Prof Rob Jackson's lab focuses on studying bacterial pathogens of trees in the UK and also one overseas territory in St Helena.
Rob Jackson is joined by post doctoral researchers Diana Vinchira-Villarraga (Metabolomics approaches to study tripartite solanaceous plant-microbe and tree - pathogen interactions), Dr Sabrine Dhaouadi (establishment of robust pathosystem models that underpin a detailed examination of infection and disease progression) and Research Associate Maria Laura Cuisa (how new strains of pathogens emerge and evolve on trees).
The team have been busy with data collection and the 5 PhD students who commenced in 2021 now move towards writing up / and publishing.
Research areas include:
- examining risk of new disease outbreaks in a diseased population using ash as a model (Katherine Hinton)
- examining the impact of soil on tree health and disease progression (Vanja Milenkovic)
- evaluating the threat of Xylella on UK trees (Jiaqi Wei)
- a study of tree disease on the Island of St Helena (Amy Webster)
- analysis of phage that infect oak pathogens and the dynamics of phage population changes and bacterial community change in a disease lesion (Emily Grace)
- development of phage biopesticide to control bacterial diseases of trees (Naina Korotania)
- investigating the molecular basis of bacterial cherry canker pathogenesis through integrative omics approaches, including transcriptomics, metabolomics, and effector protein function analysis (Andrea Vadillo Dieguez)
Further details of the doctoral research that is underway in Rob Jackson's lab can be found on our 'Doctoral Research' page by clicking on the '+' next to 'Biosciences'.
Dr
Graeme Kettles’ lab is working towards understanding the molecular mechanisms that underpin oak resistance to fungal and bacterial diseases. They also investigate how fungi and bacteria interact with each other in the oak tree microbiome, and subsequent heath-related consequences.
Dr
Megan McDonald’s
group focuses on fungal pathogen and symbiont biology. For example, looking at relationships between certain types of fungi and root rot pathogens.