Determination of Reduce of Arsenic (III) Toxicity to Pseudomonas fluorescens Using Iron by Combined Methods

Fei Wang; Jun Yao; Hui Lun Chen

doi:10.4028/www.scientific.net/AMR.599.40

Paper Titles

Effects of Long-Term Fertilization Regimes on N₂-Fixing Bacteria in a Luvisol Soil of Northeast China
p.23

A Comparative Research on Different Preparation Methods of Furfural Hydrogenation Non-Chromium Catalysts
p.27

Seasonal Change of the Soil Physical, Chemical and Biological Properties of the VGCG Slope
p.32

A Novel Way of Catalyst-Free-Esterification of Ethyl Cellulose with Phthalic Anhydride
p.36

Determination of Reduce of Arsenic (III) Toxicity to Pseudomonas fluorescens Using Iron by Combined Methods
p.40

Study on Preparation of TiO₂ Nanoparticle by Sol-Gel Method
p.44

The Influence of Temperature on the Content of Liver Glycogen and Muscle Glycogen in Sparrow
p.48

Microbial Degradation of Nitrobenzene by Immobilized Cells of Micrococcus luteus
p.52

Efficiency of Different Mass Transfer Modes in Electrochemical Oxidation Treatment for Landfill Leachate
p.60

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 599Determination of Reduce of Arsenic (III) Toxicity...

Determination of Reduce of Arsenic (III) Toxicity to Pseudomonas fluorescens Using Iron by Combined Methods

Abstract:

A series of microcalorimetric experiments were performed to evaluate the As(III), Fe(II), P and their joint effects by analyzing the thermodynamic parameters, microbial growth rate constant k, total heat evolution QT, inhibitory ratio I and highest heat flow Pmax. They were obtained from power-time curves of the growth of P. fluorescens. The effect of mixed As(III), Fe(II) and P were moderate, compared with control, single As(III) or Fe(II). In addition, FT-IR spectra of dry P. fluorescens after the adsoption of As(III) and Fe(II) and their mixture showed that Fe influenced the C-H bonds of the functional groups on the cellwall, the As(III) caused litter effect.