Structural biology clues to the success of plant diseases
Dr Mark Banfield and his group have deciphered the structures of protein molecules used by some of the most destructive plant pathogens to promote host infection
Read the storyDr Mark Banfield and his group have deciphered the structures of protein molecules used by some of the most destructive plant pathogens to promote host infection
Read the storyNew and more virulent crop diseases are predicted to emerge as a result of climate change
Read the storyThe genome of Medicago, a close relative of alfalfa and a long-established model for the study of legume biology, has been sequenced by an international team of scientists, capturing around 94% of its genes
Read the storyScientists at the John Innes Centre and the University of East Anglia are pioneering a powerful combination of computer modelling and experimental genetics to work out how the complex shapes of organs found in nature are produced by the interacting actions of genes
Read the storyPathogens can alter their hosts, for example malaria parasites can make humans more attractive to mosquitoes, but how they do it has remained a mystery
Read the storyProfessor Cathie Martin's contribution to science has been recognised by election to the membership of a leading European life sciences organisation, EMBO
Read the storyA new variety of broccoli with higher levels of a key phytonutrient is now available in UK shops thanks to experts working on both the biology of plants and the link between human nutrition and health
Read the story'Plant scientist' should take its rightful place beside 'doctor', 'lawyer' and 'vet' in the list of top professions to which our most capable young people aspire, according to a hard-hitting letter by an international group of botanists and crop scientists
Read the storyThe spacing of stomata, the pores through which plants breathe, is key to maximising the plant's breathing and how this spacing was achieved has, until now, been a mystery
Read the story