John Innes Centre

Funded awards at John Innes Centre.

Funded awards
882
Published Funding
£435.1M
Average published award
£515K
Active funded awards
63

Amounts are published for 845 of 882 funded awards. Data as of 16 July 2026.

See funded awards Open the Map

The biggest topic here is Food & Agriculture — 233 grants (26%). The busiest year was 2014, with 76 grants.

Funded Awards by Year

View data table
YearFunded awards
200652
200773
200854
200970
201040
201155
201263
201350
201476
201559
201650
201755
201825
201923
202017
202119
202223
202334
202424
202514

Grants

The Norwich Research Park Biosciences Doctoral Training PartnershipJohn Innes CentreBBSRC£16.8M2015Completed
Norwich Research Park Biosciences Doctoral Training PartnershipJohn Innes CentreBBSRC£15.1M2020Active
Phenotypic Plasticity in Response to Environmental ChallengesJohn Innes CentreBBSRC£10.5M2017Completed
Genome and EpigenomeJohn Innes CentreBBSRC£8.8M2017Completed
Products and PathwaysJohn Innes CentreBBSRC£7.9M2017Completed
Harnessing plant metabolic diversity for human healthJohn Innes CentreWellcome£4.8M2024Active
EBioAct: Environmentally sustainable production of bioactive triterpenesJohn Innes CentreBBSRC£2.3M2024Active
Apoplastic Signalling Communicates Emergency ResponsesJohn Innes CentreUKRI£2.2M2025Active
BacNLR - Functional diversity of NLRs in multicellular bacteriaJohn Innes CentreUKRI£1.7M2025Active
Losing genes but gaining symbionts: Why beetles outsource key metabolic traitsJohn Innes CentreEC£1.7M2026Active
Structure and function of the chloroplast transcription machineryJohn Innes CentreUKRI£1.5M2024Active
Form for function: regulation of bundle sheath cell architecture for C4 photosynthesisJohn Innes CentreEC£1.3M2026Active
How does plasmid-chromosome crosstalk influence the spread of genes through complex microbial communities?John Innes CentreBBSRC£1.1M2025Active
Manipulating two-component systems to activate cryptic antibiotic pathways in filamentous actinomycete bacteriaJohn Innes CentreBBSRC£1.0M2024Active
Unravelling the mechanism of meiotic crossover patterning in diploid and polyploid plantsJohn Innes CentreBBSRC£924K2025Active
Do plant growth promoting Streptomyces endophytes evolve into pathogens?John Innes CentreBBSRC£883K2025Active
HMA domain proteins as conserved targets of pathogens that exploit plasmodesmataJohn Innes CentreBBSRC£816K2024Active
Understanding how local 3D chromatin structure determines gene regulation and environmental responsesJohn Innes CentreWellcome£773K2025Active
24BBR for Provision of FAIR wheat, pea, and brassica TILLING biological and functional genomics resourcesJohn Innes CentreBBSRC£724K2025Active
Engineering wheat for take-all resistanceJohn Innes CentreBBSRC£664K2024Active

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