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NEUROLOGY Full Time 84883BR Job Summary This is a clinical position where the incumbent performs neuro-diagnostic testing including EEG studies in both the outpatient ambulatory and inpatient
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well as clinical electroencephalography (EEG) for epilepsy diagnosis and for pre-surgical epilepsy surgery assessment. Clinical Neuroimaging Neuroimaging and in particular neurovascular imaging is a special area
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of patient participants, professional research support from clinical audiologists, experimental equipment and facilities including CI electrophysiological measures, EEG, CT, MRI, PET, eye tracking and
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Job Description Harborview Medical Center EEG department has an outstanding opportunity for a Program Coordinator. Work Schedule Full-time 100% FTE ( 40 hours per week) Monday 7:30- 1730; Tuesday
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cubicles, group labs, video labs, and facilities for eye tracking, EEG/ERP, facial coding, and hormone-administration studies. High-performance computing is available to researchers via SURFSara (a Dutch
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to conduct high-quality behavioral research, including sound-insulated cubicles, group labs, video labs, and facilities for eye tracking, EEG/ERP, facial coding, and hormone-administration studies. High
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equipment used for patient care and monitoring that is related to anesthesia. Equipment includes blood pressure monitors, EKG's/EEG's, and clinical analyzers. • Obtain blood samples and provide blood
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. Qualify candidates by completing phone interviews and collect brief neuropsychological data/MRI scans, eye scans, and/or EEG from human subjects. Schedule, coordinate, and administer scanning and testing
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State University of New York University at Albany | Albany, New York | United States | about 23 hours ago
to) computational modeling of neural data, non-invasive neuroimaging (fMRI, EEG, MEG, fNIRS, etc.), neurostimulation (TMS, TCS), and/or naturalistic neuroscience approaches that integrate neural data with real-time
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Behavior: The use of artificial intelligence methods and techniques in combination with non-invasive interfaces based on fMRI, EEG and sensors to collect and analyze neurophysiological data, with the goal