Big love to you Armando for your work. Really helping me during my nursing degree and therefore look after patients thoroughly with knowledge. Much respect!
ADH release is also regulated by nonosmotic factors such as nausea, pain, and volume. A low effective vascular volume (10% decrease) provokes thirst and ADH release. These effects are mediated through baroreceptors and some humoral factors released in response to reduced blood flow. This response explains the severe thirst despite hyponatremia seen in heart or liver failure. Other factors, including beta-catecholamines, angiotensin II, and physical and emotional stress, enhance ADH output. *Ethanol* and catecholamines inhibit the output of ADH. Which in part explains why alcohol increases diuresis (makes you pee) and leaves you dehydrated the day after a night out with the guys.
Few unfaithful people like me , had our UG programme in some countries like China , even though the professors were good with knowledge their communication skills are quaint , so we gotta be an AUTODIDACT for most of the time being , these TH-cam universities and apps like osmosis , marrow , Armando Hasudungan will for sure help us out of this glitch ! I owe a great debt to you guys , thanks a ton .
Armando! Great job on your videos! Please keep expanding your video library. I enjoy watching and gain a lot from them. The simplistic break down and (as a visual learner) your visual drawings are a great learning tool. Thank you for you efforts! ... Do you have a video on immunology??? and the clotting cascade???
Great video. I have the AGT gene variation of genotype GG. I am told this often results in holding on to more salt. I want to find a way to not urinate so often and not have a thick layer of soft jiggly skin on top of an above average musculature. My jiggly spare tire is odd looking compared to the rest of me. I'm pretty sure it's my bladder that doesn't let me sleep past 6 hours no matter what I do or don't do/eat/drink. Anybody have any ideas?
When the plasma volume decline does that gonna decline the amount water? And when plasma osmolality increase does that gonna decline the water? In short both of these cases will cause dehydration?
How can I increase the body's vasopressin? I often have to get up to urinate during sleep, which is very painful. I hope to achieve this through supplements or food.
what I don't understand is why does ADH inhibit aldosterone if they are basically having similar effects on the body? our biochemistry professor just gave us that as a fact but didn't explain why, can someone please explain?
Its to late to reply but Look Adh is released for high sodium osmolarity and also hypo volume Means there is already high plasma sodium And aldosterone is responsible to increase pl sodium Hence to avoid hypernatremia it supresis aldosterone
I am a bit confused, so if natriuretic peptide increases GFR, shouldn't that activate RAAS as a defence mechanism, so that it preserves more fluids in the body ?
RAAS is under normal circumstances stimulated by three factors: 1) Sympathetic NE receptors (B1) in the juxtaglomerular cells 2) Less mechanical tension on the juxtaglomerular cell 3) Macula Densa cell has osmoreceptors that sense lower NaCl levels As the natriuretic peptide also inhibits the SNS, renin will not be excreted as much and thus the RAAS won't be activated as a defense mechanism.
🎥 DON'T JUST WATCH, LEARN ACTIVELY! TRY THE QUIZ! 🤓
youmakr.ai/test-playground/questionnaire/673d3951859b9c170836ec3c
Sometimes I feel like I attend the University Of TH-cam
Really true
true!
For real
😁 funny !! True dat !!
really
Thank you, Armando. Love your voice, you drawings and your way of seeing things.
Big love to you Armando for your work. Really helping me during my nursing degree and therefore look after patients thoroughly with knowledge. Much respect!
3:10 love how you've planned everything out with pencil first, ensuring illustrations are neat/tidy
very nice, armando! thank you!
ADH release is also regulated by nonosmotic factors such as nausea, pain, and volume. A low effective vascular volume (10% decrease) provokes thirst and ADH release.
These effects are mediated through baroreceptors and some humoral factors released in response to reduced blood flow. This response explains the severe thirst despite hyponatremia seen in heart or liver failure. Other factors, including beta-catecholamines, angiotensin II, and physical and emotional stress, enhance ADH output. *Ethanol* and catecholamines inhibit the output of ADH. Which in part explains why alcohol increases diuresis (makes you pee) and leaves you dehydrated the day after a night out with the guys.
Thank u very informative💚
Thank you Armando... very helpful for the MCAT. Your teaching style matches my learning perfectly.
This is helping a lot with my A&P2 lab. Thank you!
Few unfaithful people like me , had our UG programme in some countries like China , even though the professors were good with knowledge their communication skills are quaint , so we gotta be an AUTODIDACT for most of the time being , these TH-cam universities and apps like osmosis , marrow , Armando Hasudungan will for sure help us out of this glitch ! I owe a great debt to you guys , thanks a ton .
This is great, thanks!! Only one minor flaw: ENaC channels are found in the collecting ducts, not the distal tubule
Both actually, but yes! Mostly in Collecting ducts.
Amazing! No Video has it explained and drew it this well. Great Job!
Armando! Great job on your videos! Please keep expanding your video library. I enjoy watching and gain a lot from them. The simplistic break down and (as a visual learner) your visual drawings are a great learning tool. Thank you for you efforts! ... Do you have a video on immunology??? and the clotting cascade???
Thanks you, im a french person , but this english video helped more than my french notes to understand
clear , simple and perfect. well done !
I feel so lucky that I am in that generation in which armando Sir like person can exist...
What a explanation man....
It's to good✌✌✌✌👍👍👍👍
th-cam.com/video/oT710Azpcz0/w-d-xo.html
This is my TH-cam channel helpful for all Biology students, please like share and subscribe the channel 🙏🙏
Idk why this was so much easier to take in than my lectures
Your real teacher
Perfectly put. Thanks for the video.
Great information Total Recall the book I am reading from 1986 led to to this, thanks for the educational study.
Excellent explanation
You are the best!❤️
YOU ARE AMAZING!
Thank you for your videos
You are a genius
Thanks for the knowledge!!
Thank you soooo much it really helpful 🌸
Never thought that parmacology is that easy thank you 😂👍
Thanx for the great efforts ❤️
Awesome as always, thanks!
Need a video explaining anterior pituitary hormones
amazing video !!!! thank you !!!
The diagram was good
Superb sir thank you so much
great job sir ...
Thank you for this good work
Excellent sir thank you 🙏🏻
thanks for the video, very nice
This is sooo good
THANK YOU
Could’ve used this for my med-surg exam last week😓😓😓
This video is very well made, with great illustration. Thanks a lot!
Genius !
absolute beauty m8
Amazing
3:12 DCT or PCT?
Please clear.
Because you have showed it in PCT in the diagram.
Legend!!!
I wanna request more explanation about microbiololgy, like conjugation, tranformation, transduction, trandsformation, etc. I wish ..
Great video.
I have the AGT gene variation of genotype GG.
I am told this often results in holding on to more salt.
I want to find a way to not urinate so often and not have a thick layer of soft jiggly skin on top of an above average musculature. My jiggly spare tire is odd looking compared to the rest of me.
I'm pretty sure it's my bladder that doesn't let me sleep past 6 hours no matter what I do or don't do/eat/drink.
Anybody have any ideas?
Yea
where do I buy this awesomeness?
When the plasma volume decline does that gonna decline the amount water? And when plasma osmolality increase does that gonna decline the water? In short both of these cases will cause dehydration?
Ok, the theory I can read it myself in the books…what is the solution for the low ADH ?…
wonderful
How can I increase the body's vasopressin? I often have to get up to urinate during sleep, which is very painful. I hope to achieve this through supplements or food.
Chance piedra help me
👌👌👌👍 thanks.
what I don't understand is why does ADH inhibit aldosterone if they are basically having similar effects on the body? our biochemistry professor just gave us that as a fact but didn't explain why, can someone please explain?
Its to late to reply but
Look Adh is released for high sodium osmolarity and also hypo volume
Means there is already high plasma sodium
And aldosterone is responsible to increase pl sodium
Hence to avoid hypernatremia it supresis aldosterone
Are BNP/ANP levels 0 in a normal physiological state? Or somewhere,
Nice video
damn this nigga smart af
This is too much for my brain to even understand
Sirr the video iss very fast.. Can 't understand properly
I am a bit confused, so if natriuretic peptide increases GFR, shouldn't that activate RAAS as a defence mechanism, so that it preserves more fluids in the body ?
RAAS is under normal circumstances stimulated by three factors:
1) Sympathetic NE receptors (B1) in the juxtaglomerular cells
2) Less mechanical tension on the juxtaglomerular cell
3) Macula Densa cell has osmoreceptors that sense lower NaCl levels
As the natriuretic peptide also inhibits the SNS, renin will not be excreted as much and thus the RAAS won't be activated as a defense mechanism.
how do you do these videos .. i wanna ask about the program
The funny thing is he DRAWS everything by hand and speeds up the video.
He is a very talented guy!
Please. May you make cancer of breast? And thanks
keren 👍🏻
he kinda sounds like Dr Mike
I think I've just follen in love with you.
i have a big brain now
This is NOT for beginners
But it is really good to start making linkages between systems once you have learnt them individually.
👌🏻👌🏻👌🏻
7:42
Kaplan 题库醛固酮增多症低血钾高血压。
AD "haych"
but honestly honestly it was an amazing video thank you so so much
Amazing …