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title:(Linking AND algal AND growth AND inhibition AND to AND chemical AND activity)

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1 Conference paper

Linking algal growth inhibition to chemical activity

to chemical activity, as opposed to e.g. the total concentration. Baseline toxicity (narcosis) for neutral hydrophobic organic compounds has been shown to initiate in the narrow chemical activity range of 0.01 to 0.1. This presentation focuses on linking algal growth inhibition to chemical activity

Year: 2015

Language: English

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2 Conference paper

Linking algal growth inhibition to chemical activity: A tool for identifying excess toxicity

Nørgaard Schmidt, Stine; Armitage, J. M.; Arnot, J.; Kusk, K.; Mayer, Philipp

Setac Europe 26th Annual Meeting - Abstract Book — 2016, pp. 285-285

Year: 2016

Language: English

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3 Journal article

Linking algal growth inhibition to chemical activity - Baseline toxicity required 1% of saturation

Recently, high-quality data were published on the algal growth inhibition caused by 50 non-polar narcotic compounds, of which 39 were liquid compounds with defined water solubility. In the present study, the toxicity data for these liquids were applied to challenge the chemical activity range

Year: 2015

Language: English

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4 Journal article

Linking algal growth inhibition to chemical activity: Excess toxicity below 0.1% of saturation

Chemical activity quantifies the energetic level of an organic compound relative to its pure liquid [0–1], and several studies have reported that baseline toxicity generally requires chemical activities of 0.01–0.1. The first aim was to challenge this chemical activity range for baseline toxicity. Algal growth inhibition data (median effective concentrations, EC50) were compiled from two recent studies and included 108 compounds categorised as non-polar (mode of action, MOA1) and polar (MOA2) narcotics. These data were linked to chemical activity by (1) plotting them relative to a regressio...

Year: 2018

Language: English

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