Nephrology - Kidney Physiology Overview

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[@armandohasudungan]

📌MAKE THIS LECTURE STICK: FREE PRACTICE QUESTIONS HERE! 🎓
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[@munazzaahmedsadaf5082]

I go to college as a formality and come home, educate myself through your videos. I owe you so much. You are literally a life saver. Thank you

[@jenniferellsworth1226]

Oh dear. And this is why you should not do that. For example, the afferent arteriole is wider, not narrower than the efferent. also, He mentioned thick and thin segments of the loop, but didn't get to the importance of this difference. Thin- water only. Thick- salt only. Remember, water follows salt. This controls blood volume and pressure.

[@maryjhonson2724]

Then show appreciation and send him a 🎁 gift

[@rachelkennen3040]

I've been a nurse (now Nurse practitioner) for 24 years.. What a treasure you are for sharing your knowledge and talent. I am so excited to share this with all of the nurses and nursing students I can. Having a solid understanding of anatomy and pathophysiology makes everything fall into place. I wish nursing programs focused more heavily on this. THANK YOU!!!!

[@judypeng4748]

I am in advanced patho class, this is the best video

[@charlesh3362]

I like the fact you drew the right kidney lower than the left. Great attention to little details!

[@dechenshen5257]

Charles Hu thats not detail man ，thats anatomy！oka？

[@lostmedico_]

Yes man, And he also drew afferent arteriole wider than efferent arteriole
Good job!👍🏻

[@jenniferellsworth1226]

@@lostmedico_ In case you are an anatomy student: AFFERENT ARTERIOLE is WIDER than the efferent. Think of driving on a 3 lane freeway, and it goes down to 2 lanes. Pressure increases, and some cars will utilize exits. Same in the nephron. The narrowing of the vessel increases pressure and filtration at bowman's capsule.

[@lostmedico_]

@@jenniferellsworth1226 yeah !
thank u :)

[@jenniferellsworth1226]

@@lostmedico_ My pleasure.

[@PleiadianSister]

Man... You have no idea how much you've helped me. I've had an absolutely terrible physiology teacher and you explain things so easily and simply! Thank you so much, I love all of your vids!

[@hollyd45]

You make the best anatomy and physiology videos that I have seen yet. Thank you so much!!

[@najibcasa2745]

interesting points ,if anyone else needs to find out about
natural treatment for kidney disease
try Franaar Healthy Kidney Formula (Have a quick look on google cant remember the place now ) ? Ive heard some incredible things about it and my brother in law got cool results with it.

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I just passed my entrance exam for a medical university - all thanks to these videos. Can`t wait to come back to all of them when I need them for an exam. Thanks mate! :D

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this kind of educative videos are much more atractive and interesting than our DMD old lectures, thnx alot helped me too much

[@sandysotelor2420]

I have recently started watching your videos and you don't even know how much they help my education. Thank you so much!

[@devanmodi4753]

i will definitely support you after completing my medical studies for now keep making videos like this, it helps a lot. thank you so much.

[@KimMD.]

Curious, Did you manage to complete you studies?

[@nancyrobbins9190]

You are gifted, extremely skilled, with teaching, drawing, and medical understanding! Excellent tutorials!

[@cylack]

Excellent. You explained in 10 minutes what my medical school professor was never able to. He just jumped into all the renal equations and terminology without ever explaining the basics.

[@jobsi.7571]

You either read first your notes then watch this or vice versa !, repetition and visualing your readings? ! Tadaaa ! More will retain in your brain... He is excellent in teaching, love your videos

[@evankuma1537]

Your channel is so great for learning hard to grasp content from university. Thank you so much for making such hard content easy to understand. Keep up the great work!

[@designed4liberty]

Thank you for these videos. I appreciate the care you have put into these information-packed presentations. The fast pace is helpful too.

[@christinevakas92]

Wow, after hours of reading, all day - I watched this twice, and now I understand and can visualise this information. Thank you once again for making my studies enjoyable and possible.

[@xDomglmao]

In case you guys were wondering, I researched a bit and understood:
Juxtaglomerula apparatus= juxtaglomerular complex
1) Extraglomerular mesangial cells = Lacis cells (called like this because of the interlacing processes separated by a BM) = Polkissen cells (called like this because of the polar cushion like structure (in German kissen= pillow)); and these are themselves continuous with the intraglomerular mesangial cells = inner mesangial cells = glomerular mesangial cells
2) Juxtaglomerular granular cells = juxtaglomerular cells = Goormaghtigh cells (named afer Norbert Goormaghtigh)
3) And I guess the macula densa is considered sometimes to be part of the LoH instead of the distal conv. tubule because some see the thick ascending limb as part of the LoH.
Dividing up the glomerulus into smaller parts isn't as simple as it seems in the first place, there's a lot of controv. around this topic and also stuff like old terminology vs. new (however not fully accepted) terminology...
Hope it helps!

[@markanthonytom2000]

it is the distal tubule that form the juxtaglomerular apparatus together with the afferent and efferent arterioles and containing the macula densa. it is not the thick ascending limb of the loop of Henle.

[@rianeteagarden4671]

This varies depending on the textbook you are referencing. Vander's Renal Physiology 8th Ed. considers the macula densa to be at the distal end of the thick ascending loop of henle.... the joys of anatomy! Nobody can agree on anything.

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Dude!!! You just gained yourself another subscriber! well done and thank you so much...

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Brilliant thanks ❤. Pictures= 1000word + great explanation = magic

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Your stuff made me graduate

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Thank you so much! Your videos have saved my life in pharmacy school.

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sabrinaelainee I know exactly how you felt when you wrote this

[@apstorm17]

You've made my physiology sessions a hundred times easier and a million times more fun. Thank you so much!

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Thanks a lot.....you just don't know how you've helped me

[@dancerT15]

Thank you so much for these videos! I have watched almost all of them, from immunology to nephrology! Every single one has helped me so much.
Defiantly what is getting me through my physiology course. Your video's are much more interesting and interactive than boring old lectures. :)

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Oh my God, thank you so much, your video are lifesavers for all kinds of medical students

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Hi im someone from 10 years ago still amazed by his drawing

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Your videos are great! I use these videos to supplement my clinical physiology class.

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the best anatomy and physilogy and also histology video

[@tiffanyh9069]

How does one be good at both biology AND art at the same time? Thanks man!

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your lectures are a godsend !

[@ShahulHameed-mu5de]

It was soo clear..I understood everything..Ma sha Allah!
Can you PPLLEEASSEE explain reabsorption and transport in nephrons

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I officially love you . Thankyou for this amazing video

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thanks and happy teachers day

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You're channel is awesome. I have all my classmates subscribe to your channel for our pathophysiology class for Nursing Anesthesiology. Thanks for posting Keep doing more videos, they are very helpful.

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Your videos are the best dude.

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Thank you! I have an AP exam tmo and this has been very helpful. Your teaching style was really easy to pay attention to. :)

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This is very helpful... I learned a lot from this how to draw easily...

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You are my saviour! Thank you!!!

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Hey thankxx man osm drawing n videos as well it helps me a lot in my studies

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Thank you kind sir, you explained WAAAAAY better than my lecturer did!

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Your drawing is awesome sir

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Thank you Doctor

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I love your method in understanding me the object thank Mr aramndo

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Thank you so much! You clarify for me in 10-30 minutes what it would take me hours of painful, hair tearing studying to understand. =)

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Excellent job

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random question....i was wondering if you were a med student or a doctor/professor? Because the way you explain is amazing plus the way you speak shows you have such an amazing grasp of the concepts.

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My lecture ever

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thanks for sharing armando, especially the picture for study !!

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you make everything so simple! thanks A LOT

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Very useful, and different to what other people have shown!

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thank you so much ! you are helping me a lot .

[@ncqh2810]

Awesome video man. This is only a minor point, but the left renal vein should be anterior to the abdominal aorta, not posterior to it like the way you drew it in the beginning of the video.

[@draliraza258]

fantastic video thankxx

[@cassandraleonard9510]

You are such a lifesaver

[@nyallay100]

thanks for the video, it was very helpful

[@valentinagordon5173]

I believe that the macula densa cells are in the Distal Convoluted Tubule rather than the thick ascending limb.

[@six1996]

+Valentina Gordon nope, its on the thick ascending limb, i read it on lange nephrology

[@unaBRIDGEd32]

+six1996 The 2016 Step book says the macula densa is part of the distal convoluted tubule. Pg 540

[@lizzykapify]

+Valentina Gordon In the kidney, the macula densa is an area of closely packed specialized cells lining the wall of the cortical thick ascending limb, at the transition to the distal convoluted tubule.

[@heyyourmomhasaids792]

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[@johnmagar7759]

Macula densa are the cells at the region of ascending convoluted tubules where there is the transition into the distal convulated tubule. Imagine it as in the border area between the two.

[@jorgeitalo8753]

To all of you saying "Renin isn't a hormone", please check William's Textbook of Endocrinology, 13th Edition, table 15-23. You're welcome.

[@magicalair]

Thank you, Sir! You've helped so many students like me! :)

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thank you you are great man keep it up

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Good stuff, thanks

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Really good job....! Great video thanks !

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thank you for your effort and time~!!
you're even better than my teacher!!
Thank you a million times!!!
=D

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Thank you !!!

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AWESOME videos

[@chelseachikosi]

Thank yu for the drawing

[@sgorospe]

Brilliant!

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so much help me in study thankyou

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Enjoyed your drawing, good explanation, solid A :)

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Its really very great job...awesome..very clear understanding...had suggestion..if possible....if you teach little bit slower it will be more beneficial for some audience..but on whole explanation is awesome

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you are the best

[@aahj7894]

This was difficult to understand but I get it finally. Thx a lot ☹.

[@vsvhbwjbehekwnsklew]

Renin is an enzyme also called angiotensiogease...not a hormone...good lecture

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you are AMAZING!!! thank you!!!

[@jacabuswalford4201]

Thank you

[@user-nz4ux4cw2z]

Thanks for your efforts in teaching people on this topic. Might I suggest you enunciate words clearly-I can tell you are an intelligent person though it is of little use if it can't be understood. Some people use a metrometer to help them pace speech and that might help for you.

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Thank ....You I like yours explenations .