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Portable BioAerosol Monitoring System for Microbiological
Bioaerosol Monitoring System
BioAerosol Monitoring System (BAMS) is used for real-time environmental monitoring of microorganisms in the air.
Capacitive touch screen 8.0″
Portable 5.8Kg
Continuous monitoring 7*24hr
Mass storage 119G
PRODUCT FEATURES
Continuous Monitoring 24/7 continuous monitoring
lmmediate Data
Real-time data for both particlesand biological particles
People Oriented
Efficient user oriented design
Stable and reliable
First truly portable microbial monitoring device
Compliance with FDA21 CFR Part 11
Principle of BAMS (BioAerosol Monitoring System )
According to Hill et al, Tyrosine, Tryptophan, Riboflavin (Vitamin B2) and Reducing Coenzyme I (NADH) are fluorescent substances that can be excited by laser light at certain wavelengths. In particular, (vitamin B2) and reduced coenzyme I (NADH), which are the hallmarks of metabolism in living organisms, have specific fluorescence emission bands under laser irradiation at certain wavelengths and can be used as markers for microbial assays. The BAM®S is a real-time monitoring instrument for planktonic bacteria based on the principle of laser-induced biofluorescence technology.
Portable BioAerosol Monitoring System for Microbiological
Bioaerosol Monitoring System
BioAerosol Monitoring System (BAMS) is used for real-time environmental monitoring of microorganisms in the air.
Capacitive touch screen 8.0″
Portable 5.8Kg
Continuous monitoring 7*24hr
Mass storage 119G
PRODUCT FEATURES
Continuous Monitoring 24/7 continuous monitoring
lmmediate Data
Real-time data for both particlesand biological particles
People Oriented
Efficient user oriented design
Stable and reliable
First truly portable microbial monitoring device
Compliance with FDA21 CFR Part 11
Principle of BAMS (BioAerosol Monitoring System )
According to Hill et al, Tyrosine, Tryptophan, Riboflavin (Vitamin B2) and Reducing Coenzyme I (NADH) are fluorescent substances that can be excited by laser light at certain wavelengths. In particular, (vitamin B2) and reduced coenzyme I (NADH), which are the hallmarks of metabolism in living organisms, have specific fluorescence emission bands under laser irradiation at certain wavelengths and can be used as markers for microbial assays. The BAM®S is a real-time monitoring instrument for planktonic bacteria based on the principle of laser-induced biofluorescence technology.
