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 | Lean Body and Fat Free Mass |
| |  | Lean Body Mass from Height and Weight Using the Method of Hume |
| | | Lean Body Weight from Total Body Water |
| | | Estimating Lean Body Mass Using Bioelectrical Impedance and the Equation of Segal et al |
| | | Estimating Fat Free Mass in Adults Over 60 Years of Age Using Bioelectrical Impedance and the Equations of Deurenberg et al. |
| | | Estimating Lean Body Mass from Urinary Creatinine Excretion |
| | | Estimating Percent Body Fat and Lean Body Mass in Children and Adolescents Using Bioelectrical Impedance and the Equations of Bunc et al |
| | | Estimating Lean Body Mass from Height and Weight Using the Method of James |
| | | Estimating the Body Cell Mass (BCM) and Extracellular Mass (ECM) |
| | | Method of von Dobeln for Estimating Fat Free Mass from Anthropometric Measurements |
| | | Equations of Brennan and Fuchs et al for Estimating Fat Free Mass from Anthropometric Measurements (U.S. Air Force Equations) |
| | | Equations of Garrow and Webter for Fat Free Mass Based on the Quetelet Index |
| | | Equations of Boer and Raes et al for Lean Body Mass for a Pediatric or Adult Patient Based on Height and Weight |
| Body Density by Underwater Weighing and Calculation of the Fat Free Mass Using the Siri Equation |
| |  | Body Density by Underwater Weighing and Calculation of the Fat Free Mass Using the Siri Equation |
| Anthropometry for Determining Percent Body Fat and Body Density |
| | | Mid-Arm Circumference and Triceps Skinfold Measurements |
| | | Mid-Arm Muscle Area and Total Body Muscle Mass |
| | | Mid-Arm Fat Area |
| | | Estimating the Percent Body Fat of Adult Mentally Retarded Males Using the Kelly-Rimmer Regression Equation |
| | | Estimating the Percent Body Fat from Skinfold Thickness Using the Equations of Durnin and Rahaman |
| | | Estimating Lean Body Mass and Body Density in Young Women Using the Equations of Wilmore and Behnke |
| | | Predicting Body Density of Men from Body Measurements Using the Equations of Jackson and Pollock |
| | | Predicting Body Density of Men from Body Measurements Using the Equations of Jackson, Pollock and Ward |
| | | Predicting Body Density and Percent Body Fat of Adults from Skinfold Thickness Using the Equations of Durnin and Womersley |
| | | Predicting Body Density, Lean Body Weight and Percent Body Fat in Older Adults Males Using the Equations of Latin et al. |
| | | Estimating the Percent Body Fat from Skinfold Thickness Using the Equations of Ledesma |
| | | The YMCA Formulas for Estimating Percent Body Fat in Adults |
| | | Equations of Hodgdon and Beckett for Predicting Body Density and Percent Body Fat in Adults (U.S. Navy Equations) |
| | | Equations of Wright et al for Predicting Percent Body Fat in Adults (U.S. Marine Corps Equations) |
| | | Equations of Vogel et al for Predicting Percent Body Fat in Adults (U.S. Army Equations) |
| | | Equations of Hodgdon and Friedl for Estimating Percent Body Fat in Adults (DoD Body Composition Equations) |
| | | Equations of the Naval Health Research Center for Estimating Percent Body Fat in Adults |
| | | Equations of Bonora et al for Estimating Subcutaneous and Visceral Abdominal Adipose Tissue (SAT and VAT) |
| | | Equations of Gallagher et al for Estimating Percent Body Fat in Black and White Adults |
| | | Ratio of Waist-to-Thigh Circumferences as an Index of Centralised Adiposity |
| | | Fat Distribution (FD) Score of Ashwell et al in Females |
| | | Fat Distribution (Circumference, CFD) Score of Ashwell et al in Females |
| | | Equations of Han and Lean for Predicting the Percent Body Fat in a White Adult |
| | | Formulas of Deurenberg et al for Estimating Percent Body Fat in Patients Based on Age, Gender and Body Mass Index |
| Height and Weight in Adults |
| | | Estimates of Ideal Body Weight in Adults |
| | | Metropolitan Standards for Ideal Weight in Adult Men and Women |
| | | Estimating Adult Height for Blacks and Whites from Age and Knee Height |
| | | Estimating Height in Adult Blacks and Whites from Knee Height |
| | | Estimating Height and Weight in Chinese Adults Using the Equations of Peng et al |
| | | Estimating Ideal Body Weight from Height in Chinese Adults Using the Equations of Huang et al |
| | | Equations of Jarzem and Gledhill for Predicting Height in Children and Adults Based on Measurements of the Upper Extremities |
| | | Equations of Parker et al for Predicting Body Height in Adults from Arm Span, Age and Gender |
| | | Equations of Linderholm and Lindgren for Predicting Height in Caucasian Children and Adults Based on Age, Gender and Arm Span |
| | | Age Adjustment of Trotter and Gleser for Height Estimates |
| | | Estimation of Height in Bedridden Elderly Women Using Long Bone Measurements |
| | | Determining the Height of a Patient by Summation of Body Segments |
| | | Ratio of the Upper and Lower Body Segments |
| | | Estimating Stature from Supine Length |
| | | Factors of Rowland Affecting the Accuracy of Self-Reported Height and Weight in Adults |
| | | Equations of Lorentz for Estimating Ideal Body Weight for an Adult |
| | | Equations of Han and Lean for Predicting Height from Arm Span in White Adults |
| | | Predicted Normal Weight (PNWT) Equation of Duffull et al for an Obese Patient |
| Ratios and Indices of Height and Weight |
| | | Weight-Height Ratio (Broca Index) |
| | | Body Mass Index (Quetelet's Index, BMI) |
| | | Ponderal Index |
| | | Obesity Index of Khosla and Lowe |
| | | Obesity Index |
| | | Fat Free Mass and Body Fat Mass Normalized for Height (FFMI and BFMI) |
| | | The Conicity (C) Index |
| | | Trunk Frame Index (TFI) of Ruff and Jamison |
| | | Equations of Han and Lean for Predicting Body Mass Index in White Adults Based on Weight, Lower Leg Length and Arm Span |
| Body Measurement Estimates in Children |
| | | Height Estimates in Children |
| | | Weight Estimates in Children |
| | | Ideal Body Weight Estimates in Children |
| | | Fetal Ponderal Index |
| | | Neonatal Ponderal Index |
| | | Estimation of Head Circumference from Body Length for Children 0-1 Years of Age |
| | | Estimating Height for Black and White Children from Knee Height |
| | | Predicted Adult Height for Girls Based on Height at Menarche |
| | | Predicted Adult Height for a Child Based on Parental Height and Height at 2 Years |
| | | Estimation of Height in Chinese Children from Body Measures Using the Equations of Cheng et al |
| | | Estimation of Height in Chinese Children Based on Arm Span, Foot Length and Long Bone Lengths Using the Equations of Cheng et al |
| | | Equations of Hibbert et al for Estimation of Height in Caucasian Children from Gender and Arm Span |
| | | Equations of Weststrate et al for Estimating the Waist-to-Hip Circumference Ratio (WHR) in Dutch Children and Adolescents |
| | | Mid-Parental Height (MPH) of Mehta and Himdmarsh |
| | | Model of Sherar et al for Predicting Adult Height for an Older Child or Adolescent |
| | | Equations of Luo et al for Predicting the Target Height for a Child Based on Parental Heights |
| | | Multipliers of Garn for Predicting a Child's Adult Height Based on Current Age and Height |
| | | The Khamis-Roche Method for Predicting a Child's Adult Height |
| Body Surface Area (BSA) |
| | | Formula of Dubois and Dubois for Body Surface Area |
| | | Lowe's Formula for Body Surface Area |
| | | Boyd's Formulas for Body Surface Area |
| | | Mosteller's Formula for Body Surface Area |
| | | Formula of Gehan and George for Body Surface Area |
| | | Formula of Haycock et al for Body Surface Area |
| | | Linear Equation of Current for Body Surface Area in Infants and Children |
| | | Formula of Nwoye for Predicting Body Surface Area in Adult African Males |
| | | Equations of Lindahl and Okmian for Predicting Body Surface Area in Infants and Children |
| | | Formula of Nwoye and Al-Shehri for Predicting Body Surface Area in Adult Saudi Males |
| | | Equation of Jones et al for Predicting Body Surface in Young Caucasian Adult Females |
| | | Formula of Isaksson for Estimating Body Surface Area from Height and Weight |
| | | Formulas for Estimating Body Surface Area from Weight (Formulas of Biering, Lissauer, Rubner, Meeh and Vierordt) |
| | | Equations of Ogunranti for Body Surface Area in Nigerian Children |
| | | Formulas for Estimating Body Surface Area from the Sum of Height and Weight (Formulas of Breitman and Jacobson) |
| | | Formula of Bardeen for Estimating the Body Surface Area Using the Ratio of Weight to Height |
| | | Equation of Mehra for Estimating the Body Surface of an Adult Male Indian |
| | | Linear Equation of Howland and Dana for Predicting the Body Surface Area of Infants |
| | | Formula of Reading and Freeman for Body Surface Area |
| | | Formula of von Schelling for Body Surface Area |
| | | Formula of Behnke et al for Body Surface Area Based on Girth and Height |
| | | Formula of Huwez et al for Estimating the Body Surface Area of Pediatric Patient Based on Age in Months |
| Blood Volume |
| | | Estimated Blood Volume Based on Body Surface Area |
| | | Estimated Blood Volume in Adults Based on Body Weight |
| | | Blood Volume from Height and Weight |
| | | Estimated Blood Volume in Infants Based on Body Weight |
| | | Estimated Blood Volume from Red Cell or Plasma Volume and Hematocrit |
| | | Estimated Blood Volume for Infants and Children Based on Height and Weight by Linderkamp et al |
| | | Calculation of the Circulating Blood Volume Using Indocyanine Green (ICG) Pulse Dye Spectrophotometry |
| | | Blood Volume after Amputation |
| | | Equations of Cropp for Estimating Blood Volume in Children and Young Adults |
| | | Modified Rule of Fives by Gilcher for Blood Volume |
| | | Adjusted Fetoplacental Blood Volume Between 18 and 32 Weeks Gestation |
| | | Method of Hoogeveen et al for Calculating the Fetoplacental Blood Volume |
| | | Equations of Boer for Estimating Blood Volume |
| | | Equations of Raes et al for Estimating Blood Volume in Pediatric Patients |
| | | Method of Feldschuh and Enson for Estimating Blood Volume in an Adult Based on Body Habitus |
| Plasma Volume |
| | | Calculating Plasma Volume from Body Surface Area |
| | | Calculating Plasma Volume in Adults from Body Weight |
| | | Calculating Plasma Volume in Infants from Body Weight |
| | | Calculating Plasma Volume from Lean Body Weight and Hematocrit |
| | | Estimating Plasma Volume in Infants and Children from Weight Based on the Data of Linderkamp et al |
| | | Equations of Cropp for Estimating Plasma Volume in Children and Young Adults |
| | | Equation of Smith and Yarbrough for Predicting Plasma Volume in a Woman During a Normal Pregnancy |
| | | Equations of Boer for Estimating Plasma Volume |
| | | Equations of Raes et al for Estimating Plasma Volume in Pediatric Patients |
| Red Cell Volume and Mass |
| | | Red Cell Volume in Adults based on Body Surface Area |
| | | Red Cell Volume in Adults based on Weight |
| | | Red Cell Mass based on Lean Body Mass |
| | | Red Cell Volume in Infants based on Weight |
| | | Red Cell Volume, Whole Body Hematocrit and Venous Hematocrit |
| | | Estimating Red Cell Mass in Infants and Children from Weight Based on the Data of Linderkamp et al |
| | | Equations of Boer for Estimating Red Cell Volume |
| | | Equations of Raes et al for Estimating Red Cell Volume in Pediatric Patients |
| | | Equation of Berlin and Lewis for Estimating Red Blood Cell Volume in an Adult Using Percent Body Fat |
| | | Equation of Fairbanks for Estimating Red Cell Mass From the Hematocrit and Body Weight |
| | | Equation of Bentley and Lewis for Estimating Red Cell Mass from the Hematocrit and Body Weight |
| Factors Affecting Intravascular Volumes |
| | | Impact of Pregnancy on Intravascular Volumes |
| Total Body Water |
| | | Method of Hume and Weyers for Estimating Total Body Water from Height and Weight |
| | | Method of Hume and Weyers for Estimating Total Body Water from Body Surface Area |
| | | Total Body Water from Lean Body Weight |
| | | Total Body Water from Total Body Weight |
| | | Equation Kushner et al for Calculating Total Body Water from the Impedance Index |
| | | Total Body Water from Height and Weight in Children and Young Adults Using the Equation of Mellits and Cheek |
| | | Method of Watson et al for Estimating Total Body Water from Height and Weight |
| | | Population-Specific Equation of Chertow et al for Estimating Total Body Water in Patients Undergoing Hemodialysis |
| | | Estimating Total Body Water from Plasma Creatinine |
| | | Equations of Seidl et al for Calculating the Total Body Water to Blood Water Ratio (Correction Factor r for Ratio of Total Body to Blood Ethanol Concentration) |
| Measurement of the Craniofacial and Cerebral Dimensions |
| | | Suture Fusion and Skull Shape |
| | | Head Length, Width and the Cephalic Index |
| | | Analysis of Facial Symmetry |
| | | Measurement of Inner Canthal, Outer Canthal and Interpupillary Distances in Children |
| | | The ONO (Outer Canthal, Nasal, Outer Canthal) Angle in Children |
| | | Estimating Cranial Capacity Using the Equation of Lee and Pearson |
| | | The Palpebral Fissure Length in Fetus and Child (Caucasian) |
| | | Estimating Mouth Width from the Inter-Canine Width |
| | | Equations of Jorgensen et al for Estimating Brain Volume from the External Cranial Volume and Circumference |
| | | Equations of Dekaban for Estimating Brain Weight for Age and Gender |
| Physical Development in Children |
| | | Body Length for Boys 0-3 |
| | | Body Length for Girls 0-3 |
| | | CDC 2000 Data for Body Length in Boys 0-36 Months of Age |
| | | CDC 2000 Data for Body Length in Girls 0-36 Months of Age |
| | | Weight for Boys 0-3 |
| | | Weight for Girls 0-3 |
| | | CDC 2000 Data for Body Weight in Boys 0-36 Months of Age |
| | | CDC 2000 Data for Body Weight in Girls 0-36 Months of Age |
| | | Head Circumference for Boys 0-3 |
| | | Head Circumference for Girls 0-3 |
| | | CDC 2000 Data for Head Circumference in Boys 0-36 Months of Age |
| | | CDC 2000 Data for Head Circumference in Girls 0-36 Months of Age |
| | | Height for Boys 2-18 |
| | | Height for Girls 2-18 |
| | | CDC 2000 Data for Body Length in Boys 2-20 of Age |
| | | CDC 2000 Data for Body Length in Girls 2-20 of Age |
| | | Weight for Boys 2-18 |
| | | Weight for Girls 2-18 |
| | | CDC 2000 Data for Body Weight in Boys 2-20 Years of Age |
| | | CDC 2000 Data for Body Weight in Girls 2-20 Years of Age |
| | | Growth Index |
| | | Tanner and Davies Data on Height Velocity for North American Boys |
| | | Tanner and Davies Data on Height Velocity for North American Girls |
| Development Percentiles in Children of Body Weight for Height and Body Mass Index (BMI) |
| | | Body Weight for Height in Boys Under 4 Years of Age |
| | | Body Weight for Height in Girls Under 4 Years of Age |
| | | CDC 2000 Data for Body Weight for Height in Boys 0-36 Months of Age |
| | | CDC 2000 Data for Body Weight for Height in Girls 0-36 Months of Age |
| | | Body Weight for Height in Boys from Age 4 to Prepubescence |
| | | Body Weight for Height in Girls from Age 4 to Prepubescence |
| | | CDC 2000 Data for Body Weight for Height in Boys 2-20 Years of Age |
| | | CDC 2000 Data for Body Weight for Height in Girls 2-20 Years of Age |
| | | Body Mass Index Percentile Curves in Children and Adolescents |
| | | CDC 2000 Data for Body Mass Index in Boys 2-20 Years Old |
| | | CDC 2000 Data for Body Mass Index in Girls 2-20 Years Old |
| | | The SD Score and Body Mass Index for Pediatric Patients in the United Kingdom Using 1990 Reference Data |
| Body Frame Size |
| | | Body Frame Size Determined by Frame Indices Based on Elbow Measurements |
| | | Trunk Frame Size of Ruff and Jamison |
| Bone Mineral Content |
| | | Predicting Bone Mineral Content of School-Aged Children Using the Models of Ellis et al |
| Edema and Lymphedema |
| | | Using Bioelectrical Impedance to Monitor Lymphedema in Women with Breast Cancer |
| | | Stages of Lymphedema in the Lower Extremity |
| | | Etiologic Classification of Lymphedema |
| | | Lymphoscintigram Transport Index for Evaluation of a Patient with Lymphedema |
| Measures of Skeletal Muscle |
| | | Estimating Muscle Mass in Men Using the Equation of Martin et al |
| | | Relative Skeletal Muscle Index of Baumgartner with Patient Categories Based on Body Fat and Muscle Mass |
| | | Estimating Skeletal Muscle Mass in an Adult Using the Equation of Baumgartner |
| | | Estimating Total Striated Muscle Mass Using the Equation of Schutte et al |
| | | Equation of Poortmans et al Estimating Skeletal Muscle Mass in a Pediatric Patient From Urinary Creatinine Excretion |
| | | Equations of Kuriyan and Kurpad for Total Body Muscle Mass in Young Indian Males |
| | | Equation of Heymsfield et al for Estimating Total Body Muscle Mass Based on Height and Corrected Arm Muscle Area |
| Measurement of Pelvic Dimensions |
| | | The Sacral Ratio |
| | | Classification of Caldwell et al for Pelvic Types With the Pelvic Brim Index |
| Hemihyperplasia (Hemihypertrophy) |
| | | Anatomic Classification of Roubier for Hemihyperplasia |
| Estimating Serum Water |
| | | Equation of Waugh for Predicting the Amount of Water in Serum |
| | | Method of Faye and Payne to Estimate Serum Water By Measuring Chloride Concentrations |
| | | Method of Rawles for Estimating Serum Water by Measuring Osmolality and the Modification of Faye and Payne |
| Extracellular and Intracellular Fluid Volumes |
| | | Method of Hirota et al for Estimating the Initial Distribution Volume of Glucose |
| | | Equations of Boer for Estimating Extracellular and Interstitial Fluid Volumes |
| Wrist, Hand and Fingers |
| | | Thumb Length and Thumb Placement Index |
| | | Second to Fourth Digit Length Ratio and Directional Asymmetry |
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