Canine Respiratory Tract 3-in-1 Combo Test Kit (CDV/CAV-2/FluA Ag)

 

[Product Name]

Canine Respiratory Tract 3-in-1 Combo Test Kit (CDV/CAV-2/FluA Ag)

 

[Packaging Specifications]

10 tests/box

 

 


Product Detail

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Detection Purpose

Canine Distemper Virus (CDV) belongs to the genus Morbillivirus of the Paramyxoviridae family, which can cause the spread of canine infectious diseases (canine distemper), and lead to clinical symptoms in dogs such as conjunctivitis, pneumonia and gastroenteritis. CDV is characterized by high mortality, strong infectivity and short course of disease. Puppies are particularly vulnerable with higher infection rates and mortality.

Canine Adenovirus Type II can cause infectious laryngotracheitis and pneumonia in dogs. Its clinical symptoms include persistent high fever, cough, serous-to-mucous nasal discharge, tonsillitis, laryngotracheitis and pneumonia. Clinical statistics shows that this disease is very common in puppies under 4 months of age. It can cause a collective cough, so the disease is often referred to as “kennel cough” based on its clinical features.

Canine Influenza is mainly caused by H3N8 and H3N2 of influenza A viruses. Its initial symptoms are very similar to those of canine bronchitis. It starts with a persistent cough that can last up to three weeks and is accompanied by yellow nasal discharge.

Therefore,reliable and effective detection plays a positive guiding role in prevention, diagnosis and treatment.

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Detection Principle

This product utilizes the fluorescent immunochromatographic method to quantitatively detect the content of CDV/CAV-2/FluA antigens in the eye, nose and mouth secretions of dogs. The basic principle is as follows: T and C lines are respectively marked on the nitrocellulose membrane.The T line is coated with antibody a1, a2 and a3 that specifically recognize the CDV/CAV-2/FluA antigens. The binding pad is sprayed with another set of fluorescent nanomaterial-labeled antibodies b1, b2 and b3 that specifically recognize CDV/CAV-2/FluA. The CDV/CAV-2/FluA in the sample first combine with the nanomaterial-labeled antibodies b1, b2 and b3 to form a complex. Then, through chromatography upwards, the complex moves upwards and binds to T-line antibodies a1, a2 and a3, forming a sandwich structure. When the test strip is irradiated by excitation light, the nanomaterial emits a fluorescent signal, and the intensity of this signal is positively correlated with the concentration of the virus in the sample.


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