Table 2.

Functional difference between zebrin banding architectures

	Zebrin II+	Zebrin II−
Spatial pattern of activation	1. Parasagittal bands evoked by peripheral and inferior olive stimulation [159, 160] 2.Off-beam inhibitory bands evoked by PF stimulation [128] 3. mGluR1 mediated long latency patches by PF stimulation [15]	1. Less off-beam inhibition [128] 2. Peripheral stimulation evoked patches between EAAT4 bands [161]
CF-PC synaptic transmission	More glutamate released per CF action potential and longer EPSC [131]
PC firing properties	1. Lower SS and CS firing rates [17] 2. Greater SS firing variability [16] 3. Higher incidence of SS suppression and oscillations following CS [17] 4. SS firing correlates with CS spikelets [50]	1. Higher SS and CS firing rates [16, 17] 2. More regular SS firing [16] 3. Greater relative SS pause following CS [16, 50]
Synaptic plasticity	1. No LTD [14] 2. LTP of mGluR1 mediated long latency patches [15, 162]	1. Robust LTD [14]