Exercise, sport, and bioanalytical chemistry principles and practice / Anthony C. Hackney, PhD, DSc, Department of Exercise & Sport Science, Department of Nutrition, University of North Carolina, Chapel Hill, NC, United States.

Author/creator Hackney, Anthony C.
Format Electronic
Publication InfoAmsterdam, Netherlands ; Boston : Elsevier ; [Research Triangle Park, NC, USA] : RTI International, [2016]
Descriptionxiv, 119 pages : illustrations ; 23 cm.
Supplemental ContentFull text available from eBook - Biochemistry, Genetics and Molecular Biology 2016 [EBCBGMB16]
Subjects

SeriesEmerging issues in analytical chemistry
Emerging issues in analytical chemistry. ^A1289598
Contents Machine generated contents note: pt. I INTRODUCTION: BASICS AND BACKGROUND -- ch. 1 Energy and Energy Metabolism -- Energy -- Energy Transformation -- Chemical Energy of the Body -- Enzymes -- Energy Consumption -- Energy Transformation in Exercise -- References -- ch. 2 Energy Metabolism of Macronutrients During Exercise -- Overview of Metabolic Energy Pathways -- Carbohydrate Metabolic Pathways -- Lipid Metabolic Pathways -- Protein Metabolism Pathways -- Bioenergetics -- References -- ch. 3 Regulation of Energy Metabolism During Exercise -- Overview of Control Systems -- Central Mechanisms -- Neuroendocrine -- Peripheral Mechanisms -- Internal Milieu and Allosteric -- Modulation -- Running Out of Energy -- References -- pt. II APPLICATIONS: KNOWLEDGE INTO PRACTICE -- ch. 4 Measurement Techniques for Energy Expenditure -- Historical Background -- Laboratory Based -- Field Based -- Limitations and Errors in Measurements and Estimations -- References -- ch. 5 Energy Expenditure at Rest and During Various Types of Physical Activity -- Energy Expenditure and Utilization Concepts -- Metabolic Rate in the Resting State -- Metabolic Rate During Ordinary Living Activities and During Exercise -- Thermic Effect of Food -- Examples of Energy Expenditure During Various Activities -- Estimation of Exercise Energy Expenditure: Metabolic Calculations and Formulas -- Factors Influencing RMR Energy Expenditure -- References -- ch. 6 Energy Storage, Expenditure, and Utilization: Components and Influencing Factors -- Energy Balance Equation -- Effect of Physical Activity on the EBE -- Exercise Intensity and Substrate Utilization -- The Crossover Concept and Exercise Energy Metabolism -- Implications of the Crossover Concept -- Limitation of Exercise Alone in Achieving Negative Energy Balance -- Environmental Influences on Energy Expenditure: Geography and Climate Matter -- References -- ch. 7 Exercise Training and Metabolic Adaptation -- Exercise Training Principles -- Exercise Training Adaptation -- Aerobic Training -- Anaerobic and Resistance Training -- Mechanisms of Muscular Fatigue -- References -- ch. 8 Pharmacologic and Nutritional Substances to Enhance Performance or Produce Weight Loss -- Adaptogenic Herbs -- Amino Acids -- Anabolic Steroids -- Caffeine -- Ephedrine -- Erythropoietin -- Blood Doping -- Levothyroxine -- Metreleptin -- Sibutramine -- Vitamins and Minerals -- World Anti-Doping Agency Testing Program -- References -- ch. 9 Bottom Line: Why Should I Exercise? -- What to Expect When Everything Goes Right -- What to Expect When Everything Goes Wrong -- Prevention: Tips for Success -- References -- ch. 10 Future Scientific Research in Exercise and Sport and the Role of Bioanalytical Chemistry -- Analytical Technology Advances -- Future Trends and Research Priorities -- What Are the Health Challenges of Tomorrow? -- Conclusion -- References.
Bibliography noteIncludes bibliographical references and index.
Access restrictionAvailable only to authorized users.
Technical detailsMode of access: World Wide Web
Genre/formElectronic books.
LCCN 2017287268
ISBN9780128092064
ISBN0128092068

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