CRP Test Kit (Dry Fluorescence Immunoassay)
Product Description
1. DSC utilizes an advanced methodology called Time-resolved Fluorescence Immunoassay (TRFIA) Method. TRFIA is super-sensitive detection technique characterized by specific fluorescence of rare earth ions. It is not only highly sensitive, but also overcomes the instability of enzyme marker and is the best choice for immunological detection. The high fluorescence intensity and long life of labeled ionic chelates are beneficial to eliminate the influence of fluorescent substances in samples and environment on the test results.
2. Analyzer Introduction: Analyzer uses the advanced method of Time-resolved Fluorescence Immunoassay (TRFIA), for the in-vitro quantitative detection of bio-markers for Diabetes Mellitus, Inflammation, Cardiovascular Diseases, Hormone, Gastric Diseases, Renal Diseases, Tumor, etc.
3. Application: Laboratory, ER, Cardiology, ICU, Respiratory, Pediatrics, etc.
C-reactive protein (CRP) is an acute phase protein with a structure of n-pentamers. It has good stability and accuracy, and is a nonspecific marker of inflammation and tissue injury. If the CRP value does not drop after treatment, there may still be damage. CRP can activate complement and enhance the phagocytosis of phagocytes to play a conditioning role, and plays an important protective role in the natural immune process of the body.
Clinical Significance of CRP
Differential diagnosis of bacterial virus infection and medication guidance. Efficacy evaluation. Concurrent infection prediction. Observation of infection duration. Prediction of postoperative complications. The indication of disease activity.
CRP just a Biomarker of Inflammation or a Pathophysiological Player in Myocardial Function and Morphology?
In response to inflammatory stress, C-reactive protein (CRP) is predominantly secreted from the liver and adipose tissue(s), and an independent relationship exists between different markers of overweight/obesity and elevated high sensitive (hs) CRP levels. CRP is predominantly secreted from the liver and adipose tissue(s) in response to inflammatory stress resulting from plaque rupture and subsequent microembolization. High levels of CRP induce endothelial dysfunction, activate platelets, and aggravate stress-induced alterations in cardiac function and morphology (ie, cardiomyocyte apoptosis and hypertrophy, fibrosis, and LV dilatation).
Steps of Operation
Interpretation of Result
| CRP | Measuring Range | 0.5-200ug / ml |
| Cut-off Value | 10ug / ml |
