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Diarrhea --- Diarrhea, Infantile --- Diarrhea in children --- Prevention --- prevention & control. --- Developing countries --- Man --- Diarrhoeal diseases --- Dehydration --- Prevention & therapy --- Serials
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Parks --- National parks and reserves --- Heat --- Rhabdomyolysis --- Dehydration (Physiology) --- Personal protective equipment --- Employees --- Health and hygiene --- Physiological effect
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Aluminum industry and trade --- Aluminum smelting --- Smelting --- Heat --- Dehydration (Physiology) --- Overtime --- Personal protective equipment --- Employees --- Health and hygiene --- Health aspects --- Physiological effect
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Food Powders: Physical Properties, Processing, and Functionality is a comprehensive review on the characterization of ingredients, semi-processed and finished products when they are in a powdered form. It includes the description of different industrial unit operations such as drying, grinding, mixing, agglomeration, and encapsulation that supply food powders of different composition and microstructure. It also includes several analytical tools to characterize food powders by their particle size, size distribution, physical properties, and functionality. Among others, this book addresses the following key aspects of food powder technology: powder sampling methods single particle-related properties and their evaluation food powder bulk properties size reduction and size enlargement operations food particle drying techniques food powder encapsulation processes dry powder separation and classification technology conveying and mixing of food powders storage alternatives for food powders undesirable phenomena encountered during food powder processing, storage, and transportation Published as part of the Springer Food Engineering Book Series, Food Powders: Physical Properties, Processing, was designed to be an essential reference for individuals in the food industry and academia interested in a book which covers all the basic aspects as well as the latest developments in this challenging field. About the Authors: Gustavo V. Barbosa-Cánovas (PhD, Food Engineering), is Professor of Food Engineering and Director of the Center for Nonthermal Processing of Food (CNPF) at Washington State University, USA. Dr. Barbosa-Cánovas is also the Editor-in-Chief of the Food Engineering Book Series published by Springer. Enrique Ortega-Rivas (PhD, Chemical Engineering) is a Professor of Food and Chemical Engineering at the Autonomous University of Chihuahua (UACh), Mexico. He is a member of the Mexican Outstanding Scientific Investigators System (SNI), Visiting Professor at Washington State University and Monash University, Australia, and a Visiting Scientist at Food Science Australia. Pablo Juliano (PhD Candidate, Food Engineering) is a PhD Student of Food Engineering at Washington State University. He has received numerous awards for Research Excellence from IFT, Research and Development Associates for Food and Packaging Systems, and Washington State University. Hong Yan (PhD, Food Engineering) She is currently a Consultant for the Food Industry in North-America and China. Dr. Yan has made several contributions to the food powder domain including the development of an attrition index, the concept of "ultimate bulk density" and padding devices to reduce attrition.
Dried foods. --- Dried foods --- Food --- Dried food industry --- Analysis. --- Biotechnology. --- Drying. --- Quality control. --- Food industry and trade --- Dehydration of food --- Desiccation of food --- Drying of food --- Evaporation of food --- Dehydrated foods --- Desiccated foods --- Food, Dried --- Dehydration --- Desiccation --- Evaporation --- Preservation --- Drying --- Food science. --- Agriculture. --- Food Science. --- Farming --- Husbandry --- Industrial arts --- Life sciences --- Food supply --- Land use, Rural --- Science --- Food—Biotechnology. --- Food technology --- Chemical engineering
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Athletes and nonathletes frequently consume too little water or fluids, affecting exercise performance as well as overall health. This book comprehensively reviews the aspects relating to body fluid balance, rehydration, and physical exercise. It provides background on body water balance and turnover, topics related to electrolyte balance, and sweating as the basis for thermoregulatory and fluid homeostasis during exercise. In addition, chapters cover body water balance evaluation and regulation; cardiovascular and metabolic responses to fluid imbalance; effects of dehydration on aerobic power, muscle strength, and cognitive function; fluid intake timing; and optimal beverage selection.
Body fluids. --- Hydration. --- Dehydration (Physiology) --- Body water loss --- Water-electrolyte imbalances --- Animal fluids and humors --- Body humors --- Fluids, Body --- Fluids and humors, Animal --- Humors, Body --- Water-Electrolyte Imbalance. --- Athletic Performance. --- Water-Electrolyte Balance --- Athletic ability --- Troubles hydroélectrolytiques --- Sports, Aptitude pour les --- physiology.
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Cell metabolism --- Cells --- Metabolic Diseases --- Homeostasis --- metabolism --- Metabolic Diseases. --- Homeostasis. --- Cellules --- Cell metabolism. --- Métabolisme cellulaire. --- metabolism. --- Métabolisme --- Autoregulation --- Diseases, Metabolic --- Thesaurismosis --- Disease, Metabolic --- Metabolic Disease --- Thesaurismoses --- Metabolism --- Cell --- Cell Biology --- Cellular control mechanisms --- Métabolisme cellulaire. --- Métabolisme --- Cytology --- cells. --- metabolic diseases. --- homeostasis. --- biochemistry --- physiology --- anabolism --- biocatalysis --- biosynthesis --- carbohydrate metabolism --- carbon metabolism --- catabolism --- catabolite repression --- copper metabolism --- dealkylation --- energy metabolism --- hormone metabolism --- lipid metabolism --- metabolic detoxification --- metabolic sequestration --- mineral metabolism --- nitrogen metabolism --- pharmacokinetics --- protein metabolism --- steroid metabolism --- vitamin metabolism --- water metabolism --- metabolic flux analysis --- metabolic studies --- metabolites --- metabolome --- metabolomics --- oxidative stress --- cell biology --- acinar cells --- adipocytes --- aleurone cells --- antigen-presenting cells --- bacteriocytes --- blood cells --- bone marrow cells --- bundle sheath cells --- chondrocytes --- chromaffin cells --- chromatophores --- coelomocytes --- cultured cells --- endothelial cells --- epithelial cells --- eukaryotic cells --- fibroblasts --- germ cells --- giant cells --- gonadotropic cells --- granulosa cells --- guard cells --- hemocytes --- hepatocytes --- islets of Langerhans --- keratinocytes --- kidney cells --- Leydig cells --- luteal cells --- mast cells --- myocytes --- neoplasm cells --- neurosecretory cells --- nurse cells --- osteoblasts --- osteoclasts --- phagocytes --- plant root cells --- prokaryotic cells --- Schwann cells --- Sertoli cells --- somatic cells --- splenocytes --- spores --- stem cells --- stromal cells --- tenocytes --- teratocytes --- thecal cells --- vegetative cells --- artificial cells --- cell transplantation --- cell viability --- cellular microenvironment --- physiological regulation --- autoregulation --- glucagon-like peptide 2 --- glucoregulation --- glucose tolerance tests --- metabolic disorders --- noninfectious diseases --- acidosis --- alkalosis --- calcinosis --- carbohydrate metabolism disorders --- dehydration (animal physiology) --- developmental orthopedic disease --- diabetes --- hypercalcemia --- hyperinsulinemia --- hyperkalemia --- hyperketonemia --- hypocalcemia --- hypokalemia --- hypomagnesemia --- hyponatremia --- inherited metabolic diseases --- iron overload --- ketonemia --- ketonuria --- lipid metabolism disorders --- osteomalacia --- refeeding syndrome --- uremia --- malnutrition --- Metabolisme cel·lular --- Citologia --- Homeòstasi
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