A fundamental question in neurobiology is how animals integrate external sensory
information from their environment with self-generated motor and sensory signals in order to …

The cerebellum integrates sensory stimuli and motor actions to enable smooth coordination
and motor learning. Here we harness the innate behavioral repertoire of the larval zebrafish …

The structure of the neural circuitry of the cerebellum, which functions in some types of motor
learning and coordination, is generally conserved among vertebrates. However, some …

The cerebellum is a brain region responsible for motor coordination and for refining motor
programs. While a great deal is known about the structure and connectivity of the …

Simultaneous recordings of large populations of neurons in behaving animals allow detailed
observation of high-dimensional, complex brain activity. However, experimental approaches …

The recoding of diverse sensory and motor signals by granule cells (GCs) is probably critical
for the function of cerebellar circuits, yet the nature of these transformations and their …

Understanding how neuronal network activity contributes to memory formation is challenged
by the complexity of most brain circuits and the restricted ability to monitor the activity of …

Week-old zebrafish execute many complex, visually guided actions using a brain that
displays the canonical vertebrate organization, but is less than a cubic millimeter in size …

There has been accumulating evidence for a regionalized organization of the cerebellum,
which was mostly deduced from anatomical mapping of axonal projections of cerebellar …

The ability to predict the future based on past experience lies at the core of the brain's ability
to adapt behavior. However, the neural mechanisms that participate in generating and …