Kirsten D. Rigonan
BSMT I
MT 14-Lec DD

The laboratory produces many forms of information. It is a pile of patient records, lab results, and maintenance reports processed with every laboratory procedure and test.

Often, this may become tedious work having to cater number of patients and orders within a set time. There is a risk of committing errors and delays which can disrupt the workflow of the laboratory.

Hence, information and quality management are crucial in a laboratory environment. These would guarantee that all data are accurate, secure, and accessible to anyone with the appropriate authority.

This comes with the role of the laboratory information system. It is a healthcare software that processes, stores and manages important patient data. This data includes both incoming and outgoing laboratory testing orders and test results.

According to McCudden et al. (2020), the LIS provides the lab with the structure it needs to control the testing operation. With the increasing demand, LIS is a solution built with rules and automation.

LIS creates a seamless system optimizing management functions from one task to another. And most especially, it meets all kinds of demands and takes into account security. Hence, the LIS system allows running for a standardization of all laboratory processes.

The LIS performs tests, encodes data in a patient’s electronic health record (EHR), and tracks clinical details with high accuracy. By its functionality, storing this information in the database enhances data consistency.

Furthermore, the LIS connects with other parts of the laboratory fostering unified operations. This collaboration, in essence, boosts productivity and flexibility with its features.

An excellent LIS has three major components. These are sample tracking, protocol execution, and storage organization.

Sample tracking pertains to the keen observation of a certain sample. It includes recording of the data from the time it enters the lab until through testing and storage.

The protocol execution covers the adherence to standard workflows and procedures. This ensures that the processing of a sample towards obtaining the results is right.

Finally, the storage organization monitors the sample’s progress in the laboratory. This tracking, arranged in “storage hierarchy,” is essential to locate samples. This applies especially to busy laboratories and helps one to stay organized.

All in all, these components work together to create a comprehensive system. Moreover, these can be effective guidelines for managing laboratory operations and data security.

The Laboratory Information Management System also contributes to increasing operational efficiency. It streamlines the laboratory workflows and facilitates both easy record-keeping and reporting.

The entire operation begins with data entry and sample registration to the system. This facilitates the start of tracking the movement of samples throughout the laboratory. Sample storage, testing, reporting, and archiving then follow.

The role of LIMS in quality control and assurance is also noteworthy. It monitors instrument performance and ensures compliance with regulatory requirements.

As samples pass through the laboratory, a LIMS updates the information to maintain the audit trail.

In summary, a Laboratory Information System takes a transformation in our healthcare systems. It has helped in the efficient and accurate operation of clinical and research laboratories.

LIS pushes a more accurate information system to support various decisions. In today’s world, the LIS fuels laboratory growth in place of the growing demand.