有的理论认为快速眼动帮助调剂人体体温和神经传递素的水平。
Some theories suggest that REM helps regulate body temperature and neurotransmitter levels.
然而，理论上大脑活动加剧，可能造成梦的内容更加丰富，但他并没有观察到这种有人认为在快速眼动反弹阶段会出现的梦境?常生动的现象。
But he never found the extreme vividness in REM rebound that others assume is there, based on a higher level of brain activity which likely means more action-packed dreams.
很快，其他研究人员便为尤金·塞林斯基和内森·莱特曼提出的快速眼动睡眠理论注入了新的内容。
Other researchers quickly added to the theory of REM sleep developed by Eugene Aserinsky and Nathan Kleitman.
由于膈肌是快速眼动睡眠(REM)中唯一活动的吸气肌，因此从理论上讲，ALS患者REM睡眠期间发生呼吸紊乱的危险性很高。
Because the diaphragm is the only active inspiratory muscle during rapid eye movement (REM) sleep, there is a high theoretical risk of respiratory disorders during REM sleep in patients with ALS.
我们利用现今流行且实用的瞳孔—角膜反射向量法作为理论依据，在实现过程中，我们改进和实现了一个高效的实时眼动跟踪算法，即线性逼近预测算法。
Based on the theory of pupil center corneal reflection, the authors improved and realized a highly efficient linear prediction algorithm for real-time eye gaze image processing.
我们利用现今流行且实用的瞳孔—角膜反射向量法作为理论依据，在实现过程中，我们改进和实现了一个高效的实时眼动跟踪算法，即线性逼近预测算法。
Based on the theory of pupil center corneal reflection, the authors improved and realized a highly efficient linear prediction algorithm for real-time eye gaze image processing.
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