Pharmacology- Autonomic Nervous System ANS Cholinergic and Adrenergic Receptors!

CORRECTION:
M3 action on ciliary muscle of the eye causes cyclospasm(spasm of the ciliary muscle to adjust the lens for near vision) NOT CYCLOPLEGIA (which is paralysis of the ciliary muscle by Atropine or Ganglion blockade) .
Autonomic Nervousn System Pharmacology Introduction
Sympathetic and Parasympathetic Central Outflow
Preganglionic and postganglionic neurons
Neurotransmitters of ANS
Acetylcholine, Norepinephrine and Epinephrine
Receptors of Sympathetic and Parasympathetic Nervous system
Adrenergic and Cholinergic receptors
Muscarinic and Nicotinic receptor
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[@maryamjaved4144]

So nice..
But M3 receptor stimualtion causes cyclospasm(which is contraction of ciliary muscle leading to accomodation for near vision)not cycloplegia(it is paralysis of ciliary muscle caused by atropine leading to loss of accomodation).please confirm that..
The way of teaching is nice❤❤content is also good..

[@MedMadeSiriuslyeasy]

Yes! You’re right.
It causes cyclospasm on M3 stimulation while when the M3 stimulation is withdrawn by ganglion blockade say or by Atropine, that causes paralysis if the ciliary muscle leading to cycloplegia.
Blurred vision will be there in both cases.
Thank you for the correction!

[@MedMadeSiriuslyeasy]

I will pin this comment for others to see.

[@brysenelliott2527]

I guess it's kinda off topic but does anybody know of a good site to stream newly released series online ?

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[@sakthipriyakurmapu9383]

some very important points which are usually missed, are explained so well with emphasis here. thank you, miss.

[@Littleionyoutube]

Really appreciate your effort and the way you explained.. understandable and useful. May God bless you.

[@doctorsunilkumar9214]

After watching full video, it was amazing

[@monikasharma-ik6vo]

Life saver lecture.. Nice explanation😄😄

[@tariquelashari2269]

Thank u so much maim for such admirable lecture ....💕

[@akshaydewani2115]

Your lectures are so wonderful esay to understand😊

[@vaishnavigayakwad660]

Thank you so much Mam...Ur explanation is Excellent...

[@Chandlerbing54]

Thank you ❤

[@mrhb9033]

You have wonderful potential.. i suggest you to make complete pharma lectures, following a partucular book like lippincott, unit wise with separate playlist.

[@akshithaganeshkar609]

Such a beautiful presentation....tqsm for making this concept super clear..
But maam,
Beta2 receptors are present in the eye which causes increase in aqueous humor and further increase in intra ocular pressure.

[@prarabdhasudame2039]

Really good explanation

[@moafku-xoogle8376]

Thank you so much Drs wlhy you are the best one

[@moafku-xoogle8376]

Well explanation and we'll understood ❤️❤️❤️

[@jigarsolanki2499]

Thank you.

[@sushantochakraborty4585]

Thanks Dr.

[@abidindicle8882]

excellent details mamosteye heja:)

[@haleemasadia9981]

EXCELLENT LECTURES !

[@MedMadeSiriuslyeasy]

That’s kind.

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[@tooba1819]

Hi! I thought the autonomic nervous system fell under the Peripheral Nervous System? Is that irrelevant?

[@nawalmansur3247]

Can you kindly upload chapter wise lectures from Katzung ?

[@aaish771]

Plz make more vedios with such content on pharma

[@crazyman5027]

Very nice explanation mam

[@musikaaffection8570]

Thank you soo much mam ❤

[@shiwalikaushal9718]

Please can i get the photo of 4th page

[@tariqpkk7661]

Quite helpful content👍please do lecture videos on CVS .

[@MedMadeSiriuslyeasy]

Insha Allah

[@osafanmenighodaro6789]

Thank you ma

[@akshaydewani2115]

Make general pharmacology lectures

[@im_ur_eudora9938]

Can i point out something ? ANS is under peripheral Nervous System, not CNS.

[@surendraponnana7277]

👏👏👌

[@dr.kumarideepshikha2263]

Very nice lecture

[@MedMadeSiriuslyeasy]

Thanks for liking

[@wasimshahkhan9047]

❤️

[@neddalnassr2117]

Sister
Can you provide these lectures as pdf file for me

[@MedMadeSiriuslyeasy]

Hey! You can purchase the notes via the links available in the about section of the channel

[@mohikabansal8739]

Hello mam
In the last example , why not m2 receptor agonist ..as it will cause decrease in HR and BP?why would we go for m3 agonist? Please clear my doubt...
You teach so well..its a great pharma series..thanku😊😊👌🏻

[@mashalahmad4705]

M2 receptors act on heart and thus decrease the overall activity of heart . We don't want bradycardia, we want a normal heart rate with only decrease in BP which could be achieved by blocking alpha 1 receptor on endothelial cells alone. As for M3 agonist she already explained all those side effects.
That's what I think, I hope it's right :D

[@mohikabansal8739]

Thanks👍

[@drshivmani1748]

Oo

[@doctorsunilkumar9214]

Please can you go slowly next time

[@khalidsamim1353]

Plaease improve the graphics