Trace Elements in Man and Animals--9: Proceedings of the Ninth International Symposium on Trace Elements in Man and AnimalsNRC Research Press, 1997 - 677 páginas Presents papers from an international meeting of specialists from a variety of disciplines sharing an interest in trace elements. The papers are organized into broad categories covering such topics as trace element interactions in the food supply and nutrition; trace elements and genetic regulation; trace elements in pregnancy and lactation; assessment of trace element status; kinetic modelling; trace elements in the environment and food supply; trace elements, brain function, and behaviour; membrane function and cell signalling; analytical, experimental, and isotopic techniques; ethics of trace element research; defining trace element requirements of infants; trace element intervention studies; trace elements and animal production, free-radical mediated disease, and food and nutrition policy; analytical quality control; infection and immune function; trace element binding proteins; trace elements in growth and metabolism; mechanisms of trace element toxicity; and metabolic and physiological consequences of trace element deficiencies. |
Índice
X | 2 |
Trace Element Interactions with Nutrients and NonNutrients in Foods and the Food Supply | 2 |
Effect of Phytate on Endogenous Zinc and Fractionation of PancreaticBiliary PB Fluid in Rats | 19 |
Effect of Phytic Acid and Phytase on the Bioavailability of Iron in Rats and Piglets | 26 |
High Iron Formulas May Compromise Zinc but not Copper Status in Term Infants in Early Life | 33 |
Fe Zn Part | 41 |
Differential Regulation of Selenoprotein Gene Expression by Selenium Supply | 47 |
A Model Zn Finger Protein Which is Sensitive to Zn Status | 53 |
Transgenic Mice Overexpressing Catalase Specifically in the Heart for Studying Cardiac | 337 |
Copper Proteins and Coronary Heart Disease | 343 |
Distribution and Pathological Studies on RareEarth Elements in NonInsulin Dependent | 347 |
The Feasibility of Using Exfoliated Human Colon Cells to Monitor the Potential ProOxidant | 353 |
Oedema Plasma Bleomycin Detected Iron Transferrin Transferrin Saturation | 359 |
Copper and Iron Thiobarbiturate Interfere with the Determination of Malondialdehyde | 365 |
Metals as Regulators of the Biological and Physiological Roles of Heme Oxygenase | 372 |
The Dynamics of Metallothionein Gene Expression and Regulation in Liver and Kidney of Rats | 380 |
Determination of Dietary Selenium Requirement in Female Turkey Poults using Glutathione | 59 |
Ceruloplasmin Expression by Mammary Gland and its Concentration in Milk | 69 |
Receptors for Milk Ceruloplasmin in the Brush Border of Piglet Intestinal mucosa | 77 |
Effects of Prior Lead Exposure and Diet Calcium on Fetal Development and Blood Pressure | 87 |
The Effects of Lead Levels during Gestation on the Somatometric Parameters of the Neonate | 93 |
The Effect Maternal of Nutritional Copper Deficiency on the Skeletons of Newborn Rats | 99 |
Erythrocyte Membrane Enzymes as Indicators of Zinc Status | 105 |
Polymorphonuclear Leukocyte Copper Declines with Low Dietary Copper | 113 |
Lead and Cadmium Contamination of Calcium Supplements Does Not Raise Blood Lead Levels | 128 |
Do Horses and other NonRuminants Require Different Standards of Normality from Ruminants | 134 |
Trace Elements in the Environment and Food Supply | 148 |
Zinc Intake and Zinc Balance of Adults in Central Europe Depending on Time Sex Living | 160 |
Trace Element Levels in Australian Cows Milk | 166 |
Mercury in Fish in the Oldman River Reservoir and its Tributaries | 173 |
Biological Importance Analysis and Supply of Vanadium | 179 |
Origins and Intakes | 186 |
Effects of FluorinePoor Diets in 10 Generations of Goats | 192 |
Effect of Dietary Zinc on Absorption and Tissue Accumulation of Cadmium in Romney Sheep | 199 |
Absolute Bioavailability of Lead from Soil | 206 |
Trace Elements Brain Function and Behaviour | 208 |
Effect of Iron Deficiency Anemia on Cognitive Skills and Neuromaturation in Infancy | 217 |
Trace Elements Membrane Function and Cell Signalling | 224 |
Manganese Stimulates the Oxidative Burst of HL60 Cells Through Protein Phosphorylation | 234 |
GSH Levels Decrease During Fe Uptake by U937 Cells | 240 |
Analytical Experimental and Isotopic Trace Element Techniques | 247 |
Ethics of Trace Element Research in Human and Animal Nutrition | 273 |
Defining Trace Element Requirements of Preterm Infants | 279 |
Trace Elements and Animal Production | 290 |
A Comparison of Methods of Assessing Copper Status in Cattle | 301 |
Bioavailability of Supplemental Sources of Manganese and Copper for Chicks and Lambs | 308 |
Study on the Herbicidal Effect of Selenium on the Dock Rumex obtusifolius | 315 |
Macro and Trace Mineral Utilization in a LowPhosphorus Diet Fed at Three Levels of Calcium | 321 |
Trace Elements and Free Radical Mediated Disease | 329 |
K J SCHAFFER T N TRAN M HAZEGHAZAM AND M C LINDER | 386 |
Trace Elements Food and Nutrition Policy | 388 |
Myth or Reality? | 397 |
DoseRate Idiorrhythm is a Powerful Tool for the Detection of Subtle Mineral Interactions | 403 |
Unique Quality Assurance Aspects of Neutron Activation Analysis | 410 |
Determination of Ca Fe Mg K and Na in Cereals by Flame Atomic Absorption Spectrometry | 416 |
Copper and Immunocompetence | 425 |
Its Relation to Zinc and Iron Availability | 431 |
Effects of Marginal Copper Deficiency on the Outcome of a Nippostrongylus brasiliensis | 438 |
Relationship with Trace Elements and Immune Response | 445 |
Dietary Strategies to Help Combat Trace Mineral Deficiencies in Weanlings from SubSaharan | 451 |
Selenium Supplementation in SubFertile Human Males | 458 |
Effects of Selenium on ChemicallyInduced Gallbladder Carcinogenesis in Hamsters | 466 |
Partial Characterisation of an Abnormal Zinc | 484 |
Role of Trace Elements in Growth and Development | 493 |
Trace Elements in Bone Metabolism | 517 |
Mechanisms of Trace Element Toxicity | 534 |
Investigation of the Relationship Between Hypermanganesaemia and Liver Disease | 542 |
Thiomolybdate and Zinc Therapy in Copper Overload Syndromes | 549 |
Influence of New Carbodithioates on the Tissue Cadmium and Trace Elements Level in Mice | 556 |
Plasma and Cellular Lead in Hypertension | 562 |
Biodistribution of AuIII Ion and its Complexes in Mice | 568 |
Newer Trace Element Interactions in Animal and Human Nutrition | 574 |
ZincSeleniumIodine Interactions in Rats | 587 |
Varying Concentrations of Dietary Iodine and Selenium Interact in Thyroid Hormone Metabolism | 595 |
Iodine and Selenium in Budgerigar Melopsittacus undulatus Juvenile Plumage during Moulting | 602 |
The Effect of Zinc Depletion on the Concentration of Circulating Hormones and Transport | 609 |
Contrasting Responses of Hearts from Rats Fed Diets Deficient or Marginal in Copper | 616 |
Copper Deficiency Causes in vivo Oxidative Modification of Erythrocyte Membrane Proteins | 624 |
Trace Element Research in the Year 2000 | 649 |
List of Participants | 657 |
| 669 | |
Palavras e frases frequentes
acid activity analysis Animals bioavailability Biochem blood bone cadmium calcium Canada cells ceruloplasmin Clin concentrations copper deficiency Correct citation decreased depletion diet dietary Discussion Q1 disease dose Edited by P.W.F. effect enzyme erythrocyte excretion ferritin function gene glutathione peroxidase hormone human increased infants intake interactions intestinal iodine deficiency iron absorption iron deficiency isotope K.A. Cockell kidney lactoferrin lead levels Literature Cited liver M.R. L'Abbé measured membrane Menkes disease metabolism metallothionein metals mg/d mg/kg mice milk mineral mRNA Ninth International Symposium NRC Research Press Nutr nutrient Nutrition Ottawa oxidative P.W.F. Fischer patients phytate phytic acid plasma pregnancy protein R.S. Gibson rats receptor role samples selenium deficiency selenoproteins serum significantly status supplementation Symposium on Trace Table taurine thyroid tissue toxicity Trace Elements transferrin University uptake vanadium vitamin weight Wilson disease zinc deficiency µg/g µmol/L
Referências a este livro
Mathematical Modeling in Experimental Nutrition Andrew J. Clifford,Hans-Georg Müller Pré-visualização limitada - 1998 |