February 18, 2023

Christine C. Gubatayao BSMT 1 MT14-CC 1.) WHAT IS LABORATORY INFORMATION SYSTEM? A laboratory information system (LIS) is a software system designed to manage and organize data and information within a laboratory setting. It typically includes features for tracking and managing laboratory specimens, test orders, results, quality control, and other important laboratory workflows. In addition to data management, LIS may also include features such as instrument interfacing, workflow automation, and result reporting. These systems can be customized to meet the specific needs of different types of laboratories, such as clinical, research, or forensic laboratories. Overall, a laboratory information system helps to improve the efficiency and accuracy of laboratory operations, allowing scientists and technicians to focus on the important work of conducting tests and analyzing data. 2.) What are the uses of laboratory information system? A laboratory information system (LIS) is a software system designed to manage and track laboratory workflows and data, from specimen collection and processing to test results and reporting. Some of the uses of an LIS include: Specimen management: An LIS can help manage the collection, labeling, tracking, and processing of specimens in the laboratory. This can include everything from barcoding samples to monitoring sample storage conditions. Test ordering and resulting: An LIS can help manage the ordering and resulting of laboratory tests, including recording the test orders, tracking the progress of the tests, and storing the results in a database. Quality control: An LIS can help manage the quality control process in the laboratory, including monitoring instrument performance, flagging abnormal results, and tracking trends in test results over time. Inventory management: An LIS can help manage laboratory inventory, including reagents, consumables, and equipment. This can include monitoring inventory levels, generating purchase orders, and tracking the usage of inventory items. Reporting: An LIS can generate reports and data analyses, including patient reports, quality control reports, and management reports. Interface with other systems: An LIS can interface with other systems, such as electronic health records (EHRs) and billing systems, to streamline laboratory workflows and data exchange. Overall, an LIS is a critical tool for managing laboratory operations, improving efficiency, and ensuring the accuracy and reliability of laboratory testing. 3.) Implication in the medical technology profession/job? The laboratory information system (LIS) has significant implications for the medical technology profession and related jobs. Here are some examples: Increased demand for LIS professionals: As healthcare systems continue to adopt LIS technology, there is an increased demand for professionals who have expertise in LIS installation, maintenance, and management. Changes in laboratory workflows: LIS can significantly impact laboratory workflows and operations, leading to changes in how laboratory staff work and interact with patients and other healthcare professionals. Need for data analysis skills: LIS generates a large amount of laboratory data that can be used for research and analysis. Therefore, professionals in the medical technology field will require data analysis skills to make sense of the data generated by LIS. Enhanced patient care: LIS technology can improve patient care by enabling more accurate and timely diagnosis, treatment, and monitoring of patients. Greater emphasis on regulatory compliance: With increased data privacy concerns and regulatory requirements, LIS professionals will need to ensure that laboratory operations comply with relevant regulations and standards. In summary, the laboratory information system has significant implications for the medical technology profession and related jobs, including increased demand for LIS professionals, changes in laboratory workflows, the need for data analysis skills, enhanced patient care, and a greater emphasis on regulatory compliance