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Body composition can be assessed at the atomic level with the basic elements of carbon, calcium, potassium, and hydrogen; at the molecular level by amounts of water, protein, and fat; at the cellular level with extracellular fluid and body cell mass; and at the tissue level for amounts and distributions of adipose, ...

Gender, age, race, nutrition, physical activity, and hormonal status are the main determinants of body composition.

The 4-component (4C) model, which divides body weight into fat, water, mineral, and protein, can overcome these limitations.

Body composition measures the proportion of fat and muscle in your body. It can be measured by different methods, including skinfold thickness measurements, bioelectrical impedance analysis (BIA), underwater weighing, dual-energy x-ray absorptiometry (DXA), or air displacement plethysmography.

In the three-compartment model, the body is divided into fat, fat-free mass, and bone. Dual-energy x-ray absorptiometry (DXA) is a method to assess body composition based on the three-compartment model. The body composition of children has been measured using this method [1-3].

People are born with an inherited body type based on skeletal frame and body composition. Most people are unique combinations of the three body types: ectomorph, mesomorph, and endomorph.

Body composition can also be evaluated as tissues or other types of material. This includes muscle, fat, bones and teeth, nerve tissue, body fluids, connective tissue, and air in the lungs. When the concern is health and fitness, body composition typically describes the percentages of water, fat, bone, and muscle.

A fillable DA 5500 form is used by the US Army when someone wishes to become a soldier. Also known as a Body Fat Content Worksheet, the form is used to record the potential soldier's body fat percentage. This is important because the US Army has certain standards that must be met by those who wish to join the US Army.