University of East Anglia Organisation

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Affiliation

people

• Alkhudaydi, Tahani
• Balis, Lucas
• Bandy, Brian
• Barnes, Gerry
• Bidula, Stefan
• Blackie, Malcolm
• Bornemann, Stephen
• Ciclitira, Paul, Professor of Gastroenterology
• Clark, Matthew D.
• Connorton, James
• Davey, Robert P.
• Davies, George
• Dixon, Anthony F G
• Falco, Salvatore Di
• Fioratti, Marco
• Gonzalez Penades, Lola
• Green, Phon
• Hafeez, A.
• Hall, Anthony
• Hall, Neil
• Hernández-Pinzón, Inma
• Hutchings, Matthew L.
• Jones, Jonathan D.G.
• Kamoun, Sophien
• Krasileva, Ksenia
• La lglesia, Beatriz De
• Le Brun, Nicolas
• Lehtovirta-Morley, Laura
• Ma, W.
• Mackiewicz, Michal
• MacLean, Dan
• Millard, William
• Moscou, Matthew James
• Murrell, J. Colin
• Murrell, John
• O'Hara, Thomas
• Oram, David
• Palma, Federica Di
• Prudence, Samuel M.M.
• RALLAPALLI, GHANASYAM
• Raymond, Joanna
• Reeves, Claire
• Rodriguez-Celma, Jorge
• Russell, James
• Spurgin, Lewis
• Swarbreck, David
• Talbot, Nicholas
• Talbot, Nicholas J.
• Tsekiri, Natasha
• Tufan, Hale Ann
• Verschoor, Arjan
• Williamson, Tom
• Win, Joe
• Worsley, Sarah
• Zafeiriou, Petros
• Zhou, Jia-yi
• Zipfel, Cyril

Research

administers grant

• A combinatorial approach to controlling Fusarium head blight of cereals
• A pipeline for rapid cloning of stem rust resistance genes effective against Ug99 from wild diploid wheat relatives
• A tool for haplotype reconstruction from polyploid genomes
• A tool for identifying causative mutations from sequencing data without a reference genome
• Antibiotic discovery in the wheat rhizosphere
• Arbuscular Mycorrhiza signalling in Wheat
• BBSRC Institute Strategic Programme: Advancing Plant Health (APH) Partner Grant
• BBSRC Institute Strategic Programme: Delivering Sustainable Wheat (DSW) Partner Grant
• BBSRC Institute Strategic Programmes (John Innes Centre): NISD Partner Grant
• Balancing the genetics of source and sink to increase the productivity of bread wheat
• Betaine production in diatoms - engineering more nutritious and salt tolerant crops
• Beyond the visible - spectral imaging and analysis for crop health and yield monitoring
• CROPNUT: increasing iron in cereals
• Can improved genetic understanding of grain weight help feed the world?
• Chemical interrogation: a new 'systems' approach to starch metabolism in germinating barley seeds.
• Connecting the dots for flowering time genes in wheat
• Conservation and crop protection unite to save the endangered Barberry Carpet moth
• Cover crops and below ground biodiversity (MILLER_J17ICASE)
• DMSP cycling in unexpected places
• Decoding gene expression in polyploid wheat
• Determining the mechanism of septin-mediated plant infection by the rice blast fungus Magnaporthe oryzae
• Development of novel blast resistant wheat varieties for Bangladesh by genome editing
• Do shared genetic pathways control drought tolerance and senescence in wheat?
• Eliminating Fusarium Head Blight susceptibility in wheat
• Epigenetic profiling of cereal fungal invaders
• Exploiting novel haplotypes to improve disease resistance in wheat
• Extending the duration of fertility in bread wheat
• FHB and DON control: Exploiting the known and discovering the new (NICHOLSON_J17ICASE1)
• Four-stranded fungal fatality: Unveiling G-quadruplexes as future antifungal targets
• Functional characterization of Iron Regulator Sensor (IRS) proteins in plants
• Gene-for-gene coevolution between Albugo candida and Arabidopsis; mining non-host resistance genes for white rust control in Brassicaceae crops
• Genetic control of starch structure and composition in wheat and implications for improving human health
• Genome evolution of a pandemic clonal lineage of the wheat blast fungus
• Genome evolution of a pandemic lineage of the wheat blast pathogen
• Global control of bacterial translation by specific ribosome modification
• Harnessing the power of epidemiological modelling in the fight against a cereal killer
• Identifying global regulators of effector gene expression in the rice blast fungus
• Immunity to multiple pathogens: identification of a fungal immune receptor in barley to ascomycete and basidiomycete fungi
• Integrated Chemistry of Ozone in the Atmosphere (ICOZA)
• Interplay between phosphorylation and ubiquitination in plant immune signaling homeostasis
• Investigating effector function in the rice blast fungus Magnaporthe oryzae
• Investigating how plants recruit antibiotic-producing Streptomyces bacteria to protect themselves against disease
• Investigating the Pmk1 MAPK cascade in rice blast fungus
• Investigating the potential for re-emergence of wheat stem rust in a changing climate
• Master manipulators: How pathogens use effectors to cause disease
• Mining genetic diversity in wild barley for disease resistance
• Probing mechanisms of pathogen effector recognition by plant Resistance proteins to elevate defence gene activation
• Protecting our bread wheat against Septoria with disease resistance genes from wild relatives (WULFF_J17DTP)
• Resistance by Elimination
• Root rot resistance: using a model to help a crop
• SECLI-FIRM - The Added Value of Seasonal Climate Forecasts for Integrated Risk Management Decisions
• Safeguarding our daily bread from wheat blast
• Saving our daily bread from yellow rust
• Sequencing the air to identify plant pathogens before they decimate crops
• Supercharging the radars for pathogen surveillance
• The genomics of thermal adaptation in a model pest insect
• The hunt for healthier wheat starch
• Under attack by a cereal killer: deciphering host responses
• Under attack by a cereal killer: deciphering host responses
• Under attack by a cereal killer: the hunt for disease susceptibility factors
• Under pressure: Investigating the turgor-sensing complex of the rice blast fungus Magnaporthe oryzae
• Unravelling the algorithms of plant form
• Using deep learning and AI to tackle global food insecurity and undernutrition
• Using open data and machine learning approaches to decode the regulatory regions of wheat
• Weatherproofing for a smarter, resilient and more sustainable agri-sector
• investigating the role of TOR kinase in the rice blast fungus

Contact

mailing address

• NR4 7TJ