ABSTRACT
Remembering is an intrinsic and awesome aspect of human function. Memory loss, a common
sequela of brain damage, has been studied extensively to understand how the brain
encodes, stores and retrieves information. Important anatomic structures for memory
have been identified from work in surgical therapy for epilepsy as well as other clinical
syndromes where memory loss is a major feature. Beyond clinicoanatomic correlations,
current research has focused on synaptic modifications and biochemical processes that
underlie changes in neuronal connectivity. As Alzheimer's disease research expands
our knowledge of memory, the treatment of other memory disorders will follow.
KEYWORD
Memory - neurophysiology - neuroanatomy