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Rapid Microbiological Methods for a New Generation
that will speed up microbiological analysis, allowing aseptic manufacturing to embrace the concepts of Process Analytical Technology (PAT). This article surveys the various Rapid Microbiological Methods (RMMs) that are now available (or are in development) to the pharmaceutical industry. The PAT initiative
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Rapid Microbiological Methods for a New Generation
chapters on rapid microbiological methods. The planned USP informational chapter <1223>, ?Validation of Alternative Microbiological Methods,? provides guidance for validating methods that can be used as alternatives to official Compendial microbiological methods. Pharmaceutical Engineering | Rapid
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Rapid Microbiological Methods for a New Generation
the final result. Commercially available technologies that utilize nucleic acid-based technologies include: Other technology platforms are much smaller than the technologies previously discussed, and should have a significant impact in the way microbiological assays will be performed in the future
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Rapid Microbiological Methods for a New Generation
to an electrical signal. This is the basis for a novel, instantaneous and continuous microbial detector, currently in development at BioVigilant Systems (Tucson, Ariz.). The technology was originally developed to detect potential bioterrorism. Pharmaceutical Engineering | Rapid Microbiological Methods
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Rapid Microbiological Methods for a New Generation
and detection of pathogens. The biological component of a biosensor may contain tissue, microorganisms, organelles, cell receptors, enzymes, antibodies, nucleic acids or whole cells. The detector element works in a physicochemical manner and may include. Pharmaceutical Engineering | Rapid Microbiological
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GSK, Pall Speed Microbiological Contamination Detection
suspensions used in critical tests. GSK, Pall Speed Microbiological Contamination Detection | Engineering & Processing | Pharmaceutical Manufacturing. Digital Magazine: Read / Subscribe. RSS. Contact Us. Advertise. All. Articles. White Papers. Products. News. Member Login. Become a Member. Home. Topics
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DETECTION OF FECAL/INGESTA CONTAMINANTS ON POULTRY
correctly. classified 100% of the contaminant samples and 95% of the equipment area samples. Microbiological analysis found the. highest EBC levels for fecal contaminants; mean EBC for ingesta contaminants was significantly lower than that for fecal. contaminants. The high EBC levels for fecal
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PAT Brings Laboratory Analysis Online
and methodologies designed to shift the industry's quality focus from post-production inspection to building quality into its products and into the manufacturing process. Indeed, FDA's expansive definition of in PAT includes "chemical, physical, microbiological, mathematical, and risk analysis conducted