Physiological metabolism of magnesium sulfate

Physiological metabolism of magnesium sulfate. What I bring to you today is about the physiological metabolism of magnesium sulfate, I hope it will be helpful to you. Magnesium ion is a divalent cation that regulates various physiological functions in the body; magnesium ion is a cofactor for many metabolic reactions in the body, especially the mitochondrial reaction involving adenosine triphosphate; magnesium ion also affects cell membranes to regulate ion channels, so high blood magnesium or low blood magnesium ions. Serum magnesium is often accompanied by a variety of clinical manifestations. Magnesium ions are the most abundant cations in cells except potassium ions.

It is evenly distributed in bones and cells, and only 1% exists in the extracellular space. Intracellular free magnesium ions play the main physiological function and reach a chronic balance with plasma magnesium ions. The level of plasma magnesium ion is determined by intake and shen excretion. Magnesium ions can be freely filtered from shen globules, but most of them are reabsorbed by shen tubules, and the urinary excretion is about 3% to 5% of shen globule filtration. When blood magnesium concentration increases, urinary excretion increases. 1/3 of the total plasma magnesium content is bound to protein. Changes in extracellular magnesium concentration do not necessarily affect intracellular magnesium concentration. During pregnancy, the plasma magnesium ion concentration gradually decreased, which may be related to the increased glomerular filtration rate and the increased urinary clearance of magnesium ions during pregnancy. If you still want to know more about magnesium sulfate, please continue to pay attention to our website.