Read our latest paper "AHP4 attenuates cytokinin signalling in the phloem companion cells to control root growth under osmotic stress" published in The Plant Journal https://t.co/yjrAgHjNDT.
Happy to share our forum article "Heterogeneity in seed traits: an overlooked breeding opportunity", published in Trends in Plant Science, led by John Foulkes and Ian Fisk’s teams at the University of Nottingham. Read here: https://t.co/76hsKdyJiR
New UK-CG funded research in our team @UoNresearch will explore how underutilised crops such as Pigeon pea and Bambara groundnut could help tackle food insecurity in a changing climate.
Read more: https://t.co/J3R0Xo8tCk
#FoodSecurity#ClimateResilience#SustainableAgriculture
Scientists have found how a small protein in plants that acts like a molecular form of velcro helps stick to other target proteins, enabling plants to respond better to environmental stresses like drought, salt & pathogens @UoNBiosciences
Read more here https://t.co/Qc5l0GnNYD
We are actively seeking candidates for externally funded Research Fellowships in:
Microbiology, Plant & Crop Sciences, Animal Sciences, Food & Nutritional Sciences, Agriculture & Environmental sciences
➡️https://t.co/lGRM0rLMFE
Come and work with us! Application deadline: 7 Aug
At RHS Chelsea Flower Show with Tino Colombi showcasing pigeon pea root work at Nottingham. Thanks to Gates Foundation and Hounsfiled facility at Nottingham to make this happen.
Exciting #postdoc opportunity to join a UK-CGIAR (@CABI_News) funded project on climate-smart pigeon pea, exploring root-soil-rhizobia interactions to boost crop resilience! Work with experts from @UniofNottingham, @uniofwarwick, @ICRISAT & @CIMMYT. Apply: https://t.co/uAgaPYgfsp
Excited to share new study in Current Biology: ABA-auxin cascade regulates crop root angle in response to drought https://t.co/cNwCeGMBv1. A fantastic outcome of the excellent collaboration between our team at Nottingham @UoNBiosciences & Guoqiang Huang's team at @SJTU
Exciting #postdoc opportunity! Join our team at UoN to unravel the molecular mechanisms of root growth angle in cereals: https://t.co/SEekyGorlN #PlantScience#BBSRC funded research.
We're looking for two postdocs to work in Nottingham on an interdisciplinary collaborative project with the @etienne_farcot and @RabhoRoot labs. One experimental biologist
https://t.co/I8Puhajc2p and one mathematician
https://t.co/DqVCg89UDQ
Read our latest paper "The auxin efflux carrier PIN1a regulates vascular patterning in cereal roots" published online in New Phytologist https://t.co/NEe4tDl95A. Congratulations to Riccardo Fusi & the team