Investigator / Supervisor details

NameProfessor Martin Lowe
Current InstitutionThe University of Manchester
Current DepartmentSchool of Biological Sciences
Institution websitehttp://www.man.ac.uk
Previous Institutions

Current Awards

ReferenceTitleAward RoleValue £Type
BB/T000945/1 A new role for intermediate filaments in the secretory pathway Principal Investigator 481,165 Research Grant
BB/T001984/1 Opportunities to modulate extracellular matrix secretion and assembly for long term health Principal Investigator 3,778,580 Research Grant
BB/X006859/1 Determining the specificity of vesicle traffic at the Golgi apparatus Principal Investigator 543,649 Research Grant

Completed Awards

ReferenceTitleAward RoleValue £Type
BB/D524808/1 Analysis of post-translationally modified proteins using mass spectroscopy Co-investigator 169,990 Research Grant
BB/F005628/1 Mitotic regulation of the Golgi apparatus- the role of the ARF nucleotide exchange factor GBF1 Principal Investigator 288,486 Research Grant
BB/H531600/1 A Manchester-Beijing Strategic Parntership in Molecular Life Sciences Principal Investigator 28,593 Research Grant
BB/I007717/1 Dissecting the roles of ZFPL1 and GMAP210 in Golgi biogenesis and membrane traffic Principal Investigator 337,984 Research Grant
BB/N000641/1 Mechanisms of endocytic recycling in the renal proximal tubule Principal Investigator 386,323 Research Grant
BB/R014361/1 An upright confocal microscope for multidisciplinary research Co-investigator 282,781 Research Grant
BB/S014799/1 Coordination of membrane traffic in the early secretory pathway Principal Investigator 463,442 Research Grant
BB/S019286/1 A lattice lightsheet microscope for imaging highly dynamic processes in living cells and organisms. Co-investigator 463,177 Research Grant
BB/T017643/1 Glacios cryo-electron microscope for single particle analysis and electron tomography of proteins, complexes and fibrillar assemblies Co-investigator 750,000 Research Grant
C17842 Targeting of the phosphoinositide phosphatase OCRL1 to the golgi apparatus Principal Investigator 196,080 Research Grant
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