Frenz Laurence N. Dayot
MT14 AB LEC

“Learning Through Writing: Teaching and Critical Thinking Skills through writing assignments”

A laboratory information system is a healthcare system that holds all the clinical data in a laboratory. It systemizes all aspects and details of a clinical laboratory.
A laboratory information system is crucial in a clinical laboratory since it contains all the necessary data of patients in a laboratory. It holds all their demographic profile, samples, medical testing, immunology, and medical results.
The sole purpose of a laboratory information system is to track and provide details of a medical patient for quick accessibility of data.
Another purpose of laboratory information is data security and privacy. A laboratory information system ensures privacy of the data of medical patients through data management protection.
On top of that, laboratory information system provides data management in clinical laboratories. A laboratory information system uses digital software that amplifies the test results of laboratory operations and procedures.
Addition purpose of a laboratory information system is to enable the centralization of information. It ensures the process of delivery healthcare information between the patient and the clinical laboratory information system is accurate and precise.
It is used in many clinical laboratories to enhance the accuracy and efficiency of several laboratory operations and instrument calibration.
The clinical laboratory uses the laboratory information system to process different lab results. It reduces the labor and resource necessary in the distribution of laboratories tasks.
Specimen tracking, patient tracking, and data management are the components of laboratory information system. To enhance laboratory processes and improvise the work flow of a laboratory, these major components are applied.
A key component in laboratory information system is specimen tracking. In the laboratory, specimen tracking is essential in monitoring the status of laboratory samples. Specimen tracking is associated with barcoding, labeling, and quality control.
Efficient specimen tracking ensures the accuracy and precision of test results in a laboratory with standard protocols and regulations. The appropriate transport systems to the laboratory are critical for lab results. It ensures that the lab results are accurate to improve the efficiency of laboratory equipment.
Another key component in laboratory information system is patient tracking. Patient tracking allows a health care provider to track the progress of medical patients. Coherent patient tracking reduces errors and improves the flow of communication in a laboratory.
Patient tracking improvises health care management and contributes to the overall health outcomes for medical patients.
Prioritizing patient tracking improvises a patient’s medical history. The goal of patient tracking supports patient management and specimen information. Patient tracking helps minimize errors such as misidentification and confusion of medications.
Last but not least, data management ensures the security and privacy of sensitive medical data of patients. Data management provides accuracy and integrity to maintain the quality of laboratory results.
Data management supplies patient safety since it constructs informed decisions about a patient’s medical conditions and treatment plans to minimize medical errors. Hence, a patient’s data is sensitive which improvises the accuracy of certain laboratory results.
In conclusion, a laboratory information system is a type of medical software that processes and analyzes laboratory test. Laboratory information system tracks, stores, and improvise clinical details about a medical patient.
Laboratory information system contributes to the overall health status of a medical patient. The laboratory information system supports the healthcare clinical settings and patient-specific specimens.