McCarley R W, Hobson J A
Science. 1970 Feb 6;167(3919):901-3. doi: 10.1126/science.167.3919.901.
Bursts of unit firing associated with surface positive electroencephalogram waves and rapid eye movements account for the mean increase in discharge rate in desynchronized sleep over that of the synchronized phase. Firing rate begins to change toward the value it will assume in desynchronized sleep in the minute before the usual electrographic criteria of desynchronized sleep are present.
与脑电图表面正波和快速眼动相关的神经元放电爆发，解释了去同步睡眠期放电率相对于同步期的平均增加。在出现去同步睡眠的常规脑电图标准前一分钟，放电率就开始朝着其在去同步睡眠中将会呈现的值变化。
