Healthy Plants – Healthy People – Healthy Planet
Healthy Plants, Healthy People, Healthy Planet (HP³) is our vision for achieving a safer, healthier and more sustainable future through the power of plant and microbial science
Read the storyHealthy Plants, Healthy People, Healthy Planet (HP³) is our vision for achieving a safer, healthier and more sustainable future through the power of plant and microbial science
Read the storyIn January 2019, we introduced the Flexible Talent Mobility Award scheme (FTMA), which supports up to three-month work experience placements for scientists to experience life in industry and vice versa
Read the storyTwenty years ago, a new technology was developed here at the John Innes Centre, which revolutionised plant transformation and genetic engineering
Read the storyDr Simon Aspland joined us in December 2019 as our new Head of Commercialisation. We sat down with him to find out how he intends to help progress innovations originating at the John Innes Centre into practical applications
Read the storyLearn how to address challenges in growing, harvesting, and processing food and build your knowledge of food production challenges and technology with this Future Learn online course for 16-19 year olds studying biology
Read the storySoil is the most important natural resource we have and we are losing it at an alarming rate through degradation, erosion and desertification - much quicker than we can replace it
Read the storyAt the John Innes Centre we have 70 Controlled Environment Rooms and glasshouses, where over 7,000 plants are grown each year, all planted and looked after by our Horticultural Services team
Read the storyFourteen researchers from eight European countries came together to attend a workshop providing training in genomics-based, pathogen diagnostic and surveillance techniques as part of the Horizon2020-funded RustWatch program
Read the storyGenotyping is looking at specific, differences within a population of plants, and within specific areas of their genome, so that you can then use those selected areas of a plant’s genome in plant breeding
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