Overview
Microbial attachment to surfaces is the first step to biofilm formation, sophisticated microbial communities encased in a protective matrix. The impact of biofilms on global economies is almost $5trillion per annum. Biofilm prevention is key for multiple industrial sectors. This PhD project aims to improve understanding of microbe-surface interactions and attachment using advanced imaging techniques.
About this opportunity
Microbial attachment to surfaces is an initial step leading to biofilm formation, where numerous microorganisms live together in a sophisticated colony. The impact of biofilms on global economies is almost $5trillion per annum. There is an urgent need to prevent bacterial colonisation of surfaces across multiple industrial sectors. This PhD project aims create an in depth understanding of microbe-surface interactions and attachment using advanced imaging techniques that will deliver insights into how biological systems interact and adapt to man-made technologies.
The BBSRC supported PhD project is in collaboration with Bruker Ltd, a global supplier of high-performance scientific instruments and analytical solutions for life and materials sciences.
The PhD will involve:
• interdisciplinary science
• Investigation of microbe-surface interaction events at the single cell and small colony level
• advanced nano-fabrication, nano-imaging and spectroscopic techniques
The student will register at the University of Liverpool and enrol in NBIC’s Doctoral Training Centre which trains inter-disciplinary PhD researchers at the Interface of Physical and Life Sciences.
• Provide high level training and mentorship in research and entrepreneurship
• Join a National Network of leading Research Groups in the UK
• Join a community of leading companies in the UK
Some teaching duties may be required, and these will be paid on top of the regular stipend.