b'External Image CreditsFront cover: Furry Friends. A thick, darkPage 42: Confocal laser scanning microscopy biofilm formed on an abandoned drink and theimage of the exocarp of papaya inoculated foundation for the growth of a plethora of mould,with S. Typhimurium. Image by Monica Cortes established over many weeks. Image by MarkHigareda, Daniel Tapia Maruri, Rosa Isela Ventura Burton from the University of Southampton. Aguilar and Silvia Bautista Banos from Centro de Desarrollo de Productos Bioticos.Page 23: Pomegranate-L. lactis biofilm in protocell. L. lactis growing in an artifical cellPage 46: Like stars in a galaxy. A. fumigatus (protocell lumen) and forming pomegranate- spores grown in YPD overnight allowed to shaped biofilm. Image by Xiayi Liu and Huan Magerminate and form hyphal networks imaged from the University of Bristol. using phase contrast microscopy. Image by Brogan Richards from the University of Page 26: Stuck to you like glue. S. aureus, C.Nottingham.albicans and P. aeruginosa polymicrobial biofilm grown under anoxic conditions. Image by BroganPages 47-48. Credit and description as noted Richards from the University of Nottingham. below images.Page 31: E. coli 2017 CBE-MSU. L. Lorenz. Page 49: Riding the Candida Highway. A C. albicans, S. aureus and P. aeruginosa polymicrobial Page 33: Synechocystis lit from behind. Thebiofilm under anoxic conditions. Image by Brogan electrochemical gradient across the SynechocystisRichards from the University of Nottingham.biofilm. Image by Evan Wroe, Joshua Lawrence and Mairi Eyres from the University of Cambridge. Pages 50-56. Credit and description as noted below images.Page 35: Biofilm Engineering and Biofilm Prevention workshop illustrations by Tom Bailey.ResourcesNBIC PUBLICATIONS NBIC EDUCATIONAL AND REPORTS RESOURCES59'