硒 对人、动物和环境影响的全球展望 英文版
作者：（美）巴纽艾洛斯，林治庆，尹雪斌 等著
出版时间：2011年版
内容简介
《硒：对人、动物和环境影响的全球展望》收录的论文研究涉及天然来源中硒的土壤环境，国家最先进的分析技术鉴定不同品种的硒，环境污染和修复问题，硒在人类和动物健康影响，生化和硒代谢作用，以及硒对农产品发展的影响等。各国知名科学家针对硒对人类健康、环境影响做了大量研究工作，提出了新的见解。
目录
Section I： Selenium in the Environment
Selenium in Soils and the Need for Biofortification of Crops
McGrath S P and Zhao F J
Sources and Transformations of Selenium in the Soil-plant System
Dhillon K S
Effect of Flood-Induced Redox Oscillationsron Selenium Mobility in Soils
Charlet L， Parsons C， Bardelli F， Fernandez-Martinez，A and. R ossetto L，
Stable Isotope Ratios in Soils： A New Tool to Detect Processes Governing the Selenium Cycle
Schilling K， Johnson T M and Wilcke W
Biogenic Volatilization of Selenium in Soil and Plant Systems
Lin Z.-Q.
Crisis in the Salton Sea Ecosystem： Removing Selenium from River Water
Huang J C， Verce M， Feldheim C and Terry iV
Selenium Removal from Water by Selected Terrestrial and Wetland Plants
Wu Z L， Wang Q， Zhang Y， Hua R M，， Li X D， Si Y B and Li M
Selenite Reduction by Bacteria Isolated from a Selenium-enriched Carbonaceous Mudstone
Yuan Y Q， Zhu J M and Liu C Q
Synchrotron Studies of Selenium in the Environment and Health
Picketing I J， Gallegos M G， Tse J J， Yang S I and George G N
Total Selenium Content and Main Speciation in Residues from China's Electrolytic Manganese Metal
Industry
Duan N， Zhu C L， Jiang L H， Zhou C B， Wang F， Pan C X， Dan Z G， Gao Y X and Li B
Cleaner Production Technologies to Reduce Selenium Environmental Pollution in Electrolytic Manganese
Industries
Jiang L H， Duan N， Luo L， Wang Y Y and Zhao C G
Investigations of Possible Mechanisms to Explain the Se-Hg Antagonism in Aquatic Organisms
Belzile N， Chen Y W， Truong H T Y， Yang D Y and Saleh M
Selenium's Pivotal Role in Molecular Mechanisms of Mercury Toxicity
Ralston N V C and Raymond L J
Section II： Effects of Selenium on Human and Animal Health
The Importance of Selenoprotein P and Selenium Homeostasis for Maintaining Integrity and Function of
the Brain and Other Tissues
Burk R F and Hill K E
Forms of Selenium and Selenoproteins in Foods for Consumption by Humans
Akesson B
Role of Structure and Substitution on the Anfioxidant Activity of Organoselenium Compounds
Singh B G， Prabhu P， Kumakura F，， Jain V K， lwaoka M and Priyadarsini K I
Chemistry， Biochemistry and Structural Biology of Selenium Nucleic Acids
Huang Z
Expression， Purification and Characterization of Selenoprotein M Mutant
Du X B， Chen P， Li H P， Liu Q and Ni J Z
Selenium Effects on Thyroid Hormone Metabolism and Action
Lutz Schomburg
In Vitro Assessment of Selenium Transformations in the Human Gastrointestinal Ecosystem
Lavu R V S， Van de Wiele T， Van den Broeck K， Tack F and Laing G D
Selenium and Taurine： Components of Functional Food for Sound Health
Gupta R C
Daily Dietary Selenium Intake and Hair Selenium in High Selenium Areas of Enshi， China
Huang Y， Wang Q X and Yin X B
Association of Single-nucleotide Polymorphism in Glutathione Peroxidase 1 Gene with Kashin-Beck
Disease
Fu Q， Cao J L， Caterson B， Jordan J M， Renner J B， Duance V C and Kraus V B
Effects of DON， NIV， T-2 Toxin and Selenium on Integrins， Cytoskeleton Proteins of Chondrocytes， and
Sulfate Modification of Cartilage Aggrecan
Cao J L， Wang J L， Li J， Luo M X， Chen J H， Fu Q， Zhang Z T and Caterson B
The Effectiveness of Selenium against Kaschin-Beck Disease： A Case Study in Aba County， Sichuan
Province
Lv Y Y， Yu T， Yang Z E Zhao W F， Guo W， Huang B M and Li P
Effect of Yeast Selenium on CD4T Cell Count and WAZ Score of Non-institutionalized HIV Type 1
Positive Orphan Children at Orongo Widows and Orphans in Kisumu， Kenya
Otieno S B， Were F，， Afullo A and Waza K
Associations of Serum Selenium with Serum Lipid Levels in the Population Aged， 50 to 75 Years
Wang B， Qin L Q， Yin X B， Ma L C， Lu X Q and Shen J
Selenium Supplement and Glutathione Peroxidase Activities in Infants： A Meta-analysis of Randomized
Controlled Trials
Jiang X and Qin L Q
Effect of Selenium on the Methylation of iAs3+ of Recombinant Human S-adenosyl-L-methionine Dependent
Arsenic （III） Methyltransferase in E. coli
Geng Z R， Li X L， Song X L and Wang Z L
Dietary Biofortification of Gestating Animal Diets with Natural Sources of Selenium： Whole Animal and
Specific Tissue Responses
Caton J S
Strategic Selenium Management： Natural Biofortification of Grazing Livestock with Selenium to
Avert Selenium Deficiency and Enhance the Nutritional Value of Food Products
Taylor J B
Evaluation of the Selenium Concentrations in Compound Pig Feeds in Finland
Kukkonen L， Root T and Peltonen K
Novel Fermentation Technology for Production of Selenium Nanospheres （Lactomicrosel） and Its
Testing for Feed and Food Applications
Prokisch J， Sztrik A， Babka B， Eszenyi P， Pardi J， Mika Z and Zommara M
Effects of Organic Selenium on Pig Performance： A Meta-analysis
Zheng Q， Lu X Q， Qin L Q and Yin X B
Where could Increased Dietary Selenium Intake Improve Public Health?
Lyons G H
Section III： Selenium Biofortification
Biological Production of Selenium-biofortified Products from Natural-occurring Sources of Selenium
Gary S. Bahuelos
Agronomic Biofortification of Maize with Selenium in Malawi
Broadley MR， Chilimba A D C， Young S D， Black C R， Meacham M C， Rogerson K B， Lammel J， Ander E L
and Watts M J
The Fate of Applied Selenium in a Maize Cropping System in Malawi
Chilimba A D C， Young S D， Black C R， Meacham M C， Lammel J and Broadley M R
Uptake of Selenate and/or Selenite in Hydroponically Grown Maize Plants and Interaction with Some
Essential Elements （Calcium， Magnesium， Zinc， Iron， Manganese， and Copper）
Longchamp M， Angeli N and Castrec-Rouelle M
Selenium Speciation， Fractionation in Soil and Accumulation in Corn （Zea mays L.）
Liang D L and Wang S S
Effects ofpH on Physiological Characteristics of Selenite Uptake by Maize Roots
Zhang L H， Yu F Y Li Y J and Miao Y F
Evaluation of Potential Selenium Biofortification in Wheat
Li T， Lan G F and Gu S L
The Temporal Changes of Selenium Accumulation in Rice Plant
Guan W W， Zhang H C， Yin X B， Lin Z-Q. and Shen S P
Physiological Characteristics of Selenite Uptake by Rice Leaves
Zhang L 11， Zhao W， Yu F Y， Li Y J and Miao Y F
Genotypic Upland Rice Variation and Response of Nitrogen Metabolism Enzymes due to Selenium
Fertilization
Reis A R， Tezotto T， Neto A P， Moraes M F and Azevedo R A
Agronomic Biofortification with Selenium： Effects on Accumulation of Selenium and Common Bean
Yield Grown in Tropical Soil
Ramos S J， Faquin V， Guilherme L R G， Moraes M F， Castro E M， Avila F W and Boldrin P F
Tolerance and Accumulation of Selenium by White Button and Baby Bella （Agaricus bisporus）
Mushrooms
Haddad S and Lin Z.-Q.
Accumulation of selenocystine （SeCys2） in Adenocaulon himalaicum in Enshi， China
Yuan L X and Yin X B
Preparation of Selenium-enriched Candida utilis with Fed-batch Cultivation
Yang B and Wei G Y
Selenium Content Loss and Speciation Change of Selenium-enriched Cereals during Different Cooking
Processes
Lu X Q， He Z S， Zhu Y Y， Liu Y and Yin X B
Determination of Selenium Speciation in Eggs by LC-UV-AFS
Zhu Y Y and Yin X B
Effects of Alkalinity on Extraction Efficiency of Selenoproteins from Selenium-enriched Yeast
Wang W， Zhu Y Y and Yin X B
Beneficial Roles of Selenium in Plants
Moraes M F，， Ramos S J and Guilherme L R G
The Standardization in Selenium Biofortification
Yin X B and Li F
The Functional Agriculture in China： Present and Future
Zhao Q G and Yin X B
Section IV： Other Uses of Selenium
Synthesis of Chlorzoxazone by Selenium-catalyzed Reductive Cyclocarbonylation of
4-Chloro-2-nitrophenol
LiP， Ling G， Wang X F， Yuan X H and Lu S W
An Environmentally Benign Synthetic Method for Replacing Phosgene： Selenium-catalyzed Reductive
Carbonylation Reactions of Nitroaromatics
Li P， Yang Y， Chen J Z， Mei J T， Zhang X P， Yuan X H and Lu S W
Selenium-catalyzed Selective Reduction of α， β-Unsaturated Carbonyl Compounds with CO/H2O under
Atmospheric Pressure
Tian F S， Liu X Z， Wang X F， Li P and Lu S W
Selectivities for Selenium-catalyzed Reactions of Nitroaromatics with Carbon Monoxide
Liu X Z， Wang X E Ling G， Xue Y， Li P， Yuan X H and Lu S W
Solvent-free Synthesis of 1， 3-Diarylureas by Selenium-catalyzed Reductive Carbonylation of
Nitroarenes
Wang X F， Li P， Yuan X H and Lu S W
