Ray irradiation method for improving peridium quality of polystyrene micropore plate

A polystyrene and ray irradiation technology, applied in the field of irradiation processing, can solve the problems of difficult adsorption, the coating effect of small molecular polypeptides cannot meet the effect requirements, etc., and achieves improved adsorption, improved sensitivity and uniformity, and low cost. Effect

A polystyrene and ray irradiation technology, applied in the field of irradiation processing, can solve the problems of difficult adsorption, the coating effect of small molecular polypeptides cannot meet the effect requirements, etc., and achieves improved adsorption, improved sensitivity and uniformity, and low cost. Effect

CN101623935AInactive Publication Date: 2010-01-13FUJIAN LUCKY STAR IRRADIATION TECH
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Embodiment Construction

[0011] A ray irradiation method for improving the coating quality of polystyrene microporous plates in the present invention is realized through the following scheme: before irradiation, a plurality of container-shaped polystyrene microporous plates with bottle mouths and bottle bottoms are packed Put the bottle mouth and bottle bottom of each polystyrene microporous plate into the product box, and arrange them layer by layer in the product box in the same direction, then seal the product box, and then put the sealed whole box of polystyrene Put the microporous plate into the irradiation box of the BFT-II 60Cor irradiation device, align the bottle openings of each polystyrene microporous plate with the cobalt source plate of the BFT-II 60Cor irradiating device, and pass through the BFT-II 60Cor irradiation device. Type II 60Cor irradiation device irradiates polystyrene microporous plates with γ-rays. During the irradiation process of γ-rays, the energy of γ-rays is 1.33MeV, and...

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Abstract

The invention discloses a ray irradiation method for improving peridium quality of polystyrene micropore plate, which is realized by the following schemes: aligning a bottle opening of the polystyrene micropore plate to a cobalt source plate, implementing gamma-ray irradiation to the polystyrene micropore plate by the cobalt source plate, controlling the minimum absorption dose of the polystyrene micropore plate to be 4.0KGY and controlling the unevenness of irradiation to be 1.3-1.4, wherein the gamma-ray has an energy of 1.33MeV,. The invention uses the characteristics of higher energy and high penetration of 60Cor ray, and performs irradiation processing to the polystyrene micropore plate using certain irradiation dose and special technique, wherein the irradiated micropore plate is suitable for all types of antigen molecules, can effectively improve absorption of the micropore plate to micromolecule polypeptide and obviously improve the sensitivity and uniformity for detecting enzyme linked immunosorbent (ELISA). The method has the advantages of simple operation, stable quality, lower cost, and the like, thereby having enormous promotion and application value.

Description

technical field [0001] The invention relates to the technical field of irradiation processing, in particular to a ray irradiation method for improving the coating quality of polystyrene microporous plates. Background technique [0002] Enzyme-linked immunoassay (ELISA) is a method of using immunological techniques to determine trace substances in specimens. It is widely used in conventional methods of medical testing, that is, to detect antibodies or antigenic substances in body fluids through antigen-antibody reactions to quickly diagnose whether the human body is Infection with viruses such as AIDS, hepatitis, etc. The diagnostic kit used for ELISA detection is a polystyrene microwell plate coated with protein / polypeptide, so the quality of polystyrene microwell plate coating will directly affect the sensitivity and specificity of ELISA detection. , Uniformity has a significant impact. At present, in most cases, small molecular polypeptides are more difficult to be adsor...

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Application Information

Patent Timeline
13 Jan 2010
Publication
CN101623935A
IPC
B29C71/04
Inventors
张懿; 陈德平