Microbiology
As part of a Contamination Control Strategy (CCS) for Environmental Monitoring of Grade A areas for the presence of viable organisms, PMT now have a number of options available for our clients. Based on traditional growth based methods, employing agar plates, we offer a range of Active Air Samplers which can be used either as stand-alone instruments or remotely as part of a system. Different sampling methodologies of slit-to-agar or sieve impaction can sample 1 cubic metre of air rapidly or over an entire production run with minimal plate changes. Dedicated Compressed Gas Samplers are also available. Real-Time Biofluorescent Particle Counters (BFPC’s), based on Laser Induced Fluorescence (LIF), permit continuous microbial monitoring of Grade A manufacturing areas, accurate down to a single cell. This allows the user to “see now and react now” if a contamination event occurs, saving precious time and risk to the product. Root Cause Analysis in beep mode (like a “microbial Geiger Counter) or for bioburden monitoring of locations under investigation are other uses for BFPC’s.
The New Annex 1
With the publication of the updated version of the EU GMP Annex I (Manufacture of Sterile Medicinal Products), several relevant changes regarding continuous microbiological monitoring of sterile manufacturing processes in the pharmaceutical industry are now forthcoming. These changes focus, among other things, on monitoring in Grade A areas and now provide for continuous monitoring of all process steps. We would be happy to advise you on the upcoming changes as well as solutions to adapt your processes.
Microbiological real-time systems
Air sampler: Impaction
Air sampler: Slit-to-Agar
FAQ
Here you will find a FAQ about our microbiological systems. If you need further information, we are happy to assist you
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What are microbiological real-time systems?
Microbiological real-time systems are advanced devices used to continuously monitor airborne microbial contamination. They measure and analyse the number and type of microbes present in the air, providing real-time data on air quality.
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How does an air sampler work?
Air samplers collect microbes from the air and collect them on a medium that is then analysed. These systems enable air quality to be monitored and help to detect and control contamination in sensitive areas.
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What are the advantages of real-time microbiological systems?
- Real-time monitoring: You receive immediate data on microbiological air pollution.
- Early detection: rapid recognition of contamination and potential problems.
- Precision: High accuracy in microbial measurement and analysis.
- Improved quality assurance: Optimisation of air quality and compliance with regulations.
- Real-time monitoring: You receive immediate data on microbiological air pollution.