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Number of spikes in climbing fibers determines the direction of cerebellar learning.

机译:攀爬纤维的峰值数量决定了小脑学习的方向。

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摘要

Cerebellar learning requires context information from mossy fibers and a teaching signal through the climbing fibers from the inferior olive. Although the inferior olive fires in bursts, virtually all studies have used a teaching signal consisting of a single pulse. Following a number of failed attempts to induce cerebellar learning in decerebrate ferrets with a nonburst signal, we tested the effect of varying the number of pulses in the climbing fiber teaching signal. The results show that training with a single pulse in a conditioning paradigm in vivo does not result in learning, but rather causes extinction of a previously learned response.
机译:小脑学习需要来自苔藓纤维的上下文信息,以及来自下橄榄的攀登纤维的教学信号。尽管劣质的橄榄火爆发,但实际上所有研究都使用了包含单个脉冲的教学信号。在多次尝试以非爆发信号在小脑雪貂中诱发小脑学习的失败尝试之后,我们测试了在攀爬纤维示教信号中改变脉冲数的效果。结果表明,在体内条件范式中用单个脉冲进行训练不会导致学习,但是会导致先前学习的反应消失。

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