
Human Body Composition
In Vivo Methods, Models, and Assessment
By: Kenneth J. Ellis, Charles D. Ellis, Kenneth Ed. Ellis
Hardcover | 30 November 1993
At a Glance
424 Pages
25.4 x 17.78 x 2.39
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The Companionship of Lean and Fat | p. 1 |
Biological Homogeneity and Precision of Measurement: The Boundary Conditions for Normal Body Composition | p. 15 |
Determination of Body Fluid Compartments with Multiple Frequency Bioelectric Impedance | p. 23 |
A Comparison of Body Composition Models | p. 27 |
In Vivo Neutron Activation Analysis for Body Fat: Comparisons by Seven Methods | p. 31 |
Body Composition in the Elderly from MRI: Associations with Cardiovascular Disease Risk Factors | p. 35 |
Comparison of Proximal and Distal Placements of Electrodes to Assess Human Body Composition by Bioelectrical Impedance | p. 39 |
Relative Sensitivities of DXA and IVNAA for the Diagnosis of Osteoporosis | p. 45 |
Measurement of Regional Body Fat In Vivo in Humans by Simultaneous Detection of Regional Carbon and Oxygen, Using Neutron Inelastic Scattering at Low Radiation Exposure | p. 49 |
Multicomponent Models in Body Composition Research: Opportunities and Pitfalls | p. 53 |
Assessment of Body Fat: A Comparison of Techniques | p. 59 |
Whole Body Fluid and Electrolyte Assays in "Normal" Volunteers | p. 63 |
Use of Bioimpedance Spectroscopy to Determine Extracellular Fluid, Intracellular Fluid, Total Body Water, and Fat-Free Mass | p. 67 |
Fat-Free Mass and Percent Body Fat Assessments by Dual-Energy X-Ray Absorptiometry, Densitometry and Total Body Water | p. 71 |
Measurements of Intra-Abdominal Fat by Ultrasound and Computed Tomography: Predictive Equations in Women | p. 75 |
Deuterium Exchange in Humans: Effect of Gender, Body Composition and Age | p. 79 |
A Comparison of Different Prediction Equations in Determining Body Composition of Outstanding Female Gymnasts | p. 83 |
Comparison of Body Composition Methods in Obese Individuals | p. 85 |
Bone Mineral in Southwest Native American Women | p. 87 |
Body Composition of Native American Women Estimated by DXA and Hydrodensitometry | p. 89 |
The Measurement of Total Body Fat by DXA: Comparison with Skinfold Anthropometry, Bioelectrical Impedance and Total body Potassium | p. 93 |
Determination of Anatomical Skeletal Muscle Mass by Whole Body Nuclear Magnetic Resonance | p. 95 |
Assessment of Regional Body Composition Changes by DXA | p. 99 |
Body Composition Analysis of the Pig by Magnetic Resonance Imaging | p. 105 |
Aqueous and Mineral Fractions of the Fat-Free Body and their Relation to Body Fat Estimates in Men and Women Aged 49-82 Years | p. 109 |
DXA Measurements of Fat and Bone Mineral Density in Relation to Depth and Adiposity | p. 115 |
What Does Bioelectrical Impedance Spectroscopy (BIS) Measure? | p. 121 |
Five-Level Model: Reconstruction of Body Weight at Atomic, Molecular, Cellular, and Tissue-System Levels From Neutron Activation Analysis | p. 125 |
Assessment of Changes in Extracellular Water and Total Body Water Using Multifrequency Bioelectrical Impedance | p. 129 |
Noninvasive Methods of Body Composition Analysis in Preterm Infants: - Comparison with Dilution of [actual symbol not reproducible] | p. 133 |
Total Body Nitrogen in Prepubertal Children | p. 139 |
Total Body Nitrogen in Idiopathic Short Stature and Chronic Diseases of Childhood | p. 143 |
Body Composition of Infants: Human Cadaver Studies | p. 147 |
Accuracy of DXA-Based Body Composition Measurements for Pediatric Studies | p. 153 |
Body Composition Analysis by DXA Compared to Chemical Analysis of Fat, Lean and Bone Mass in Small Piglets | p. 157 |
Bone Status and Body Fat of Healthy Newborn Caucasian Infants | p. 161 |
The Use of Bioelectrical Impedance Analysis (BIA) in Newborns: The Need for Standardization | p. 165 |
Evaluation of DXA for the Assessment of Body Composition in Anorexic Females | p. 169 |
Bone Mass and Soft Tissue Compartments in Adolescents with Anorexia Nervosa | p. 173 |
Determination of Total and Regional Adipose Tissue Distribution by MRI in Android Women | p. 177 |
Total Body Fat and its Distribution during Human Reproduction as Assessed by Magnetic Resonance Imaging | p. 181 |
Total Body Water Measurement by Bioelectrical Impedance in the Extremely Low Birth Weight Infant | p. 185 |
The Use of Multifrequency Bioelectrical Impedance Analysis to Estimate Fluid Volume Changes as a Function of the Menstrual Cycle | p. 189 |
Body Composition Measurements During Pregnancy | p. 193 |
Total Body Protein Status of Males Infected with the Human Immunodeficiency Virus | p. 197 |
Body Composition Studies in Prader-Willi Syndrome: Effects of Growth Hormone Therapy | p. 201 |
Effect of Refeeding and Exercise in Restoration of Body Protein in Anorexia Nervosa | p. 207 |
Body Composition Analysis in Liver Cirrhosis: The Measurement of Body Fat by DXA in Comparison to Skinfold Anthropometry, Bioelectrical Impedance and Total Body Potassium | p. 211 |
Abdominal Fat Assessment in Postmenopausal Women Receiving Hormone Replacement Therapy | p. 215 |
The Effects of Oral Desogestrel and Estradiol Continuous Combined Hormone Replacement Therapy on Serum Lipids and Body Composition in Postmenopausal Women | p. 219 |
A Four Compartment Model to Determine Body Composition in Liver Cirrhosis | p. 221 |
Consequences of Enteral Nutrition Therapy on Body Composition Changes in Acute Crohn's Disease | p. 225 |
CT-Determined Body Composition Changes with Recombinant Human Growth Hormone Treatment to Adults with Growth Hormone Deficiency | p. 229 |
Hormones, Body Composition and Cardiovascular Risk | p. 233 |
Aging Affects Body Composition: Young Versus Elderly Women Pair-Matched by Body Mass Index | p. 245 |
Body Composition in the Elderly Using Multicompartmental Methods | p. 251 |
Can We Improve the Diagnostic Value of Bone Mass Measurements by DXA with NAA? | p. 255 |
Body Composition and Bone Mass in Female Adolescents and Elderly Subjects Entering Exercise Programs | p. 259 |
Changes in Body Composition Following a Very Low Calorie Diet | p. 263 |
A Monte Carlo Program for the Determination of the Optimum Back Scatter Geometry When Measuring Mercury and Other Heavy Metals In Vivo | p. 267 |
In Vivo X-Ray Fluorescence Analysis with Applications to Platinum, Gold and Mercury in Man - Experiments, Improvements and Patient Measurements | p. 275 |
Initial Measurements of Platinum Concentration in Head and Neck Tumors Using X-Ray Fluorescence | p. 281 |
An Upgraded [superscript 109]CD K X-Ray Fluorescence Bone PB Measurement | p. 285 |
Characteristics of an Accelerator Based System for In Vivo Aluminium Measurement in Peripheral Bone | p. 289 |
Development and Calibration of an In Vivo Bone Lead Measurement System, and its Application to an Industrially Exposed Population | p. 295 |
In Vivo Measurements of Lead in Bone Using a [superscript 109]CD 'SPOT' Source | p. 299 |
Pilot Studies for In Vivo Bone Aluminum Measurements | p. 303 |
X-Ray Fluorescence Determination of Gold In Vivo | p. 307 |
Further Observations on Lead Mobilization by Cisplatin | p. 311 |
The In Vivo Measurements of Bone Lead Stores by [superscript 109]Cd K X-Ray Fluorescence in a Non-Human Primate (Macaca mulatta) | p. 315 |
Development of an In Vivo Neutron Activation Analysis Technique to Measure Bone Aluminium | p. 319 |
A [superscript 238]Pu/Be Facility for In Vivo Cadmium Measurements | p. 323 |
Determination of Bone Mineral Content in the Heel Bone Using a Gamma Camera | p. 325 |
In Vitro Accuracy and Reproducibility of Bone and Soft Tissue Measurements by DXA | p. 329 |
Effects of Meal and Its Electrolytes on Bioelectrical Impedance | p. 331 |
The Accuracy of Dual Photon Measurements of Soft Tissue Composition | p. 333 |
A Prompt Gamma Neutron Activation Analysis Facility for In Vivo Determination of Total Body Nitrogen and Chlorine | p. 337 |
Triple-Energy X-Ray Absorptiometry for Determination of the Bone Mineral Content In Vivo | p. 339 |
In Vivo Measurements of Total Body Calcium by Chlorine Internal Standardization | p. 341 |
Application of Computerized Axial Tomography in the Study of Body Composition: Evaluation of Lipid, Water, Protein, and Mineral in Healthy Men | p. 343 |
Recent Upgrade of the IVNA Facility at BNL | p. 345 |
Performance of the BGO Total Body Chlorine Analyzer | p. 351 |
In Vivo Fatty Acid Analysis in Humans and Animals Using Carbon-13 Nuclear Magnetic Resonance Spectroscopy | p. 355 |
The Use of High Frequency Energy Absorption to Measure Limb Musculature | p. 359 |
Body Composition Studies by Means of Superconducting Quantum Interference Device Biomagnetometry | p. 363 |
A Comparison Between Neutron Activation and DXA for the Measurement of Body Fat | p. 367 |
Whole Body Potassium Measurements Independent of Body Size | p. 371 |
The Effects of Body Position on Bioimpedance Spectroscopy | p. 377 |
Accuracy of Measurements of Total-Body Soft-Tissue Composition by DXA In Vivo | p. 381 |
Comparisons Between Hologic, Norland and Lunar Dual-Energy X-Ray Bone Absorptiometers | p. 385 |
Validation of the Near-Infrared Interactance Method for American Indian, Black, Hispanic and White Men 19 to 57 Years | p. 389 |
Development of Position/Energy-Sensitive Detectors for Body Composition Measurements | p. 393 |
Index | p. 399 |
Table of Contents provided by Blackwell. All Rights Reserved. |
ISBN: 9780306445699
ISBN-10: 0306445697
Series: BASIC LIFE SCIENCES
Published: 30th November 1993
Format: Hardcover
Language: English
Number of Pages: 424
Audience: General Adult
Publisher: Springer Nature B.V.
Country of Publication: US
Dimensions (cm): 25.4 x 17.78 x 2.39
Weight (kg): 0.95
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