Introduction to Renal

[@jesusistruth.sthazel-adaug3279]

Your voice alone is enough for one to understand your lecture. So soft. Just started following your lectures and they are amazing.

[@MaheshKumar-vp7gl]

Wah wah...

[@Eagle_Delta]

I agree with you. This lovely lady has a beautiful voice

[@londekamdanda]

Thank you so much. the softness in your voice makes it easy for me to understand your lecture

[@Cass_i]

I start this today and I know already that I'll be on top just by watching this lecture

[@sailaskamonda3898]

You have helped me so much that I can't express. What are the answers for those two questions?

[@tiffany6459]

omg yes!! I was waiting for a lecture on this. thank you so much!

[@PhysiologyforStudents]

You're welcome Tiffany!

[@zeeshankhan-tk7yx]

Thanks alot for clearing concepts. During ur lecture you said that there is seprate lecture on buffers. Is it availble ? Kindly reply.

[@princetineyimurambi1086]

Link to the rest of the renal lectures pliz

[@malgorzatabarrow4596]

I absolutely love your teaching and explanation of concepts! Thank you! I appreciate you. How do I get the answers to the questions? Thank you again.

[@PhysiologyforStudents]

Hello @malgorzatabarrow4596 Here you go! A patient who has suffered extensive vomiting/diarrhea will become volume depleted (low blood volume) What will happen to sodium reabsorption in the PCT? A. less sodium will need to be reabsorbed to decrease blood volume B. less sodium will need to be reabsorbed to increase blood volume C. more sodium will need to be reabsorbed to decrease blood volume D. more sodium will need to be reabsorbed to increase blood volume ANSWER: C Low blood volume = increased reabsorption of sodium and water to compensate What will happen to levels of urea in the blood, measured by BUN (blood urea nitrogen)? A. less urea will be reabsorbed, BUN will decrease B. less urea will be reabsorbed, BUN will increase C. more urea will be reabsorbed, BUN will decrease D. more urea will be reabsorbed, BUN will increase ANSWER: D increased sodium = increased urea reabsorption, decreased urea excretion, increased BUN Which of the following will protect the glomerulus from high perfusion pressure? A. Constriction of Afferent arteriole B. Dilation of Afferent arteriole C. Constriction of Efferent arteriole D. Dilation of Efferent arteriole A - constriction of the afferent arteriole will decrease GFR (Note: D - dilation of efferent theoretically would also decrease GFR, but is only significant if not already dilated) If the Afferent arteriole is dilated AND the Efferent arteriole is constricted, which of the following will occur? A. GFR will decrease B. GFR will increase C. GFR will stay the same NOTE**: this occurs when Angiotensin II effects are combined with autoregulation effects ANSWER: Cà GFR maintained See Fig. 1.8 in Renke and Denker GFR is maintained by both autoregulation and angio II, Angio II is most important at low perfusion pressures (

[@malgorzatabarrow4596]

@@PhysiologyforStudents Thank you very much! You are an amazing teacher! I love engaging in the learning process with your lectures. You explain everything so clearly. I am truly grateful. Is to possible to have an access to your slides? I keep writing them down which I love but sometimes I have very little time to master each chapter.

[@nimatayoubomer9006]

Thank you well done please more lectures about renal physiology

[@HT.100]

Were there follow up lectures for renal?

[@joshuamwamba9246]

What are the answers of two MCQ

[@cathycrae]

What are the answers for all the MCQS???????????????????????

[@danygodwin8487]

Can i get the answers for the questions here please🙂

[@kimgordon8289]

What were the answers I didn’t see them in the chat

[@alaahejazi9033]

Where is the correct answer plz??!!

[@mudassirahmad7527]

I love your teaching

[@ukachukwuka8024]

I need the answers to the questions please

[@irereomio1797]

Thank you for your videos

[@doxlulu4154]

tks your teaching

[@cathycrae]

What are the answers for the two MCQs?

[@PhysiologyforStudents]

Hi Cathy. Feel free to send me an email and I will get you the PPT with the answers. [e-mail]

[@dr.murali7389]

i need the answers for MCQS

[@zainabmundher5602]

Thank you so much... can you please put the ppt online

[@PhysiologyforStudents]

You're welcome! Send an email to [e-mail] and I will reply with the ppt!

[@kashifmemon5726]

Thank u so much ma'am

[@garyli8095]

Can you post the answers to the multiple choice questions here?

[@PhysiologyforStudents]

Hi Gary, if you send me an email, I will send you the PPT with answers. [e-mail]

[@fitnessnutritionandsoul3618]

Love your voice

[@ninorobles7809]

Thank you

[@OneGirlRecipes]

You draw better with paper and a sharpie like old times :)

[@OneGirlRecipes]

@Anatomy & Physiology Pro Yeah! I understand, you explanations are great so that's what matters the most. Thank you for all these videos. I'm prepping for Step 1 and its so helpful as I have been out of Med school for 2 years and learning all this physiology again from the beginning, but it's going well thanks to you! :)

[@sakilahmed5904]

great

[@andyalive]

Yay thanks!

[@deekircher21]

Thank you

[@irereomio]

Thank you