Bioimaging and microscopy
State-of-the-art bioimaging facilities, in both light and electron microscopy
Read about bioimaging and microscopyThe majority of our Technology and Research Platforms and our Scientific Facilities are available for use by the wider research community and by commercial users.
Additionally all the facilities across the Norwich Research Park are available to John Innes Centre researchers.
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Biophysical Analysis
Three biophysical analysis technologies to identify and quantify the binding of different interactions
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Chemistry
Providing expertise and staff training in various aspects of organic chemistry to scientists across the Norwich Research Park, and commercial partners
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Crop Transformation (Brassica)
Providing the wider research community with access to a range of crop transformation and genome editing resources
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Crop Transformation (Wheat)
Providing the wider research community with access to wheat transformation and genome editing
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Entomology and Insectary
Specialised undertaking and supporting invertebrate-related studies
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Field trials
As well as laboratories, we have a range of facilities on-site and at our nearby farm, that allow us to conduct field experiments in an agricultural situation
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Genotyping and DNA Extraction
We offer four Genotyping and DNA extraction services
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Germplasm Resources Unit
An internationally recognised repository for the long-term curation and provision of crop germplasm resources
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Glasshouses and CERs
Controlled environment rooms and glasshouses allow for precise control of plant environment; length of day, temperature, ventilation and thermal screens
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Informatics
Computational techniques have revolutionised biological research and our ability to capture data has grown exponentially. We offer deep and wide-ranging expertise across the many areas in which biology and computing intersect
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Metabolomics
Supporting studies of plant and microbial metabolism and carrying out metabolomic studies and small molecule analysis
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Molecular Genetics
High throughput capabilities useful to researchers where work carried is carried out in 96 well plate format. The team can help with large scale PCR and sanger sequencing, as well as screening of gene edited lines
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Nuclear Magnetic Resonance
Powerful structural and analytical methodologies which are capable of providing atomic level information about molecules
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Proteomics
Identifying the entire protein complement (proteome) of a sample, whether from a cell or whole organism
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Scientific Databases
Research groups at the John Innes Centre are making an effort to open access to their research via online portals and datasets
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Structural Biology
Determining three-dimensional structures of proteins (or macromolecules) starting from a purified sample
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