Agonist, Partial Agonist, Antagonist and Inverse Agonist for Receptors

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Video Summary:
When you open a tap to its maximum you are agonist. When you open it partially, you are a partial agonist. If some bug is there on the tap preventing you from doing anything with the tap, that bug is the antagonist. And when you close a leaky tap, you are an inverse agonist.
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Chapters
00:00 Intro
00:20 Analogy of Tap
01:21 Receptor
01:35 Agonist
01:41 Partial Agonist
01:52 Antagonist
02:03 Examples
02:35 Inverse Agonist
03:34 Example of Inverse Agonist
04:47 Summary
Dr Vipul Navadiya
DISCLAIMER: This video is for education purposes only. Although every effort is made to ensure the accuracy of the material, viewers should refer to the appropriate regulatory body/authorized websites, guidelines, and other suitable sources of information as deemed relevant and applicable. In view of the possibility of human error or changes in medical science, any person or organization involved in the preparation of this work accepts no responsibility for any errors or omissions, or results obtained from the use of information in this video.

[@ryandeson]

Great, awesome explanation and also cool animations! Indeed perfect, thanks so much! XD
I will show your video to my friend and explain it the same way later. (I will translate for him as he doesn't understand english). Ty again!

[@NonstopNeuron]

Thank you 😊

[@arifhusain3926]

And whenever I touch with tap I remember agonest, antagonist

[@bodbenjamin5582]

Couldn't find a better explanation than this one. What a fantastic job! 👏😊

[@NonstopNeuron]

Thank you 😊

[@shahadyagoub5143]

Dude you are amazing like you are from an extraordinary level 🙏🏽🙏🏽🙏🏽🙏🏽

[@NonstopNeuron]

Thank you so much 😀

[@signaturemove1976]

Outstanding lecture , point to point.🤗
From today I gonna think about agonist antagonist ,partial agonist ,and inverse agonist when ever I operate a tap

[@mat_gage5185]

I was struggling to fully understand receptor reactions, but your analogy was quite clever while still simple, thank you.

[@michellegift8557]

You made these concepts so easy to understand, thank you so much

[@NonstopNeuron]

Most welcome

[@angelaeickholdt1638]

This is the best explanation I've found. Thank you, I feel like I understand this concept now.

[@hennabadwal5163]

This video made my day! I was struggling in grasping the concept but such a simplified explanation saved my time! Thank you Sir!

[@j3nnifert]

wow this is absolutely amazing. had a lecture on this but the lecturer explained it in such a complicated way, I couldn't understand how inverse agonists could cause a negative response. such a great analogy, instant subscribe from me!

[@ayran2226]

Your video was very self-explanatory. It helped me so much with understanding the concept. Thank you very much!

[@tembomartin4184]

Excellent Explanation

[@emydan]

Absolutely love this. Thank you for making it easy. I am subscribing and following.

[@user-fg8si6ru3b]

This was amazing! Thank you!!

[@DrAlexVasquezICHNFM]

I’ve been through three doctor programs and that was the best and only time this concept has ever been explained well

[@wenha2937]

This is an amazing explanation of agonists and antagonists. Well done!!

[@user-vu6fb5fc8i]

Great Explanation,Now it'll be very easy to remember. Thank you

[@ankurkotecha9597]

Brilliant! Thank you very much!

[@pratikkudwalkar5923]

Subscribed! That was awesome! Understood each and every word

[@cc1912]

Thank you for this, especially the explanation on inverse agonists, the definition of which always escaped me.

[@fd_unger]

Thanks so much for explaining these concepts so easily!

[@user-gy8xn5le6i]

Thank you so much
Great explanation ❤

[@thebiglagovski139]

This is the best explanation of inverse agonist. Thank you. 👏

[@dryashmaharaj1345]

Love your explanations! Thank you!

[@suellenmay2624]

Love the analogy!

[@abhijitsalve4479]

Very nice method of expiration

[@iamtree6924]

perfect analogy thank you

[@tanyakhan1985]

Thank you so much for making the information easy to comprehend. God bless you

[@kelechionyejiaka560]

wow! this is superb! I finally understand! Thank you soo much !!

[@saymarahman374]

Thank you so much for the very vivid explanation!

[@thewholehealthlab]

amazing analogy, thank you!

[@marcdenlinger5282]

VERY clear! Great job on the video!

[@isabelvelascoaranguena4979]

Great video and great analogy. Thanks for this!!

[@pranav.-.]

OUTSTANDING; LOVED IT🥰

[@alizahabib520]

That was such a great analogy. Thank you so much for creating such useful content :)

[@yafoor4660]

Bro, this is one of the best explanation of this confusing terminology.

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Love this video, well done mate.

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This is extremely fantastic 😍 the way u explained is literally mind blowing....
Keep doing so. ♥️

[@sadekhossen8745]

This is an amazing video to understand the very important term in pharmacology. Thanks a lot

[@deniseconner3499]

i so appreciate this!! Perfect!!

[@TamilBoysYT]

Explanation is good.

[@udayakumarsajeevini2821]

nice and wonderful explanations

[@Maran2623]

That was a perfect explanation! Thank you!

[@imaginationplay7342]

Thank you, the tap analogy made it so simple

[@Gigahertzzz]

Thanks for this bro

[@dwipbasu4069]

Amazing lecture!

[@MN-ti3nq]

You gave an amazing example! Thanks

[@LucIndustries]

Amazing explanation my guy

[@ranbirsadeora2398]

Awesome. Thank you for explaining. Sir, you made my day.

[@meriemmam9660]

Perfect 😍 thank you !

[@thog2944]

Wow! Simple to understand and easy to remember analogy. Thanks so much.

[@denieserhodes7184]

I finally truly understand. Thank you so much you are a wonderful teacher.

[@drakshatakalyani6199]

Wow it was amazing and so simplified. 👏👏👏👏👏👍

[@siddhi.d5364]

Best explanation 👌thx!

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Thank you for making this educative clip.

[@CC-cd1en]

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wow...simply superb

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thank you for this amazing explanation

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[@mahbubamaria1742]

Thanks A Lott Man🎉
Best explanation

[@challengez613]

amazing analogy

[@jelaniegapas7213]

amazing explanation!

[@saadkhan-ud5id]

Thankyou so much sir...
for making this so easy

[@TheDJRiffin]

Excellent explanation 👌

[@menakhalid1697]

So helpful thank you

[@Sion4yhwh]

great explanation!

[@Abdulmubinhassan]

Thanks 👍 bro Appreciate it. Again thanks to you i totally got the concept

[@neurosciencegirl]

This definitely helps - you've made it so simple! Thank you :)

[@alimenhem3348]

Thank you easy explanation

[@youngforever9381]

Thank you very much!!!❤

[@fellainblueey]

this is so, SO helpful!! Thank you for this amazing analogy :)

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[@maimahdi7373]

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[@micheala3352]

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[@NonstopNeuron]

Most welcome

[@omarb2653]

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[@lenam6559]

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[@saiashirwadpatra9003]

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Thnku sir ❤

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[@NonstopNeuron]

Welcome

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You're an excellent teacher!!

[@user-oc7fw9xm2j]

Seriously we are having exam tmr ...becz of u I understood very well....dude what a comparison... u made a easy way to understand PPL ...thank you 😄

[@kadir8833]

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[@NonstopNeuron]

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