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Electromagnetic Controlled Cortical Impact Device for Precise, Graded Experimental Traumatic Brain Injury

Neurology / Traumatic Brain Injury / Fear / Cerebral Cortex / Mice / Calibration / Female / Animals / Male / Clinical Sciences / Electromagnetic phenomena / Reproducibility of Results / Postural Balance / Neurotrauma / Maze Learning / Neurosciences / Monte Carlo Method / Calibration / Female / Animals / Male / Clinical Sciences / Electromagnetic phenomena / Reproducibility of Results / Postural Balance / Neurotrauma / Maze Learning / Neurosciences / Monte Carlo Method

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Electromagnetic Controlled Cortical Impact Device for Precise, Graded Experimental Traumatic Brain Injury

Neurology / Traumatic Brain Injury / Fear / Cerebral Cortex / Mice / Calibration / Female / Animals / Male / Clinical Sciences / Electromagnetic phenomena / Reproducibility of Results / Postural Balance / Neurotrauma / Maze Learning / Neurosciences / Monte Carlo Method / Brain injuries / Calibration / Female / Animals / Male / Clinical Sciences / Electromagnetic phenomena / Reproducibility of Results / Postural Balance / Neurotrauma / Maze Learning / Neurosciences / Monte Carlo Method / Brain injuries

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