Bioremediation strategies and toxicity assessment of soil po

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書名：Bioremediation strategies and toxicity assessment of soil pollutants
ISBN：9787502493769
出版社：冶金工業
著編譯者：姜博著
頁數：166
所在地：中國大陸 *此為代購商品
書號：1514797
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【台灣高等教育出版社簡體書】 Bioremediation strategies and toxicity assessment of soil pollutants 787502493769 姜博著

內容簡介

本書介紹了生物修復的原理和應用土壤污染物的策略和毒性評估。這本書特別關注重金屬和持久性有機污染物（持久性有機污染物），如多環芳烴和殺蟲劑。這些技術包括植物修復、純培養、DNA穩定同位素探測（DNA-SIP）、磁性納米粒子介導的分離（MMI）和全細胞生物搬運工。 本書可作為科研人員、管理人員和研究生、生態和生物技術人員參考。

目錄

1 Effective phytoremediation of low-level heavy metals by native macrophytes in a vanadium mining area， China
1 1 Overview
1 2 Site description
1 3 Heavy metal distribution in the vanadium contaminated area
1 4 Uptake of heavy metals in macrophytes in the vanadium mining area
1 5 Heavy metal uptake by native aquatic plants in laboratory hydroponics
1 6 Conclusion
2 Microbial degradation of organophosphorus pesticides via pure cultivation approach: novel degraders， kinetics and functional genes
2 1 Overview
2 2 Isolation and characterization of OPs-degrading microorganisms
2 3 Effects of pH and temperature on OPs biodegradation
2 4 Kinetic analysis of OPs degradation
2 5 Identification of OPs-degrading genes
2 6 Genotoxicity assessment of OPs and their degradation products by the whole-cell bioreporter ADP1_recA
2 7 Conclusion
3 Cultivation-independent approaches for the identification of functional microorganisms-taking PAHs as examples
3 1 Overview
3 2 PAHs-degrading microorganisms and genes
3 3 Fluorescence in situ hybridization (FISH)
3 4 Stable isotope probing (SIP)
3 5 Metagenomics based on high throughput sequencing
3 6 Transcriptomics
3 7 Single-cell technology
3 8 Magnetic-nanoparticle mediated isolation (MMI)
4 Unraveling uncultivable pesticide degraders via stable isotope probing (SIP)
4 1 Overview
4 1 1 Application and impacts of pesticides
4 1 2 Microbial degradation of pesticides
4 2 Stable isotope probing for identifying functional microbes
4 2 1 Principles of stable isotope probing
4 2 2 SIP as a promising tool in identifying functional microbes
4 3 Application of SIP in identifying active pesticide degraders and studying bacterial diversity and function
4 3 1 Direct application with stable isotope labeled pesticide
4 3 2 Application with stable isotope in pesticide metabolites and similar compounds
4 4 Technical details of applying DNA-SIP in identifying functional pesticide degraders
4 4 1 In situ inoculation
4 4 2 Extraction and fractionation
4 4 3 Sequencing and analysis
4 5 Combination of DNA-SIP with other techniques
4 5 1 Coupling with sequencing-based approaches
4 5 2 Coupling with single cell techniques
4 5 3 Coupling with other approaches for unraveling microbial functions
4 6 Conclusion
5 Identification of chlorpyrifos-degrading microorganisms in farmland soils via cultivation-independent and
cultivation-dependent approaches
5 1 Overview
5 2 CPF biodegradation in soil
5 3 MNPs synthesis and functionalization of soils
5 4 Microorganisms responsible for CPF biodegradation identified by MMI
5 5 Isolation of CPF-degraders by pure cultivation
5 6 Identification of organophosphorus hydrolase (OPH) genes affected in CPF metabolism
5 7 The degradation metabolite of CPF
5 8 Comparison between the degraders isolated via MMI and pure cultivation
5 9 Conclusion
6 Bioaugmentation performance of cultivable and uncultivable microorganisms for pyrene degradation
6 1 Overview
6 2 Biodegradation and bioaugmentation performance
6 3 Microbial community diversity and structure during pyrene degradation process
6 4 Pyrene degraders revealed by cultivation-dependent and cultivation-independent methods
6 5 Intra-correlation within soil bacterial community
6 6 Dynamics of pyrene dioxygenase encoding genes
6 7 Metabolites and degradation pathway of pyrene
6 8 Comparative analysis of the bioaugmentation performance of PAHs degraders isolated via MMI and pure cultivation
6 9 Conclusion
7 A whole-cell bioreporter assay for quantitative genotoxicity evaluation of environmental samples
7 1 Overview
7 2 Preparation， sampling and chemical analysis of soil and seawater samples
7 3 SOS model simulation
7 4 Modelling of the E coli bioreporter response to art
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