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Bradley Monk (talk | contribs) No edit summary |
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{{Box|width=46%|float=right|font-size=14px|[[:Category:Synaptic Plasticity|Synaptic Plasticity]]|[[File:Neuron Synapse.png|right| | {{Box|width=46%|float=right|font-size=14px|[[:Category:Synaptic Plasticity|Synaptic Plasticity]]|[[File:Neuron Synapse.png|right|300px|link=Synaptic Plasticity]] | ||
It is now generally accepted that many forms of adaptive behavior, including learning and memory, engender lasting physiological changes in the brain; reciprocally, neural plasticity among the brain’s synaptic connections provides the capacity for learning and memory. Whenever I have to summarize my primary research focus using just a few words, they always include: "'''''synaptic plasticity'''''". Indeed, I feel that the key to fully understanding cognitive processes like memory formation is through studying neural dynamics at the cellular-network, synaptic, and molecular levels. | It is now generally accepted that many forms of adaptive behavior, including learning and memory, engender lasting physiological changes in the brain; reciprocally, neural plasticity among the brain’s synaptic connections provides the capacity for learning and memory. Whenever I have to summarize my primary research focus using just a few words, they always include: "'''''synaptic plasticity'''''". Indeed, I feel that the key to fully understanding cognitive processes like memory formation is through studying neural dynamics at the cellular-network, synaptic, and molecular levels. | ||
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Revision as of 02:43, 25 April 2015
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