Microcomputer System for Continuous-Flow Analysis
Author Information
Author(s): H. Baadenhuijsen, Th. Zelders
Primary Institution: St. Radboud University Hospital and University of Nijmegen
Hypothesis
Can a microcomputer system effectively automate peak recognition and data processing in continuous-flow analysis?
Conclusion
The developed microcomputer system has proven to be flexible and effective in processing serum urea samples.
Supporting Evidence
- The system has been in daily use for about 18 months.
- Only two occasions of floppy disc deterioration were discovered in the 18-month period.
- The system can analyze about 15,000 serum urea samples effectively.
Takeaway
This study shows that a computer can help labs quickly and accurately analyze blood samples without making mistakes.
Methodology
The system was designed to automate the read-out of peak-height tracings from serum samples using a microcomputer.
Potential Biases
There is a risk of clerical errors due to high workload, although the system aims to reduce this.
Limitations
The system may misinterpret consecutive patient samples as calibration series under rare conditions.
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