Practical aspects of laboratory automation in pharmaceutical development
1993
Laboratory Automation in Pharmaceutical Development
publication
Evidence: moderate
Author Information
Author(s): Eugene J. McGonigle
Primary Institution: Schering Plough Research Institute
Hypothesis
Can laboratory automation improve efficiency in pharmaceutical development?
Conclusion
Laboratory automation significantly enhances productivity and reduces errors in pharmaceutical analytical testing.
Supporting Evidence
- Automation allows for faster sample analysis, increasing the number of determinations per chemist per day.
- Robotic systems have reduced the time required for sample preparation significantly.
- Automated systems can conduct analyses off-hours, maximizing laboratory productivity.
Takeaway
Using robots and computers in labs helps scientists do their work faster and with fewer mistakes.
Methodology
The study discusses the evolution of laboratory automation methods and their impact on productivity in pharmaceutical R&D.
Potential Biases
Potential bias in results due to reliance on automated systems without adequate manual checks.
Limitations
Automation systems require extensive validation and can be vulnerable to malfunctions.
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