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• W1965557203 abstract "Event-related potentials (ERPs) may provide a non-invasive index of brain function for a range of clinical applications. However, as a lab-based technique, ERPs are limited by technical challenges that prevent full integration into clinical settings. To translate ERP capabilities from the lab to clinical applications, we have developed methods like the Halifax Consciousness Scanner (HCS). HCS is essentially a rapid, automated ERP evaluation of brain functional status. The present study describes the ERP components evoked from auditory tones and speech stimuli. ERP results were obtained using a 5-min test in 100 healthy individuals. The HCS sequence was designed to evoke the N100, the mismatch negativity (MMN), P300, the early negative enhancement (ENE), and the N400. These components reflected sensation, perception, attention, memory, and language perception, respectively. Component detection was examined at group and individual levels, and evaluated across both statistical and classification approaches. All ERP components were robustly detected at the group level. At the individual level, nonparametric statistical analyses showed reduced accuracy relative to support vector (SVM) machine classification, particularly for speech-based ERPs. Optimized SVM results were MMN: 95.6%; P300: 99.0%; ENE: 91.8%; and N400: 92.3%. A spectrum of individual-level ERPs can be obtained in a very short time. Machine learning classification improved detection accuracy across a large healthy control sample. Translating ERPs into clinical applications is increasingly possible at the individual level." @default.
• W1965557203 created "2016-06-24" @default.
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• W1965557203 date "2015-04-01" @default.
• W1965557203 modified "2023-09-27" @default.
• W1965557203 title "A rapid event-related potential (ERP) method for point-of-care evaluation of brain function: Development of the Halifax Consciousness Scanner" @default.
• W1965557203 cites W1603121691 @default.
• W1965557203 cites W1964940342 @default.
• W1965557203 cites W1971611938 @default.
• W1965557203 cites W1971730617 @default.
• W1965557203 cites W1977035110 @default.
• W1965557203 cites W1980153420 @default.
• W1965557203 cites W1982571720 @default.
• W1965557203 cites W1983271292 @default.
• W1965557203 cites W1985903202 @default.
• W1965557203 cites W1986189752 @default.
• W1965557203 cites W1987154211 @default.
• W1965557203 cites W1988072002 @default.
• W1965557203 cites W1990420536 @default.
• W1965557203 cites W1990716517 @default.
• W1965557203 cites W1995275991 @default.
• W1965557203 cites W1996089723 @default.
• W1965557203 cites W1999919340 @default.
• W1965557203 cites W2001627614 @default.
• W1965557203 cites W2003918719 @default.
• W1965557203 cites W2006039188 @default.
• W1965557203 cites W2006308697 @default.
• W1965557203 cites W2007487865 @default.
• W1965557203 cites W2009869283 @default.
• W1965557203 cites W2010772505 @default.
• W1965557203 cites W2013114073 @default.
• W1965557203 cites W2015347380 @default.
• W1965557203 cites W2016479161 @default.
• W1965557203 cites W2017719972 @default.
• W1965557203 cites W2019442675 @default.
• W1965557203 cites W2019782088 @default.
• W1965557203 cites W2021927512 @default.
• W1965557203 cites W2025990407 @default.
• W1965557203 cites W2029866542 @default.
• W1965557203 cites W2037906062 @default.
• W1965557203 cites W2040933535 @default.
• W1965557203 cites W2046034286 @default.
• W1965557203 cites W2048080313 @default.
• W1965557203 cites W2049586172 @default.
• W1965557203 cites W2050518892 @default.
• W1965557203 cites W2051784700 @default.
• W1965557203 cites W2072907874 @default.
• W1965557203 cites W2073157506 @default.
• W1965557203 cites W2076128455 @default.
• W1965557203 cites W2079650823 @default.
• W1965557203 cites W2084950858 @default.
• W1965557203 cites W2086667349 @default.
• W1965557203 cites W2087018865 @default.
• W1965557203 cites W2090731970 @default.
• W1965557203 cites W2092025959 @default.
• W1965557203 cites W2093532023 @default.
• W1965557203 cites W2094137792 @default.
• W1965557203 cites W2094230961 @default.
• W1965557203 cites W2095572578 @default.
• W1965557203 cites W2096056306 @default.
• W1965557203 cites W2097677845 @default.
• W1965557203 cites W2101790232 @default.
• W1965557203 cites W2104197832 @default.
• W1965557203 cites W2104640717 @default.
• W1965557203 cites W2108118428 @default.
• W1965557203 cites W2109912412 @default.
• W1965557203 cites W2114512489 @default.
• W1965557203 cites W2120613434 @default.
• W1965557203 cites W2123740191 @default.
• W1965557203 cites W2126167570 @default.
• W1965557203 cites W2130652931 @default.
• W1965557203 cites W2135894974 @default.
• W1965557203 cites W2136459256 @default.
• W1965557203 cites W2136538972 @default.
• W1965557203 cites W2137368203 @default.
• W1965557203 cites W2138790588 @default.
• W1965557203 cites W2138915413 @default.
• W1965557203 cites W2139301743 @default.
• W1965557203 cites W2144400790 @default.
• W1965557203 cites W2144959968 @default.
• W1965557203 cites W2157061353 @default.
• W1965557203 cites W2157246066 @default.
• W1965557203 cites W2161892963 @default.
• W1965557203 cites W2163909622 @default.
• W1965557203 cites W2167130660 @default.
• W1965557203 cites W2270070752 @default.
• W1965557203 cites W2333494667 @default.
• W1965557203 cites W332101534 @default.
• W1965557203 cites W37015417 @default.
• W1965557203 cites W4235599860 @default.
• W1965557203 doi "https://doi.org/10.1016/j.jneumeth.2015.02.008" @default.
• W1965557203 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25701685" @default.

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