Ommaya A K, Hirsch A E, Flamm E S, Mahone R H
Science. 1966 Jul 8;153(3732):211-2. doi: 10.1126/science.153.3732.211.
A statistically significant experimental model has been developed for reproducing head injury by impact in the monkey. Results with 80 monkeys subjected to occipital impact under specified conditions ( duration of phenomena, 1 to 10 milliseconds) enable the construction of curves relating the production of experimental cerebral concussion in 10, 50, and 90 percent of the monkeys to the average impulse of the blow in pounds-seconds, as well as to the average linear acceleration of the head. These curves are proposed as a baseline from which blows to various parts of the head, as well as nonimpacting impulsive loads, can be studied under various conditions of protection and according to varioucs time regimes.
已经建立了一个具有统计学意义的实验模型，用于通过撞击在猴子身上再现头部损伤。在特定条件下（现象持续时间为1至10毫秒）对80只猴子进行枕部撞击的结果，使得能够构建曲线，将10%、50%和90%的猴子发生实验性脑震荡与以磅 - 秒为单位的打击平均冲量以及头部的平均线性加速度联系起来。这些曲线被提议作为一个基线，据此可以在各种保护条件下并根据各种时间模式研究对头部不同部位的打击以及非撞击性脉冲载荷。
