Oh S
Neurochirurgia (Stuttg). 1985 Jul;28(4):158-60. doi: 10.1055/s-2008-1054188.
Experimental skull bone models were made and depressed fractures were created. The morphological reactions of the skull bone models were observed to be the same as in human skulls, that is, that the fractures of the inner side were always larger than those of the outer side as a result of the direction of the impacting forces (a so-called classical type of reversed "V" form). The reason for the reversed "V" form of the depressed human skull fractures was discovered by means of these model studies. The reversed "V" form is due to the "HSH" morphological structure. It will be now be necessary to correct the error in textbooks regarding the depressed fractures, especially morphological illustrations.
制作了实验性颅骨模型并造成凹陷性骨折。观察到颅骨模型的形态学反应与人类颅骨相同，即由于撞击力的方向，内侧骨折总是比外侧骨折大（一种所谓的经典反向“V”形）。通过这些模型研究发现了人类颅骨凹陷性骨折出现反向“V”形的原因。反向“V”形是由于“HSH”形态结构。现在有必要纠正教科书中关于凹陷性骨折的错误，尤其是形态学插图方面的错误。
