Katch V L, Freedson P S
Am J Clin Nutr. 1982 Oct;36(4):669-75. doi: 10.1093/ajcn/36.4.669.
A bivariate mathematical model termed the "HAT" model for defining body frame size is presented for young males and females (mean age 22 yr). The HAT model is based on the relationship between stature and the sum of the biacromial and bitrochanteric diameter measurements. Small, medium, and large frame sizes were calculated for individuals and percentile rankings for the corresponding body weights, percentage fats, and lean body weights were given. For males, it was observed that differences in body weight between frame size groups was primarily due to differences in lean body weight. That is, lean body weight increased per frame size, while fat weight per frame size remained constant. For females in contrast, there was a small but statistically significant increase in fat weight per frame size and no increase in lean body weight per frame size.
提出了一种名为“HAT”模型的双变量数学模型,用于确定年轻男性和女性(平均年龄22岁)的身体框架大小。HAT模型基于身高与肩峰间径和大转子间径测量值之和之间的关系。计算了个体的小、中、大框架尺寸,并给出了相应体重、脂肪百分比和瘦体重的百分位数排名。对于男性,观察到不同框架尺寸组之间的体重差异主要是由于瘦体重的差异。也就是说,每增加一个框架尺寸,瘦体重增加,而每一个框架尺寸的脂肪重量保持不变。相比之下,对于女性,每增加一个框架尺寸,脂肪重量有小幅但在统计学上显著的增加,而每一个框架尺寸的瘦体重没有增加。