Feline Coronavirus Antibody Quantitative Kit (Fluorescent Immunochromatography Assay of Rare Earth Nanocrystals)(FCoV Ab)

[Product Name]

FCoV Ab one step test

 

[Packaging Specifications]

10 tests/box


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Purpose of Detection

Feline coronavirus infection is common in cat populations. The virus is widely believed to cause symptoms of diarrhoea and infectious peritonitis. When cats are infected with coronaviruses, antibodies to coronaviruses will be produced in the body accordingly. In the previous studies of Neotagol, the antibody content in serum and asitoneum of cats with typical symptoms of infectious peritonitis is much higher than that of cats with intestinal infections caused by common coronaviruses. High antibody levels detected in the blood or ascites of infected cats with suspected symptoms of infectious peritonitis indicate a higher likelihood of infectious peritonitis. In addition, antibody detection has a certain significance of Yin elimination. If very low levels of antibodies are detected in the blood, and no significant increase in antibodies is detected for more than 7 days between monitoring, the possibility of infectious peritonitis can be ruled out.
Clinical significance:
1) Quantitative monitoring of coronavirus antibody concentration to determine whether you are infected with coronavirus (non-carrying);
2) The detection of high concentration of antibodies indicates an increased possibility of infectious peritonitis;
3) To make the diagnosis of infectious peritonitis.

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Detection Principle

FCoV IgG antibody in cat blood was quantitatively detected by fluorescence immunochromatography. Basic principle: There are T and C lines on the nitrate fiber membrane respectively. The binding pad is sprayed with a fluorescent nanomaterial marker that can specifically recognize FCoV IgG antibody. The FCoV IgG antibody in the sample first combines with the nanomaterial marker to form a complex, and then goes to the upper chromatography. The complex combines with the T-line, and when the excitation light irradiation, the nanomaterial emits fluorescence signal. The strength of the signal was positively correlated with the concentration of FCoV IgG antibody in the sample.


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