This video was so helpful, I thank you a lot. I am preparing for my biochemistry exam. Mostly those pathways are written in text-form here in me lectures. But it is extremly helpful to see animations like that to understand it in detail. Thank You for your effort.
This is probably the first thing I’ve just not clicked on im here after not understanding the diagrams in my course material. It’s ok, a lot on my course are stuck on this part too
Medicine school is easy lol. Try bioscience engineering where you actually have to understand everything instead of learning to repeat what mister prof. said.
Do inverse agonists cause the opposite biological cell function to be activated compared to antagonists? Or do they rather cause a more pronounced neutralization of the receptor?
Inverse agonists have their own activity which is exactly opposite to that of the agonist... The antagonist however doesn't have any activity of its own, it only stops the agonist from binding to the receptor
Is their a video that shows more than this level? It’s been done. So is there a video that goes deeper? Comparing it side by side next to the endocannabinoid system?
For all the Future doctors Reading This: GPCR Autoanibodies are really common when you have MECFS (myalgic enzephalomyelitis) They diagnosed me with everything but Never the right illness After i Testes them für 200€ private
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This is the most teasing topic of biochemistry that you made super easy for us in a story form…..a great Thank you ☺️ you deserve more than that.💐
wow i am first year Med student and this was way more helpful than a 30-min lecture!! well done !
one of the best gpcr videos, khan academy was getting a bit confusing
Yup.. closed that video down halfway through
Because you haven't concentrated on that video
Whi se aaya hu 😆
Simple and straightforward. Well explained. Thank you
This video was so helpful, I thank you a lot. I am preparing for my biochemistry exam. Mostly those pathways are written in text-form here in me lectures. But it is extremly helpful to see animations like that to understand it in detail. Thank You for your effort.
Best of luck!
As a MBBS student i was confused about the topic.. but from your video it is cleared
MBBS is nothing. Unani is the real medicine❤
So concise and well explained. Love it.
Wow a perfect video that consists all important information about GPCR and G protein.
Thank you so much ❤
My pleasure!
I spend an hour reading one tiny section in my patho book before watching this thank you so much
Very well explained! Thanks ever so much for the simplification!
My pleasure ❤️
The best vid on gpcr so far.
Thank you for the complement!
Best explanation ever! Thank you so much!
It's a pleasure!
It is simply funny that I am in medicine school and I still hardly understand a word
Us bro
I also failed to understand that's why I'm here.😅
This is probably the first thing I’ve just not clicked on im here after not understanding the diagrams in my course material. It’s ok, a lot on my course are stuck on this part too
Mee too 😭😭😭
Medicine school is easy lol. Try bioscience engineering where you actually have to understand everything instead of learning to repeat what mister prof. said.
It was an amazing video... U made it quite easy to understand the whole process...
Glad it helped!
Wonderful! thank you from Palestine 🤍
Free plastien forever my pro
Love this video so much! Thank you for creating :)
Good explanation in less time.
Grt 💞
Thank you!
Precise and Perfect 🙌
Thanks for the video 🖤
You made it clear and easy. Thanks
Your video clarified all my doubts..thank you so much
Well explanative...
Easily understandable and sweet and short video...👌👌👌👌
Perfectly explained!!!!!!!
Thank you
Sir pls upload a videos on other receptors like ion channel and other
Great work🔥
Amazing really amazing ❤
Glad you like it!
Great video! Thank you very much :)
Pretty helpful. Thanks a bunch!💜
Glad it was helpful!
Do inverse agonists cause the opposite biological cell function to be activated compared to antagonists? Or do they rather cause a more pronounced neutralization of the receptor?
Inverse agonists have their own activity which is exactly opposite to that of the agonist... The antagonist however doesn't have any activity of its own, it only stops the agonist from binding to the receptor
Thanks a lot short and brief
Thank you sooooooo much..... It helped a lot to understand 😊❤️
Glad it helped!
Well done doc ❤❤
Is their a video that shows more than this level? It’s been done. So is there a video that goes deeper? Comparing it side by side next to the endocannabinoid system?
Thank you so much
My pleasure❤️
this is great but what about mechanisms of beta ark and beta arrestin and how GCPRs are recycled?
Thank you sir
Thank you 🙌
Thanks Sir from Pakistan
BEAUTIFUL!
You my G! 😂
thanks got it
This was really nice
Thank youuuu
Thank you so much u made this topic soneasy❤❤❤❤
My pleasure 😊
Best ❤️
Such a nice video✌️
Amazing 😍
I love the GPCR (Great Proletarian Cultural Revolution)
THANK YOUUUUUU
Amazing! Thank you so much
My pleasure!
Awesome!!!
Ty❤
Nice effort 👍
Bro just explained it very well 😂
For all the Future doctors Reading This: GPCR Autoanibodies are really common when you have MECFS (myalgic enzephalomyelitis)
They diagnosed me with everything but Never the right illness After i Testes them für 200€ private
Good
AWESOME
Thank you!
Good job
Damn this is Awesome
👌👌👌
thanks from germany sweetheart
You're welcome 😊
❤
Why Gq protein is called Gq protein?
What about g null
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Nice video but try and take it slowly, it's too fast
Noted!
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odiei 😊
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