Test strip for detecting gosling plague virus antibody

Abstract

The invention discloses a test strip for detecting a gosling plague virus antibody. The test strip comprises a test strip body, wherein the test strip body comprises a cover film, a sample pad, a gold labeling pad layer, water absorption filter paper, a handheld portion, a detection zone and a supporting and fixing fusible interlining layer, the upper surface of the test strip body is provided with the cover film, the bottom of the test strip body is provided with the supporting and fixing fusible interlining layer, the supporting and fixing fusible interlining layer is provided with the sample pad, the gold labeling pad layer, the water absorption filter paper and the detection zone, the sample pad and the water absorption filter paper are respectively arranged at two ends of the top of the supporting and fixing fusible interlining layer, the supporting and fixing fusible interlining layer at one side of the sample pad is provided with the gold labeling pad layer, the detection zone is arranged between the gold labeling pad layer and the water absorption filter paper, and one end, which is provided with the water absorption filter paper, of the test strip body is provided with the handheld portion. By arranging a heat conducting film and a heating film, the detection speed is increased, the application range of the test strip is enlarged, a T-shaped detection line is matched with a C-shaped quality detection line, and a detection result can be intuitively known.

Description

technical field [0001] The invention relates to the technical field of test strips, in particular to a test strip for detecting gosling plague virus antibodies. Background technique [0002] Gosling plague virus, also known as goose parvovirus, can cause an acute or subacute septicemia of goslings, with exudative enteritis as the main pathological change. The disease mainly affects goslings aged 4-20 days, with fast infection and high fatality rate. The disease was first discovered by Fang Dingyi, a Chinese scholar, in the Yangzhou area of ​​my country in 1956. It has occurred in most domestic goose-raising provinces and regions, causing important economic losses to the goose industry. Rapid detection of gosling plague virus antibody can not only evaluate the immune effect of vaccine, but also assist clinical diagnosis, which is the prerequisite for effective control of gosling plague virus infection. [0003] The existing test strips have poor detection specificity and se...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a test strip for detecting gosling plague virus antibody, which has the advantages of fast detection speed and high accuracy, and solves the problem of detection speed caused by the influence of temperature and other factors on the existing test strips. Slow, less accurate issues

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