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BioSemi eeg system biosemi active 2
A. <t>EEG</t> Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the <t>Cz</t> <t>electrodes</t> (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.
Eeg System Biosemi Active 2, 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/product/biosemi+active+2/activetwo+biosemi+system/bio_rxiv__2025__07__13__664573-144-0-7
Average 90 stars, based on 1 article reviews
eeg system biosemi active 2 - by Bioz Stars, 2026-09
90/100 stars

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1) Product Images from "Perceived time drives physical fatigue"

Article Title: Perceived time drives physical fatigue

Journal: bioRxiv

doi: 10.1101/2025.07.13.664573

A. EEG Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the Cz electrodes (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.
Figure Legend Snippet: A. EEG Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the Cz electrodes (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.

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Article Snippet: The auxiliary functions, including the parallel port communication needed to send the tags from PC1 to BioSemi Active 2, were also developed in MatLab.

Article Title: Rhythm, reading, and sound processing in the brain in preschool children
Article Snippet: The evoked responses were recorded with BioSEMI Active 2 (BioSEMI).

Article Title: EEG-based emotion recognition systems; comprehensive study
Article Snippet: DEAP [ ] , 32 (16\16) , Biosemi Active 2 , EEG, EMG, EOG, GSR, Temperature, and Face Video , 40 video clips , Arousal, Valence, Dominance.

Article Title: Detecting Emotions through Electrodermal Activity in Learning Contexts: A Systematic Review
Article Snippet: [ ] , Biosemi Active 2 , Down-sampling , - , No specific activities , - , Analysis.

Article Title: EEG-based emotion recognition systems; comprehensive study
Article Snippet: MAHNOB-HCI [ ] , 27 (16\11) , Biosemi Active 2 , EEG, ECG, GSR, ERG, Respiration Amplitude, Skin Temperature, Face Video, Audio Signals, and Eye Gaze , 20 video clips , Arousal, Valence, Dominance).

Article Title: Detecting Emotions through Electrodermal Activity in Learning Contexts: A Systematic Review
Article Snippet: [ ] , BioSemi Active 2 , Down-sampling , - , Resting time & practice video’s , 5 min , Segmenting signal.

Article Title: Rapid Objective Assessment of Contrast Sensitivity and Visual Acuity With Sweep Visual Evoked Potentials and an Extended Electrode Array.
Article Snippet: Downloaded From: https://iovs.arvojournals.org/ on 08/12/2018 (Biosemi Active 2; BioSemi B.V., Amsterdam, The Netherlands), with electrodes corresponding to the standard 10-20 system locations, and four additional electrodes (Fig. 2) placed over the occipitotemporal region (PO9, PO10, I1, I2).

Article Title: EEG and EMG-based human-machine interface for navigation of mobility-related assistive wheelchair (MRA-W)
Article Snippet: Mai et al. [ ] , Biosemi Active 2 , 280 , 12,900.



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A. <t>EEG</t> Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the <t>Cz</t> <t>electrodes</t> (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.
Eeg System Biosemi Active 2, 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
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A. <t>EEG</t> Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the <t>Cz</t> <t>electrodes</t> (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.
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A. <t>EEG</t> Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the <t>Cz</t> <t>electrodes</t> (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.
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A. <t>EEG</t> Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the <t>Cz</t> <t>electrodes</t> (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.
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A. <t>EEG</t> Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the <t>Cz</t> <t>electrodes</t> (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.
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A. <t>EEG</t> Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the <t>Cz</t> <t>electrodes</t> (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.
Biosemi Active 2, 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
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Average 90 stars, based on 1 article reviews
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BioSemi eeg system biosemi active-2
A. <t>EEG</t> Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the <t>Cz</t> <t>electrodes</t> (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.
Eeg System Biosemi Active 2, 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
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eeg system biosemi active-2 - by Bioz Stars, 2026-09
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A. EEG Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the Cz electrodes (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.

Journal: bioRxiv

Article Title: Perceived time drives physical fatigue

doi: 10.1101/2025.07.13.664573

Figure Lengend Snippet: A. EEG Power modulations in the Cz electrode. Panel 1 represents relative power changes over contractions (respective to the first contractions) quantified in an individualized beta-band (Iβ) (see Methods for details). The dots represent the averaged distribution, and the error bars are the standard error of the mean (SEM). Panel 2 represents the Resting State (RS) power Pre-Post Variation Rate (VR) quantified in Iβ. B. Power differences between conditions in the Cz electrodes (N12-N10; B10-N10; N12-B12). The upper panel represents the difference for the sum of the Iβ Cz over the bins, while the lower one contains the difference for the Pre-Post VR of the Iβ Cz RS. C. EEG Power modulations in frontal electrodes. Relative power changes in θ (panel 1) and Iβ (panel 2) over contractions (respective to the first contractions). For both panels, the dots represent the averaged distribution, and the error bars are the SEM. D. Power differences in the frontal electrodes. Power differences were computed for each pair of interests (N12-N10; B10-N10; N12-B12). The upper and lower panels represent the difference in the sum of the frontal θ and Iβ power over the bins, respectively. For B. and D., the barplots represent the averaged distribution, and the error bars are the SEM. Asterisks denote a significant effect with p<0.05. The Bayes Factor (BF), rounded to the decimal, was reported when there was no significant difference.

Article Snippet: EEG was recorded using a 64 electrodes Biosemi Active 2 system with 64 Ag-AgCl sintered active electrodes at 2048 Hz.

Techniques: