2018International Journal of Molecular Biology Open AccessOpen access

Biodegradation of pesticide complex chlorpyrifos + cypermethrin by microorganisms isolated from the Southern Aral Sea region

Tashpulatov JJ, Zaynitdinova LI, Juraeva RN, Lobanova IV, Kukanova SI

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Abstract

Microbiological study of soil samples with low pesticide content was conducted. Seven pure cultures were isolated: four related toBacillus and three to Pseudomonas genera. Conducted study analyzing growth and biochemical activity of natural cultures on synthetic media revealed ability of two cultures (Bacillussp. 2 -30 andBacillus sp. 1 -17) to degrade complex of pesticides chlorpyrifos+cypermethrin.

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Microbiological study of soil samples with low pesticide content was conducted. Seven pure cultures were isolated: four related toBacillus and three to Pseudomonas genera. Conducted study analyzing growth and biochemical activity of natural cultures on synthetic media revealed ability of two cultures (Bacillussp. 2 -30 andBacillus sp. 1 -17) to degrade complex of pesticides chlorpyrifos+cypermethrin.

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Available abstract

Microbiological study of soil samples with low pesticide content was conducted. Seven pure cultures were isolated: four related toBacillus and three to Pseudomonas genera. Conducted study analyzing growth and biochemical activity of natural cultures on synthetic media revealed ability of two cultures (Bacillussp. 2 -30 andBacillus sp. 1 -17) to degrade complex of pesticides chlorpyrifos+cypermethrin.

Key concepts: Chlorpyrifos, Cypermethrin, Pesticide, Biodegradation, Microorganism, Biology, Environmental science, Environmental chemistry

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Biodegradation of pesticide complex chlorpyrifos + cypermethrin by microorganisms isolated from the Southern Aral Sea region — Research Paper | ScholarLens