I wish I could speak and understand english better, I think this video is fantastic and would help me to understand metabotropic receptors... Greetings from Germany :)
when the alpha subunit was inactive, the alpha, beta and gamma are inactive trimer and when alpha gets activated then alpha dissociates from beta and gamma subunits, which then becomes gamma complex. no big deal.
This just helped me so much! Sometimes all you need is an explanation through a video!
Such a helful and easy to understand explanation. Thank you!!
I wish I could speak and understand english better, I think this video is fantastic and would help me to understand metabotropic receptors...
Greetings from Germany :)
Boom! Nailed it!
Waoo.simply wao.best explanation
a very clear and informative video, thanks
Magnifique
great explanation, thanks a lot
Thank yooooou!
This is such a great explanation for this topic 😁
love it. thank you
Glad you enjoyed it!
Good job!
😍
Can small molecule transmitters causes activation of metabotrobic receptors?
thank you
Thanks
Captions? please?
Thanks🌹
Always welcome
thanks
:) good stuff
😍
❤️🔥👏🏼
Good explanation with animation
Glad you think so!
Love you
thanks
thank uuuuuuuuuuuuuuu
thanks a lot
Happy to help
Nice work
Thanks for the visit
Thank u. 😛
You're welcome!
Thank you so much. I am using this for my bio project this is so cool thank you!
Really great video! Even though English isn’t my native language I was able to understand everything very well. Thanks a lot 🫶🏼
GUYS G-ALPHA IS STILL MEMBRANE BOUND.... even if the graph visualises it loose and floating in the cytoplasm it is still membrane bound in reality.
1:03
Que carajo la traducción de español
i like to plei minecroft
and why didn't she call it the beta gamma complex earlier, she mentioned it later and didn't explain anything
when the alpha subunit was inactive, the alpha, beta and gamma are inactive trimer and when alpha gets activated then alpha dissociates from beta and gamma subunits, which then becomes gamma complex. no big deal.
it is just a robot
ughh she talks too fast
make it slower