School of Science and Sport

Contact

Phone: 0141 8483877

    Research areas

  • QH301 Biology
  • QL Zoology
  • SH Aquaculture. Fisheries. Angling
  • QD Chemistry

Area of research expertise - Outline

Ecotoxicology, Environmental Toxicology, Fish Diagnostics, Marine Ecology, Environmental Chemistry, Biochemistry, Invertebrate Tissue Culture and Contaminants of Emerging Concern (microplastics, pharmaceuticals, endocrine disrupting compounds).

Overview

I am an exotoxicologist and have been involved in the development of biomarkers and bioassays to assess the impact of novel environmental pollutants. More recently my research is taking a more holistic approach, looking at the ecological level. I work on investigating the impact of contaminants of emerging concern in organisms in the aquatic environment (both marine and freshwater) and have more recently been involved in fish diagnostics in aquaculture. Throughout my career I have successfully attracted £1,565,805 in research funding. Currently, I have 3 main areas of research:

1. Ecotoxicology: investigating the impact of contaminants of emerging concern. Having previously worked on endocrine disrupting chemicals (PhD) and pharmaceuticals (EPA (Ireland), Environment Canada) this work is now focusing on Microplastics with my research team working on: a. the development of standardised protocols for microplastic collection, processing and identification; b. the abilty of microplastics to act as vectors for pollution transfer (PhD co-funded by Marine Scotland Science); c. the impact of microplastics on marine and freshwater organisms; d. sources of microplastics to the aquatic environment

2. Fish diagnostics in Aquaculture: The re-purpose and translation of human medical diagnostic technologies to assess fish health in aquaculture. PI on Scottish Aquaculture Innovation Centre (SAIC) funded project (£242,000) with Randox diagnostics and aquacluture partners (Kames Fish Farm, Marine Harvest, Europharma) to investigate the impact of sea lice treatment on fish health. 

3. In vertebrate tissue culture: The development of novel techniques for the in vitro culture of tissues from marine and freshwater invertebrates (Bivalve mussels) for use in toxicity testing. 

Current research activities.

Fish diagnostics in aquaculture:

I am currently principle Investigator on a Scottish Aquaculture Innovation Centre (SAIC) project that is co-funded by aquaculture (Kames Fish Farm, Marine Harvest, Europharma) and medical diagnostic (Randox diagnoatics) industry partners (£242,000). This project is investigating the re-purpose and use of human medical technologies to asses the impact of sea lice treatment on fish health. I also have a UWS funded Scholarship student (Michael Megalakakis) investigating the use of these technologies to assess the impact of disease on salmon and trout in aquaculture and the potential for these technologies as early warning indictors of disease.  

Microplastics in the enivornment:

My research team are also investigating various aspects of microplastic contamination in the environment including the develpment of:

Standardised metods for the collection and separation of microplastics from marine and freshwater sediments. This work is being undertaken in collaboration with the MASTS community project Scottish Microplastics Research Group (SMRG) chaired by Dr Quinn. 

Novel methods for the separation of microplastics from aquatic fish and invertebrates using enzyme tissue dissociation (in collaboration with Marine Scotland Science).

The impact of microplastic ingestion on varous aquatic (marine and freshwater) invertebrates including feeding rates, morphology and biomarker expression.

The ability of microplastics to act as vectors for contamination for environmental contaminants including PAHs, POPs and heavy metals. This work is part of a PhD Scholarship co-funded by Marine Scotland Science.

Desired research direction.

Although academic by nature, my research is very applied and I work closely with stakeholders including regulatory agencies (Marine Scotland Science, Scottish Environmental Protection Agency (SEPA), Irish Environmental Protection Agency, Environment Canada) and industry (water utility companies, plastic manufacturing/recycling companies, diagnostic companies and the aquaculture industry) to develop practical solutions to practical problems. I am interested in furthering these collaborations that can hopefullly lead to the development of a start-up or spin-out enterprise. 

Target Collaborative Companies (National, International, up to 3).

Aquaculture: Kames Fish Farming Ltd, Marine Harvest, Europharma

Medical diagnostics: Randox diagnostics, Siemens, Abaxis

Microplastics: Plastics Europe, plastic recycling companies (WRC Recycling)

Water utility companies: Scottish Water, SAUR (Glasgow)

Target Collaborative Organisations (National, International, up to 3).

Marine Scotland Science, Scottish Environmental Protection Agency (SEPA), Environmental Protection Agency (Ireland), Environment Canada (St Lawrence Centre, Montreal), Food Standards Scotland (FSS).

Other areas of Expertise available for knowledge exchange.

Impact assessment of chemical contaminants in the environment.

Development of novel bioassays for toxicity assessment.

 

Activities

  1. MASTS Scottish Microplastic Research Group

    Activity: Participating in or organising an eventParticipation in workshop, seminar, course

  2. Microplastic research in UWS

    Activity: Talk or presentationOral presentation

  3. MRes Thesis external examiner

    Activity: OtherTypes of External academic engagement - Research and Teaching at External Organisation

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Prizes

  1. US State Department Alumni

    Prize: Election to learned society

  2. Member of Royal Society of Biology

    Prize: Election to learned society

  3. Scottish Crucible alumni

    Prize: Election to learned society

View all (5) »

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