Could you please be very kind and tell me what would happen to potency in case of using non competitive inhibitor? Is it since the green curve is on the right of the blue curve, as the desired effect goes up (y axis) the lesser potent the green curve gets?This was my first understanding, but I read in some other sources that potency = EC50 and non competitive dosen't change the potency.
Your videos accomplish in 5 minutes what I have spent hours and hours in textbooks trying to learn! Thank you!
Thank you!
From someone studying for anaesthetic exams - these videos are fantastic.
Thank you so much for making and sharing these videos!
I'm always confused in both definition, but now I'm understand very well, thank you so much 🙏🙏🙏
You are a time saver!
Thank you so much for everything you put in these videos
thank you so much!! this was easier to see. Your graphs and explanation was very helpful. Other graphs were poorly done.
You’re videos are amazing. Lifesaver!
nice description for agonist dose /response curve thanks
I love the way you explain things. Thank you.
Awesome video
MUCH LOVE ❤
i like the way u make things easy and clear.10q!!
U cleared every concept so well
best pharmacology explained youtube videos. #thebestinyoutube
That was amazing,thank you very much
👏👏👏👏👏
great explanation
You make is so simple, thanks.
That was very very well explained....thanks a lot...
THANK YOU!
Thank you!
Very helpful thank you very much
Perfect! Thanks!
Wonderful videos.plz for partial antagonist too
You are awesome 😍
brilliant !!!!!!!!!!
your are great, excellent master in explanation 😍😍😍
Great💜💜💜💜
you are so much help
Very helpful thank you
Could you please be very kind and tell me what would happen to potency in case of using non competitive inhibitor?
Is it since the green curve is on the right of the blue curve, as the desired effect goes up (y axis) the lesser potent the green curve gets?This was my first understanding, but I read in some other sources that potency = EC50 and non competitive dosen't change the potency.
love this
You are magnificent
Thank you
;)
good job:)
Great!
Shouldn't the slope of the 2 curves in the first graph being the same?
Great
1:47 the dose? or the concentration?
+Logan Jarrell Using concentration in this example.
Logan Jarrell consentration
👌👌👌
Were your eyes bothering you?