00:01
From the question, they are given us a renal tubular system related diuretics.
00:16
They are given different diuretics.
00:19
They are found to be loop diuretics is going to be used for loop of handling.
00:35
Potassium sparing diuretics is being used for sparing the potassium.
00:45
In the collecting duct, to regulate the function of collecting duct, thyside diuretics is being used for regulating the function of distal tubal.
01:09
Based on these diuretics, we have to identify a pathological condition which is going to need these diuretics.
01:21
Therefore, a first pathological condition is going to be a heart failure.
01:30
Heart failure is a major condition which causes a fluid retention.
01:40
Due to the heart failure, there will be a fluid retention.
01:45
A cardiac output is going to be affected, which lead to impair in cardiac function.
01:56
Therefore, it is important to regulate the fluid retention, there will be a fluid retention.
02:06
Need to release the water as due to the impact cardiac function, impact cardiac output, they will be increased sodium and water which is going to affect the fluid retention, which causes the fluid retention.
02:27
Therefore, by loop diuretics, by taking up a loop diuretics, a person can release the increased sodium and water to be lost in the collecting duct through the loop of henley.
02:59
Therefore, a major example is going to be fluoresamine.
03:07
Fluorzomide is an example which is going to involve in function as loop diuretics.
03:14
The another important condition is going to be a.
03:18
Hypertension.
03:19
Hypertension, during hypertension, there will be a need of diuretics at increased amount.
03:26
An example of diuretics is going to be a thyside diuretics.
03:31
It is very important diuretics to be present.
03:36
But the thyside diuretics is going to make a balance in hypertension by which the distal tubules it will make a changes in distal tubal by preventing the salt reabsorption...