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Microorganisms in liquids are quantified by the membrane filtration method. The advantage of this method is that it allows accurate detection of bacteria, yeasts and molds when low counts in a high sample volume are anticipated. Transferring a membrane filter onto an agar medium is a critical step that can be a source of secondary contamination, especially if tweezers are used. The Microsart® @media product line excels in minimizing the risk of secondary contamination, as touch-free membrane transfer rules out membrane manipulation.
Critical for Quality Control in Manufacturing
The key to manufacturing competitive products and maintaining compliance is effective quality assurance and control, particularly in the highly-regulated pharmaceutical industry. Using Microsart® @media, you can ensure quality assurance and control with the well-established membrane filtration method. This allows for accurate quantification of bacteria, yeasts and molds when low counts in a high sample volume are anticipated.
Popular Applications of Microsart@media Plates
Microsart® @media helps enhance the safety of microbiological quality control in the pharmaceutical and biotech industries for a range of applications, including microbial limit testing, bioburden testing, water analyses and more.
Use with Microsart® @filter Units
The Microsart® @media plates were designed together with Microsart® @filter units (sold separately). Using these products together will improve efficiency and further ensure reliable results.
Microbiological QC Solutions: Performance You Deserve, with the Compliance You Expect
Quality Control of Viral Vaccine and Viral Vector Production
Microsart ® @media — Advanced System for Touch-free Membrane Transfer
Microbiological Quality Control Throughout the Biopharma Production Process Infographic