Sitemap
- 100 trillion miracles
- About us
- Alumni
- Corporate Publications
- Departments
- Friday Seminars
- Genetic Modification (GM)
- Governance
- Information for staff
- John Innes Compost
- Knowledge Exchange and Public Engagement
- Norwich Research Park
- Our mission and funding
- Research Integrity Statements
- Support for research
- The history of plant science and microbial science at the John Innes Centre
- Accessible website design
- ADAPTAWHEAT
- Advances
- Aniline blue staining of quanatification of plasmodesmal callose
- Aphids
- Balk lab alumni
- Biosynthesis of natural products
- Blood Oranges
- Brassica Flowering and Vernalization
- BRIGIT
- Calcium Signalling
- Careers & Study
- Equality, Diversity and Inclusion
- Postgraduate Opportunities
- About Postgraduate Research
- Contact the Graduate School Office
- Contact the Postgrad Research team
- Current Postgraduate Opportunities
- How to apply for Postgraduate Research
- International Scholarships
- Janaki Ammal Scholarships
- Norwich Research Park Biosciences Doctoral Training Partnership
- Plant Genetics and Crop Improvement (MSc)
- Rotation PhD
- Self and externally funded PhDs
- Student life
- Summer Schools
- Work Experience
- Working at the John Innes Centre
- Cathie Martin lab field trips
- Cell size control
- Coen lab alumni
- Computational Modelling
- Contact us
- CRISPR/CAS9 Participant Registration Privacy Notice
- Cristobal Uauy lab alumni
- Current DTP Projects
- Dean lab alumni
- Dean lab social life
- Disease Resistance
- Epigenetic memory systems
- Epigenetic switching
- ERC MEXTIM Project
- Euglena
- Evolution of protein-DNA interfaces
- FAQs: Planned field trial of CRISPR-Cas9 Gene-edited Brassica oleracea
- FAQs: Planned field trial of high-iron wheat
- Field Experiments on Vernalization
- Genome-led discovery of new natural products
- Genomic Enabled Technologies
- Heavy Metal Transporters
- Hogenhout lab alumni
- Homepage
- How do pathogens exploit plasmodesmata during infection?
- How do plasmodesmata open and close?
- How does Structural Maintenance of Chromosomes (SMC) protein interactions with DNA to organise bacterial chromosomes?
- How does the centromere-binding protein ParB interact with DNA to recruit Structural Maintenance of Chromosomes?
- Howard lab alumni
- Improving Crop Quality
- Increasing yields
- IND1 / NUBPL in complex I assembly and disease
- International
- Iron in Plants for Human Nutrition
- Iron transport in the legume-Rhizobium symbiosis
- Iron-sulfur Cluster Assembly in Plants
- Landing Lights for Bees
- Lars career
- Martin lab alumni
- Maxwell lab alumni
- Miller lab alumni
- Molecular Analysis of FLC CIS Variation
- Natural Products
- Natural Variation
- News & Events
- Nitrogen use efficiency
- Nuclear Organisation
- Particle Bombardment of Arabidopsis Leaves
- People
- Phytoplasma
- Popular Science Writing
- Privacy Policy
- Pulse Crop Genetic Improvement Network (PCGIN)
- Purple tomatoes
- Quantitative regulation of FLC expression
- Recording slug sightings
- Recovery of Ash in East Anglia
- Regulation of iron uptake by hemerythrin ubiquitin ligases
- Research & Impact
- Designing Future Wheat
- Genes in the Environment
- Case Studies & Impacts
- Brassica Rapeseed and Vegetable Optimisation (BRAVO)
- Fast Growing Broccoli
- Identifying and developing Oilseed Rape varieties which deter cabbage stem flea beetle
- Improving grain size and shape in wheat
- Improving oil yields in oilseed crops
- Improving research infrastructure in the Yangtze River Basin
- New model in understanding plant organ growth
- Reducing seed loss in oilseed rape
- People
- Research areas
- Case Studies & Impacts
- Germplasm Resource Unit (GRU)
- Molecules from Nature
- Case Studies & Impact
- Industrial Feedstocks and Catalysts
- Molecular Pharming
- New agricultural chemicals and interventions
- Nutritious Food
- Peas
- The history of pea research at the John Innes Centre
- ‘Stay-green’ genes
- Cancer fighting pea proteins
- Celebrating 150 years of Mendelian genetics
- Giant pea pods and germplasm
- Gregor Mendel: the ‘father of genetics’
- John Innes pea research begins: the Bateson years
- Neoplastic pea pods
- Pea grand designs: changing pea plant architecture
- Pea seed products helping defeat diabetes
- Pea starch: an alternative material to plastic?
- Super-sweet pea seeds
- The mystery of the rabbit-eared rogues
- The problem with pea lipoxygenases
- Unlocking Mendel’s white and purple pea flowers
- Unravelling the riddle of round and wrinkled pea seeds
- War and peas
- Women scientists and early pea research
- ‘Super-pea’ to improve protein digestion
- The history of pea research at the John Innes Centre
- People
- Research areas
- Case Studies & Impact
- Our impact
- Plant Health
- Publications
- Quantitative Plant Biology
- Research Groups
- Scientific Facilities
- Technology and Research Platforms
- Bioimaging and microscopy
- Biophysical Analysis
- Chemistry
- Crop Transformation (BRACT)
- Entomology and Insectary
- Field Trials
- Genotyping and DNA Extractions
- Glasshouses and CERs
- Informatics
- Metabolomics
- Nuclear Magnetic Resonance
- Protein Crystallography
- Proteomics
- Scientific Databases
- TILLING, Mutant screening and Reverse Genetics
- SAW Trust
- Search Results
- Sitemap
- Spatiotemporal Protein Dynamics
- The story of the Ph1 locus gene
- Transient Plant Expression for Access to High Value Molecules
- Travel Information
- Understanding the role of natural products in nature
- Virology research timeline
- Whiteflies
- Why do cells communicate during immune responses?
- Wilkinson lab alumni
- Working with Industry
- Youth STEM Awards (YSA)
- Østergaard lab alumni