Kate Aaliyah N. Minel MT 14 (LEC)-CC
BSMT 1

Learning through writing: Teaching Critical Thinking Skills through writing assignments

Medical records contain detailed information about a patient’s history. That is why the reliability and consistency of those records are of ample importance. It is an essential piece of document to assess the patient’s health condition.

LIS plays a vital role in medical data preservation. It is a healthcare computer software capable of storing and managing data from all stages of medical processes and tests (Vecchio, n.d.). It is a system that enables physicians and laboratory technicians to coordinate a variety of inpatient and outpatient medical testing.
This medical testing includes hematology, chemistry, immunology, and microbiology. The LIS can manage patient information. It can check and track patient details while storing the information in the database (Vecchio, n.d.)

Laboratory Information System speeds up performance while reducing mismanagement issues. In short, LIS is a vital tool in managing laboratory information. With this system, patients’ data at hand is reliable.

The three components of LIS are sample tracking, protocol execution, and managing storage. These components pave the way to meeting quality standards in patient care. It decreases transcription errors, improves workflow, and incorporates automation. It also streamlines laboratory information to achieve efficiency.

Execution of protocol is a LIS component that ensures the availability of laboratory technicians to follow guidelines during laboratory tests. Observing the standard operating procedures is necessary regardless of the person’s processing.

Sample tracking is another component of LIS. This component means following certain sample information from when it enters the lab. It mandates the recording of data associated with the sample. The data includes sample collection date, identification card, and selection source. Organization of storage or managing storage is the last component of LIS. It pertains to the life cycle of samples in the laboratory.

Individual samples are in the sample vial and then in a specific box. Storage of the specimen samples observes the storage hierarchy in the location. Batch dates group them. This information ensures the efficiency of the LIS system.

A Laboratory Information System is a medical technological advancement system. It stores patient medical records and information. It enables automatic data recording needed in compliance with laboratory best practices. A high level of sample tracking and reporting is possible with LMS. LIS program is available via computer and mobile devices. Monitoring and documentation are available by LMS throughout the lifespan.

Consistent sample management is possible in LIS. It manages the complexities and regulatory nature of lab testing. Laboratory workflow efficiency and error-proofing can improved through LIS.
LIS error-proofing feature brings correct decision-making, executing procedures, and automating proper billing.

Laboratory Information Management System software allows effective sample management and associated data. It provides automated workflows and integrated instruments. It enables centralized access and storage of quality control data.

LIMS tracks reagents and lots. It performs device run monitoring and initiates downstream data analysis. LIMS integrates with instruments and other laboratory systems for organization, accuracy, and collaboration.

LIMS can help a lab group stay connected. It enables the faster delivery of more significant insights. LIMS system is the backbone of the laboratory (analytics, 2023).