Singh S, Potturi B R
J Anat. 1978 Mar;125(Pt 3):619-24.
Various measurements of the greater sciatic notch, e.g. width, depth and length of the posterior segment (of width) were measured, and indices I and II calculated, in 200 adult hip bones (120 males and 80 females). Total and posterior angles were measured after construction of a triangle from the above measurements in each case. Demarking points for sexing of hip bones were calculated for the above seven parameters on the lines of Jit & Singh (1966). Width and depth of the greater sciatic notch were found to be useless criteria for sexing purposes while the posterior angle was found to be the best parameter, which identified 75% of left and 88% of right male hip bones and 92% of left and 100% of right female bones. Length of the posterior segment and Index II also assigned sex to a high percentage of hip bones, especially to the female ones (95-97%), which suggests that the widening of the greater sciatic notch found in females has occurred primarily in its posterior part. The demarking points identify sex with 100% accuracy.
在200块成人髋骨(120例男性和80例女性)中,测量了坐骨大切迹的各种参数,例如(宽度的)后段宽度、深度和长度,并计算了指数I和指数II。在每种情况下,根据上述测量构建三角形后,测量了总角度和后角度。按照吉特和辛格(1966年)的方法,计算了上述七个参数的髋骨性别区分分界点。结果发现,坐骨大切迹的宽度和深度对于性别区分并无用处,而后角度是最佳参数,它能识别出75%的左侧男性髋骨和88%的右侧男性髋骨,以及92%的左侧女性髋骨和100%的右侧女性髋骨。后段长度和指数II也能对高比例的髋骨进行性别区分,尤其是对女性髋骨(95 - 97%),这表明女性中发现的坐骨大切迹增宽主要发生在其后部。这些分界点能100%准确地识别性别。