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Compumedics Neuroscan neuroscan 4.5 software
Neuroscan 4.5 Software, supplied by Compumedics Neuroscan, 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/neuroscan+4%2E5+software/neuroscan+software/pmc10921280-86-9-8
Average 90 stars, based on 1 article reviews
neuroscan 4.5 software - by Bioz Stars, 2026-10
90/100 stars

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Article Title: The emotion regulation effect of cognitive control is related to depressive state through the mediation of rumination: An ERP study
Article Snippet: The EEG data of aversive and neutral pictures presented the first and second time in each trial were preprocessed with the same procedure using Neuroscan 4.5 software.


Article Title: Contingent negative variation during a modified cueing task in simulated driving
Article Snippet: The EEG data of the two cueing tasks were processed using Neuroscan 4.5 software.

Article Title: Altered brain activation in uncomplicated pediatric obesity: The second moment is more sensitive than the first
Article Snippet: The succeeding steps included the removal of residual eye movement artifact using the method ( Semlitsch et al., 1986 ) implemented in Neuroscan 4.5 software, a compensatory recalculation of the difference between the active EEG channels and the reference channel, an offset to align all epochs to the mean voltage during the pre-stimulus period, and the calculation of the mean voltage as well as the standard deviation in voltage at each sampling point.

Article Title: Impaired implicit emotion regulation in patients with panic disorder: An event-related potential study on affect labeling
Article Snippet: Continuous EEG signals were recorded and analyzed offline using NeuroScan 4.5 software.

Article Title: The Disentangled Sub-Processes Involved in Implied Motion Contributing to Food Freshness: The Neural Evidence from ERPs
Article Snippet: Based on previous studies ( ; ; ) and the butterfly plot of each component obtained using for the picturetriggered epoch Neuroscan 4.5 software, we measured posterior ERP components that were identified over the posterior electrodes (P5/P6, PO5/PO6, and Pz/POz), including the P1 (100-150 ms), N2 (150-200 ms), and P2 (200-300 ms) components, frontier ERP components that were identified over the frontier electrodes (F5/ F6, FC5/FC6, and Fz/FCz), including P1 (90-130 ms), N1 (130-180 ms), N2 (180-300 ms), and early frontocentral negativity or LPC or P3 components (300-500 ms).

Article Title: Impaired implicit emotion regulation in patients with panic disorder: An event-related potential study on affect labeling
Article Snippet: The participants' EEG waveforms were analyzed offline using NeuroScan 4.5 software.

Article Title: Superior Performance in Skilled Golfers Characterized by Dynamic Neuromotor Processes Related to Attentional Focus
Article Snippet: The data were obtained at a sampling rate of 1,000 Hz using Neuroscan 4.5 software and stored using Neuroscan NuAmps acquisition amplifiers (Neuroscan, Charlotte, NC, United States).

Standard Deviation:

Article Title: The emotion regulation effect of cognitive control is related to depressive state through the mediation of rumination: An ERP study
Article Snippet: The EEG data of aversive and neutral pictures presented the first and second time in each trial were preprocessed with the same procedure using Neuroscan 4.5 software.


Article Title: Contingent negative variation during a modified cueing task in simulated driving
Article Snippet: The EEG data of the two cueing tasks were processed using Neuroscan 4.5 software.

Article Title: Altered brain activation in uncomplicated pediatric obesity: The second moment is more sensitive than the first
Article Snippet: The succeeding steps included the removal of residual eye movement artifact using the method ( Semlitsch et al., 1986 ) implemented in Neuroscan 4.5 software, a compensatory recalculation of the difference between the active EEG channels and the reference channel, an offset to align all epochs to the mean voltage during the pre-stimulus period, and the calculation of the mean voltage as well as the standard deviation in voltage at each sampling point.

Article Title: Impaired implicit emotion regulation in patients with panic disorder: An event-related potential study on affect labeling
Article Snippet: Continuous EEG signals were recorded and analyzed offline using NeuroScan 4.5 software.

Article Title: The Disentangled Sub-Processes Involved in Implied Motion Contributing to Food Freshness: The Neural Evidence from ERPs
Article Snippet: Based on previous studies ( ; ; ) and the butterfly plot of each component obtained using for the picturetriggered epoch Neuroscan 4.5 software, we measured posterior ERP components that were identified over the posterior electrodes (P5/P6, PO5/PO6, and Pz/POz), including the P1 (100-150 ms), N2 (150-200 ms), and P2 (200-300 ms) components, frontier ERP components that were identified over the frontier electrodes (F5/ F6, FC5/FC6, and Fz/FCz), including P1 (90-130 ms), N1 (130-180 ms), N2 (180-300 ms), and early frontocentral negativity or LPC or P3 components (300-500 ms).

Article Title: Impaired implicit emotion regulation in patients with panic disorder: An event-related potential study on affect labeling
Article Snippet: The participants' EEG waveforms were analyzed offline using NeuroScan 4.5 software.

Article Title: Superior Performance in Skilled Golfers Characterized by Dynamic Neuromotor Processes Related to Attentional Focus
Article Snippet: The data were obtained at a sampling rate of 1,000 Hz using Neuroscan 4.5 software and stored using Neuroscan NuAmps acquisition amplifiers (Neuroscan, Charlotte, NC, United States).

Sampling:

Article Title: The emotion regulation effect of cognitive control is related to depressive state through the mediation of rumination: An ERP study
Article Snippet: The EEG data of aversive and neutral pictures presented the first and second time in each trial were preprocessed with the same procedure using Neuroscan 4.5 software.


Article Title: Contingent negative variation during a modified cueing task in simulated driving
Article Snippet: The EEG data of the two cueing tasks were processed using Neuroscan 4.5 software.

Article Title: Altered brain activation in uncomplicated pediatric obesity: The second moment is more sensitive than the first
Article Snippet: The succeeding steps included the removal of residual eye movement artifact using the method ( Semlitsch et al., 1986 ) implemented in Neuroscan 4.5 software, a compensatory recalculation of the difference between the active EEG channels and the reference channel, an offset to align all epochs to the mean voltage during the pre-stimulus period, and the calculation of the mean voltage as well as the standard deviation in voltage at each sampling point.

Article Title: Impaired implicit emotion regulation in patients with panic disorder: An event-related potential study on affect labeling
Article Snippet: Continuous EEG signals were recorded and analyzed offline using NeuroScan 4.5 software.

Article Title: The Disentangled Sub-Processes Involved in Implied Motion Contributing to Food Freshness: The Neural Evidence from ERPs
Article Snippet: Based on previous studies ( ; ; ) and the butterfly plot of each component obtained using for the picturetriggered epoch Neuroscan 4.5 software, we measured posterior ERP components that were identified over the posterior electrodes (P5/P6, PO5/PO6, and Pz/POz), including the P1 (100-150 ms), N2 (150-200 ms), and P2 (200-300 ms) components, frontier ERP components that were identified over the frontier electrodes (F5/ F6, FC5/FC6, and Fz/FCz), including P1 (90-130 ms), N1 (130-180 ms), N2 (180-300 ms), and early frontocentral negativity or LPC or P3 components (300-500 ms).

Article Title: Impaired implicit emotion regulation in patients with panic disorder: An event-related potential study on affect labeling
Article Snippet: The participants' EEG waveforms were analyzed offline using NeuroScan 4.5 software.

Article Title: Superior Performance in Skilled Golfers Characterized by Dynamic Neuromotor Processes Related to Attentional Focus
Article Snippet: The data were obtained at a sampling rate of 1,000 Hz using Neuroscan 4.5 software and stored using Neuroscan NuAmps acquisition amplifiers (Neuroscan, Charlotte, NC, United States).



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