Search results for "theeta"

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Learning to learn: Theta oscillations predict new learning, which enhances related learning and neurogenesis

2011

Animals in the natural world continuously encounter learning experiences of varying degrees of novelty. New neurons in the hippocampus are especially responsive to learning associations between novel events and more cells survive if a novel and challenging task is learned. One might wonder whether new neurons would be rescued from death upon each new learning experience or whether there is an internal control system that limits the number of cells that are retained as a function of learning. In this experiment, it was hypothesized that learning a task that was similar in content to one already learned previously would not increase cell survival. We further hypothesized that in situations in…

Malelcsh:MedicineHippocampusHippocampal formationHippocampusTask (project management)Rats Sprague-Dawleymemory0302 clinical medicineneurogeneesiTheta Rhythmlcsh:Scienceta515Neurons0303 health sciencesMultidisciplinary4. EducationNeurogenesisNoveltyneurogenesisEyeblink conditioningNeurologythetaMedicinePsychologyResearch ArticleVeterinary MedicineCell SurvivalNeurogenesiseducationclassical conditioningNeurophysiology03 medical and health sciencesDevelopmental NeuroscienceAnimalsLearninghippokampusBiology030304 developmental biologyDentate gyruslcsh:RClassical conditioningmuistiRatstheetalcsh:QVeterinary Scienceklassinen ehdollistaminenNeuroscience030217 neurology & neurosurgeryNeurosciencePLoS One
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Learning to learn: Theta oscillations predict new learning, which enhances related learning and neurogenesis

2012

Animals in the natural world continuously encounter learning experiences of varying degrees of novelty. New neurons in the hippocampus are especially responsive to learning associations between novel events and more cells survive if a novel and challenging task is learned. One might wonder whether new neurons would be rescued from death upon each new learning experience or whether there is an internal control system that limits the number of cells that are retained as a function of learning. In this experiment, it was hypothesized that learning a task that was similar in content to one already learned previously would not increase cell survival. We further hypothesized that in situations in…

memoryneurogenesisneurogeneesihippocampusthetaeducationclassical conditioningtheetamuistihippokampusklassinen ehdollistaminen
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