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. 2010 Jun 25;588(Pt 19):3639–3655. doi: 10.1113/jphysiol.2010.189605

Figure 4.

Figure 4

Golgi cell activity in vivo A, the Golgi cell shows rhythmic background activity in vivo (from Holtzman et al. 2006a). B, peripheral sensory stimulation elicits bursts of activity (from Holtzman et al. 2006a). Each burst is usually composed of 2–3 spikes and is followed by a long-lasting inhibitory period (or silent pause in Vos et al. 1999). C, during locomotion, the Golgi cell is entrained into repetitive activity cycles, during which its frequency is modulated.