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leader in defining the structure and function of biofilms on surfaces, in
understanding the antimicrobial resistance mechanisms of biofilm, and in identifying the role of signal molecules in controlling bacterial behavior. To the
naked eye, biofilms simply look like slimy gunk, but researchers at the CBE have demonstrated that they are actually multicellular attached communities, with
primitive circulatory systems and a measure of cellular specialization.
Understanding these "biofilm basics" presents opportunities for developing more effective strategies to control biofilms in industrial settings. The
second goal of the CBE is to make its research relevant to real systems, where the information can be useful. Industrial partnerships keep the CBE from
being a traditional university "ivory tower," collecting information that has no practical application. Industrial needs shape and focus the research
efforts. Technology transfer at the CBE involves not only information, but methods and technology development.
Key to the Center’s success is the CBE’s goal to develop interdisciplinary undergraduate and graduate education programs, involving team research on
industrially relevant projects.
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