Abstract
This article concerns studies of changes in biomarker P450 and the novel serotonin-modulating anticonsolidation protein (SMAP) in the brain, liver, and gills of eastern bystryanka (Alburnoides bipunctatus eichwaldii (Filippi, 1863)) and Caucasian river gobies (Neogobius constructor (Nordmann, 1840)) caught in rivers of Azerbaijan polluted with industrial wastes. The levels of both proteins in the fish tissues are evaluated with an indirect immune-enzyme assay. It is shown that both indexes, especially SMAP, have different patterns of changes in the tissues of bystryanka and gobies, which may be related to different ecological peculiarities of these species.
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