LOWELL, Mass., Sept 2, (Bernama-GLOBE NEWSWIRE) -- Rapid Micro Biosystems, the provider of automated, rapid, non-destructive detection and enumeration technologies in microbiology, today announced the continued expansion of the Growth Direct™ product line with the launch of the Growth Direct MultiTest System. The technology automates the incubation, detection, and results reporting steps for bioburden, environmental monitoring and sterility testing -- within a single instrument. The proven method is based on the detection of the natural auto-fluorescence of microorganisms, and can detect growing colonies in about half the time of the traditional tests, providing time and resource savings.
Wednesday 2 September 2015
RAPID MICRO BIOSYSTEMS ANNOUNCES THE COMMERCIAL AVAILABILITY OF THE GROWTH DIRECT(TM) MULTITEST SYSTEM
New System Supports Testing of Key Applications in a Single Instrument
LOWELL, Mass., Sept 2, (Bernama-GLOBE NEWSWIRE) -- Rapid Micro Biosystems, the provider of automated, rapid, non-destructive detection and enumeration technologies in microbiology, today announced the continued expansion of the Growth Direct™ product line with the launch of the Growth Direct MultiTest System. The technology automates the incubation, detection, and results reporting steps for bioburden, environmental monitoring and sterility testing -- within a single instrument. The proven method is based on the detection of the natural auto-fluorescence of microorganisms, and can detect growing colonies in about half the time of the traditional tests, providing time and resource savings.
LOWELL, Mass., Sept 2, (Bernama-GLOBE NEWSWIRE) -- Rapid Micro Biosystems, the provider of automated, rapid, non-destructive detection and enumeration technologies in microbiology, today announced the continued expansion of the Growth Direct™ product line with the launch of the Growth Direct MultiTest System. The technology automates the incubation, detection, and results reporting steps for bioburden, environmental monitoring and sterility testing -- within a single instrument. The proven method is based on the detection of the natural auto-fluorescence of microorganisms, and can detect growing colonies in about half the time of the traditional tests, providing time and resource savings.
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