Behaviour · 2008 · 121 citations · 61 references
Life SciencesAnimal SciencesFisheriesFish BehaviorFish BiologySteroid BiochemistryFish EndocrinologySteroid Hormone BiochemistryFish Sampling TechniquesHormonal MonitoringSamplingSex Steroid MeasurementSteroid DetectionSteroid Hormone Assays
Fish behaviourists are increasingly turning to non-invasive measurement of steroid hormones in holding water, as opposed to blood plasma. When some of us met at a workshop in Faro, Portugal, in September, 2007, we realised that there were still many issues concerning the application of this procedure that needed resolution, including: Why do we measure release rates rather than just concentrations of steroids in the water? How does one interpret steroid release rates when dealing with fish of different sizes? What are the merits of measuring conjugated as well as free steroids in water? In the 'static' sampling procedure, where fish are placed in a separate container for a short period of time, does this affect steroid releaseand, if so, how can it be minimised? After exposing a fish to a behavioural stimulus, when is the optimal time to sample? What is the minimum amount of validation when applying the procedure to a new species? The purpose of this review is to attempt to answer these questions
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B. Beerda, Matthijs B.H. Schilder, Nicole S.C.R.M. Janssen et al. · Hormones and Behavior · 1996 · 284 citations
Veterinary Medicine, Neuroscience, Veterinary Physiology +17
Gill remodeling in fish – a new fashion or an ancient secret?
Göran Nilsson · Journal of Experimental Biology · 2007 · 261 citations
Life Sciences, Biology, Zoology +14