New Approaches, Endpoints, and Paradigms for RDAs of Mineral Elements: September 10-12, 1995, School of Medicine, University of North Dakota, Grand Forks, North Dakota |
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adequacy adequate adult adverse effects aldosterone animals assess Beltsville Beltsville Human Nutrition bioavailability boron carbohydrate ceruloplasmin cognitive concentration copper deficiency copper intake CYTOCHROME C OXIDASE decreased Dietary Allowance RDA dietary boron dietary copper dietary intakes dietary mineral diets containing endocrine Endpoints enterocyte enterocyte cAcon enzymes ESADDI estimated evaluate Expt Fe status ferritin Forks Human Nutrition fructose function g Na/kg diet Grand Forks Human hepatic iron overload Human Nutrition Research increased indicate iron status kittens low copper magnesium magnesium supplement measured metabolism mg Mn/day mg/day copper Mineral Element Requirements nutrient nutrient needs nutrient requirements Nutrition Research Center nutritional status pancreatic paradigm parameters plasma Plasma aldosterone platelet platelet CCO activity postmenopausal women Qingdao quantitative Recommended Dietary Allowances repletion selenium specific superoxide dismutase tissue Total Diet Study trace elements ultratrace elements urinary USDA USDA-ARS Grand Forks vitamin vitamin D zinc µg/g