The short answer is: roughly as long as it took the hypokalemia to develop. If someone has very low K and it's been getting lower for months, than her cells have adapted to the change in osmolarity by increasing the intracellular concentration of other molecules. If we give her a bunch of K rapidly than her cells will become hyperosmotic and swell. This can cause significant brain damage since these cells are in a highly confined space. Instead, we give her K very slowly for weeks or months. Likewise if the K loss has been very rapid, we need to replace it rapidly.
potassium chloride
Kalium durule is classified as a potassium supplement. It is often used to treat or prevent low levels of potassium in the blood, known as hypokalemia.
spirolactone is anti androgenic action which use to prevent K deficiency
Hypokalemia and hyperkalmia both can have effects on the heart function. Hypokalemia and hyperkalemia can cause cardiac arriythmias.
about 20 minutes
i have 2 boils on the face using a hot pack to treat how many dats will it take
Weakness, Fatigue, Muscle cramps, Constipation, Abnormal heart rhythms (arrhythmias) are symptoms are hypokalemia.
How long your PS3 will last depends on how well you treat it. If you treat it well and take very good care of it then it might last quite a few years. If you treat is badly and bang it around there is no telling how long it's lifetime will be.
Hypokalemia, or low potassium levels in the blood, can lead to various effects on the body, including muscle weakness, cramps, and fatigue due to impaired muscle function. It can also cause irregular heart rhythms (arrhythmias), which may be life-threatening in severe cases. Additionally, hypokalemia can lead to digestive issues like constipation, as potassium is essential for normal muscle contractions in the gastrointestinal tract. Long-term or severe hypokalemia may impact kidney function and overall electrolyte balance.
Hypokalemia
Beta 2 adrenergic agonists cause increased potassium entry into cells, which can lead to hypokalemia
Hypokalemia potentiates the effects of digoxin. Hypokalemia reduces the drive of the Na-K-ATPase, resulting in increased cellular Na in cardiac muscles. Digoxin does the same thing by blocking the Na-K-ATPase.