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- Q4820023 subject Q6193293.
- Q4820023 abstract "Auditory evoked field or AEF is an induced neural activity (by an auditory stimulus) that is recorded via magnetoencephalography (MEG), which is an equivalent of Auditory evoked potential (AEP) recorded by electroencephalography. The advantage of AEF over AEP is the powerful spatial resolution provided by magnetic field recording, which AEP lacks. Thus, researchers using AEF often deals with the global responses of the whole brain at the cortical level while focusing on the role of the auditory pathway. The common applications of AEF are prenatal and neonatal hearing screening, cortical pitch perception, language comprehension, and attention.".
- Q4820023 wikiPageWikiLink Q11408.
- Q4820023 wikiPageWikiLink Q118819.
- Q4820023 wikiPageWikiLink Q14026181.
- Q4820023 wikiPageWikiLink Q179965.
- Q4820023 wikiPageWikiLink Q18676.
- Q4820023 wikiPageWikiLink Q2297155.
- Q4820023 wikiPageWikiLink Q3136081.
- Q4820023 wikiPageWikiLink Q384188.
- Q4820023 wikiPageWikiLink Q488415.
- Q4820023 wikiPageWikiLink Q5418564.
- Q4820023 wikiPageWikiLink Q5418565.
- Q4820023 wikiPageWikiLink Q618678.
- Q4820023 wikiPageWikiLink Q6193293.
- Q4820023 wikiPageWikiLink Q6951890.
- Q4820023 wikiPageWikiLink Q75839.
- Q4820023 wikiPageWikiLink Q998.
- Q4820023 comment "Auditory evoked field or AEF is an induced neural activity (by an auditory stimulus) that is recorded via magnetoencephalography (MEG), which is an equivalent of Auditory evoked potential (AEP) recorded by electroencephalography. The advantage of AEF over AEP is the powerful spatial resolution provided by magnetic field recording, which AEP lacks.".
- Q4820023 label "Auditory evoked field".