Our International Max Planck Research School on Understanding Complex Plant Traits using Computational and Evolutionary Approachesis a local collaboration between the Max Planck Institute for Plant Breeding Research and the University of Cologne, Germany. Read more
The Kourelis lab is dedicated to addressing fundamental questions in plant-microbe interactions, particularly focusing on the function and evolution of immune receptors. Read more
Agricultural production and food security are severely threatened by the loss of arable land and climate change, with increasingly harsher droughts, floods, and heat waves reducing crop productivity by more than 50%. Read more
Agriculture for the future. climate change, expanding populations, emerging pathogens and water constraints. . Food production must increase by 50% by 2050 to feed the global population in the face of climate change, while using less water, pesticide and fertilizer (UN FAO). Read more
Background. Climate change is amplifying the frequency and intensity of extreme weather events, with heatwaves (HWs) being a significant stressor for ecological systems. Read more
Plants must alter their cellular processes and functions in response to a stimulus, such as hormones or pathogens, and all of this relies upon the action of proteins. Read more
Scientific background. Billions of tonnes of the organosulfur compound dimethylsulfoniopropionate (DMSP) are made each year by marine algae, corals and bacteria. Read more
Wounding of plants by environmental stresses such as wind, rain, or sandstorms creates entry points for bacterial pathogens, which exploit these wounds to infect plants, spread through vascular tissues, and suppress immunity. Read more
Nature’s chemist. how a plant can produce the complex and diverse alkaloids. Plants are capable of forming complex natural products from simple starting materials. Read more
We are looking for a student interested in plant developmental, molecular and cell biology to join a vibrant and supportive group of researchers (jointly headed by Lisa Smith, Sam Amsbury and Andrew Fleming), providing an excellent collaborative environment for your PhD at the University of Sheffield. Read more
Our research aims to understand and manipulate plant DNA-repair pathways. This project elucidates the molecular mechanism of non-homologous end joining (NHEJ) for double-strand break (DSB) repair in Arabidopsis. Read more
Sap-feeding insect pests cause significant economical damage to crops globally. While probing and feeding these insects secrete saliva inside their hosts which contains a wide range of molecules, including proteins, RNA, and metabolites. Read more
Background. R. solanacearum is a devastating bacterial plant pathogen which causes potato brown rot and bacterial wilt diseases. It has a global distribution, wide host range, and no effective control methods. Read more
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