
Professor Melanie Bailey
Professor in the Physical Sciences of Life
Contact details
Biography
Melanie Bailey has a Batchelor's degree in physics and a PhD in Electronic Engineering. She previously worked at the UK National Ion Beam Centre (University of Surrey), where she developed new methods to study forensic and biological samples. She has developed methodology for non invasive and rapid medical and drug testing, and the analysis of single cells.
She held an EPSRC fellowship developing multimodal imaging of metals and metabolites using mass spectrometry and ion beam analysis. She is Director of SEISMIC, a new BBSRC national facility for spatially resolved single and sub-cellular “omics” and is Principal Investigator for an EPSRC funded project to bring new instrumentation for multimodal imaging at the UK National Ion Beam Centre for correlative imaging of metals and other omics markers.
She is a member of the international advisory board for the Ion Beam Analysis conference series, International Nuclear Microprobe conference series and the Bragg Institute. She is a Trustee of the Analytical Chemistry Trust Fund and recently obtained a Guinness World Record as “Fastest Marathon Dressed as a Cell” to raise awareness and funding for analytical science.
She is Editor in Chief of the Royal Society of Chemistry’s longest running journal “Analyst”.
Research

Immunometabolism (iMet) Research Interest Group (RIG)
The aim of the i-met research interest group is to stimulate novel collaborations in the field of Immunometabolism, a young but rapidly growing field of research.

The SEISMIC Facility for Single and Sub-Cellular Omics
We are a BBSRC funded facility for single and sub-cellular sampling and analysis of living cells. We can provide, and are developing, tools to measure metabolites, lipids, proteins and metals by mass spectrometry, in and within single cells, performed under microscope observation
Research

Immunometabolism (iMet) Research Interest Group (RIG)
The aim of the i-met research interest group is to stimulate novel collaborations in the field of Immunometabolism, a young but rapidly growing field of research.

The SEISMIC Facility for Single and Sub-Cellular Omics
We are a BBSRC funded facility for single and sub-cellular sampling and analysis of living cells. We can provide, and are developing, tools to measure metabolites, lipids, proteins and metals by mass spectrometry, in and within single cells, performed under microscope observation