The Center for Biofilm Engineering

A Friendly Guide to Biofilm Basics & the CBE


 

2.  What is the industrial significance of biofilm?

Microbial biofilms on surfaces cost the nation billions of dollars yearly in equipment damage, product contamination, energy losses and medical infections. Conventional methods of killing bacteria (such as antibiotics, and disinfection) are often ineffective with biofilm bacteria. The huge doses of antimicrobials required to rid systems of biofilm bacteria are environmentally undesirable  (and perhaps not allowed by environmental regulations) and medically impractical (since what it would take to kill the biofilm bacteria would also kill the patient!). So new strategies based on a better understanding of how bacteria attach, grow and detach are urgently needed by many industries. Conversely, microbial processes at surfaces also offer opportunities for positive industrial and environmental effects, such as bioremediating hazardous waste sites, biofiltering industrial water, and forming biobarriers to protect soil and groundwater from contamination. 

 

Biofouled Reverse Osmosis membrane: C. Wend & C. Abernathy

 

The ubiquity and significance of the biofilm phenomenon is confirmed by the ongoing, long term industrial interest in the work at the MSU Center for Biofilm Engineering, whose associates represent a wide range of industries, including petroleum, specialty chemicals, health, household products, drinking water, mining, and utilities. Biofilms impact MANY industries: Drinking water, oil recovery, food processing, medical implants, marine equipment, dental health, paper manufacturing. . .P. Dirckx

 

How did the CBE get started?

 

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