• Title of article

    In-situ enrichment and analysis of atrazine-degrading microbial communities using atrazine-containing porous beads

  • Author/Authors

    Ghosh، نويسنده , , Dhritiman and Roy، نويسنده , , Krishnakali and Srinivasan، نويسنده , , Velusamy and Mueller، نويسنده , , Tom and Tuovinen، نويسنده , , Olli H. and Sublette، نويسنده , , Kerry and Peacock، نويسنده , , Aaron and Radosevich، نويسنده , , Mark، نويسنده ,

  • Pages
    4
  • From page
    1331
  • To page
    1334
  • Abstract
    We examined the community composition of microbes that colonized atrazine-containing beads buried in agricultural soils that differed in atrazine treatment history. Bacterial abundance was 5–40-fold greater in atrazine-fortified beads. In beads containing 20 mg atrazine kg−1 buried in soil with a history of atrazine application (conditioned soil), the abundance of Actinobacteria increased approximately 80-fold whereas in control soil, Actinobacteria were enriched only 10-fold and the gamma-Proteobacteria and Planctomycetes increased by 60- and 25-fold, respectively. The gamma-Proteobacteria were enriched by 120- and 230-fold in beads containing 200 mg atrazine kg−1 in conditioned and control soil, respectively. The results demonstrate that BioSep® beads are a suitable matrix for recruiting a diverse subset of the bacterial community involved in atrazine degradation.
  • Keywords
    Atrazine , DGGE , Bacteria , Community , Enrichment , BioSep® beads , soil , Fish
  • Journal title
    Astroparticle Physics
  • Record number

    1998119