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Biochemistry > Reagents > Non dedicated liquid reagent > Substrates
Albumin is produced mainly in the liver and represents 50 to 60 % of all blood total protein in adults. High albumin levels are often caused by dehydration. Low albumin levels (hypoalbuminaemia) may be caused by different diseases such as acute or chronic inflammation, liver disease, malnutrition, n...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Bilirubin is a breakdown product of localized and catabolized haemoglobin that takes place mainly in liver and is removed in urine and faeces. Most of pathologic states result in hyperbilirubinaemia: icteric hemolysis, Gilbert's syndrome, hepatitis, cirrhosis … Methodology for assay: End point mo...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Bilirubin is a breakdown product of localized and catabolized haemoglobin that takes place mainly in liver and is removed in urine and faeces. Most of pathologic states result in hyperbilirubinaemia: icteric hemolysis, Gilbert's syndrome, hepatitis, cirrhosis … Methodology for assay: End Point mo...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Cholesterol has dietary origin and is synthesized by the body, mainly in liver and intestine cells. Testing of total cholesterol in the blood is used to diagnose isolated hypercholesterolemia or hypercholesterolemia associated with hypertriglyceridemia. High concentration of cholesterol is associate...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Cholesterol is insoluble in blood, but is transported in the circulatory system bound to one of the varieties of lipoprotein: HDL, LDL and VLDL. High-density lipoproteins (HDL) contain about 50 % of lipids including 20 % of cholesterol. HDL molecule is capable of picking up cholesterol from the body...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Cholesterol is insoluble in blood, but is transported in the circulatory system bound to one of the varieties of lipoprotein: HDL, LDL and VLDL. Low-density lipoproteins (LDL) that transport about 60 % of the total blood cholesterol are atherogenic lipoproteins. Increased levels of LDL Cholesterol l...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Cholesterol has dietary origin and is synthesized by the body, mainly in liver and intestine cells. Testing of total cholesterol in the blood is used to diagnose isolated hypercholesterolemia or hypercholesterolemia associated with hypertriglyceridemia. High concentration of cholesterol is associate...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Creatinine is a good indicator of the renal function. Creatinine tends to stay at the same level in the blood. High blood creatinine level (associated with high uric acid level) reflects a decrease in glomerular filtration. A rise in blood and urin creatinine levels can be an indicator of muscular n...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Creatinine is a good indicator of the renal function. Creatinine tends to stay at the same level in the blood. High blood creatinine level (associated with high uric acid level) reflects a decrease in glomerular filtration. A rise in blood and urin creatinine levels can be an indicator of muscular n...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Glucose is the main source of energy for the human body. Glucose contained in food is transformed either in glycogen that is stored in the liver and muscles, or in triglycerides stored in fat cells. Concentration of glucose in the blood is regulated via two hormones: insulin and glucagon. Testing of...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Glucose is the main source of energy for the human body. Glucose contained in food is transformed either in glycogen that is stored in the liver and muscles, or in triglycerides stored in fat cells. Concentration of glucose in the blood is regulated via two hormones: insulin and glucagon. Testing of...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
HbA1c is the major form of glycated haemoglobin in blood. Its synthesis is essentially irreversible and its concentration mainly depends on the concentration of glucose to which the erythrocytes are exposed and on the life-span of erythrocytes. As a result, the rate of HbA1c is representative of the...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Proteinuria, meaning the presence of an excess of serum proteins in the urine, is the most common indicator of renal failures, systemic or not, and uropathies. Proteinuria test is one of the most prescribed. Once diagnosed, it is important to qualify and quantify the proteinuria to identify the caus...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Albumin in the human plasma made up 50 to 60% of all proteins. The remaining proteins are mainly ?1, ?2, ß, and ? globulins. Most of plasma proteins are produced in the liver, except immunoglobulines. Hypoproteinemia may be indicative of severe protein deficiency (malnutrition, malabsorption, dige...
See DetailsBiochemistry > Reagents > Non dedicated liquid reagent > Substrates
Triglycerides are composed of 95% of fat stored in tissues. They play an important role in providing energy sources to cells. High levels of triglycerides in the bloodstream have been linked to atherosclerosis. They can result from pathologic states such as lipids metabolism disorders, diabetes, ren...
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