Tesshin Miyamoto,Kohji Mori,Shoshin Akamine et al. Tesshin Miyamoto et al.

All three cases exhibited a mix of slow waves in electroencephalogram and elevated total protein level in cerebrospinal fluid.

Eleonora Ficiarà,Oluwatomisin O Faniyan,Reyila Simayi et al. Eleonora Ficiarà et al.

Slow-wave activity, an indicator of sleep pressure, showed a blunted rise and fall across the sleep cycle in msP rats, with reduced amplitude and slope of slow waves during early sleep.

S Sarasso,S D&#x;Ambrosio,S Russo et al. S Sarasso et al.

Objective: Recent studies indicate that brain injuries often lead to the occurrence of sleep-like slow waves in perilesional cortical areas....These slow waves may disrupt local cortico-cortical interactions and contribute to behavioral impairments but are, in principle, reversible....This study employs Transcranial Magnetic Stimulation (TMS) combined with Electroencephalography (EEG) to monitor changes in perilesional slow waves and local cortical interactions examining their relation to changes in stroke severity....Neurophysiological parameters, such as slow wave amplitude (SWa), high-frequency power (HFp) suppression, and the Perturbational Complexity Index-state transition (PCIst), were extracted from the perilesional EEG responses to TMS to quantify local sleep-like slow waves andcortical interactions....Results: We observed a perilesional reduction in sleep-like slow waves and a restoration of local cortical interactions.

Jurij Brankačk,Yevgenij Yanovsky,Adriano B L Tort et al. Jurij Brankačk et al.

Likewise, the deactivated states, characterized by large amplitude slow waves in both urethane anesthesia and non-REM sleep, have generally been regarded as similar.

Omer Sharon,Vladislav Zhelezniakov,Yael Gat et al. Omer Sharon et al.

Discussion: These findings suggest that impaired slow waves are closely linked to cognitive impairment and mark disrupted neural activity in AD progression....Impaired slow waves mark progressively disrupted neural activity in prodromal AD.

Takashi Shibata,Hiroki Tsuchiya,Mari Akiyama et al. Takashi Shibata et al.

Factors significantly related to epileptogenicity were FR power, the concurrent presence of spike and vHFO2, coupling with 0.5-1 and 1-2 Hz slow waves in the peak-trough transition, and coupling with 3-4 and 4-8 Hz slow waves in the trough-peak transition.

Emer P Ni Bhraonain,Karen I Hannigan,Jack A Turner et al. Emer P Ni Bhraonain et al.

As electrical slow waves are dependent on activation of anoctamin 1 (ANO1) channels in interstitial cells of Cajal (ICC), we hypothesized that differences in contractile activity between regions may be correlated to differences in ICC Ca2+ signalling behaviours.

Francisco M Vargas-Luna,Maria-Raquel Huerta-Franco,Isabel Delgadillo-Holtfort et al. Francisco M Vargas-Luna et al.

Signal processing was performed to isolate the slow waves of 0.5-9 cpm.

R Falach,G Belonosov,J F Schmidig et al. R Falach et al.

We demonstrate SleepEEGpy's functionalities using overnight high-density EEG data from healthy participants, revealing characteristic activity signatures typical of each vigilance state: alpha oscillations in wakefulness, spindles and slow waves in NREM sleep, and theta activity in REM sleep.

Stefan Yu Bögli,Ihsane Olakorede,Erta Beqiri et al. Stefan Yu Bögli et al.

The intercorrelation between CAR correlation coefficients was compared in relation to: (1) The impact of different filtering methods (to minimize noise); (2) The impact of slow wave power (i.e., magnitude of incoming trigger); (3) The impact of coherence (i.e., to what extent can the power of slow waves