| Quality Goals, Requirements, and Specifications |
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Everyone agrees that there should be quality control. But what does that mean? When we implement new methods in our laboratories, or develop new methods, or try to establish regulatory guidelines for performance of methods, or even inspect laboratories to assure that good quality management practices have been implemented, how do we specify bias, CV, the number of controls, the levels, etc.? Dr. Westgard introduces a way to sort it all out. Please Login (at right) or Register to view article
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What's New
QC Design
- Assuring Quality through Total Quality Management
- Quality Goals, Requirements, and Specifications
- Quality by Design
- Tools and Technology for QC Planning
- Mapping the Road to Analytical Quality
- Principles of QC Planning for Immunoassays
- Electronic QC and the Total Testing Process
- From Rules and Tools to Technology and Training
- QC Principles, Practices, and Planning
- Errors in Reasoning about Laboratory Errors
- $aving the Cost$ of Poor Quality
- Test Quality vs. Method Performance: What's the Difference?
- The Meaning and Application of Total Error
- Errors before the Laboratory


