Harpagifer antarcticus and Lipophrys pholis protein metabolism

  • Keiron Fraser (Creator)
  • Keiron Fraser (Contributor)
  • Keiron Fraser (Contributor)
  • Lloyd S Peck (Contributor)
  • Melody S Clark (Contributor)
  • Andrew Clarke (Contributor)
  • Simeon L Hill (Contributor)
  • Andrew Bowgen (Contributor)
  • UK Polar Data Centre (Contributor)
  • UK Polar Data Centre (Contributor)
  • UK Polar Data Centre (Contributor)

Dataset

Description

These data were generated in a comparative study of protein metabolism (protein synthesis, protein growth and protein degradation) in the Antarctic plunderfish, Harpagifer antarcticus and the Northern European blenny, Lipophrys pholis. The study carried out an examination of protein metabolism in these species at a range over overlapping temperatures covering the environmental range of the species. Protein synthesis was measured using the flooding dose methodology in animals held at the British Antarctic Survey in Cambridge, UK. The experimental work was carried out by Andrew Bowgen and Keiron Fraser. The aim of the study was to examine the effect of ambient habitat temperature on protein metabolism in two ecologically similar, but phylogenetically distant fish species, including one that only inhabited polar latitudes. Andrew Bowgen was funded by a NERC PhD studentship and the study was completed as part of the British Antarctic Survey, Biological Responses to Extreme Antarctic Conditions and Hyperextremes (BIOFLAME) project, part of the NERC funded Biodiversity, Function, Limits and Adaptations from Molecules to Ecosystems (BIOREACH) programme.
Date made available2 Jul 2021
PublisherNERC EDS UK Polar Data Centre
Date of data production1 Jan 2004 - 31 Dec 2005
Geographical coverageAntarctic Peninsula, Adelaide Island, Rothera Point Antarctica
Geospatial polygon-67.56861, -68.125, -67.56861, -68.125

Data Monitor categories

  • "EARTH SCIENCE","BIOLOGICAL CLASSIFICATION","ANIMALS/VERTEBRATES","FISH"
  • "EARTH SCIENCE","BIOSPHERE","ECOLOGICAL DYNAMICS"
  • "EARTH SCIENCE","OCEANS","MARINE ENVIRONMENT MONITORING"
  • Protein metabolism
  • RNA
  • fish growth
  • polar fishes
  • protein synthesis

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