Investigator / Supervisor details

Name	Professor Stephen Bornemann
Current Institution	University of East Anglia
Current Department	Sainsbury Laboratory
Institution website	http://www.uea.ac.uk
Previous Institutions	John Innes Centre

Current Awards

No current BBSRC awards

Completed Awards

Reference	Title	Award Role	Value £	Type
01/A1/P/07548	Oxalate degradation by Bacillus subtilis: its physiological role and exploitation	Principal Supervisor	39,359	Studentships
98/A1/C/04657	Cofactor identity and mechanism of oxalate oxidase	Principal Supervisor	33,602	Studentships
BB/D00599X/1	Chemical interrogation: a new 'systems' approach to starch metabolism in germinating barley seeds.	Co-investigator	432,066	Research Grant
BB/E013074/1	Measuring biomolecular interactions using the Biacore T100	Co-investigator	201,197	Research Grant
BB/I012850/1	A novel glucan pathway for immune system evasion by pathogens and carbon management in differentiating bacteria	Principal Investigator	453,013	Research Grant
BB/J018627/1	Deciphering the Symbiotic Calcium Code: The activation of CCaMK	Co-investigator	727,113	Research Grant
BBS/E/J/00000202	Plant and microbial enzymology	Principal Investigator	1,177,356	Institute Project
BBS/E/J/0000A103	Structure and mechanism of oxalate decarboxylase: a novel MN and oxygen dependent enzyme involved in PH stress response	Principal Investigator	38,544	Institute Project
BBS/E/J/0000A151	Using forced evolution,molecular modelling and bioinformatics to understand and exploit plant CYP74s	Co-investigator	47,406	Institute Project
BBS/E/J/000C0631	An understanding at the molecular level of the interpretation of calcium spiking by CCaMK in symbiosis signalling (BIO)	Principal Investigator	277,562	Institute Project
BBS/E/J/000C0647	Plant and microbial enzymology (MET)	Principal Investigator	1,185,488	Institute Project
BBS/E/J/000CA443	A novel glucan pathway for immune system evasion by pathogens and carbon management in differentiating bacteria	Principal Investigator	105,425	Institute Project
BBS/E/J/000CA496	Deciphering the Symbiotic Calcium Code: The activation of CCaMK	Co-investigator	293,613	Institute Project
BBS/E/J/40004011	Desaturase Structure and Mechanism	Principal Investigator	13,740	Institute Project
BBS/E/J/40004095	Structure and Function of Oxalate Oxidase	Principal Investigator	187,861	Institute Project
BBS/E/J/41004095	Structure and Function of Oxalate Oxidase	Principal Investigator	312,413	Institute Project
BBS/S/P/2003/10485	Oxalate decarboxylase: free radical catalysis with no net redox change	Principal Supervisor	44,773	Studentships
C18140	Structure and mechanism of oxalate decarboxylase: A novel Mn and oxygen dependent enzyme involved in pH stress response	Principal Investigator	166,868	Research Grant
C19396	Using forced evolution molecular modelling and bioinformatics to understand and exploit plant CYP74s	Co-investigator	183,796	Research Grant
D11646	Phenolics of the plant cell wall: improving raw material quality through their modification and cross-linking	Co-investigator	152,912	Research Grant

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