Hailing from the jewel in England's crown that is Stoke-on-Trent, I received a bachelor's degree from Queen Mary University London in Molecular Biology and a PhD from Imperial College London in Plant Science. I'm currently an Ad Astra Fellow and Assistant Professor within the School of Biological and Environmental Sciences at University College Dublin (UCD).
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My lab uses multiomic approaches to reveal cross-kingdom interactions between diverse organisms, including: plants species, fungi, arthropods, human (GIT, skin, vagina, breast milk, diverse cancer environments), mouse, and bacteria (biofilm formation, intra/extracellular biotrophic, pathogenic). In addition to more controlled environments, the lab explores metaomic complexity in the real world, such as aquatic (sea water and municipal wastewater), soil (organic and inorganic anthropogenic contamination), urban, built and space (ISS) environments.
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I have been fortunate to collaborate with colleagues at UCD as well as the University of Montreal and McGill University in Canada. Prof Frédéric Pitre developes phytoremediation straegies using fast growing, high tolerance crops to help decontaminate polluted soils across Quebec and with Dr Emmanuel Gonzalez, Bioinformatics Specialist at McGill's C3G, developes new approaches focused on breaking down the barriers between biology and bioinformatics.
LAB TEAM
CLOSE COLLABORATORS
Professor at University of Montreal
Botanist-Researcher at Montreal Botanical Garden
Dr Emmanuel Gonzalez
Bioinformatics Specialist at McGill's MI4 and Canadian Centre for Computational Genomics
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MEDIA COMMUNICATION (with links)
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A remediation idea takes root - CIM Magazine - Canadian Institute of Mining, Metallurgy and Petroleum
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A story of community: Trees, fungi, and microbes work hand-in-hand - McGill Tribune
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The big tilt - Canadian Biomass Magazine
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When the growing gets tough, the tough get… growing - Chemical Institute of Canada
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Trees grown to decontaminate land could be better at defending against predators - CABI Environmental Impact
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Willow trees adapted for green energy - European Commission, Community Research and Development Service
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Sugar-rich willow can boost biofuels' green credentials - BBC News, Science and Environment
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A look under the surface at how Mother Nature recovers from pollution - Pollution News / Natural News
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Trees thriving on contaminated land could help clean up humanity’s mess - Inhabitat
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CT scanning shows why tilting trees produce better biofuel - Renewable Energy Magazine
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Plants, fungi and bacteria work together to clean polluted land - McGill Press Release
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Cleaner soils thanks to willows, fungi and bacteria - Quebec Science Magazine
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Ground Control to Major Microbe: New Method IDs Bacteria in Space - Genetic Engineering and Biotechnology News
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Scientists discover gut bacteria is associated with chronic pain - University of Montreal Press Release
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Windy conditions make willow a better feedstock - Biomass Magazine
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How to Squeeze More Biofuel From Willow: Give it a Twist - Clean Technica Magazine
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The Mars500 simulation - Newstalk Futureproof Radio
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Microbes on the International Space Station - Quebec Science Magazine
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Bacterial community assessment on the international space station - Radio Canada International
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Irish scientists on a mission to make Mars fit for farming - Irish Independent
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New Research Reveals Space Flight is Altering the Gut Microbiome in Mice Aboard the ISS - The Debrief
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International consortium with NASA reveals hidden impact of spaceflight on gut health - UCD press reease