Measuring Cerebellar Function

<div>Cerebellar Modeling using Human Induced Pluripotent Stem Cells.-&nbsp;From Cerebellar Genes to Behaviors in Zebrafish.-&nbsp;Silencing the Output of Cerebellar Neurons using Cell Type-Specific Genetic Deletion of Vesicular GABA and Glutamate Transporters.-&nbsp;Mapping Structure-Function Relationships within Cerebellar Circuits.-&nbsp;Designing Behavioral Tasks for Cerebellar Functional Analysis in the Mouse.-&nbsp;Learning Paradigms and Genetic Tools for the Study of Cerebellum-Dependent Learning and Memory.-&nbsp;Neural Circuit Activity Dependent Chromatin Mechanisms in Cerebellar Motor Learning.-&nbsp;In Vitro Voltage Imaging of Subthreshold Activity in Inferior Olive Neurons with ANNINE-6plus.-&nbsp;Mapping Synaptic Connectivity in the Cerebellar Cortex using RuBi-Glutamate Uncaging.-&nbsp;Multisite Extracellular Electrode Neuronal Recordings in the Rodent Cerebellar Cortex and Nuclei.-&nbsp;Investigating Cerebrocerebellar Neuronal Interactions in Freely Moving Mice using Multi-Electrode, Multi-Site Recordings.-&nbsp;In Vivo Optical Detection of Membrane Potentials in the Cerebellum: Voltage Imaging of Zebrafish.-&nbsp;Imaging Neuronal Activity in Cerebellar Cortex of Behaving Mice.-&nbsp;Measuring Cerebellar Processing and Sensorimotor Functions in Non-Human Primates.-&nbsp;Optogenetics in Complex Model Systems (Non-Human Primate).-&nbsp;Clinical Assessment of the Cerebellum.</div><div><br></div><div><br></div><div><br></div><div><br></div>