John Innes Centre Organisation

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Affiliation

people

• Adams, T. M.
• Adamski, Nikolai
• Alabdullah, Abdul Kader
• Alonso, Albor Dobon
• Ambrose, Michael
• Arora, Sanu
• Arraiano, Lia S.
• Atkinson, Nicola
• Balk, Janneke
• Bancroft, Ian
• Banfield, Mark
• Barclay, J Elaine
• Battal, Abdulhamit
• Bencivenga, Stefano
• Bentley, A. R.
• Bevan, Michael
• Bhosale, Rahul
• Biotechnology, Kazakhstan
• Blundell, Robert
• Boden, Scott A
• Bornemann, Stephen
• Borrill, P
• Boulton, Margaret
• Boyd, Lesley
• Brinton, J
• Brown, J. K. M.
• Bueno-Sancho, Vanessa
• Bunting, Daniel C E
• Capstaff, Nicola M.
• Chapman, Elizabeth A
• Charpentier, Myriam
• Chayut, Noam
• Chen, Ji
• Chen, Jiawen
• Chettry, M
• Chinoy, Catherine
• Clemence, Marchal
• Coen, Enrico
• Collier, Sarah
• Cristobal, Uauy
• Davey, Robert
• Demir, Selcen U.
• Dicks, Joanne
• Dixon, Laura E
• Dolan, L.
• Draeger, Tracie
• Edwards, Cathrina
• Edwards, Keith
• Fahy, Brendan
• Feng, Xiaoqi
• Flintham, John
• Foulkes, Michael
• Gauley, Adam
• Ghosh, Sreya
• Goddard, Rachel
• Goram, Richard
• Griffiths, S.
• Hall, Anthony
• Halliwell, Joanna
• Ham, J
• Hammond-Kosack, K. E.
• Harrington, S A
• Hartley, Matthew
• Harwood, W.
• Harwood, Wendy
• Hawkesford, Malcolm
• Hawkins, Erica
• Hayta, Sadiye
• Hinchliffe, Alison
• Horn, R.
• Howell, Philip
• Hutchings, Matthew
• Jacott, Catherine N
• Ji, Zhou
• Jones, Jonathan D G
• Kamoun, S
• King, Julie
• King, Julie
• Knapp, S.
• Kowalski, Ania
• Kroon Paul, A
• Laurie, David
• Laurie, David A
• Lawson, David
• Leggett, Richard
• Leverington-Waite, M
• Lewis, C. M.
• Liverington, M
• Lu, Fu Hao
• Malone, Jacob
• Martin, Azahara
• Mcgrann, Graham R. D.
• Mckenzie, Neil
• Miller, Anthony J.
• Miller, Tony
• Moodey, Sacha
• Moore, Graham
• Morris, Richard
• Moscou, Matthew
• Murray, Jeremy
• Nicholson, P
• Oldroyd, Giles
• Orford, S
• Osbourn, Anne
• Overend, Lauren E.
• Pasquariello, M
• Patron, Nicola
• Pei, Yuanrong
• Pendle, Ali
• Penfield, Steven
• Pound, Michael
• Przewieslik-Allen, Sacha
• Pullen, Nick
• Radhakrishnan, Guru
• Ramirez Gonzalez, Ricardo H.
• Reader, Stephen
• Rey, Maria-Dolores
• Riche, Andrew
• Ridout, C J
• Sablowski, Robert
• Saunders, D. G. O.
• Semenov, Mikhail
• Seung, David
• Shaw, Peter
• Sheraz, S
• Shewry, Peter
• Simmonds, J
• Smedley, Mark
• Smith, Alison
• Snape, J
• Steed, A.
• Stefanato, Francesca L.
• Steuernagel, B
• Swarbreck, David
• Trafford, Kay
• Trick, Martin
• Urban, M.
• Vain, Philippe
• Warren, Martin
• Watson-Lazowski, Alexander
• Wells, Rachel
• West, Claire
• Wilkinson, Barrie
• Wingen, L. U.
• Wulff, Brande, Group Leader
• Wulff, Brande
• Yermekbayev, K.
• Yu, Goutai
• Yu, Guotai

Research

administers grant

• 13 ERA-CAPS. Identifying and exploiting genetic variation controlling seed yield and quality in oilseed crops
• 13TSB_N4L2CRD: High Fibre Wheat for Healthier White Bread
• 15-IWYP. A genetic diversity toolkit to maximise harvest index by controlling the duration of developmental phases
• 15-IWYP: Molecular Dissection of Spike Yield Components in Wheat
• 15-IWYP: Molecular Dissection of Spike Yield Components in Wheat
• 18-BTT: Advancing hybrid wheat production through the use of novel pathways for male sterility
• 18-BTT: Induction of double haploids in wheat using CENH3 mutants and genome editing
• 21EJP SOIL: Tuning the wheat root microbiome to improve soil health and optimize rhizosphere nitrogen cycling and availability
• A 'breeder's tool kit' to improve Hagberg Falling Number for the economic and environmental sustainability of UK wheat
• A 'breeder's tool kit' to improve Hagberg Falling Number for the economic and environmental sustainability of UK wheat
• A multi-R gene stack for durable resistance to wheat stem rust
• AAFC IWYP Aligned Call: Increasing Wheat Yield with Multi-omics
• Adaptive winter wheat populations: development, genetic characterisation and application
• An Integrated Approach to Stabilising HFN in Wheat: Screens Genes & Understanding
• Analysis of key cyclic-di-GMP signalling systems that control wheat rhizosphere colonisation by Pseudomonas fluorescens
• Assessing Illumina and Velvet for sequencing and assembling a wheat chromosome arm
• Assessing Illumina and Velvet for sequencing and assembling a wheat chromosome arm.
• Assessment of genetic biodiversity of durable disease resistance in African wheat genotypes leading to the development of markers for wheat breeding
• Assessment of genetic biodiversity of durable disease resistance in African wheat genotypes to develop novel marker systems for wheat breeding
• BBSRC-Embrapa Genomics and pathogenomics to improve FHB and brusone resistance in Brazilian wheat
• Bilateral BBSRC-Embrapa: Exploiting natural and induced variation to increase Fusarium head blight and brusone resistance in wheat
• Bilateral NSF/BIO-BBSRC: Unravelling the Grass Leaf
• Cellular and regulatory basis of the early stages of stem development.
• Characterisation of the low temperature tolerant locus (Ltp1) on wheat chromosome 5D
• Characterization of wheat yellow rust pathogenicity
• Chemical interrogation: a new 'systems' approach to starch metabolism in germinating barley seeds.
• Chemical interrogation: a new 'systems' approach to starch metabolism in germinating barley seeds.
• Cis-element conservation and divergence in plant reproductive development
• Cloning and mode of action of the major interspecific crossability locus (Kr1) in wheat
• Cloning and mode of action of the major interspecific crossability locus (Kr1) in wheat
• Cloning wheat rust resistance genes by sequence capture on structured populations
• Comparative genomics approaches to the analysis of temperate grasses
• Control of infertility in wheat by phenotype screening and genetic analysis of varieties and breeding lines
• Control of infertility in wheat by phenotype screening and genetic analysis of varieties and breeding lines
• Control of seed and organ size by a ubiquitin-mediated signalling cascade
• Delivering Sustainable Wheat: Delivering Resilience to Biotic Stress (John Innes Centre)
• Delivering Sustainable Wheat: Nutritional Traits (John Innes Centre)
• Delivering Sustainable Wheat: Sustainable Data Frameworks for Wheat (John Innes Centre)
• Delivering Sustainable Wheat: Targeted Sustainability-Trait Discovery (John Innes Centre)
• Delivering high dietary fibre via improved wheat cultivars and products
• Developing a research network for the application of wheat genomics in the UK and China
• Developing novel types of low protein wheat for breadmaking
• Developing novel types of low protein wheat for breadmaking
• Developing tools for introgression into wheat where recombination is not possible
• Developing tools for introgression into wheat where recombination is not possible
• Development and validation of a flexible genotyping platform for wheat
• Development and validation of a flexible genotyping platform for wheat
• Development of multi-parent advanced intercoss populations for fine mapping QTL in wheat
• Development of multi-parent advanced intercross populations for fine mapping QTL in wheat
• Effect of chromatin modification on meiosis: wheat, a model for polyploid crops
• Effector discovery and validation of Puccinia striiformis sp. f. tritici, a wheat pathogen
• Effects of the Lr34 and Lr46 rust resistance genes on susceptibility to hemibiotrophic and necrotrophic diseases of wheat
• Eliminating Fusarium Head Blight susceptibility in wheat
• Elucidating the mechanism of starch granule initiation in developing wheat grains
• Elucidating the spatial and temporal control of granule initiation in wheat
• Elucidating the spatial and temporal control of granule initiation in wheat
• Engineering CC-HMA-NLR immune receptors for disease resistance in crops (ERiC)
• Engineering cereal immunity using structure-guided design of effector/host interactions.
• Engineering wheat for take-all resistance
• Engineering wheat for take-all resistance
• Engineering wheat for take-all resistance
• Enhanced capacity for grain filling in wheat: WHEASE
• Enhanced capacity for grain filling in wheat: WHEASE
• Enhancing diversity in UK wheat through a public sector prebreeding programme
• Enhancing diversity in UK wheat through a public sector prebreeding programme
• Enhancing wheat field performance and response to abiotic stress with novel growth-regulatory alleles
• Enhancing wheat field performance and response to abiotic stress with novel growth-regulatory alleles
• Environmental modulation of plant-pathogen interactions: Molecular mechanisms and evolution
• Exploitation of Inter-specific Biodiversity for Wheat Improvement
• Exploiting novel genes to improve resource use efficiency in wheat
• Exploiting novel genes to improve resource use efficiency in wheat.
• Exploiting novel sources of FHB and DON resistance for UK winter wheat
• Exploiting phenology and adaptation to improve nitrogen use in wheat
• Flowering Time Pathways Underlying Quantitative variation in heading date of wheat
• From rice to orphan crops: robust high throughput genetic markers for all the grasses.
• Gene expression specificity at the single cell level in polyploid wheat
• Genetic and developmental basis for natural variation in plant stem architecture
• Genetic diversity and yield stability for increased resilience against climate change in the UK
• Genetic improvement of wheat to reduce the potential for acrylamide formation during processing
• Genetic improvement of wheat to reduce the potential for acrylamide formation during processing.
• Genetic mechanisms underlying wheat QTL for important agronomic traits
• Genetics and physiology of wheat development to flowering: tools to breed for improved adaptation and yield potential
• Genetics of inflorescence architecture in wheat
• High Iron Wheat - HarvestPlus Challenge Program
• IWYP Call 2: Rooty-A root ideotype toolbox to support improved wheat yields
• Identification of a dominant glaucous inhibitor in wheat (Iw1) and its effect on yield and senescence
• Identification of a dominant glaucous inhibitor in wheat (Iw1) and its effect on yield and senescence
• Identification of traits and genetic markers to reduce the nitrogen requirement and improve the grain protein concentration of winter wheat
• Identification of traits and genetic markers to reduce the nitrogen requirement and improve the grain protein concentration of winter wheat
• Inheritance of gene expression in polyploid wheat
• Integrated strategy to prevent mycotoxin risks (Inspyr)
• Integrative genomic and genetic analysis of nonhost resistance across Triticeae species - TritNONHOST (PPR-CROP)
• Investigation of conserved infection pathways in Puccinia species to identify novel targets for pathogen control
• Manipulation of cell wall synthesis to improve the dietary fibre composition of wheat flour
• Manipulation of cell wall synthesis to improve the dietary fibre composition of wheat flour
• Maximising the potential of Aegilops ventricosa introgression for Pch1 eyespot resistance and increased grain protein in wheat
• Maximising the potential of Aegilops ventricosa introgression for Pch1 eyespot resistance and increased grain protein in wheat
• Maximizing the potential for sustainable and durable resistance to the wheat yellow rust pathogen
• Maximizing the potential for sustainable and durable resistance to the wheat yellow rust pathogen
• Meristem Power: The power of the inflorescence meristem to determine spikelet number per spike in wheat
• Mining the allohexaploid wheat genome for useful sequence polymorphisms
• Mining the allohexaploid wheat genome for useful sequence polymorphisms
• Molecular mechanisms underlying thermal sensitivity of male reproduction
• Novel pre-breeding germplasm for commercial development of sustainable traits in crops
• Optimising grain shape for improved processing quality
• Optimization of wheat and oilseed rape straw co-products for bio-alcohol production
• Optimization of wheat and oilseed rape straw co-products for bio-alcohol production
• Orange Wheat Blossom Midge
• Pre-Breeding at NIAB - Ppd alleles and markers QTL for earliness per se and novel variation from synthetic wheat useful to UK/EU wheat improvement
• Production of wheat lacking B-type starch granules
• Production of wheat lacking B-type starch granules
• Protect and promote Crop Wild Relatives
• Provision of TILLING resources and platforms in wheat
• Provision of TILLING resources and platforms in wheat
• Rapid identification disease resistance genes from plant genomes by resistance gene enrichment sequencing (RenSeq) of EMS-derived susceptible mutants
• Reduction in diffuse pollution of poultry operations through selection of wheat cultivars of high and consistent nutritional quality
• Regulation of wheat inflorescence architecture by a cation amino acid transporter
• Releasing natural variation in bread wheat by modulating meiotic crossovers
• S-PROTECT: Tissue-specific repression of S factor expression to enhance wheat disease resistance
• SPECIAL - SPECIfying the mechanisms of activation of cALcium signalling in root legume endosymbiosis
• Screening for costs of disease resistance caused by stomatal dysfunction
• Spatial Transcriptomic of Wheat Grain for ion transport (TranScripION)
• Strategies to enhance Agrobacterium-mediated plant transformation systems based on suppression of gene silencing
• Streptomyces bacteria: Antibiotic production in the wheat endosphere
• Streptomyces bacteria: antibiotic production in the wheat endosphere
• The DEFRA Wheat Genetic Improvement Network 2
• The Smart Carbohydrate Centre
• The establishment and application of a forward genetic resource for the development of efficient breeding strategies in grass and the cereals
• The first step in engineering nitrogen fixing cereals; transferring the capability to perceive rhizobial bacteria (sLOLA)
• The molecular basis of quantitative variation in photoperiod response
• The pre-breeding centre at NIAB - delivery of Ppd1 tools and novel allelic effects useful to UK/EU wheat improvement
• The role of the sexual cycle in escalating wheat rust diversity in the UK
• Tools for modifying chromosome pairing and recombination during breeding
• Transceptor-mediated nitrogen sensing in legumes
• UK and Central European linkages for wheat genetics, physiology, and breeding
• Understanding the genetic mechanisms controlling yield and quality in wheat
• Understanding the genetics of abiotic stress tolerance in hexaploid wheat
• Understanding the molecular control of senescence and nutrient remobilisation in wheat
• Understanding the molecular control of senescence and nutrient remobilisation in wheat
• Unlocking the potential of wheat grain heterogeneity using machine learning-enabled machine vision
• Using field pathogenomics to study wheat yellow rust dispersal and population dynamics at a national and international scale
• Using field pathogenomics to study wheat yellow rust dispersal and population dynamics at a national and international scale
• Utilising Illumina sequencing for high throughput genotyping of wheat
• Wheat Association Genetics for Trait Advancement and Improvement of Lineages
• Wheat Association Genetics for Trait Advancement and Improvement of Lineages
• Wheat Genomics for Sustainable Agriculture
• Wheat Genomics for Sustainable Agriculture
• Wheat Pan-genomics
• Wheat floral organ size and its effects on grain size
• pBrachyTAG vector system: New tools for Brachypodium functional genomics

Contact

mailing address

• NR4 7UH