Downloaded by OHIOLINK ACCESS ACCOUNT on May 3, 2015 | http://pubs.acs.org Publication Date: December 3, 1986 | doi: 10.1021/bk-1986-0294.ix001
Author Index Belko, Amy Z., 80 Boileau, Richard Α . , 125 Greenleaf, John Ε . , 107 Goodman, Michael Ν . , 27 Harrison, Michael H., 107 Hendrix, Melissa Κ . , 45 Hood, David Α . , 8 Kris-Etherton, P.M., 59 Layman, Donald Κ . , 1, 45, 125 McDonald, Roger, 87 Roe, Daphne Α . , 80 Saltman, Paul, 87 Terjung, Ronald L., 8
Subject Index A
Amino acids, source of energy during exercise, 48-50 Anaerobic exercise affecting dietary protein requirements, 47-48 amino acid metabolism, 46-48 c h a r a c t e r i s t i c s , 45 description, 2 Anemia, effect on aerobic capacity, 5
Adipose tissue t r i g l y c e r i d e , fuel reserve, 31t Aerobic exercise amino acid levels in blood, 50 characteristics, 45 effect on maximal oxygen consumption, 2 nitrogen loss, 53t description, 2 Aerobic training, amino acid metabolism, 48 Aerobic work capacity, cardiovascular oxygen transport, 18 Alanine, role in gluconeogenesis, 50 Amino acid arterial-venous difference uptake, 50t levels in blood during aerobic exercise, 50 metabolism during exercise, 45-55 role in gluconeogenesis 50 Amino acid metabolism aerobic training, 48-53 during anaerobic exercise, 46-68 model, 45-46 Amino acid oxidation relationship to carbohydrate status, 53 need for glucose, 52
Β Biochemical adaptation, effect of bout duration, 15 Biochemical adaptations, skeletal muscle, 8-21 Biochemical response, training parameters, 11-13 Blood flow, effect of aerobic exercise training, 18 Blood glucose, fuel reserve, 31t Blood l i p i d s , effect on exercised women, 61 Body weight, decrease related to HDL cholesterol, 63 Bone mineral content, effect of exer cise on e l d e r l y , 97f Bout duration effect on mitochondrial content, 15
145
In Nutrition and Aerobic Exercise; Layman, D.; ACS Symposium Series; American Chemical Society: Washington, DC, 1986.
