BBSRC PhD CASE award: Mass Spectrometry Imaging

Vacancy Reference Number
114370
Closing Date
31 Jan 2020
Salary
RCUK rate
Address
Wolfson Molecular Imging Centre University of Manchester M20 3LJ (please direct inquiries to adam.mcmahon@manchester.ac.uk and applications through FindAPhD.com: https://www.findaphd.com/phds/project/bbsrc-dtp-case-identification-of-cell-types-and-subtypes-within-tissues-by-mass-spectrometry-imaging/?p114370)
Duration
4 years

(BBSRC DTP CASE) Identification of cell types and subtypes within tissues by mass spectrometry imaging.

This project will bring together the capabilities of the University’s Imaging research group, and the extensive mass spectrometry imaging facilities of the Medicine Discovery Catapult at Alderley Park, at Waters at their Wilmslow site and using a DESI-imaging mass spectrometer, placed by Waters, at the University.

The student will access tissue models provided by the University and the MDC, to develop methods for the recognition of cells and their sub-types within the tissues. This multiplexed approach to cell identification will add to the ability of mass spectrometry imaging to recognise pharmacodynamics changes within tissues and to map the distributions of pharmaceuticals and their metabolites. The student will spend significant time at both the MDC’s and Waters’ laboratories, accessing state of the art mass spectrometry imaging instrumentation.

Within the imaging group at the University, we have developed our own multivariate statistical analysis tools that allows cell recognition within tissues and the quantitative measurement of tissue components across images. The student will further develop these methods as tools for the investigation of inflammatory processes and pharmacodynamics in tissues.

Further Information

To apply and for more information, please visit (copy and paste into a web browser):
https://www.findaphd.com/phds/project/bbsrc-dtp-case-identification-of-cell-types-and-subtypes-within-tissues-by-mass-spectrometry-imaging/?p114370

Contact Details

adam.mcmahon@manchester.ac.uk