With the help of leading Quality Assurance (QA) and Quality Control (QC) microbiology specialists in Europe, a complete set of guidelines on how to start and implement a quality system in a microbiological laboratory has been prepared, supported by the European Commission through the Measurement and Testing Programme. The working group included food and water microbiologists from various testing laboratories, universities and industry, as well as statisticians and QA and QC specialists in chemistry.
This book contains the outcome of their work. It has been written with the express objective of using simple but accurate wording so as to be accessible to all microbiology laboratory staff. To facilitate reading, the more specialized items, in particular some statistical treatments, have been added as an annex to the book. All QA and QC tools mentioned within these guidelines have been developed and applied by the authors in their own laboratories. All aspects dealing with reference materials and interlaboratory studies have been taken in a large part from the projects conducted within the BCR and Measurement and Testing Programmes of the European Commission.
With so many different quality control procedures, their introduction in a laboratory would appear to be a formidable task. The authors recognize that each laboratory manager will choose the most appropriate procedures, depending on the type and size of the laboratory in question. Accreditation bodies will not expect the introduction of all measures, only those that are appropriate for a particular laboratory.
Features of this book:
• Gives all quality assurance and control measures to be taken, from sampling to expression of results
• Provides practical aspects of quality control to be applied both for the analyst and top management
• Describes the use of reference materials for statistical control of methods and use of ce
1. Scope and Purpose. Introduction. Implications of incorrect results. Quality assurance. Types of laboratories. Elements of a quality assurance programme. Accreditation. Benefits of a quality assurance programme. 2. Implementation of Quality Assurance Programmes. Introduction. Personnel. Media. Methods. Equipment. Sample handling. Data handling. Quality control systems. Follow-up. 3. People, Management and Organization. Introduction. People. Laboratory accommodation and environment. Safety. Working procedures. Communication and customer relations. Complaints management. 4. Sampling. Introduction. Distribution of organisms in food and water. Sampling plans. Food. Water. Sample records. Sampler training. Sample transport. Sample reception. Summary. 5. Equipment Introduction. Types of sterilization apparatus. Steam sterilization. Media preparator. Pressure cooker. Hot-air sterilizers (dry sterilization). Filter sterilization. Membrane filtration apparatus. Incubators. Water baths. Microwaves. Thermometers. pH meters. Balances. Deionizing and distillation apparatus. Cold storage. Anaerobic incubation. Colony counters. Microscopes. ELISA plate readers and plate washers. List of equipment and technical specifications. 6. Materials. Introduction. Sample bottles and containers. Laboratory glassware. Pipettes. Petri dishes. Metal utensils. Tubes and closures. Membrane filters. Pads. Deionized/distilled water. Culture media and chemicals. 7. Quantitative Method and Procedure Assessment. Introduction. Principles of microbiological measurements of water and food. Standardization and validation. Mathematical and technical characteristics of microbiological methods. Selective methods. Comparison and validation of presence/absence tests. Quantitative expression and estimation of uncertainty in microbiological methods. Experimental designs for comparing colony cou
- No. of pages:
- © Elsevier Science 1998
- 22nd April 1998
- Elsevier Science
- eBook ISBN:
- eBook ISBN:
- Hardcover ISBN:
- Paperback ISBN:
Public Health Laboratory Service, Newcastle upon Tyne, UK
European Commission, Brussels, Belgium