Microbiology Test Method Guides
Please choose a test method guide either by organism or generic test type:
Review of rapid methods for detection of yeast and moulds in food and beverages. Manual and automated rapid detection methods have the potential to provide significant time and cost savings for some laboratories , reduce human error and free up skilled staff.
Review of range of rapid microbiology methods available for total viable counts or TVC which are limited, but several existing technologies have the potential to cut labour costs and reduce time to result.
Overview of rapid microbiology methods (RMM) for pharmaceutical microbiology laboratories with supplier details and description of novel approaches.
Best way to filter products for microbiological investigation
Ready-to-use Media:Traditional and Novel Formats Key Points Reduced overheads Lab can focus on core business Easier regulatory conformance Improved lab flexibility The concept of ready-to-use (RTU) or pre-prepared microbiological growth media is not new. Products fitting this description have been available for many years; in more recent times
Rapid methods for the detection of respiratory viruses are based either on immunological, or on molecular techniques.
Key PointsThe genus Salmonella contains only two species, but includes around 2,500 ‘serovars’, many of which can cause human illness, often food borneTraditional detection and confirmation methods are long established and typically take 3-5 days to obtain a resultRapid detection and confirmation methods are widely available and are capable of reducing
Key Points Microbiological testing of sterile products in the pharmaceutical industry remains a regulatory requirement, despite the limitations of sterility tests. “Absence of evidence does not equal evidence of absence.” Sampling of sterile products must be representative and must not allow any opportunities for accidental contamination and false
Review of how to effectively maintain microbiological stock cultures, cryogenic storage media in tubes avoid repeated subculturing.
Key Points Efficient collection and release of microorganisms Preserve the microbiological population from sampling to the bench Samples can arrive at the microbiology laboratory in a variety of formats, often sub-samples of a large production batch or in a clinical setting, samples of body fluids. Swabs however, are unique in