2015
DOI: 10.4236/psych.2015.613170
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Neurobiological Bases of Learning and Their Role for the Paradigm Shift in Education

Abstract: In recent years, neurobiology has produced the cellular foundations that account for the phenomena of memory and learning in mammals. Nevertheless, this information has not always been applied to educational processes. Our paper reviews the information regarding the cellular processes underlying learning and how these may impact or explain didactic processes, forcing us to rethink current paradigms.

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Cited by 6 publications
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“…A decision, we would like to construct, is that learning will be any stimulus generating a behavioral change which leads to survival 3 . These ideas have also been reinforced by the introduction of the concept of synaptic plasticity 4 and have been reviewed as an important and fundamental phenomenon for the task of learning 5 . Thus, this neurophysiological phenomenon will be a focus for observing adults when we consider the task of conscious breathing.…”
Section: The Task Of Learning and The Andragogymentioning
confidence: 99%
“…A decision, we would like to construct, is that learning will be any stimulus generating a behavioral change which leads to survival 3 . These ideas have also been reinforced by the introduction of the concept of synaptic plasticity 4 and have been reviewed as an important and fundamental phenomenon for the task of learning 5 . Thus, this neurophysiological phenomenon will be a focus for observing adults when we consider the task of conscious breathing.…”
Section: The Task Of Learning and The Andragogymentioning
confidence: 99%