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CreatorTitleDescriptionSubjectDate
1 Ingold, AlexanderDevelopment of a Utah optrode array for large scale optogenetics in non-human primate cortex: analysis of spatial excitation pattern using C-FOS expressionA central goal in neuroscience is to understand how neural circuits generate the computations that underlie neuronal responses, sensory perception, and behavior. This requires manipulating their activity and determining the results of these manipulations. Optogenetics is a versatile laboratory techn...2022
2 Gilbert, JohnA novel tool to capture neural activity across an entire brain using C-FOS as an indicatorImmunohistochemical staining for the expression of the immediate early gene c-Fos is a powerful tool to measure neuronal activation of neurons across an entire brain. The results of c-Fos immunostaining are often quantified by counting the number of immunolabeled cells in a region of interest (ROI) ...Brain - Localization of functions - Research; Brain - Physiology - Research; Brain mapping - Research; Memory - Research; Mice as laboratory animals - Research; Brain activity; Immunohistochemical staining2016-05
3 Sedley, AndrewEgocentric Navigation in a Morris Water Maze for Testing Memory Formation in MiceMouse models are crucial to understanding not only sensory and cognitive neurological processes, but also diseases, disabilities, and responses to pharmacological or surgical treatments. Behavioral tests are essential assets in the description of these models. The Morris Water Maze is a common behav...2018
4 Citterman, Abigail R.Low frequencies improve intensity discrimination for electrocutaneous artificial sensory feedbackThe current standard of care for those living with upper-limb loss is unsatisfactory, with up to 50% of amputees abandoning their prostheses, citing unintuitive use and a lack of sensory feedback as critical factors. Electrocutaneous stimulation uses electrodes on the skin to evoke tactile sensation...2022
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