Key quality control factor management system of animal quarantine laboratory

Abstract

The invention provides a key quality control factor management system of an animal quarantine laboratory, and aims at overcoming the problems that laboratory management is low in efficiency and causes resource waste traditionally. An RFID technology is used to provide each person or object with a unique ID, key factors including samples, reagents, cell strains, files and devices related to the laboratory are covered comprehensively, a windows operating system, B / S configuration and a database are combined, a life period that can be monitored is entered after that original data is input manually, the working efficiency of operators is greatly improved, use of consumable articles is reduced, and cross-regional purchasing and sharing of laboratory systems are realized via 3G and the Internet.

Description

Technical field: [0001] The present invention relates to the information management of animal laboratories, and mainly aims at managing the information of key elements such as reagents, samples, documents and equipment in the laboratory. The specific technical fields involved include system integration, radio frequency identification, firewall intranet management, wifi LAN communication, 3G remote communication, database, and server / browser management system. Background technique [0002] RFID (Radio Frequency Identification) technology is radio frequency identification. This technology has the characteristics of non-contact reading, fast recognition speed, large data capacity, long storage time and dynamic change of tag data. [0003] B / S architecture (Browser / Server, browser / server mode) is a network structure mode after the rise of WEB. This mode unifies the client and concentrates the core part of system function realization on the server. As long as a browser such as I...

AI Technical Summary

Problems solved by technology

[0004] In the animal realization room, with the rapid increase in business volume, the detection requirements are becoming more and more complex, the accumulation of historical data and the types of samples and reagents are increasing. At the same time, it is considered that different laboratories or laboratories in different cities share reagents and samples to increase The utilization rate of samples and the reduction of cost increase due to expiration, the original manual management mode has become incapable in this form, and the traditional manual management method has become more and more difficult to achieve real-time dynamic management and distribution. Therefore, in the current Establishing an efficient and intelligent management system in the information environment has become a necessary and sufficient condition for improving the comprehensive strength of the laboratory

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