The overall objective of our research is to reduce the uncertainty related to the estimation of bioaccumulation of organic chemicals in fish in ecological risk assessment (ERA).
Presentations at SETAC Europe 27th Annual Meeting: “Environmental Quality Through Transdisciplinary Collaboration”, in Brussels, Belgium.
Dr. Jennifer Fitzgerald, from Dr Eduardo Santos group at the University of Exeter joins as a Post-doc on the CEFIC ECO34 grant.
This project will generate groundbreaking knowledge on the subtle effects of pharmaceuticals in the environment on a model freshwater benthic invertebrate, Gammarus pulex. As excellent indicators of surface water quality, these species are consistently impacted by pharmaceuticals and their metabolites at the ng-ug/L level mainly via sewage treatment plant effluents.
January, 2017: After 16 years at King’s, I have decided to embark on a new challenge and have taken up a position at the University of Suffolk in Ipswich. The research continues. I still have on-going projects at King’s in collaboration with Prof Christer Hogstrand and Dr. Mike Chadwick and over the coming few years
Tom Miller, current PhD student with Dr. Leon Barron, gave two excellent talks on his recent work assessing pharmaceutical uptake in Gammarus pulex Bioconcentration and biotransformation of selected pharmaceuticals in the freshwater amphipod
It is acknowledged that biotransformation is an uncertainty when estimating the bioaccumulation of organic chemicals. The aim of the current project is to develop in vitro methods, that include models of the gill, gut and liver as well as cell lines, as a rapid assessment for uptake and biotransformation pathways of chemicals.
The Sparking Impact competition invited researchers at King’s to submit a project proposal that develops the impact of a current BBSRC project with the aim to develop project management skills, particularly in young researchers. This prize, awarded to Lucy Stott and Nic Bury, was for their project that aimed to promote the use of alternative
New research from the University of Exeter and King’s College London has shown how a population of brown trout can survive in the contaminated waters of the River Hayle in Cornwall where metal concentrations are so high they would be lethal to fish from unpolluted sites. The team believe this is due to changes in
Contaminated during the surrounding area’s history of mining, the River Hayle in Cornwall contains metals including copper, zinc, nickel and cadmium at levels that can kill brown trout, a particularly sensitive species. It comes as a surprise, then, that brown trout in this river show no obvious signs of toxicity and are apparently flourishing. We