Human Body Composition: Growth, Aging, Nutrition, and ActivitySpringer Science & Business Media, 6 de dez. de 2012 - 350 páginas Man has always been curious about himself, a curiosity that began centuries ago with an examination of the soul, and that extended in the period of the Renaissance to his anatomy and certain functions such as the circulation of the blood. Chemical science entered the scene in the 18th century, and burst into prominence in the 19th century. As the various chemical elements were discovered, many were found to be present in body fluids and tissues. Organic compounds were recognized; it became known that body heat was produced by the combustion of food; chemical transformations such as the production of fat from carbohydrate were recognized; and in the 1850s it was determined that young animals differed from adults in certain aspects of body composition. As methods for chemical analysis evolved, they were applied to samples of body fluids and tissues, and it became apparent that life depended on chemical normality; and most importantly it was realized that given the necessary amount of food and water the body had the ability to maintain a degree of constancy of what Claude Bernard called the milieu interieur, in other words its interior chemical en vironment. |
Conteúdo
| 5 | |
Body Composition of the Fetus | 101 |
Body Composition in Infancy Childhood and Adolescence | 125 |
The Adult | 169 |
Pregnancy | 196 |
Influence of Nutrition | 209 |
Influence of Physical Activity | 248 |
Influence of Hormones | 267 |
Influence of Trauma and Disease | 282 |
Concluding Remarks | 294 |
Outras edições - Ver todos
Human Body Composition: Growth, Aging, Nutrition, and Activity Gilbert B. Forbes Prévia não disponível - 2011 |
Termos e frases comuns
40K counting adolescent amount animals anorexia nervosa athletes average blood volume body composition body density body fat content body fluid body potassium body weight bone Brožek calcium calculated change in LBM changes in body Cohn correlation cortex creatinine cross-sectional diet dilution ECF volume energy intake equation extracellular extracellular fluid females fetal fetus Forbes G.B. growth H₂O hematocrit Hence hormone human increase in LBM individuals infants insulin isotope Journal of Clinical LBM and fat lean weight males measurements menarche meq/kg metabolic metacarpal mg/day mmol muscle mass neutron activation newborn nitrogen balance nonobese obese patients period plasma volume potassium pregnancy protein rats regression serum sex difference shown in Figure skeletal skinfold thickness sodium stature studies subcutaneous fat Table technique testosterone tissue total body water total exchangeable urinary creatinine excretion urine values water content weeks weight gain weight loss women
