Cellular and Molecular Pathways of Learning and Memory

Memory is ability to acquisition, maintenance and retrieval of information, which is classified through different ways. Complex mechanisms play a role in learning and memory that ultimately leads to biochemical, morphological and physiological changes at the level of synaptic and neural networks. The basic mechanisms involved in the formation and stabilization of memory are synaptic facilitation, long term potentiation and long term depression.
Considering the importance of glutamate receptors (especially NMDA subtype), calcium homeostasis, balance between kinases and phosphatases, calcineurin, cellular adhesion molecules, extracellular matrix, glial cells, and different neurotransmitters in process of memory formation, this study evaluate the cellular and molecular pathways involved in learning and memory.