Jake is a molecular microbiologist who studies the signalling pathways that control plant colonisation and infection by pathogenic and beneficial Pseudomonas species.
His lab investigates how bacterial signal transduction pathways respond to inputs from the environment, and how this in turn regulates bacterial behaviour.
The Malone lab specialises in the analysis of complex bacterial second-messenger signalling and translational regulatory networks. Our multidisciplinary approach uses molecular microbiology, biochemistry and cutting-edge system biology techniques alongside plant colonisation and infection experiments.
Jake’s research is focussed on combatting agriculturally-relevant plant diseases that are either caused or suppressed by Pseudomonas species. His lab also investigates the effect of plant genotype on microbial communities within the soil, and how this may be exploited for agricultural benefit.
The Malone lab’s primary interests are:
- Pseudomonas signal transduction in response to environmental stimuli
- Bacterial infection and colonisation mechanisms in both plants and humans
- Identifying bacterial genes and pathways that suppress plant disease and contribute to plant health
Selected Publications
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Grenga L., Chandra G., Saalbach G., Galmozzi C. V., Kramer G., Malone J. (2017)Analyzing the Complex Regulatory Landscape of Hfq – an Integrative, Multi-Omics ApproachFrontiers in Microbiology (8)Publisher's version: N/A
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Campilongo R., Fung R. K. Y., Little R. H., Grenga L., Trampari E., Pepe S., Chandra G., Stevenson C. E. M., Roncarati D., Malone J. G. (2017)One ligand, two regulators and three binding sites: How KDPG controls primary carbon metabolism in Pseudomonas.PLoS Genetics (13)Publisher's version: 1553-7390
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Little R. H., Grenga L., Saalbach G., Howat A. M., Pfeilmeier S., Trampari E., Malone J. G. (2016)Adaptive remodeling of the bacterial proteome by specific ribosomal modification regulates Pseudomonas infection and niche colonisationPLoS Genetics (12 (2))Publisher's version: 1553-7390
Opportunities
Enquiries to join the group from interested Postgraduate Researchers and Postdoctoral Scientists are always welcomed.
Fellowship and PhD studentship positions can potentially be funded by the BBSRC, EU or John Innes Centre.