In Anatomically, the liver function can be formulated as the following explanation:A. Helps in the metabolism of carbohydrates Functionality is important, because the liver is able to control sugar levels. For example, when the high sugar content, eating liver can alter blood
glucose into glycogen which is then stored in the liver (glikogenesis). Then
when the blood sugar level decreased glycogen reserves hearts or amino
acids can be converted into glucose and released into the blood, and
eventually blood sugar levels maintained to normal. The liver also can help solving fructose and galactose to glucose and glucose into fatB. Helps metabolize fats In
helping the liver process of beta oxide mempu produce fatty acids from
acetyl coenzyme
A convert excess acetyl coenzyme
B into ketone bodies, synthesize lipoprotein. when transporting lipoprotein acids and fatty acids and cholesterol from the cells and synthesizing cholesterol and phospholipids and cholesterol into bile salts crush and store fat.
C. Helps metabolize proteins Hepatic function in protein metabolism is deamination (changing the amino group, NH2)Acid amino acids to be used as energy or converted into carbohydrates and fats.
D. Neutralize drugs and hormones The liver can function as neutralizing poisons, namely to medicines like penicillin, am - pisilin, erythromycin, and sulfonamides, and can also change the properties of the chemical or secrete steroid hormones such as aldosterone. Strogen and thyroxine.
E. Secrete bile Bilirubin (derived from the heme during overhaul red blood cells) of blood absorbed by the liver and excreted from the bile.
F. Produce the body's cholesterol Cholesterol is an important part of every cell membrane and is required to make certain hormones, including estrogen, testosterone and adrenal. Approximately half of the body's cholesterol is produced by the liver. while the rest comes from food. Approximately 80% of cholesterol is made in the hearts used to make bile.
G. As depository In addition to glycogen, the liver is also used as a place to store vitamins (A, B12, B, E, and K) and minerals (Fe and Co). Liver cells composed of a protein called apoferitin yan joined to form Fe Fe ferritin that can be stored in the liver. Fe also be released if the level in the fall.
H. Synthesize bile salts Bile salts are used by the small intestine to emulsify and absorb fat, phospholipids, cholesterol, and lipoproteinI. as phagocytes
I. Kupffer's cells of the liver is able to eat the red blood cells and white blood cells are damaged as well as bacteria.
J. Activate vitamin D,
K. Liver and kidney daat participate in activating vitamin D.
A convert excess acetyl coenzyme
B into ketone bodies, synthesize lipoprotein. when transporting lipoprotein acids and fatty acids and cholesterol from the cells and synthesizing cholesterol and phospholipids and cholesterol into bile salts crush and store fat.
C. Helps metabolize proteins Hepatic function in protein metabolism is deamination (changing the amino group, NH2)Acid amino acids to be used as energy or converted into carbohydrates and fats.
D. Neutralize drugs and hormones The liver can function as neutralizing poisons, namely to medicines like penicillin, am - pisilin, erythromycin, and sulfonamides, and can also change the properties of the chemical or secrete steroid hormones such as aldosterone. Strogen and thyroxine.
E. Secrete bile Bilirubin (derived from the heme during overhaul red blood cells) of blood absorbed by the liver and excreted from the bile.
F. Produce the body's cholesterol Cholesterol is an important part of every cell membrane and is required to make certain hormones, including estrogen, testosterone and adrenal. Approximately half of the body's cholesterol is produced by the liver. while the rest comes from food. Approximately 80% of cholesterol is made in the hearts used to make bile.
G. As depository In addition to glycogen, the liver is also used as a place to store vitamins (A, B12, B, E, and K) and minerals (Fe and Co). Liver cells composed of a protein called apoferitin yan joined to form Fe Fe ferritin that can be stored in the liver. Fe also be released if the level in the fall.
H. Synthesize bile salts Bile salts are used by the small intestine to emulsify and absorb fat, phospholipids, cholesterol, and lipoproteinI. as phagocytes
I. Kupffer's cells of the liver is able to eat the red blood cells and white blood cells are damaged as well as bacteria.
J. Activate vitamin D,
K. Liver and kidney daat participate in activating vitamin D.
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