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eeg electrode sites biosemi active-two  (BioSemi)

 
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    BioSemi eeg electrode sites biosemi active-two
    Eeg Electrode Sites Biosemi Active Two, supplied by BioSemi, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/eeg electrode sites biosemi active-two/product/BioSemi
    Average 90 stars, based on 1 article reviews
    eeg electrode sites biosemi active-two - by Bioz Stars, 2026-06
    90/100 stars

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    <t>EEG</t> results. A) Sensor-level ERPs and scalp maps for the NH and CI ears, averaged across conditions. The ERPs were averaged over a set of electrodes in the fronto-central scalp region (see inset). The horizontal black bar in the ERP plot indicates a significant amplitude difference and the asterisks mark the significance level of the latency differences. B) Source-level ERPs and dipole locations. The ERPs were averaged across both dipoles. At both the sensor and source level, P2 amplitudes were larger and ERP latencies shorter for the NH ears. C) Source-level ERPs, separately for the left and right hemisphere. The upper row shows the fNIRS ROI channels along with the dipoles projected to the cortical surface. D) Source-level ERPs for the fixed and variable prosody conditions, separately for both ears and hemispheres. Larger P2 amplitudes in the variable prosody condition were only observed for the CI ears and in the right hemisphere.
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    <t>EEG</t> results. A) Sensor-level ERPs and scalp maps for the NH and CI ears, averaged across conditions. The ERPs were averaged over a set of electrodes in the fronto-central scalp region (see inset). The horizontal black bar in the ERP plot indicates a significant amplitude difference and the asterisks mark the significance level of the latency differences. B) Source-level ERPs and dipole locations. The ERPs were averaged across both dipoles. At both the sensor and source level, P2 amplitudes were larger and ERP latencies shorter for the NH ears. C) Source-level ERPs, separately for the left and right hemisphere. The upper row shows the fNIRS ROI channels along with the dipoles projected to the cortical surface. D) Source-level ERPs for the fixed and variable prosody conditions, separately for both ears and hemispheres. Larger P2 amplitudes in the variable prosody condition were only observed for the CI ears and in the right hemisphere.
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    <t>EEG</t> results. A) Sensor-level ERPs and scalp maps for the NH and CI ears, averaged across conditions. The ERPs were averaged over a set of electrodes in the fronto-central scalp region (see inset). The horizontal black bar in the ERP plot indicates a significant amplitude difference and the asterisks mark the significance level of the latency differences. B) Source-level ERPs and dipole locations. The ERPs were averaged across both dipoles. At both the sensor and source level, P2 amplitudes were larger and ERP latencies shorter for the NH ears. C) Source-level ERPs, separately for the left and right hemisphere. The upper row shows the fNIRS ROI channels along with the dipoles projected to the cortical surface. D) Source-level ERPs for the fixed and variable prosody conditions, separately for both ears and hemispheres. Larger P2 amplitudes in the variable prosody condition were only observed for the CI ears and in the right hemisphere.
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    <t>EEG</t> results. A) Sensor-level ERPs and scalp maps for the NH and CI ears, averaged across conditions. The ERPs were averaged over a set of electrodes in the fronto-central scalp region (see inset). The horizontal black bar in the ERP plot indicates a significant amplitude difference and the asterisks mark the significance level of the latency differences. B) Source-level ERPs and dipole locations. The ERPs were averaged across both dipoles. At both the sensor and source level, P2 amplitudes were larger and ERP latencies shorter for the NH ears. C) Source-level ERPs, separately for the left and right hemisphere. The upper row shows the fNIRS ROI channels along with the dipoles projected to the cortical surface. D) Source-level ERPs for the fixed and variable prosody conditions, separately for both ears and hemispheres. Larger P2 amplitudes in the variable prosody condition were only observed for the CI ears and in the right hemisphere.
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    <t>EEG</t> results. A) Sensor-level ERPs and scalp maps for the NH and CI ears, averaged across conditions. The ERPs were averaged over a set of electrodes in the fronto-central scalp region (see inset). The horizontal black bar in the ERP plot indicates a significant amplitude difference and the asterisks mark the significance level of the latency differences. B) Source-level ERPs and dipole locations. The ERPs were averaged across both dipoles. At both the sensor and source level, P2 amplitudes were larger and ERP latencies shorter for the NH ears. C) Source-level ERPs, separately for the left and right hemisphere. The upper row shows the fNIRS ROI channels along with the dipoles projected to the cortical surface. D) Source-level ERPs for the fixed and variable prosody conditions, separately for both ears and hemispheres. Larger P2 amplitudes in the variable prosody condition were only observed for the CI ears and in the right hemisphere.
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    <t>EEG</t> results. A) Sensor-level ERPs and scalp maps for the NH and CI ears, averaged across conditions. The ERPs were averaged over a set of electrodes in the fronto-central scalp region (see inset). The horizontal black bar in the ERP plot indicates a significant amplitude difference and the asterisks mark the significance level of the latency differences. B) Source-level ERPs and dipole locations. The ERPs were averaged across both dipoles. At both the sensor and source level, P2 amplitudes were larger and ERP latencies shorter for the NH ears. C) Source-level ERPs, separately for the left and right hemisphere. The upper row shows the fNIRS ROI channels along with the dipoles projected to the cortical surface. D) Source-level ERPs for the fixed and variable prosody conditions, separately for both ears and hemispheres. Larger P2 amplitudes in the variable prosody condition were only observed for the CI ears and in the right hemisphere.
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    <t>EEG</t> results. A) Sensor-level ERPs and scalp maps for the NH and CI ears, averaged across conditions. The ERPs were averaged over a set of electrodes in the fronto-central scalp region (see inset). The horizontal black bar in the ERP plot indicates a significant amplitude difference and the asterisks mark the significance level of the latency differences. B) Source-level ERPs and dipole locations. The ERPs were averaged across both dipoles. At both the sensor and source level, P2 amplitudes were larger and ERP latencies shorter for the NH ears. C) Source-level ERPs, separately for the left and right hemisphere. The upper row shows the fNIRS ROI channels along with the dipoles projected to the cortical surface. D) Source-level ERPs for the fixed and variable prosody conditions, separately for both ears and hemispheres. Larger P2 amplitudes in the variable prosody condition were only observed for the CI ears and in the right hemisphere.
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    EEG results. A) Sensor-level ERPs and scalp maps for the NH and CI ears, averaged across conditions. The ERPs were averaged over a set of electrodes in the fronto-central scalp region (see inset). The horizontal black bar in the ERP plot indicates a significant amplitude difference and the asterisks mark the significance level of the latency differences. B) Source-level ERPs and dipole locations. The ERPs were averaged across both dipoles. At both the sensor and source level, P2 amplitudes were larger and ERP latencies shorter for the NH ears. C) Source-level ERPs, separately for the left and right hemisphere. The upper row shows the fNIRS ROI channels along with the dipoles projected to the cortical surface. D) Source-level ERPs for the fixed and variable prosody conditions, separately for both ears and hemispheres. Larger P2 amplitudes in the variable prosody condition were only observed for the CI ears and in the right hemisphere.

    Journal: NeuroImage : Clinical

    Article Title: A direct comparison of voice pitch processing in acoustic and electric hearing

    doi: 10.1016/j.nicl.2022.103188

    Figure Lengend Snippet: EEG results. A) Sensor-level ERPs and scalp maps for the NH and CI ears, averaged across conditions. The ERPs were averaged over a set of electrodes in the fronto-central scalp region (see inset). The horizontal black bar in the ERP plot indicates a significant amplitude difference and the asterisks mark the significance level of the latency differences. B) Source-level ERPs and dipole locations. The ERPs were averaged across both dipoles. At both the sensor and source level, P2 amplitudes were larger and ERP latencies shorter for the NH ears. C) Source-level ERPs, separately for the left and right hemisphere. The upper row shows the fNIRS ROI channels along with the dipoles projected to the cortical surface. D) Source-level ERPs for the fixed and variable prosody conditions, separately for both ears and hemispheres. Larger P2 amplitudes in the variable prosody condition were only observed for the CI ears and in the right hemisphere.

    Article Snippet: Eight source optodes and eight detector optodes were placed symmetrically over each hemisphere by mounting them on an EEG cap with holes near the electrode sites P7 and P8 to accommodate the CI coils (EasyCap, Herrsching, Germany).

    Techniques: