U r a gem teacher, happy to come across your videos!❤ I have a question, the diuretics acting before late DT, would they be also increasing TGF. I mean eould they also be having the same effects as the ones acting before late LOH(or early DT)?
Goodman and Gilmann had given a separate chapter on them, not in classes of diuretics. Plus tolvapton used for hyponatremia which is not the case with other diuretics. Respect your doubt though, may add a second part as per your thought
Mam Plz explain why the same h2co3 dissociates into h2o and co2 in lumen and h and Hco3 in cell..!?why thiazide causes hypercalcemia..?mam plz explain why/how ..mechanism behind.. decrease tgf causes increase in rbf and gfr ..
The reaction proceeds depending on the concentration of ions. In lumen h2co3 is more so it proceeds towards formation of h2o and co2...in cell otherwise
Decrease tgf increases gfr by full mechanism due to increased renin release and hence increased angiotensin formation which increases bp...this increasing rbf. It also has effect on renal arterioles.plus there is role of adenosine also. A subject of another video perhaps
H3co3 is filtered in lumen (in gfr) that’s why it’s luminal concentration is high...so the reaction proceeds in another direction (this is basic chemistry of reactants and products in a reversible reaction)
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This is proper diuretics video i have ever found.
So happy you found it useful. Keep learning
Ma'am you're simply amazing! I'm so grateful that you post this content online for free access. My prostrations to you.
Happy to help! Thank you
Clearly explained in short video. Thanks for sharing this amazing diuretics lecture.
Most welcome
No one can explain it better than you ma'am. May your channel keep growing🤗
Thank you so much. Happy that you liked it
Welcome ma'am. Please make similar video on antineoplastic agents also.
Sure
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After searching lots of vidio ,i found perfect explanation in short time.thanks
Thank you for liking…do share
All videos are very very effective.. Thanks
Enjoy learning 😊
You are the best ever teacher ❤❤❤
Thank you so much…do like and share
Amazing lecture on diuretics mam... Tq
Great. Glad you liked it
U r a gem teacher, happy to come across your videos!❤
I have a question, the diuretics acting before late DT, would they be also increasing TGF. I mean eould they also be having the same effects as the ones acting before late LOH(or early DT)?
No I don't think they will have same effects
This is too good. Thank you. ❤
Thanks and welcome 😊
Thank you so much ma'am for this excellent explaining.
Glad it was helpful!
Lovely explanation mam. Thank you
Most welcome 😊
U teach very well..🙏❤️
Thank you 😊❤️
Really ur superb mammmm❤️❤️❤️❤️
Thank you so much 😊
Awesome😍😍😍
thanks a lot
Great vdo 👍
Thanks
Why tolvapton, ace inhibitors and arbs not included in diuretics while they also increase urine production ?
Goodman and Gilmann had given a separate chapter on them, not in classes of diuretics. Plus tolvapton used for hyponatremia which is not the case with other diuretics. Respect your doubt though, may add a second part as per your thought
@@PhysiologyOpen ok thank you mam!
Mam Plz explain why the same h2co3 dissociates into h2o and co2 in lumen and h and Hco3 in cell..!?why thiazide causes hypercalcemia..?mam plz explain why/how ..mechanism behind.. decrease tgf causes increase in rbf and gfr ..
The reaction proceeds depending on the concentration of ions. In lumen h2co3 is more so it proceeds towards formation of h2o and co2...in cell otherwise
Decrease tgf increases gfr by full mechanism due to increased renin release and hence increased angiotensin formation which increases bp...this increasing rbf. It also has effect on renal arterioles.plus there is role of adenosine also. A subject of another video perhaps
@@PhysiologyOpen more explanation ..Plz..on luminal h2co3
H3co3 is filtered in lumen (in gfr) that’s why it’s luminal concentration is high...so the reaction proceeds in another direction (this is basic chemistry of reactants and products in a reversible reaction)
@@PhysiologyOpen thank u mam
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