Vibrio Jischeri

Froehner K, Backhaus T, Grimme LH (2000) Bioassays with Vibrio Jischeri for Assessment of Delayed Toxicity, Chemosphere 40 821-828. 

Warne, M.S., Osborn, D., Lindon, J.C. and Nicholson, J.K. (1999) Quantitative structure-toxicity relationships for halogenated substituted-benzenes to Vibrio jischeri, using atom-based semi-empirical molecular-orbital descriptors. Chemosphere, 38, 3357-3382. 

P.p. Photobacterium phosphoreum-, P.l Photobacterium leiognathv, V.f Vibrio jischeri V.k Vibrio harveyi, N.D. Not determined. 

This innovative method is combined with the Vibrio jischeri acute bioluminescence inhibition assay, for which a large database of effect concentrahons is available. 

The bioluminescence inhibition assay for acute toxicity based on the bacterium Vibrio Jischeri (formerly Photobacterium phosphoreum) is a standard eco-toxicological bioassay in Europe (DIN EN ISO 11348). Because this method is very rapid and cost-effective it has been widely used in environmental toxicity studies, e.g., routine screening of river and lake water or effluents, monitoring of bioremediated soils, or toxicity testing of chemicals [14]. 

Jennings VL.K., Rayner-Brandes M.H., Bird D.J. Assessing chemical toxicity with the biolumin-escent photobacterium Vibrio Jischeri) a comparison of three commercial systems, Wat. Res. 35 (2001)3448. 

TABLE 3.74 Spectral Structure Activity Relationships (S-SAR) Predicted With AU Possible Correlation Models (Endpoints) Considered From Data of Table 3.72, Together With the Experimental or Measnred Activity of Vibrio Jischeri Species, Paralleling the Corresponding Correlation Factor, Spectral Norm (3.291), and the Asymptotic Cut-Off Time (3.294) of the Associated Logistical-Spectral Model Through Eqs. (3.215) and (3.291)-(3.294) (Lacrama et al., 2008 Putz, 2012b)... 

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