric contraction ? like if someone doing chest press take the dumbbells way too down that the tendon might get ripped
what happens in that case
As gto is putting tension on antagonistic muscle will antagonistic muscle do the same function of quadricep or bicep????
Wow
how to reduce the effect of the GTO receptors...do you know ant exercises or workout
You reduce the effect of the GTO by getting stronger (progressive overload). You don’t want to inhibit it by any different way, because then your tendon will just rip off.
@@manofgod7622 ı dont agree
Thanks for this fantastic video! I have a question: Does the GTO only measure the tension in its corresponding muscle? Is there anyway that there could be enough stimulus to create an action potential in the GTO (i.e. tension in the tendon) without a corresponding tension in the muscle? Forgive me if this is a stupid question.
under normal physiological conditions, it is not possible
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Thank you very much for sharing your knowledge! I came to this explanation because I was reading about cramps during exercise (I just experienced one today myself). Would it be correct to hypothesise correlation between collagen supplementation with improving the environment of Golgi tendons and therefore improving balance between excitatory and inhibitory response?
In short, could collagen improve golgi's tendons functioning?
You're constantly repeating yourself in the video. Everything could've been explained in 60 secs max
Amazing explanation. Thank you.
thanks for the amazing explaination
Thanks so much
Thank you
thank you so much