Showing results for: microbial contamination monitoring Articles
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Development and validation of a FISH-based method for the detection and quantification of
E. coli and coliform bacteria in water samplesMonitoring of microbiological contaminants in water supplies requires fast and sensitive methods for the specific detection of indicator organisms or pathogens. We developed a protocol for the simultaneous detection of E. coli and coliform bacteria based on the Fluorescence in situ Hybridization (FISH) technology. This protocol consists of two approaches. The first allows the direct detection of ...
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Cleanroom Monitoring Updates Discussion
In this short video, Frank Panofen, PhD, and Daniele Pandolfi discuss the following cleanroom monitoring topics: Viable monitoring in pharmaceutical manufacturing Risk-based approach to monitoring methodology and design, classification and qualification Continuous sampling meaning and applications Active air sampling and real-time testing Changing regulatory expectations for pharmaceutical ...
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Electronic Data in Pharmaceutical Manufacturing: Real-Time Microbial Monitoring (Series Part 6 of 6)
Real-time (Active Air) Microbial Monitoring Benefits Microbial contamination can impact clean manufacturing in similar ways to particles. However, while non-viable particulate can be cleaned by filtration, even minor microbial contamination can replicate and spread. Monitoring the microbial contamination levels in your cleanroom provides a cost-effective way to understand the sterility of the ...
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Opportunistic pathogens and faecal indicators in drinking water associated biofilms in Cluj, Romania
Biofouling occurs without exception in all water systems, with undesirable effects such as biocorrosion and deterioration of water quality. Drinking water associated biofilms represent a potential risk to human health by harbouring pathogenic or toxin-releasing microorganisms. This is the first study investigating the attached microbiota, with potential threat to human health, in a public water ...
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Using an air sampler for microbial air contamination monitoring: step by step
Microbial air contamination monitoring is a key process in facilities with special air cleanliness needs. Air sampling is a regulated process that, with following simple steps, we can obtain an indicator of the quality of the air. Do you want to know how to perform an air sampling? IUL’s air samplers are very compact and designed for easy transportation. In fact, IUL Spin Air samplers give ...
By IUL S.A.
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The Antibacterial MiniCapt Mobile - For Best-in-Class Microbial Contamination Monitoring
The MiniCapt Mobile microbial contamination monitoring instrument now helps you further reduce contamination introduced during monitoring activities with a new antibacterial housing. Did you know that Particle Measuring Systems recently released the MiniCapt Mobile Microbial Particle Counter with a new antibacterial housing? In an effort to mitigate the introduction of bacterial contamination ...
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OVA5000 used to gather river quality data in Greece
Cogent Environmental, in collaboration with its Greek partner, has recently completed a successful installation of one of its online heavy metal analysers, the OVA5000, in a remote location in the Amvrakikos Kolpos region of Greece. Cogent Environmental’s capabilities Cogent Environmental Ltd specialises in the development of online systems for monitoring heavy meals, microbial ...
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