The use of a microprocessor for flexible automation of an experimental procedure
1985
Microprocessor Control for Blood Analysis Automation
publication
Evidence: moderate
Author Information
Author(s): M. S. Sheya, C. Riley
Primary Institution: University of Dar es Salaam
Hypothesis
The introduction of microprocessor control can improve the precision and efficiency of blood analysis automation.
Conclusion
Using a microprocessor-controlled stepper motor for a peristaltic pump significantly improved the precision of liquid dispensing in blood analysis.
Supporting Evidence
- The microprocessor allowed for faster and more precise results in liquid dispensing.
- The system could handle a preprogrammed sequence of operations.
- The pump was able to measure serum albumen using very small sample sizes.
Takeaway
This study shows that using a computer to control a pump can help measure tiny amounts of liquid very accurately, making it easier to do blood tests.
Methodology
An experimental setup was built using an Intel 8080 microprocessor to control a stepper motor-driven peristaltic pump for precise liquid dispensing.
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