The body stores excessive Vitamin A in the liver for later use if needed. Vitamin D however needs to be converted to a different form to be biologically active. This conversion after it leaves the liver, occurs in the kidney where it is converted to 1,25-dihydroxycholecalciferol, a biologically active form.
Calcium accumulation in the liver, known as hepatic calcification, can result from several factors, including chronic inflammation, infections, or metabolic disorders. Conditions such as hyperparathyroidism or vitamin D disorders may lead to increased calcium levels in the blood, which can subsequently deposit in the liver. Additionally, certain diseases like hemochromatosis or fatty liver disease can contribute to abnormal calcium deposition. Understanding the underlying cause is essential for proper diagnosis and treatment.
i think it is the kidney
The liver does contain trace amounts of calcium, but it is not a significant source of this mineral. Calcium is primarily found in bones and teeth, as well as in dairy products and certain leafy greens. The liver's main functions involve metabolism and detoxification rather than calcium storage. Therefore, while there is some calcium present, it plays a minimal role in liver function compared to other minerals and nutrients.
No. They all have their limits. Too much minerals or the amount beyond your body need will be excreted by your liver and kidney in urine and feaces .... Then beyond the limitations of your liver and kidney can excrete, there will be their adverse effects....
i think its the liver because when people have to donate one of theirs they still survive, but they have eat small. The system liver is on is the digestive system. I think you must mean kidney - human beings only have one liver
Calcium accumulation in the liver, known as hepatic calcification, can result from several factors, including chronic inflammation, infections, or metabolic disorders. Conditions such as hyperparathyroidism or vitamin D disorders may lead to increased calcium levels in the blood, which can subsequently deposit in the liver. Additionally, certain diseases like hemochromatosis or fatty liver disease can contribute to abnormal calcium deposition. Understanding the underlying cause is essential for proper diagnosis and treatment.
No, not on a daily usage. Should not use if have kidney failure
Yes, the liver is in front of the stomach and the kidneys are behind.
Kidney
A comprehensive blood test that is a biochemical examination of various substances in the blood using a computerized laboratory analyzer. Tests include measurements of calcium (bones), phosphorus (bones), urea (kidney), creatinine (kidney), bilirubin (liver), AST (liver and heart muscle) and ALT (liver), alkaline phosphatase (liver and bone), globulin (liver and immune disorders), and albumin (liver and kidney). Also called sequential multiple analysis (SMA). SMA-6, SMA-12, and SMA-18 indicate the number of blood elements tested.
LIVER
The liver.
Absolutely. Drinking impairs liver function, causing higher blood levels of uric acid, lactic acid, and calcium. All of these can lead to kidney stones.
kidney
It damages the liver,kidney heart & lung and causes cancer.
Yes, fox liver can be toxic to humans. It contains high levels of vitamin A, which can lead to hypervitaminosis A if consumed in large quantities. Additionally, foxes can carry parasites and diseases that may pose health risks if their liver is ingested. Therefore, it is not advisable to eat fox liver.
kidney and liver need water to keep itself clean from wastes that flow through it