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Equipment for linking the AutoAnalyzer on-line to a computer.

D Simpson, G E Sims, M I Harrison

Journal of Clinical Pathology

|March 1, 1971

Summary

This study details the successful integration of an Elliott 903 computer system into a clinical chemistry lab, enhancing AutoAnalyzer efficiency. The system provides real-time data processing and quality control, improving laboratory workflows.

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Area of Science:

Clinical Chemistry
Laboratory Automation
Computer Science Applications

Background:

Clinical chemistry laboratories generate large volumes of data requiring efficient processing.
Automation through AutoAnalyzers streamlines sample analysis but requires robust data management.
Integrating computer systems offers potential for improved accuracy, speed, and quality control.

Purpose of the Study:

To describe the implementation and performance of an Elliott 903 computer system in a clinical chemistry laboratory.
To detail the equipment and methods used for on-line linking of AutoAnalyzers to the computer.
To evaluate the system's reliability, capabilities, and limitations for routine laboratory operations.

Main Methods:

Operation of an Elliott 903 computer with 8K core store and magnetic tape.
Development of equipment for on-line AutoAnalyzer integration.
Data collection on computer processing times and component reliability over 20 months.

Main Results:

The computer system successfully processed data from up to 11 AutoAnalyzer channels daily.
Routine operations included worksheet preparation, real-time monitoring, process control, and automatic result calculation.
Quality control data was provided, and cumulative reports were generated for some analyses.

Conclusions:

The Elliott 903 computer system demonstrated reliability and effectiveness in a clinical chemistry setting.
The system enhanced laboratory efficiency through automated data handling and quality control.
Further system extensions are needed to improve the speed of cumulative report generation for routine use.

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