An in-house minicomputer system successfully automated the transmission, storage, and interpreted reporting of blood gas and pleural fluid pH data for over 3 years.
A minicomputer system can be effectively programmed in-house to automate the transmission, storage, and interpretation of blood gas and pleural fluid pH data.
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Blood gas/pH data, like any other laboratory information, are amenable to computer-ization. This has become more feasible in recent years with the advent of manufactur-er-designed blood gas/pH analyzer interfaces and relatively inexpensive mini- and microcomputers. The interface makes possible on-line transmission of data; the computer allows manipulation of the data in virtually any way desired. We have implemented such a system. This system, in continuous use for more than 3 years, permits transmission of blood gas/pH data as soon as the test has been performed, allows storage of the data on floppy disks, and allows reporting of the data in an automated fashion with a printed interpretation. In addition, because our laboratory determines pH in pleural fluid, the latter test has been computerized to provide a separate report and interpretation. Using the computer language BASIC, we pro-grammed this system in-house ourselves. Declining costs of small and powerful personal computers and the use of languages such as BASIC now make it feasible for similar reporting systems to be implemented in many laboratories.
Martin et al. (Tue,) reported a other. An in-house minicomputer system successfully automated the transmission, storage, and interpreted reporting of blood gas and pleural fluid pH data for over 3 years.