BBSRC Portfolio Analyser

Investigator / Supervisor details

NameProfessor Claire Grierson
Current InstitutionUniversity of Bristol
Current DepartmentBiological Sciences
Institution websitehttp://www.bris.ac.uk
Previous InstitutionsRothamsted Research

Current Awards

ReferenceTitleAward RoleValue £Type
BB/W012235/1 21ENGBIO Reprogramming bacterial cells using whole-cell models Co-investigator 100,677 Research Grant

Completed Awards

ReferenceTitleAward RoleValue £Type
02/B1/G/08047 Regulation of plant cell morphology by the TIP1 Dicer protein Principal Supervisor 41,845 Studentships
98/A1/P/04638 Green fluorescent protein fusions and gene traps in root hairs of Arabidopsis Principal Supervisor 33,733 Studentships
99/A2/G/05515 The role of the AXR3 gene in Arabidopsis root hair development Co-Supervisor 35,156 Studentships
BB/D013585/1 Regulation of Arabidopsis growth and development by the S-acyltransferase TIP1. Principal Investigator 265,226 Research Grant
BB/F011709/1 Confocal microscopy Principal Investigator 241,745 Research Grant
BB/L01386X/1 BrisSynBio: Bristol Centre for Synthetic Biology Co-investigator 13,528,180 Research Grant
BBS/S/H/2005/12044 Optimising progress towards a model of Arabidopsis root hair development Principal Supervisor 49,864 Studentships
BBS/S/P/2003/10289 Regulation of ROP2 by interaction with ROPGDI1 during root hair development in Arabidopsis Principal Supervisor 44,773 Studentships
G06940 Molecular analysis of TIP2: a gene that controls cell shape in root hairs and pollen tubes of Arabidopsis Principal Investigator 139,169 Research Grant
G13413 Molecular interaction during root hair differentiation between the Arabidopsis genes TIP1 and SHAVEN2 Principal Investigator 170,872 Research Grant
G15212 Rapid molecular identification of Arabidopsis genes involved in root hair development Principal Investigator 289,744 Research Grant
G19475 The network controlling root hair morphogenesis: an integrated approach focusing on SCN1 Principal Investigator 309,948 Research Grant
JEI09370 Controlled environment facility for the characterisation of genes involved in plant development and responses to pathogens Co-investigator 20,000 Research Grant
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