The NO-cGMP pathway

[@zeynepsudeyesiltas1656]

I couldn't find enough information and explanation in our own documents but I clearly understand the topic and process now! Thank you for your time and work!

[@saumyaranjansatrusal764]

Very nicely explained..with adding the real structures of the molecules.

[@animatedbiologywitharpan]

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[@GAMER20Aayush]

I CANT THANK YOU ENOUGH THIS ACTUALLY SAVED MY YEAR THANK YOU SO MUCH

[@animatedbiologywitharpan]

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[@horimiya7290]

Wonderfully explained and succinct!

[@animatedbiologywitharpan]

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[@Wkwkwl7838]

Nicely explained thank you so so so much

[@animatedbiologywitharpan]

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[@rathodrohan1263]

Best video at all ,that I looking for, greeting..

[@animatedbiologywitharpan]

Please share with friends

[@nola5225]

Great video! Very useful! Thank you

[@animatedbiologywitharpan]

Could you please help me by sharing my contents with your friends group/ college group. I put huge efforts in making these videos but unfortunately not a lot of people are watching this.

[@pianoexpert123]

at 6:25 you said the smooth muscles relax (dilation), but at 6:35 you said NO works via PKG to allow smooth muscles constriction. can you please clarify?

[@diepnguyen-xg7yn]

Very nice explanation, Sir!!! Thanks so much!

[@animatedbiologywitharpan]

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[@purpleheart3064]

Nice video... cell signaling is a large and complex topic ...but this made it easy to understand 👌

[@animatedbiologywitharpan]

Checkout the entire cell signaling playlist kzbin.info/aero/PLKtiwIJ8Q7rpHOuU0EN_zqtXwOmTINIMk

[@purpleheart3064]

@@animatedbiologywitharpan 👌👌

[@purpleheart3064]

Unacademy?

[@animatedbiologywitharpan]

It’s free KZbin playlist

[@fathimaraihana2899]

Really superb..no wrds to say thnks

[@animatedbiologywitharpan]

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[@jyothikoppula5853]

Nyc explanation ...Thank u

[@animatedbiologywitharpan]

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[@humanbeing3177]

It is superb. Thanks a lot

[@animatedbiologywitharpan]

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[@atharvigupta4250]

could you share about erectile dysfunction through this pathway too?

[@wamiqfarooq7401]

I love you man.

[@animatedbiologywitharpan]

In order to make high quality content consistently, we need support from you. Please support us by using super thanks option. Super thanks icon is present below the video ( a heart sign with $ in it ) . You can support using paytm/ phone pe/ gPay / paypal. Your small contribution means a lot for us.

[@immadisarojini2775]

Your videos are wonderful

[@animatedbiologywitharpan]

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[@animatedbiologywitharpan]

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[@rahmaayu6877]

in smooth muscle cell, is there any guanylyl cyclase take action for cGMP forming??

[@fepifig]

I dont know in english, but: fosfodiesterase tipo 5. It turns GMPC into GMP. its also inibited by Viagra (sildenafil)

[@joyganguly6834]

The NO that diffuses out across membrane,bound to guanylyl cyclase of the target cell, which helps in formation of Cyclic GMP from GTP, and later the Cyclic GMP play its role as second messenger and so on.

[@emanagoory5282]

Many thanks

[@animatedbiologywitharpan]

Could you please help me by sharing my contents with your friends group/ college group. I put huge efforts in making these videos but unfortunately not a lot of people are watching this.

[@emanagoory5282]

Yes with pleasure

[@abhijeet3664]

Sir please do a review on Question Paper as less time is available Or make Question Discussion Topic Wise

[@dentist778]

Why Nitric Oxide drug cause tachycardia and how?

[@pianoexpert123]

doesn't an increase in calcium lead to contraction?

[@SuperYaniv12]

Thank you so so much!

[@animatedbiologywitharpan]

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[@salmanah2518]

Please iam need lectures or references for postgraduates PhD students

[@salmanah2518]

Where is the presentation

[@dipshikharoy3757]

Great 👌

[@animatedbiologywitharpan]

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[@HT.100]

GQ or GS receptors?

[@animatedbiologywitharpan]

None actually...cGMP effect depends on the expression of a cell-specific cGMP-receptor protein in a given cell type

[@aupsornsawansiriphanitsaku8054]

Thank youuuuuuuu

[@animatedbiologywitharpan]

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[@Diksha_Science_connection]

Thank u Par kya aap hindi m bhi video upload kr sakte h plz

[@animatedbiologywitharpan]

I would try....my Hindi is bad

[@Diksha_Science_connection]

@@Calcuttadiaries717 ham koshish karenge☺

[@ameenullah3584]

Plz tell source name sir

[@animatedbiologywitharpan]

Molecular cell biology by lodish

[@prabhrit]

So nice

[@animatedbiologywitharpan]

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[@psandbergnz]

@@animatedbiologywitharpan, at 2:57 minutes you say: "the smooth muscle cells are innervated by several blood vessels." You do realise that your statement doesn't make any sense, don't you? Blood vessels don't innervate, nerves do. Your video doesn't show what causes the release of ACh to stimulate endothelial cells to make NO. So, how does the endothelium "know" when to make and secrete NO?

[@animatedbiologywitharpan]

@@psandbergnz Thanks for the criticism, I meant to say smooth muscles are innervated by blood vessels (ya after listening to 2.57 it sounds a bit stupid biologically). Maybe I would make an elaborated video on this topic, it was just an overview for broad audiences.

[@animatedbiologywitharpan]

@@psandbergnzSandberg your feedback is valuable and it would help me to improve the content in the future. thanks again

[@soniaoghroro]

❤️❤️❤️

[@animatedbiologywitharpan]

Could you please help me by sharing my contents with your friends group/ college group. I put huge efforts in making these videos but unfortunately not a lot of people are watching this.

[@Sk_775]

I didn't get much 😒

[@animatedbiologywitharpan]

Sorry to hear that

[@Holypikemanz]

Cant understand your goofy af accent.

[@eintroll8792]

Cry baby

[@TanTan-ch3vq]

One error for acetylcholine injection is not intra muscle cell injection, it is intramuscular injection

[@animatedbiologywitharpan]

its just a cartoon, and emparical drawing. but thanks for pointing out. we will try to be even more accurate next time