continuous high-density (hd-)eeg recording (Magstim Company)
90
Structured Review
Magstim Company
continuous high-density (hd-)eeg recording
Continuous High Density (Hd )Eeg Recording, supplied by Magstim Company, 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/hd-eeg+recording/high+density+eeg+system/pmc12271331-233-5-14
Average 90 stars, based on 1 article reviews
Continuous High Density (Hd )Eeg Recording, supplied by Magstim Company, 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/hd-eeg+recording/high+density+eeg+system/pmc12271331-233-5-14
Average 90 stars, based on 1 article reviews
continuous high-density (hd-)eeg recording - by Bioz Stars,
2026-09
90/100 stars
Images
Related Articles
Magnetic Resonance Imaging:Article Title: A subgaleal electrode array for neurostimulation allows the recording of relevant information in closed loop applications. Article Snippet: Background: Neurostimulation is an emerging treatment option for patients resistant to pharmacotherapy and ineligible for neurosurgical intervention.. Compared to intracranial stimulation placement of electrodes in the subgaleal space offers a minimally invasive option for long-term seizure monitoring for responsive systems.. New method: It was investigated, whether electrode contacts of a device being developed as a stimulation system placed in the subgaleal space are suited for recording of EEG activity for seizure detection. Article Title: Origin, synchronization, and propagation of sleep slow waves in children. Article Snippet: Sleep recordings All participants underwent an in-laboratory overnight hd-EEG ecording (256 channels; Electrical Geodesics Inc., Eugene, OR) with 250 Hz or 500 Hz sampling rate, coupled with traditional videoSG ( Berry et al., 2020 ). Article Title: Sleep reverts changes in human grey and white matter caused by wake-dependent training Article Snippet: Each experiment included 5 consecutive MRI sessions (every ∼12h) with both functional and structural scans, all occurring in quiet wake: 1) W B (wake baseline) at ∼7pm, after a wake day spent outside the lab without any specific training; 2) S B (sleep baseline) the next morning at ∼8am, after subjects slept at home as usual; 3) W T12 (wake with training) ∼8pm, after 12h of wake with extensive training in the lab; 4) W T24 (extended wake with training) ∼8am, after 24h of continuous wake with extensive training in the lab; 5) S R (sleep recovery) ∼8pm, after ∼8h of recovery sleep with hd-EEG recording in the lab (256 channels; Electrical Geodesics Inc.; recovery sleep onset ∼10am). Functional Assay:Article Title: A subgaleal electrode array for neurostimulation allows the recording of relevant information in closed loop applications. Article Snippet: Background: Neurostimulation is an emerging treatment option for patients resistant to pharmacotherapy and ineligible for neurosurgical intervention.. Compared to intracranial stimulation placement of electrodes in the subgaleal space offers a minimally invasive option for long-term seizure monitoring for responsive systems.. New method: It was investigated, whether electrode contacts of a device being developed as a stimulation system placed in the subgaleal space are suited for recording of EEG activity for seizure detection. Article Title: Origin, synchronization, and propagation of sleep slow waves in children. Article Snippet: Sleep recordings All participants underwent an in-laboratory overnight hd-EEG ecording (256 channels; Electrical Geodesics Inc., Eugene, OR) with 250 Hz or 500 Hz sampling rate, coupled with traditional videoSG ( Berry et al., 2020 ). Article Title: Sleep reverts changes in human grey and white matter caused by wake-dependent training Article Snippet: Each experiment included 5 consecutive MRI sessions (every ∼12h) with both functional and structural scans, all occurring in quiet wake: 1) W B (wake baseline) at ∼7pm, after a wake day spent outside the lab without any specific training; 2) S B (sleep baseline) the next morning at ∼8am, after subjects slept at home as usual; 3) W T12 (wake with training) ∼8pm, after 12h of wake with extensive training in the lab; 4) W T24 (extended wake with training) ∼8am, after 24h of continuous wake with extensive training in the lab; 5) S R (sleep recovery) ∼8pm, after ∼8h of recovery sleep with hd-EEG recording in the lab (256 channels; Electrical Geodesics Inc.; recovery sleep onset ∼10am). |
