The platform will be the first of its kind in the UK and will provide holistic characterisation with direct correlation of AFM with high-resolution fluorescence optical microscopy, Raman spectral chemical analysis and nano-injection/manipulation over length scales from single biomolecules to tissue, all in biologically relevant environments. 

This is one of three awards from the BBSRC totalling a combined £22.3m, under their ALERT programme, which funds mid-range equipment, from ‘workhorse’ equipment, to cutting-edge technologies and lab-to-field platforms. The goal of this investment is to enhance institutional and regional capabilities across the biosciences.

"This is a huge endorsement, not only of myself and the AFM facility in the School of Chemistry, but of the strength and importance of the research supported by AFM across a range of Faculties at the University of Bristol," said Rob.

"With over £35m of research currently supported by the AFM facility I am very excited to begin exploring the new avenues of cutting-edge science and development which will be generated across life, health, physical and environmental sciences."