Investigator / Supervisor details

NameProf. Phillip Mullineaux
Current InstitutionUniversity of Essex
Current DepartmentLife Sciences
Institution websitehttp://www.sx.ac.uk
Previous InstitutionsJohn Innes Centre

Current Awards

ReferenceTitleAward RoleValue £Type
BB/W020033/1 Advanced live imaging for the Eastern ARC with dual inverted light-sheets and AI-led analysis Co-investigator 481,950 Research Grant

Completed Awards

ReferenceTitleAward RoleValue £Type
96/A2/P/02579 Targeting of proteins to plastids and mitochondria Co-Supervisor 31,604 Studentships
97/A3/G/03688 Selection of constitutive 'aclimation' mutants: a generic technology for any crop species Principal Supervisor 32,554 Studentships
98/A1/P/04649 Characterisation of transposon-induced null mutations in genes encoding components of the AC cycle in Arabidopsis Principal Supervisor 33,602 Studentships
BB/E527212/1 Towards commercial exploitation of a transcription factor from Arabidopsis for improved water productivity in an arable crop species. Principal Investigator 90,304 Research Grant
BB/F005822/1 Elucidating Signalling Networks in Plant Stress Responses Principal Investigator 694,439 Research Grant
BB/G529291/1 BBSRC Industrial CASE Partnership Grant Principal Investigator 72,540 Training Grants
BB/I020071/1 Development of plant-based hydrogen peroxide YFP nanosensors targeted to multiple sub-cellular locations Principal Investigator 178,091 Research Grant
BB/J02063X/1 India - Transfer of regulatory genes from Arabidopsis to Indian mustard for drought tolerance and yield increase Principal Investigator 23,795 Research Grant
BB/P026656/1 Bioimaging of dehydroascorbate and (phospho)lipid hydroperoxides: The development of fluorescent protein biosensors Principal Investigator 151,584 Research Grant
BB/R019819/1 Genomics-led improvement of biotic and abiotic stress tolerance in mustard rape for economic and environmental sustainability Co-investigator 1,764,019 Research Grant
BBS/B/12237 Does isoprene emission protect plants against thermal stress and is this trait transferable into plant species that do not produce isoprene? Principal Investigator 216,180 Research Grant
BBS/E/J/00000110 Engineering stress tolerance in maize (ESTIM) Principal Investigator 66,426 Institute Project
BBS/E/J/00000159 Isolation, characterisation, location and reintroduction of genes involved in stress responses in plants Principal Investigator 817,727 Institute Project
BBS/E/J/00001103 Transformation of peas; reduction to practice and exploitation Principal Investigator 4,418 Institute Project
BBS/E/J/00001104 Development of second generation binary Ti vectors: improving the efficiency of gene cloning, transformation and analysis of transgenic plants Principal Investigator 9,441 Institute Project
BBS/E/J/00001131 Development of marker-free ('Clean gene') transgenic crop plants using Agrobacterium-based clean gene technology Principal Investigator 56,262 Institute Project
BBS/E/J/00001137 An examination of the pleiotropic effects that may result from multigene insertions and their outcrossing in tomato hybrids Principal Investigator 18,366 Institute Project
BBS/E/J/00001138 Development of methods to study the implications of vector insertion/excision for endogenous DNA function in transgenic peas Principal Investigator 128,720 Institute Project
BBS/E/J/0000A010 Improvement of transgene expression and gene silencing in transgenic plants Principal Investigator 202,656 Institute Project
D10076 Development of marker-free ('clean gene') transgenic crop plants using agrobacterium-based clean gene technology Principal Investigator 235,632 Research Grant
P11455 Role of reactive oxygen species in stress-induced signalling for APX2 gene expression in Arabidopsis Co-investigator 272,158 Research Grant
SG04452 Development of second generation binary Ti vectors improving the efficiency of gene cloning, transformation and analysis of transgenic plants Principal Investigator 155,395 Research Grant
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