PubMed · 9782640
The source did not provide an abstract. Follow the original record for more information.
Explore connections, maps & timelines
S Maddison. 1998. Home-grown computer systems solve laboratories' IT problems.. https://pubmed.ncbi.nlm.nih.gov/9782640/
Cite the original work for its findings. Save a collection to share your selection of sources.
KEEP EXPLORING
Enhanced capabilities of modern information systems will have a major impact on the way that clinical laboratories generate diagnostic information and transmit that information to their physician clients. This article provides a perspective on how some of the most imminent changes in informatics are likely to alter laboratory practices and to create new roles for the clinical laboratory through the ability to manage vast quantities of information. The areas covered include utilization of laboratory services, process control in the laboratory, interpretation of test results, and laboratory economics.
Point of care testing (POCT), a new paradigm in laboratory testing, has recently been introduced to the critical care setting. In this model, laboratory testing is performed in the critical care vicinity by local bedside personnel. POCT devices perform user selected critical care tests on whole blood in a timely and accurate fashion. The POCT data, while used immediately at the bedside, must still be managed in accordance with regulatory guidelines and incorporated into the laboratory or hospital information system. Currently, critical care physicians are not educated and trained in the intricacies of laboratory data management and device interfacing. This article addresses the technical, political, and implementation issues surrounding POCT data management and interfacing as well as the philosophical and practical differences in laboratory data management between the central laboratory and POCT sites.
The planning of renal replacement therapy is based on assessment of population need for the white population, but uses historical trends in treatment uptake for black and Asian ethnic minority groups, for whom the incidence of chronic renal failure (CRF) is not known. Epidemiological studies of CRF are based upon follow-up of plasma creatinine results obtained from clinical biochemistry laboratories. We conducted a postal questionnaire survey of UK National Health Service (NHS) and private clinical biochemistry laboratories in Greater London and the south east of England to arrange the design and test the feasibility of carrying out a study to determine ethnic-specific rates of CRF. Fifty-five NHS laboratories (90%) and 19 private laboratories (57%) responded. Few pathology computer systems recorded ethnic group, patient post code, or diagnosis; although 31 of the laboratory computers (42%) were linked with the hospital Patient Administration System which could supply these data. Approximately 5.5 million electrolyte profiles and 20 million individual renal function tests are carried out annually in south east England. Ninety per cent of those were performed within NHS laboratories, implying that a study can use NHS sources alone without risk of any undue bias. Sixty laboratories (81%) included creatinine in their routine electrolyte profile, which would be a requirement for any study. Thirty-one laboratories (42%) archived tests within 1 year of entry, which would rule out a retrospective study design. A prospective study is feasible and should be carried out as soon as is practicable.