Anthropometry are objective measures of muscle and fat. Are used to compare individuals, to compare the growth in youth, and to assess the loss or weight gain in the mature individual. Weight and height are the most used anthropometric and skinfold measurements of various body areas are also taken.
Already in 1836, the tables have been developed to compare weight and height to provide a reference for the health of an individual. The Metropolitan Life Insurance Company reviewed the charts of height and weight in 1942, using data from the insured, to relate the burden of disease and mortality. It has been much discussion about the importance (and convenience) of use to people who buy life insurance as the basis for the "ideal" height and weight. There are also a number of problems with the use of a table to determine if a person is on the right weight, or even what the ideal "
1983 METROPOLITAN HEIGHT AND WEIGHT TABLES
Women
Height Feet-Inches
Small frame
Medium frame
Large frame
4
10
102-111
109-121
118-131
4
11
103-113
111-123
120-134
5
0
104-115
113-126
122-137
5
1
106-118
115-129
125-140
5
2
108-121
118-132
128-143
5
3
111-124
121-135
131-147
5
4
114-127
124-138
134-151
5
5
117-130
127-141
137-155
5
6
120-133
130-144
140-159
5
7
123-136
133-147
143-163
5
8
126-139
136-150
146-167
5
9
129-142
139-153
149-170
5
10
132-145
142-156
152-173
5
11
135-148
145-159
155-176
6
0
138-151
148-162
158-179
1983 METROPOLITAN HEIGHT AND WEIGHT TABLES
Men
Height Feet-Inches
Small frame
Medium frame
Large frame
5
2
128-134
131-141
138-150
5
3
130-136
133-143
140-153
5
4
132-138
135-145
142-156
5
5
134-140
137-148
144-160
5
6
136-142
139-151
146-164
5
7
138-145
142-154
149-168
5
8
140-148
145-157
152-172
5
9
142-151
148-160
155-176
5
10
144-154
151-163
158-180
5
11
146-157
154-166
161-184
6
0
149-160
157-170
164-188
6
1
152-164
160-174
168-192
6
2
155-168
164-178
172-197
6
3
158-172
167-182
176-202
6
4
162-176
171-187
181-207
In 1959, research indicates that the lowest mortality was associated with below average weight, and the phrase "desirable weight" has replaced "ideal weight" in the title of the table height and weight.
To characterize an individual's height and weight, the tables also include the size of the body-frame, which can be estimated in many ways. An easy way is to wrap the thumb and index finger of the nondominant hand on the wrist of the dominant hand. If the index and thumb are, the frame is medium, if the fingers do not, the frame is great, and if they overlap, the frame is small.
Determining frame size is an attempt to attach importance to specific body compartments. Frame size identifies an individual in relation to the size of the bones, but no difference in muscle mass of body fat. Because the muscle mass is metabolically active and body fat is associated with disease states, body mass index (BMI) is used to estimate body fat mass. BMI is derived from an equation using weight and height.
To estimate body fat, skinfold measurements can be made using clips double skin. Most often, triceps and subscapular (shoulder blade) skin folds are measured. The measurements can be compared with reference data and previous measurements of the person, if available. practice requires precise measurement and comparison measurements more reliable if done by the same technician every time.
To estimate the desirable body weight for amputees, paraplegics and quadriplegics and the equations have been developed from cadaver studies, the estimation of desirable body weight and the calorie and protein needs. Caloric needs are determined by the height, weight and age of an individual, determining an estimate of the daily requirement.
The Harris-Benedict equation is used frequently, but there are faster methods to estimate the needs using only height and weight. The opinions and methods vary in how to estimate the caloric needs of the obese. As mentioned above, body fat is less metabolically active ...