ADH secretion | Renal system physiology | NCLEX-RN | Khan Academy

[@the__black__box]

never knew my brain had a ball sac, that's so cool.

[@basslineur3965]

Soo coollll

[@khanacademymedicine]

Yep. More water means more volume in the circulatory system which leads to more volume entering the Right atrium. That means that the Left ventricle will get more blood filling it in diastole...and that increases preload. More preload leads to a higher force of contraction, and higher blood pressure! =)

[@zahraamahmoud5661]

khanacademymedicine Please have pdf of your lecture please sir🤗💙✨

[@MrKevinAhmed]

You are the best, finally after 25 years with DI i am starting to understand my condition.

[@josephdemarco596]

I look up to Rishi , although I am studying to become a registered nurse I would love to be a nurse practitioner and one day become just like him =)

[@khanacademymedicine]

Joseph De Marco My name is Rishi Desai and I work at Khan Academy. If you're willing to share a bit about your experience as a nursing student, please send us your email address so we can reach out to you. Thanks in advance!

[@nellyhoffman6194]

You are the best Rishi God bless you man !

[@meaghann374]

I'm an NP student & your videos are my go to for studying for my advanced pathophysiology class, I am a very visual learner. Thank you for your wonderful videos! :)

[@swiftkarma4436]

Great video. I'm in NP school and this helps breakdown my textbook after I read. Your voice is easy to listen to and is very clear. Thank you.

[@therainbowbun]

I'm watching this before my Biology test on hormones :D!

[@caseychan83]

Love your videos!! they have helped me a lot through nursing school!

[@FistpumpingToMozart]

Did he just start that off with 'I'm not a great drawer'? :P dude, I'm sure there are people here who would seriously disagree with that statement!

[@parulchaudhry8912]

Brain Osmoreceptors are in SFO (subfornical organ) and OVLT (lamina terminalis)

[@jf0629]

You do a great job explaining everything! Thanks!!

[@jaimecotillo978]

It was amazing! thanks for share your knowledge!

[@rosegold2969]

Voice is soothing 🤤🤤

[@정혜승-y2c]

I have a question. I understand the process of releasing ADH and how it works on. But my question is if ADH is released from our brain, posterior pituitary, how can they get to the target cell like renal tubule or the place that ADH really affect. I just guess that all hormones get to the target cell through blood so ADH do so. Is it right? Don't they go through any other neurons (nerve cell) or other cells??

[@FunkyMonkeyGeo13]

Thank you so much! Your videos were unbelievably helpful :)

[@5hermite]

thanks for taking your time to share your knowledge. Really appreciate it. I was looking for a way to download these awesome videos in my phone. Thanks again

[@clayjak2102]

helping me through covid and online learning, thanks!

[@rraacchheelleelliizz]

Thank you, absolutely loved this !!

[@KathysFlog]

Very clear, thank you. Researching the causes of Diabetes Insipidus.

[@christoffheunis]

Very good lecture! What program are you using? And are you using a stylus or type of tablet connected to a computer?

[@7Blaize]

Great video!! Can the stimulation of ADH also be due to a decrease in water levels in the body, as well as an increase in Na+ amounts in the body?

[@sumayaomar4560]

Yes, that's what a high osmolarity covers

[@MasteringGermanexams]

انت رائع يا ريتشي استمر الى الامام .....لسوريين يجطو لايك هون انا شايف الفيديو اول واحد بسوريا

[@marym8588]

Thank U so much

[@kevinkhang9199]

Thank you so much, you make things more simplified than my tutors, cheers man,

[@nadeekaranaweera2244]

Great explanation....

[@carolclark5776]

I never got this in nursing school so hey not so much exterior noise evil exes poverty all that so am studying at my leisure, thankyou for affordible opportunity.

[@thamermohammed2032]

thank you very much .. that helps me alot

[@bunnyvlogs9303]

Increase Osmalrity Or decreased body vol potent stimulus for adh release

[@thealldaypker]

At 9 minutes you say we don't know where the osmoreceptors responsible for ADH secretion are, in Guyton and Boron and Boulpaep it states that they are in the Hypothalamus and are called SFO (Subfornicle Organ) and OVLT (Organum Vasculosum laminae terminalis). Your welcome.

[@lailahicks5494]

thanks a million, so clear!

[@queenette7]

thanks sooomuch, really helpful

[@yazmindeebayram]

So when the baroreceptors detect low BP ADH is released, got that (really well actually thanks for this!!), but how does increasing water in blood increase BP? is it because volume increases? cheers

[@vwziful]

Can u please explain what are neurophysins and where re they manufactured , kept , released in relation to ADH

[@LostLittleSoul84]

which program are you using for creating your videos?

[@marelismorejon4907]

Thank uuuuuuu, why my a&p professor can't explain it like this 👏👏..... I love all your videos

[@mynnzero]

Brilliant!

[@XHUMBITO1]

GREAT, GREAT.

[@shelleywell1]

thank you

[@ayalcin1960]

Thank you; excellent:)

[@chempanda6388]

nice review video!

[@Cloudy2clarity]

IS ADH production stimulated from spruaoptic nucleus or PARAVENTRICULAR nucleus?

[@LostLittleSoul84]

As I know its both :) But the supraoptic is the main producer.

[@magedabdelfattah8190]

From the supraoptic nucleus

[@owaisnaseer713]

How atrial distension causes adh release?

[@AbirHasanDipu]

I am a student of computer science. And here I am enjoying Physiology. Thanks.

[@CbarMiiXaaS]

Get out reeeeeeeeeee

[@caribaez5711]

good ;3

[@micgreen2709]

wild

[@sunrisemoochy5123]

it looks like a ball sac, lmao srry maybe itll help you remember haha!

[@peacexoom4936]

I thought that too lmao xD

[@peacexoom4936]

It looks like an ass too lol

[@fredlee9362]

Sunny Moochy lol but it seriously does tho haha

[@stephaniekelly8710]

Can you help? How does Antidiuretic hormone (ADH) regulates the formation of concentrated or dilute urine. How does an individual with diabetes mellitus having chronic hyperglycaemia affect urinary output/fluid balance?

[@_a_butterflyy376]

if there is less water intake then there is increase in osmolarity that leads to activation of osmoreceptors and there it release agh..so it gives d concentrated urine out.. dilute urine out simple d reverse in chnging increase in water intake decrease in osmolarity and no activatn and no release..

[@SuperMrHandsome]

Wow....

[@aliyakhan5634]

how does SCLC secrete ADH in SIADH?

[@s2dreaming]

I wish he was my prof...

[@geraldinvalencia5272]

Can I put spanish subtitles?

[@طنطلطيفة]

💖💖💖💖

[@plf4um283]

i have adh and ocd

[@dhanakkainaat902]

Don't the arteries take the hormones down the body?

[@keemp1273]

Dangg, Pituitary thick

[@juandavidcuadrado1990]

quiero likes

[@leroidesabricots]

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[@margaritadamai5450]

Watching in 2021?

[@zaidabdullah6183]

I am watching this because i pee a lot

[@sharfuddinmohammed77]

Osms? Can't you just say osmoles. Salty? Really what about increased concentration in a burns patient? Is heamoconcentration still due to increased salt huh? Are you teaching kindergarten students brother?

[@claudiavillalobos8032]

thank you !!!

[@LolSmilez4]

Thank You