Renal System 13, Peritubular capillaries

[@neguseametih]

I'm a urology resident. Got a rush from the simplicity of ur delivery. Beautiful indeed.

[@puneet9688]

What skills, to explain so beautifully & with clarity 👍

[@JacobCohen42]

I am in anatomy 2 and I just found my new favorite youtube series for studying! Thanks for being great, clear and helpful!

[@Marvin-t3e]

You are watching this for anatomy 2? I am watching this for physiology 2.

[@78NikhilNikhil]

@@Marvin-t3e me too for physiology

[@protrive6447]

this was very concise thank you.

[@shashimoghe3920]

Simply great you are dr john Campbell so easy to understand dur to your way of narration god bless you 10/09/2022

[@prashant7965]

Well Explained sir HATS OFF TO YOU 😄💪✨

[@jennylamberton6591]

Thank you.

[@Abbaskareem-x7h]

Thank you sir 🇮🇶

[@florencemuskanaugustus7741]

A very fine explanation. Thank you sir

[@geojor]

great as always...

[@inderpreetsingh5736]

very helpful sir thanks for the video

[@MJ-wc6nm]

Really helpful thanks

[@shahirahmad9949]

very clear lecture. I have a question that I could not find a convincing answer neither in the books nor on the internet; what is the composition and viscosity of blood immediately leaving the glomerulus, I mean the efferent arteriolar blood? As far as I know, it has given almost all of its water and electrolytes. I would really appreciate if you explain that on a video or in a comment. thanks a lot .

[@modesskiy774]

If we are asking about specifically in the efferent, then we may say it has a slightly greater viscosity due to the exchange in glomerulus filtering water and ions. For the composition, it may be less ions and water, more proteins and cells. This makes a lot more sense if you take into account how osmolarity works as you travel along the blood vessels following the Loop of Henle. This can change with afferent or efferent vasoconstriction.

[@niazbadshah8973]

Thank you sir you are best

[@mikeocampo6436]

Dr. Can you please make a lesson with renal obstruction and renal failure. Thank you.

[@balsamaltemimei5127]

Perfect, thank you sir

[@aaushichauhan1414]

great lecture

[@parbatimardi1910]

Great

[@DocShields84]

I can tell this guy is cool

[@sskoul]

Great!

[@natarajumididoddi5985]

Sir..in 13/15 lecture.. Tubular reabsorption is reabsorption of water !secretion of Creatinine, bicarbonate H+, K , phosphates, urea, uric acid at what levels in nephro and how..please explain

[@Campbellteaching]

Im not sure what your question is? Do give it another go.

[@abrarahmed3620]

Your are Jam Love you