b'PHOTOGRAPHY1 STPLACEMark Burton, University of SouthamptonOXIDISED GOOIn this stagnant pond, bacteria oxidises the iron released from the ground water creating this bright orange slime. 2 NDPLACE 3 RDPLACEJiaqi Luo, University of Liverpool Manuel Romero, University of Nottingham BIOFILM BIOFILM ERUPTIONIt is really a film! Dont just look at it but feel it! Feel theBacteria (red) colonising the surface of a Hortensia smooth texture at the centre of the EPS, feel its subtlepetal replicate (cyan). Bio-mimicking fabrication interaction with the curli expressed by the E. coli on themethods are explored to create nano and micro-edge. It was also a beautiful mistake how this film wasstructured surfaces with antibiofilm properties for obtained, simply a tilted substrate, and the medium-airmedical implants. Natural surface architectures reveal interface plays the magic. an exciting variety in surface topography. On the Hortense surfaces, red fluorescent bacteria attached mainly on the grooves next to the micrometer size folds displaying a magma-like flow outpouring volcanic mountains. Scale bar 20 m.46'