Shulou(Shulou.com)06/02 Report--

  Laboratory information management system LIMS in today's laboratories, basically also recognized by more laboratory management personnel, laboratory LIMS management system relative to other management systems, has more prominent characteristics, Beijing Tianjian Tongtai Technology Co., Ltd. according to their own years of experience in the field of test business information, summarized the following six laboratory LIMS characteristics:

First, the standardization of management processes

Through the system, advanced laboratory management concepts and models can be introduced. The system construction is based on ISO/IEC 17025 and CNAS-CL25 requirements, and the factors affecting quality are managed and controlled in a programmed manner. The management process is standardized, and the ideal management results are pursued. Law, ring and other factors effectively process control, establish necessary links between each other. Finally, it helps the laboratory to operate in a standardized mode, minimizing the interference of human factors and ensuring the authenticity and reliability of test data.

Second, paperless office

Through the implementation of LIMS system, the main process management, resource management, system management, data mining, system management and data acquisition management of laboratory instruments and equipment are completed. The electronic recording of the experimental process and the electronic transmission of reports enable the laboratory to achieve information management and paperless office, change from traditional recording mode to paperless office, save paper, consumables, communication and other expenses in daily office, and achieve the purpose of opening up sources, saving expenses, increasing production and increasing efficiency.

Third, automatic data collection

Through the implementation of LIMS system, the instrument equipment can be connected with LIMS system, and the automatic input system of detection data can be achieved. The system can automatically complete the processing of original data, such as calculation, rounding, unit conversion, curve generation, exceeding standard judgment, etc.; it can achieve real-time monitoring of the operation status of detection equipment, and display it through the front-end Internet UI interface.

Fourth, the electronic data

Through the application of LIMS system, all the data generated in the experimental process are stored in the database in a structured way, and then through the scientific automatic backup technology, the functions of data storage, query and release are realized, so as to meet the requirements of data traceability at different stages, ensure the sharing of data within the unit, and strengthen the information interaction ability among departments.

At the same time, rich quality control management functions can be realized through LIMS system, which can support judgment and warning of inspection data; data warning of exceeding standard (SMS, mailbox, message in system and other multimedia technology warning); analysis, comparison and statistics between data; trend analysis of historical data, etc. Improve the utilization rate of detection data and provide data support for environmental quality and pollution source monitoring.

Provide comprehensive statistical query and data analysis functions, and provide rich chart functions to enhance the performance of data, provide curves, histograms, pie charts and other types of charts to enhance the intuitive and expressive power of data. And support data export, large screen launch and other display forms.

Fifth, quality information technology

Quality control is the lifeline of business detection. Traditional quality control methods mainly control quality in each link of business process by manual inspection. Such a method will cause inaccurate and imperfect data due to artificial errors and other reasons. With the development of business, experimental data will appear explosive growth, business workload is large, data error rate is also on the rise. In order to control the quality of work and reduce the error rate, we must replace manual management with information management system in order to better achieve the management of data and the monitoring of service quality.

The establishment of an information management system can bring the following benefits from the point of view of job quality control:

One is to realize the automation of information collection, processing, transmission and traceability, reduce human error and ensure the accuracy and timeliness of data.

Second, quality management personnel from the original cumbersome collection, sorting out quality information work out, so that they can concentrate on quality control business.

Third, help quality management personnel to find problems, confirm problems, solve problems and trace back to quality problems.

The system can record the data of each link in the business process in detail, trace the doubtful data in time, confirm whether there is any trace of artificial modification, and technically avoid the phenomenon of artificial fabrication or modification of data. In this way, the authenticity and fairness of the data are improved, the quality control and supervision of the whole process of daily work are realized, and the level of quality management is improved.

Sixth, data sharing

Through the construction of LIMS, complete the matching of system configuration data and result data, and realize the data intercommunication among users of various departments of LIMS system. Data sharing within the unit is realized to avoid the transmission of result information between different departments, improve work efficiency and reduce costs as a whole; knowledge accumulation, personnel training and online evaluation within the unit are improved through the creation of knowledge base.

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