Feline panleukopenia virus (FPV) can cause severe infectious diseases in cats. It is characterized by high fever, diarrhea and vomiting, and has a high mortality rate, high contagiousness and a short course of the disease, especially in kittens, which have a higher rate of infection and mortality. Detection of FPV antibody in cats can reflect the immune status of the body.
Feline cup virus (FCV) infection is a viral respiratory infection of cats, and the general clinical presentation is characterized by upper respiratory symptoms, namely depression, plasma and mucous rhinorrhea, conjunctivitis, stomatitis, tracheitis, and bronchitis, accompanied by biphasic fever. Feline cuprovirus infection is a common cat disease, with high morbidity and low mortality. Detection of FCV antibodies in cats can reflect the immune status of the body.
Feline herpesvirus type I (FHV-1) is the causative agent of feline infectious rhinobronchitis and belongs to the subfamily of herpesviruses of the family Herpesviridae. General clinical manifestations: at the beginning of the disease, the main symptoms of upper respiratory tract infection, are sick cats appearing depressed, anorexia, elevated body temperature, coughing, sneezing, tearing, eyes, and nasal discharge, the secretion begins to be plasma, and with the aggravation of the disease becomes purulent. Some cats have oral ulcers, pneumonia, and vaginitis, and some have skin ulcers. The disease is very harmful to young cats and the mortality rate can be more than 50% if the disease is not treated in time. Detection of FHV antibodies in cats can reflect the immune status of the body.
Clinical significance:
1) for pre-immunization assessment of the organism;
2) for detection of antibody titers in the organism after immunization;
3) for early detection and diagnosis during feline distemper, herpes, and cupripovirus infections.
This product uses fluorescent immunochromatography to quantitatively measure the levels of FPV, FCV, and FHV antibodies in cat blood. The basic principle: T and C lines are drawn on the nitrocellulose membrane. The bonding pad is sprayed with a fluorescent nanomaterial marker that can specifically recognize FPV, FCV, and FHV antibodies. The FPV, FCV and FHV antibodies in the sample firstly combine with the nanomaterial marker to form a complex and then chromatographed upwards, the complex binds to the T line, and the nanomaterial emits fluorescent signals when irradiated by the excitation light, which is positively correlated with the concentration of the antibodies to FPV, FCV and FHV. The intensity of the signal is positively correlated with the concentration of FPV, FCV, and FHV antibodies in the sample.
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