By J. G. Ham, J. S. Bonner (auth.), J. R. Wild, S. D. Varfolomeyev, A. Scozzafava (eds.)
Bioremediation - using microorganisms for environmental clean-up - is a know-how that's experiencing a fast section of improvement. From the outlet bankruptcy of Perspectives inBioremediation, at the nature of environmental website overview, directly to the genetic manipulation of local soil microorganisms, the foreign selection of authors supply an realizing of the present growth and barriers of applied sciences which are designed to aid nature herself.
The publication attracts jointly many various features of environmental remediation: the environmental engineer is brought to the micro organism of infected environments and the tips constructing from genetic engineering; the environmental microbiologist can grab website evaluation and the predictive kinetic research of potentials.
The ebook offers a transparent and concise creation to the character of and strength for bioremediation to give a contribution to a severe international attempt in doing away with infection of the world's assets and to begin to opposite a long time of environmental mismanagement and neglect.
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Additional info for Perspectives in Bioremediation: Technologies for Environmental Improvement
1993) Rapid DNA ex1raction protocol fi'om soil I(lr polymerase chain reaction-mediation amplification, Journal of Appl. Bacleriol. 7~, 78-85. J. and Atlas, lUI. ·lppl. EnViron. Microbiol. 5~, 2185-2191. 24 43. 44. 45. , Torsvik. L. ;soyr. J. (1989) Phenotypical divergences between populations of soil bacteria isolated on din~rent media. Microb. Ecol. 17, 181-192. , Horikoshi. , Tsuhota. II. and Takahashi, F. (1989) Application of the chlorofonn fumigation-incubation method to the estimation of soil microbial biomass in bumed and unbumed japanese red pine forest, FEAIS Microbiology Ecology 62.
G. and Wockernagel, W. (1994) Bacterial gene transfer ill natural genetic transfonnation in the envirolUnent,Microbiol. Rev. 58, 563·602. O. and Tiedje, HI. ms and evidence of its natural intergeneric transfer, J. Bacteriol. 176, 5284·5289. Kandel, A, Nybroe, O. F. (1992) Survival of2,4·dichlorophenox'Yacetic acid degrading Alcaligenes elltrophlls AEO 106(pRO 10 I) in lake water microcosms, Microb. Ecol. 2~, 291·303. , Chatterjee. N. uty, AM. trichlorophenoxyacetic acid from contaminated soil by Pseudomonas apacia, Appl.
After 12 weeks, 2,4,5-T (the pheno:\}'acid herbicide know as Agent Orange) was added to the soil at a rate of 2 mg/g soil. This addition resulted in a simultaneous breakdown of the herbicide and prolific growth of the bactelia in the soil. Aller depletion of the herbicide, the numbers of P. cepacia ACll00 drastically reduced again, and a few weeks after reaching their maximum numbers, the organisms could not be detected. In 1983 when this work was published, no detection methods allowing the sensitive detection of non-culturable bacteria was available.