In order to ensure quality control and reliability in laboratories, LIMS (Laboratory Information Management System) is becoming increasingly important as most analytical activities within a modern laboratory work support the process control role, and QC is essential for that.You can learn more at Quality Control Stickers
Advances in IT and LIMS software are currently simplifying QA / QC through computerization of: instrumentation data entry, test result data specification review, assignment of laboratory and task tasks, and management analysis and reporting.Interested readers can find more information about them at #######.
LIMS gives the laboratory many advantages as it seeks to improve QA / QC controls, such as:
Personnel recruitment and credentials
Labeling, transportation, and expiry of reagents, hazardous chemicals and solutions
Documentation, calibration and validation of the equipment
Embedding research instruments and devices
Reference Labeling and Monitoring
Standard operating procedures and their implementation
Validation and recording of Analytical process
Validation of computer Software
Records of variances from laboratory procedures
Determination of the correct QC checks, which address the daily quality of analytical data developed
LIMS should define specific laboratory personnel and their specific working environment, describe the tasks that they can carry out and provide information that they can access. It provides a way for users to be approved to perform certain functions, and access may be limited to the information each user requires to perform their work. LIMS also computerizes the generation of bar code labels when a sample is logged in, and allows the interpretation of storage information, such as location and storage conditions, against the sample logged.
LIMS enables to monitor the instruments, systems , and equipment used in the laboratory. It can be programmed to automatically flag and remove instruments which require daily service and calibration from operation. If analytical methods are described in it, LIMS allows the entire method description to be stored against its entry. That method can be configured to display changes over time to ensure that the new method is the only one used. Different persons may require review and approval before using the method.
For tracking and reporting purposes, LIMS can identify deviations in the work practice and analytical data. This helps users to quickly record and cope with unexpected incidents that happen inexorably in a laboratory, such as sample breakage. This can be combined to interpret tests faster and reduce errors in manual transcriptions by all major instrument types in the laboratory. LIMS has audit trailing mechanisms for capturing, monitoring, and explaining changes in laboratory data, and some even allow auditing of any item and automatically sending alerts to key people.