Pioneering work in wheat breeding programmes hailed in BBSRC awards
John Innes Centre scientist Dr Cristobal Uauy has received national recognition for his pioneering work in global wheat breeding programmes
Read the storyJohn Innes Centre scientist Dr Cristobal Uauy has received national recognition for his pioneering work in global wheat breeding programmes
Read the storyProfessor Graham Moore and the University of Bristol’s Professor Keith Edwards have been jointly awarded the 2018 Rank Prize in Nutrition (Human and Animal Nutrition and Crop Husbandry) for their exceptional contribution to wheat research.
Read the storyJemima Brinton, a PhD student in her final year at the John Innes Centre, has been awarded the PhD Monogram Early Career Excellence Award (MECEA) at the 2017 annual MonoGram meeting in Bristol
Read the storyScientists at the John Innes Centre, working in partnership with colleagues at the Earlham Institute, The Sainsbury Laboratory and the European Bioinformatics Institute, report in the journal Genome Research the most accurate and complete DNA sequence analyses of the wheat genome to date
Read the storyA team of scientists in the UK and USA have generated a new ground-breaking resource of ten million mutations in bread and pasta wheat varieties
Read the storyIdentifying the gene for an interesting trait that might help you breed better crops isn’t always easy – especially if you’re working with wheat or barley
Read the storyA new paper explains why plant breeders have found it difficult to produce wheat varieties which combine high yield and good resistance to Septoria, a disease in wheat which can cut yield losses by up to 50%
Read the storyScientists from Dr Cristobal Uauy’s laboratory have developed a new open access online wheat training hub to support researchers currently working on wheat or hoping to make the transition to work on this important crop
Read the storyScientists at the John Innes Centre and The Sainsbury Laboratory have pioneered a new gene-detecting technology which, if deployed correctly could lead to the creation of a new elite variety of wheat with durable resistance to disease
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