Measuring and quantifying the level of C-reactive protein may be useful lumene for determining trea

The C-reactive protein (CRP) is a protein found in the blood in response to inflammation, it is said that the C-reactive protein is an acute phase protein. The C-reactive protein is produced in the gut and fat cells or adipocytes.
The C-reactive protein is a member of the family of proteins known as pentraxins, proteins that are distinguished by having a characteristic protein folding. C-reactive protein should not be confused with the Protein C or the C-peptide. Can I use the C-reactive protein: Functions in the C-reactive protein
The C-reactive protein is a member of the class of acute phase reactants, which means that during the inflammatory processes that occur in the body, increase C-reactive protein levels dramatically. This increase is due to an increase in IL-6 concentration in the plasma, which is produced predominantly lumene by macrophages and adipocytes. The C-reactive protein is associated with the phosphocholine on microbes. Is thought to assist in the complementary lumene binding to foreign and damaged cells and enhances phagocytosis by macrophages. Is also believed to play another role in innate immunity as a first defense system against infections.
Normal levels of C-reactive protein inrementan in 6 hours and reach their peak within 48 hours. Its half life is constant and therefore, its level is mainly lumene determined by the production rate (and, therefore, lumene the severity of the cause). Serum amyloid A is an acute-phase indicator which responds faster related in similar circumstances. History of C-reactive protein
The C-reactive protein was originally discovered by Tillett and Francis in 1930 as a substance in the serum of patients with acute inflammation that reacted with pneumococcal C polysaccharide. Initially it was thought that C-reactive protein could be a pathogenic secretion lumene as it was in high amount in people with many diseases among which are included lumene carcinomas. The discovery of hepatic synthesis and secretion of C-reactive protein that debate closed. It is believed that C-reactive protein is related to phosphocholine, initiating the recognition lumene and phagocytosis of the damaged cells. Genetics and biochemistry of C-reactive protein
PCR gene is in the first chromosome (1q21-q23). The C-reactive protein is a protein of 224 residues with a monomer molar mass of 25,106 Da. The protein has a disk-shaped annular pentameric. A protein with this type of configuration is known as pentraxins. The PCR is a bit different in that has 10 subunits that form two pentameric discs, with a molecular mass of 251 060 Da. Usefulness of C-reactive protein for diagnosis
Measuring and quantifying the level of C-reactive protein may be useful lumene for determining treatment effectiveness and know how advanced or is a disease. Blood, usually collected in a serum separator tube and analyzed in a medical lumene laboratory or testing center.
Viral infections usually produce lower values of C-reactive protein that bacterial infections. Normal values of C-reactive protein in the blood tests are under 5 or 6 mg. of C-reactive protein per liter of blood. Cardiology diagnostic tests related to C-reactive protein
The C-reactive protein is a general indication for infection and inflammation and therefore can be used to determine the risk of heart disease. Because a high level of C-reactive protein can be caused by many reasons, not be used as a litmus test.
A C-reactive protein level greater lumene than 2.4 mg. per liter of blood, is a doubled risk of having a heart problem with a level less than 1 mg. per liter. Therefore, although it is a factor, the C-reactive protein levels may be a sign to help guide some diagnostics and indicate the risk of heart disease. Glucolisación in C-reactive protein
The Glucolisación is a chemical process of adding glucose to another molecule. The C-reactive protein may have added sugars and that can be used to determine disease since according to the type of disease, different patterns are added sugars. Role of C-reactive protein lumene for cardiovascular disease detection
Recent research suggests that patients with elevated C-reactive protein are at high risk for diabetes, hypertension lumene and cardiovascular diseases. C-reactive protein for cancer detection
Blood tests for people with cancer, have an average of C-reactive protein concentration d