The hippocampus has been of particular interest for studies of memory since Scoville and
Milner (1957) reported the profound amnesia of patient HM following bilateral resection of …

Extensive previous research has implicated the hippocampus as an important structure for
the acquisition of trace eyeblink conditioning. Evidence from multiple species and various …

Trace eyeblink classical conditioning is a non‐spatial learning paradigm that requires an
intact hippocampus. This task is hippocampus‐dependent because the auditory tone …

The hippocampus is thought to be required for the storage of most new cognitive memories
in the human. Dramatic evidence for this came from the initial description of the profound …

The role of the hippocampus (HFC) in trace eye-blink conditioning was evaluated using a
100-ms tone conditioned stimulus (CS), a 300-or 500-ms trace interval, and a 150-ms air …

We investigated the trace eyeblink conditioning in decerebrate guinea pigs to elucidate the
possible role of the cerebellum and brainstem in this hippocampus‐dependent task. A 350 …

In delay eyeblink conditioning, the CS overlaps with the US and only a brainstem–cerebellar
circuit is necessary for learning. In trace eyeblink conditioning, the CS ends before the US is …

Acquisition of trace eyeblink conditioning involves the association of a conditioned stimulus
(CS) with an unconditioned stimulus (US) separated by a stimulus-free trace interval. This …

The goal of this study was to determine whether trace eyeblink conditioning is a
hippocampally dependent associative learning task in the mouse. First, we examined trace …

Previous studies demonstrating a critical role of the hippocampus during trace eye-blink
conditioning have focused primarily upon the dorsal portion of the structure. However …