Ns. Kudryasheva et al., BIOLUMINESCENT ANALYSIS - THE ACTION OF TOXICANTS - PHYSICAL-CHEMICALREGULARITIES OF THE TOXICANTS EFFECTS, Analytical letters, 27(15), 1994, pp. 2931-2947
The physical-chemical regularities of aromatic compounds' effects in l
uciferase to toxicity biotesting have been studied, The structures and
physical-chemical characteristics of the toxicants and of the biolumi
nescent emitter were taken into account. The inhibition constants of b
ioluminescence intensity (I) were calculated and interpreted from the
viewpoint of the energy (electron) transfer processes. The induction p
eriod (P) and the increase of the rime of the maximum light intensity
(t(M)) which take place in the quinones presence, have been shown to d
eal with hydrogen transfer processes. The values of I, P and t(M) have
been shown to be connected with a size of the quinones' aromatic and
aliphatic parts, P- and t(M)-dependencies on quinone's redox potential
have been demonstrated.