Presentation Title
Characterization of Biofouling by Escherichia coli C and Micrococcus luteus Using Enhanced Darkfield Hyperspectral Imaigin Microscopy
Abstract
Biofilm formation on technical surfaces, including membrane filters, medical devices, is known to cause economical losses and performance failures. Knowledge of biofilm composition, biofouling processes and operational conditions is to understand and control biofilm formation. In this study, we applied enhanced darkfield hyperspectral microscope (ED-HSI) to assess biofouling on glass surface. The quantitative analysis were performed with two-cascaded principal component (PCA) analysis and spectral angle mapper (SAM).
Primary Faculty Mentor Name
Appala Raju Badireddy
Status
Graduate
Student College
College of Engineering and Mathematical Sciences
Program/Major
Environmental Engineering
Primary Research Category
Engineering & Physical Sciences
Characterization of Biofouling by Escherichia coli C and Micrococcus luteus Using Enhanced Darkfield Hyperspectral Imaigin Microscopy
Biofilm formation on technical surfaces, including membrane filters, medical devices, is known to cause economical losses and performance failures. Knowledge of biofilm composition, biofouling processes and operational conditions is to understand and control biofilm formation. In this study, we applied enhanced darkfield hyperspectral microscope (ED-HSI) to assess biofouling on glass surface. The quantitative analysis were performed with two-cascaded principal component (PCA) analysis and spectral angle mapper (SAM).