Properties of synapse physiology mbbs | CNS physiology mbbs 1st year

[@Lolittaaa9304]

This was a lecture I didn't even know I needed 😮 I thought i have learned that just from the book but now i see that I didn't actually 😅 Thank you so much for covering all the basic concepts but them being also the most import ones!!

[@PhysiologyOpen]

Yes…generally no taken seriously but a very important and conceptual topic to understand CNS

[@studybite10M]

hidden gem of the medicine world ❤

[@PhysiologyOpen]

Thank you so much 😊

[@maitrayeemaiti3217]

Thank you ma'am ☺️

[@PhysiologyOpen]

Most welcome

[@anubhablaskar668]

Ma’am I have 3 qns from Kidney….1. we know Tm for Glu is 375mg/min…then what will happen to the excess glucose if Transporter saturates or Glucose is more than Tm capacity 2. Why is limiting ph reached in CD 3. I’ve read somewhere that Pka of NH3 is 9 so it is mainly for chronic respiratory buffer while Pka of phosphate 7.4 is mainly urine buffer….is it true….why NH3 not a buffer in kidney…and if it is how kidney knows when to use NH3 or Phosphate as buffer Ma’am plz help … I searched a lot but these qns really confuse me

[@PhysiologyOpen]

For first question watch this video: Renal handling of glucose | Renal splay | Transport maximum | Renal system physiology mbbs lectures kzbin.info/www/bejne/hJC7goqNiqhmg9U 2. Limiting ph reached in CD because Hydrogen ion secretion starts thrrr 3. Because Pka is high it’s not a very efficient urinary buffer but it’s a definitely a urinary buffer and main importance is its synthesis increases when Hydrogen ion secretion increases. Watch my video on buffers for a better understanding

[@PhysiologyOpen]

Buffers : Physiological Buffer system acid base balance | Renal system physiology lecture kzbin.info/www/bejne/eoOyY5hoZpeFgas

[@srinivasaraosirasapalli5104]

So nice madam

[@PhysiologyOpen]

Thank you 😊

[@prakashkumarsahandres1622]

❤❤

[@PhysiologyOpen]

😊