What are the characteristics of the procalcitonin assay kit

The procalcitonin assay kit has the characteristics of high sensitivity, high accuracy, high stability, easy operation, rapid detection, multi scenario applicability, and reliable results. Specifically, it is as follows:

High sensitivity and accuracy

Low detection limit: using high-sensitivity technologies such as fluorescence immunoassay and magnetic particle chemiluminescence, it can detect extremely low concentrations of procalcitonin in serum (such as 0.01ng/mL level), which helps with early disease screening.

Double antibody sandwich method: By binding specific antibodies to target antigens, combined with chemiluminescence or fluorescence technology to achieve quantitative detection, the accuracy of the results is significantly improved.

. High specificity: Only recognizes specific epitopes in the structure of calcitonin precursor molecules, effectively avoiding cross reaction interference and ensuring accurate and reliable detection results.

High stability and reliability

Strong anti-interference ability: The reagent kit design can resist interference factors such as hemolysis, hyperlipidemia, jaundice, etc. in the sample, ensuring the stability of complex sample detection.

. Excellent repeatability: Through a strict quality control system, the consistency of test results between batches is ensured, providing reliable basis for clinical diagnosis.

Easy operation and rapid detection

Process standardization: Provides pre packaged reagents, standardized operation guidelines, and automated interpretation systems to simplify experimental steps and reduce operational difficulty.

. Short detection time: Fluorescence immunoassay can complete the detection within 10-20 minutes, and magnetic particle chemiluminescence method only takes about 30 minutes, significantly improving the efficiency of diagnosis and treatment.

Multi scenario applicability

Diverse sample types: supporting the detection of various biological samples such as serum, plasma, pleural effusion, urine, etc., to meet the needs of different clinical scenarios.

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Strong device compatibility: It can be adapted to mainstream devices such as fully automatic fluorescence quantitative detectors and biochemical immunoassay analyzers, achieving high-throughput sample processing.

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Reliable results and clinical value

Dynamic monitoring capability: By continuously detecting changes in procalcitonin levels, the severity of infection, treatment efficacy, and prognosis can be evaluated in real time.

. Advantages of differential diagnosis: It has high sensitivity and specificity for bacterial infections, can effectively distinguish between bacterial and viral infections, and guide the rational use of antibiotics. Critical illness warning: As a key biomarker for the diagnosis of sepsis, its concentration is significantly correlated with the risk of organ dysfunction and death, providing important reference for the treatment of critically ill patients.