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Diuretics are grouped into three main categories: thiazide diuretics, loop diuretics, and potassium-sparing diuretics. Each category works by different mechanisms to increase urine output and reduce fluid retention in the body. Thiazide diuretics are commonly used for treating high blood pressure, while loop diuretics are often used for reducing excess fluid in conditions like heart failure or kidney disease. Potassium-sparing diuretics help maintain potassium levels while promoting diuresis.
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Diuretics are the class of drug used to regulate the level of fluid in the body. They work by increasing urine production and decreasing the blood volume that must be pumped throughout the body.
DiureticDiureticthe medication type that will increase urine secretion is diuretics. They will cause the kidneys to excrete any access fluid, such as fluid in the lungs. When giving diuretics to a patient be careful to monitor electrolytes such as sodium and potassium because they will deplete as the fluid leaves the body.
Gretchen Mayo Reed has written: 'Regulation of fluid and electrolyte balance' -- subject(s): Body fluids, Hydrogen-ion concentration, Programmed instruction, Programmed texts, Water-Electrolyte Balance, Water-electrolyte balance (Physiology), Water-electrolyte imbalances 'Regulation of fluid and electrolyte balance: a programed instruction in physiology for nurses'
The environmental conditions can affect your body fluid balance because it can cause you to sweat too much.
I am no doctor, but if you are dehydrated and there isn't enough fluid in your lungs to think the mucus (we all have it), you're gonna get congested. diuretics can remove TOO MUCH fluid from your body.
Bleeding from the tear causes a disruption in fluid and electrolyte balance of the body.
i prefer the word ions rather than minerals. diuretics can be of various types. most diuretics loose ions from body. note- various diuretic loose various ions
You would have a mineral defeciency and eventually become very ill. Your body needs minerals to maintain fluid/electrolyte balance to maintain homeostasis.