ISOLATION AND DIAGNOSIS OF SENSOR AND RESISTANCE BACTERIA TO COPPER, NICKEL, AND APPLICABILITY IN REMOVAL FUMBLING

Abstract

Abstract Agricultural soil extract using central processor glucose 5 g/l and added hisconcentration, ranging from 5 to 150 mg/l Cu or Ni, Immunized from derived soil or soil extract forindustrial zone, And then isolated the bacteria Enterobacter sakazakii diagnosed sensitive of 5 mg/l Cuor Ni fertilised transactions from agricultural soils , As isolated and diagnosed bacteria Proteus vulgarisas isolated resistance of Cu concentration 60 mg and 150 mg Ni/l of inoculated transactions from soilindustrial zone. And the P. vulgaris that resistance when used heavily microbes 6.2 Log cfu/ml of thehighest ratios of remove components at 46.6% (28 mg Cu/l) & 42% (63 mg Ni/l) after 48 hours the lap,When you use focus 60 and 150 mg Cu, Ni l, order and isolation resistance P.vulgaris removals rate ofremoval coefficient higher than 1.0 reduce concentration of 50 mg Cu/l and 90 mg Ni/l