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Biological Interfaces

Picture Biological Interfaces

‘Biological Interfaces’ or ‘Biofilms’ are terms used to describe interfaces in natural and technical environments which are cultivated by microbial communities. Beside the interaction between the structure and function of biofilms, a strong coupling to the surrounding fluid also exists. Thus, we focus on the structural and functional characterization of biofilms from various origins such as nature and the lab, as well as full-scale reactors. An extended understanding of biofilm structure and function can be revealed by using a combination of imaging, spectroscopic, as well as micro-electrode and optode techniques. Moreover, multi-dimensional simulation approaches are used to gain a deeper understanding of related mass transport and transfer processes with respect to their impact on biofilm structure and function.

 

Biological Interfaces

Dr. rer. nat. Michael Wagner

 

Related information:

Biofilm Imaging and spectroscopy
Mass transport and transfer processes, simulation of biofilm systems

 

Current Projects

Visualization of the mesoscopic biofilm structure by means of optical coherence tomography

Characterization of feed spacer (bio)fouling in spiral-wound modules by means of a membrane fouling simulator (MFS)

Technological Evolution of Synergy Between Physicochemical and Living Systems (EVOBLISS)

 

Projekte
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