Data from: Learning from the past: a reverberation of past errors in the cerebellar climbing fiber signal

Fig1BEye and visual target tracesFig1CTrial-By-Trial saccadic adaptationFig1DNormalized Trial-By-Trial adaptationFig2AComplex Spike activity per direction and resulting Mutual Information between Complex Spike occurence and saccade directionFig2BDirectional Complex Spike preferenceFig2CTiming of maximal Mutual InformationFig3AComplex Spike activity and Mutual Information between Complex Spike occurence in trial n and error condition in trial n-1Fig3BTrial-By-Trial adaptationFig3CTiming of maximal Mutual Information for Trial-By-Trial adaptationFig4BCorrelation coefficients of the size of visual error in trial n-1 on the average CS activity during the significant MI interval in the primary error period of trial n.Fig4DComplex Spike density functions prior to primary saccade onset in trial n for the three different error conditions (outward, inward, no error) in trial n-1. Separated according to the correlation in Fig4B.S1FigEye tracesS2FigTotal and significant datasets for each subjectS3FigNegative control of Fig 1DS4FigNegative Control of Fig 1D of trial n-2 to trial n.S5FigDirectional MI analysis for the exemplary unit presented in Fig 2S6FigAExample for the dependency of Mutual Information on the point of alignmentS7FigEffect of Trial-By-Trial adaptation for directions with significant Mutual Information modulationS8FigCorrelation of CS activity in trial n and saccade amplitude in trial nS9FigTiming of significant SS modulation analogous to Fig 3CS10FigAWell isolated Complex Spike and Simple Spike recording from the Purkinje Cell layer.S10FigBExample of Complex Spike observed in isolation from Simple Spikes, arguably recorded further away from the cell body in the molecular layer.S10FigCExample of a less well isolated Purkinje cell.S10FigDExample of the number of spikelets per Complex Spike unit as function of its duration.S11FigAMean Complex Spike duration for the short (2 ms to 7 ms), the medium (3 ms to 8 ms) and the long (3 ms to 12 ms) Complex Spike durations.S11FigBAverage CS duration for the four trial periods distinguishedS11FigCDuration of CS fired during baseline fixation as function of duration of the same CS unit when generated in the presence of a secondary visual error.S11FigDChange of saccade amplitude from trial n-1 to trial n as function of Complex Spike duration in the secondary visual error interval of Fig 1B in trial n-1.S12FigSimple Spike density functions prior to primary saccade onset in trial n for the three different error conditions (outward, inward, no error) in trial n-1. Separated according to the correlation in Fig4B.