This chapter reviews the past research toward identifying the brain circuit and its
computation underlying the associative memory in eyeblink classical conditioning. In the …

Neocortical sensory areas are thought to act as distribution hubs, transmitting information
about the external environment to downstream areas. Within primary visual cortex, various …

Systemic administration of cannabinoid agonists impairs cerebellum-dependent motor
learning. The cannabinoid-induced impairment of motor learning has been hypothesized to …

Ontogenetic changes in associative cerebellar learning have been examined extensively
using eyeblink conditioning in infant humans and rats. The cerebellum is essential for …

Intracerebellar administration of cannabinoid agonists impairs cerebellum-dependent delay
eyeblink conditioning (EBC) in rats. It is not known whether the cannabinoid-induced …

The developmental emergence of delay eyeblink conditioning (EBC) is dependent on the
development of the sensory system stimulated by the conditioned stimulus (CS). However …

The ability to associate related events separated in time is essential for it allows us to adapt
to similar events in the future based on past experiences. The formation of this temporal …

Until recently, it was believed that hippocampal development was the primary rate-limiting
factor in the developmental emergence of hippocampal forms of learning, such as trace …

Phencyclidine (PCP) is a potent drug of abuse that induces sustained schizophrenia-like
symptoms in humans by blocking neurotransmission at N-methyl-d-aspartate (NMDA)-type …

Despite knowledge of the critical importance of the medial prefrontal cortex (mPFC) in both
the consolidation and long-term retrieval of event memory in the brain, it is unclear which …