Chrysalis Scientific Technologies - Rapid Microbiology Technology

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Canada's source of leading-edge technologies for the scientific community

Rapid Bacterial Detection and Enumeration - Why wait days, when you can have results in 4 minutes?
A New Standard in Rapid Microbiology: MicroPRO is the next generation instrument following the highly successful RBD3000. It is a uniquely designed low-level microbe detector that has been developed using the principles of flow cytometry. The system is a combination of automated sample preparation system, fluidic system, sample handling system, and optical bench with data processing electronics, and software. Find out how the technology works. Features: Rapid enumeration of viable microorganisms in 4 minutes Accurate and reproducible results Detection limit of 10 cfu/mL Broad dynamic range: 10¹ to 10⁶ cfu/mL Fully-automated preparation and analysis of up to 42 samples High throughput analysis of up to 20 samples per hour Results equivalent to conventional plate count method Eliminates technician variability and subjectivity Robust design that is easy to use, allowing its placement in manufacturing, R&D and QC departments Technical training and support provided by Advanced Analytical Technologies	Applications: Pharmaceutical Industry: USP water testing Raw material testing for total viable organisms Determining inoculum levels for preservative challenges Detecting and enumerating specific microorganisms in specific matrices Enumeration of pure cultures Measuring environmental contamination using surface swabs Cosmetics & Personal Care Products: USP water testing Raw material and in-process testing for total viable organisms Final product sterility testing using presence/absence test Determining inoculum levels for preservative challenges Detecting and enumerating specific microorganisms in specific matrices Measuring environmental contamination using surface swabs	Applications (cont.): Fermentation Processes: Monitoring microbial biomass of fermentation cultures Determining optimal inactivation and harvest times Monitoring viability of fermentation cultures to determine optimal harvest times, especially for modified-live products Monitoring viability of primary, secondary, and tertiary cultures during scale-up Determining microbial biomass post-inactivation, in concentrated bulks and adjuvanted final products Monitoring microbial recovery for each step of downstream processing Environmental Applications: Monitoring biomass and total viable organisms in drinking water Enumerating total viable organisms on surface swabs Detecting specific microorganisms in water matrices and surface swabs Please tell me more