Martner J, Wadenvik H, Lisander B
Acta Physiol Scand. 1977 Dec;101(4):476-80. doi: 10.1111/j.1748-1716.1977.tb06031.x.
In "chronically" but not in acutely decerebrated cats, submersion of the head caused apnoea and marked bradycardia, associated with a maintained or slightly raised arterial pressure. Since these reflex adjustments, though very reproducible, occurred with a varying latency and could be induced also by nasal injection of water, they appeared to be, at lest in part, elicited from the upper respiratory passages. Thus, a terrestrial mammal, reputed to shun any form of immersion, can exhibit adjustments during head submersion, similar to those in habitually diving species. This response pattern is basically organized at the lower brainstem level.
在“慢性”去大脑猫而非急性去大脑猫中,头部浸入会导致呼吸暂停和明显的心动过缓,并伴有动脉压维持不变或略有升高。由于这些反射调节虽然非常可重复,但潜伏期各不相同,并且也可通过鼻腔注水诱发,所以它们似乎至少部分是由上呼吸道引发的。因此,一种据称会避开任何形式浸入的陆生哺乳动物,在头部浸入时也会表现出类似于习惯性潜水物种的调节反应。这种反应模式基本上是在脑桥下部水平组织起来的。