Furosemide inhibits Na+K+2Cl-cotransport. So, Na+ is not reabsorbed. Along with Na+, K+ & water are also not reabsorbed. This causes excretion of Na+, H2O and K+ in urine. Excretion of water causes diuresis. Since K+ is also excreted and not reabsorbed in blood, this causes low potassium concentration in blood, termed as hypokalaemia. This is how hypokalaemia is produced.
I love how clear and simple you explained kidney functions and diuretics, thanks from a nursing student!
Thanks for this precise explanation.
clearly and simply explained good job🔥
Glad it helped! 🙂
Thank you mam 🙏🙏
Why they called high ceiling diuretics??
Explanation of frusemide induced hypokalamia not understood at 13.00 min
Furosemide inhibits Na+K+2Cl-cotransport. So, Na+ is not reabsorbed. Along with Na+, K+ & water are also not reabsorbed. This causes excretion of Na+, H2O and K+ in urine. Excretion of water causes diuresis. Since K+ is also excreted and not reabsorbed in blood, this causes low potassium concentration in blood, termed as hypokalaemia.
This is how hypokalaemia is produced.
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Thank you🌹