Crampton G H, Daunton N G
Brain Behav Evol. 1983;23(1-2):36-41. doi: 10.1159/000121486.
The possibility that there might be a neurohumoral cerebrospinal fluid (CSF) link in motion sickness was directly tested in cats by blocking the flow of CSF from the third into the fourth ventricle. Evidence obtained thus far is consistent with the hypothesis. Cats with demonstrably sound blocks did not vomit in response to an accelerative motion sickness stimulus, whereas cats with imperfect 'leaky' blocks vomited with little or no increase in latency. Although there are several putative candidates, the identification of a humoral motion sickness substance is a matter of conjecture.
通过阻断脑脊液从第三脑室流入第四脑室,直接在猫身上测试了晕动病中可能存在神经体液性脑脊液(CSF)联系的可能性。迄今为止获得的证据与该假设一致。具有明显可靠阻塞的猫在受到加速性晕动病刺激时不会呕吐,而具有不完全“渗漏”阻塞的猫呕吐时潜伏期几乎没有增加或根本没有增加。虽然有几种假定的候选物质,但确定一种体液性晕动病物质仍是一个推测的问题。