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Supergen ORE Hub Masterclasses
https://www.plymouth.ac.uk/whats-on/supergen-ore-hub-masterclasses
What's on at the University of Plymouth: Supergen ORE Hub Masterclasses. Masterclasses on topics across offshore renewable energy. Various dates/locations.
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Play, tell stories and break the rules
https://www.plymouth.ac.uk/research/play-tell-stories-and-break-the-rules
Academic Spotlight: Professor Dylan Yamada-Rice, recently appointed Professor of Immersive Storytelling, has built her career to this point around people’s love for stories.
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Centre of Environmental Hepatology
https://www.plymouth.ac.uk/research/centre-of-environmental-hepatology
University of Plymouth research: The Centre of Environmental Hepatology's mission is to transform understanding of liver health and ensure that research translates into meaningful impact for patients, communities, and future generations.
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Advanced visualisation and nano-scale characterisation of exposure (ADVANCE)
https://www.plymouth.ac.uk/research/centre-of-environmental-hepatology/advance
University of Plymouth research: The ADVANCE project will develop the first multimodal, label-free nanoscale imaging workflow to visualise plastic particles in human liver models.
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Advancing nanoplastic and microplastic techniques for human, biological and environmental monitoring (ANTHEM)
https://www.plymouth.ac.uk/research/centre-of-environmental-hepatology/anthem
University of Plymouth research: The ANTHEM project is developing robust, sensitive laboratory methods to detect and quantify micro- and nanoplastics in human biological samples and determine whether their presence is linked to liver pathology.
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Biofilm-bearing micro- and nanoplastics as mediators of inflammation and liver damage (BLAME)
https://www.plymouth.ac.uk/research/centre-of-environmental-hepatology/blame
University of Plymouth research: The BLAME project will generate biologically realistic, biofilm-coated MNPs and investigate their inflammatory potential in human immune cells and liver disease models.
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Clinical liver assessment of risk, injury and toxicity from micro- and nanoplastics (CLARITY)
https://www.plymouth.ac.uk/research/centre-of-environmental-hepatology/clarity
University of Plymouth research: The CLARITY project will determine how exposure to micro- and nanoplastics contributes to liver disease progression, treatment response and cancer risk, and identify modifiable pathways that reduce exposure-induced injury.
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Defining plastic-induced liver injury (PILI)
https://www.plymouth.ac.uk/research/centre-of-environmental-hepatology/pili
University of Plymouth research: The PILI project investigates how plastics and their associated chemicals, alcohol and dietary lipids interact to injure the liver and accelerate the progression of alcohol-related liver disease.
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Wind and wave loading on the Skerryvore lighthouse
https://www.plymouth.ac.uk/research/c-cope/wind-and-wave-loading-on-the-skerryvore-lighthouse
University of Plymouth research: Assessing wind and wave loading on Skerryvore lighthouse to provide validated data that supports structural analysis and ensures lighthouse heritage assets remain safe and operational.
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Genetic healthcare reform has hallmarks of Plymouth’s DNA
Plymouth University research news: A case study from the Research Excellence Framework which looks at the University's work in introducing training and qualifications for those responsible for genetic healthcare counselling
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