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high-density 128-electrode array embedded in soft sponges  (electrical geodesics)

 
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    electrical geodesics high-density 128-electrode array embedded in soft sponges
    High Density 128 Electrode Array Embedded In Soft Sponges, supplied by electrical geodesics, 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/high+density+electrode+array/eeg+128+electrode+array/pm40003217-63-17-33
    Average 90 stars, based on 1 article reviews
    high-density 128-electrode array embedded in soft sponges - by Bioz Stars, 2026-10
    90/100 stars

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    Related Articles

    Electroencephalography:

    Article Title: Alterations in the resting-state functional networks are associated with food addiction: an EEG study.
    Article Snippet: ty was ensured. During data collection, participants were instructed to keep their eyes closed and relaxed for approximately 5 minutes. EEG data were acquired with a high-density, 128-electrode array (Electrical Geodesics, Inc.) via high-impedance amplifiers, referenced to Cz. Signals were sampled at 500 Hz, filtered offline with a 0.01–100 Hz bandpass and a 50 Hz notch filter, and electrode impeda

    Sampling:

    Article Title: Alterations in the resting-state functional networks are associated with food addiction: an EEG study.
    Article Snippet: ty was ensured. During data collection, participants were instructed to keep their eyes closed and relaxed for approximately 5 minutes. EEG data were acquired with a high-density, 128-electrode array (Electrical Geodesics, Inc.) via high-impedance amplifiers, referenced to Cz. Signals were sampled at 500 Hz, filtered offline with a 0.01–100 Hz bandpass and a 50 Hz notch filter, and electrode impeda

    Food & Beverages:

    Article Title: Alterations in the resting-state functional networks are associated with food addiction: an EEG study.
    Article Snippet: ty was ensured. During data collection, participants were instructed to keep their eyes closed and relaxed for approximately 5 minutes. EEG data were acquired with a high-density, 128-electrode array (Electrical Geodesics, Inc.) via high-impedance amplifiers, referenced to Cz. Signals were sampled at 500 Hz, filtered offline with a 0.01–100 Hz bandpass and a 50 Hz notch filter, and electrode impeda

    Event Related Potentials:

    Article Title: Alterations in the resting-state functional networks are associated with food addiction: an EEG study.
    Article Snippet: ty was ensured. During data collection, participants were instructed to keep their eyes closed and relaxed for approximately 5 minutes. EEG data were acquired with a high-density, 128-electrode array (Electrical Geodesics, Inc.) via high-impedance amplifiers, referenced to Cz. Signals were sampled at 500 Hz, filtered offline with a 0.01–100 Hz bandpass and a 50 Hz notch filter, and electrode impeda

    Produced:

    Article Title: Alterations in the resting-state functional networks are associated with food addiction: an EEG study.
    Article Snippet: ty was ensured. During data collection, participants were instructed to keep their eyes closed and relaxed for approximately 5 minutes. EEG data were acquired with a high-density, 128-electrode array (Electrical Geodesics, Inc.) via high-impedance amplifiers, referenced to Cz. Signals were sampled at 500 Hz, filtered offline with a 0.01–100 Hz bandpass and a 50 Hz notch filter, and electrode impeda

    Amplification:

    Article Title: Alterations in the resting-state functional networks are associated with food addiction: an EEG study.
    Article Snippet: ty was ensured. During data collection, participants were instructed to keep their eyes closed and relaxed for approximately 5 minutes. EEG data were acquired with a high-density, 128-electrode array (Electrical Geodesics, Inc.) via high-impedance amplifiers, referenced to Cz. Signals were sampled at 500 Hz, filtered offline with a 0.01–100 Hz bandpass and a 50 Hz notch filter, and electrode impeda



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    D o pamine Experiment on Hippocampal Cultures Recorded by MaxOne Chip A: The experimental scheme. B: Raster plots depicting spiking activity of active electrodes for the representative sample at baseline level (top) and at four levels of dopamine (DA) concentration (second to bottom, 30, 100, 300, 1000 μM). Note that we used this representative sample to illustrate subsequent analyses (see - ).

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    Article Title: Dopamine-induced Relaxation of Connectivity Diversifies Burst Patterns in Cultured Hippocampal Networks

    doi: 10.1101/2024.06.26.600923

    Figure Lengend Snippet: D o pamine Experiment on Hippocampal Cultures Recorded by MaxOne Chip A: The experimental scheme. B: Raster plots depicting spiking activity of active electrodes for the representative sample at baseline level (top) and at four levels of dopamine (DA) concentration (second to bottom, 30, 100, 300, 1000 μM). Note that we used this representative sample to illustrate subsequent analyses (see - ).

    Article Snippet: MaxOne high-density multi-electrode array (HD-MEA) chips (Maxwell Biosystems, Zurich, Switzerland) were pretreated and coated according to the manufacturer’s protocol.

    Techniques: Activity Assay, Concentration Assay

    E f fects of dopamine on network clusters and their connectivity A-B: Spatial profiles of the presentative sample in the baseline condition (A) and 1000 μM condition (B). Each dot represents the relative position of a single electrode in the MaxOne high-density microelectrode array. Colours represent the modularity, where electrodes in the same module share the same colour. Lines connect the electrode pairs whose connectivity strength was greater than a threshold, defined by the top 1% in the baseline condition. Coloured thin lines connect electrodes in the same module and black thick lines connect electrodes in different modules. C: Histograms of participation coefficients of the electrodes in the baseline condition (blue bars) and 1000 μM condition (orange bars) for the representative sample. D: Distance of electrode pairs in the two pools of within-module and across-module for the baseline condition (grey bars) and the four DA conditions (red shaded bars). E-F: Changes in number of modules (E) and the mean participation coefficient (F), normalised by the baseline level, for the four DA conditions, n=8 samples. The convention was the same as in . * p < 0.05, ** p < 0.01

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    Figure Lengend Snippet: E f fects of dopamine on network clusters and their connectivity A-B: Spatial profiles of the presentative sample in the baseline condition (A) and 1000 μM condition (B). Each dot represents the relative position of a single electrode in the MaxOne high-density microelectrode array. Colours represent the modularity, where electrodes in the same module share the same colour. Lines connect the electrode pairs whose connectivity strength was greater than a threshold, defined by the top 1% in the baseline condition. Coloured thin lines connect electrodes in the same module and black thick lines connect electrodes in different modules. C: Histograms of participation coefficients of the electrodes in the baseline condition (blue bars) and 1000 μM condition (orange bars) for the representative sample. D: Distance of electrode pairs in the two pools of within-module and across-module for the baseline condition (grey bars) and the four DA conditions (red shaded bars). E-F: Changes in number of modules (E) and the mean participation coefficient (F), normalised by the baseline level, for the four DA conditions, n=8 samples. The convention was the same as in . * p < 0.05, ** p < 0.01

    Article Snippet: MaxOne high-density multi-electrode array (HD-MEA) chips (Maxwell Biosystems, Zurich, Switzerland) were pretreated and coated according to the manufacturer’s protocol.

    Techniques: Microelectrode Array