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NCTR computer systems designed for toxicological experimentation. II. Experiment start-up system
Journal of Environmental Pathology and Toxicology
|May 1, 1978
Summary
The Experiment Start-Up System (ESS) models experimental protocols to project resource needs and schedules. This system aids management in resource availability assessment and feasible experiment start dates.
Area of Science:
- Toxicological Research
- Experimental Design
- Resource Management
Background:
- Experimental protocols contain critical information for resource planning.
- Accurate resource projection is essential for successful research execution.
- Effective management of resources impacts experimental timelines and quality.
Purpose of the Study:
- To introduce the Experiment Start-Up System (ESS) for modeling experimental protocols.
- To demonstrate ESS's capability in projecting resource requirements and schedules.
- To enhance the understanding and monitoring of experimental protocols.
Main Methods:
- Developing and implementing the Experiment Start-Up System (ESS).
- Constructing experimental models from protocol information.
- Utilizing models to determine resource quantities (food, water, animals, etc.) and manpower.
Main Results:
- ESS models provide detailed resource requirements for experiments.
- Management can assess resource availability and determine feasible experiment start dates.
- ESS ensures protocol requirements are understood and monitored for quality control.
Conclusions:
- The ESS facilitates efficient planning and resource allocation for toxicological research.
- ESS improves communication and quality control between investigators and support groups.
- ESS supports the accurate monitoring and successful execution of experiments.