- Lateralized rhythmic delta activity: Outcomes depend on what else you see. [Editorial]Clin Neurophysiol. 2026 Oct 10; :2112436. [Online ahead of print]CN
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- Clinical validation of autoSCORE: A human-in-the-loop AI tool for interpretation of long-term EEG recordings. [Journal Article]Clin Neurophysiol. 2026 Oct 01; 193:2112430. [Online ahead of print]CN
- CONCLUSIONS: autoSCORE accurately screens LT-EEG recordings and may serve as an adjunct to human EEG interpretation to reduce the workload of human experts.
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- Characteristics of accelerometric activity of the head in healthy subjects at rest and in postures. [Journal Article]Clin Neurophysiol. 2026 Oct 01; 193:2112429. [Online ahead of print]CN
- CONCLUSIONS: We created the first database of accelerometric activity of head movements in healthy subjects. Using accelerometry, no rhythmic movement of the head could be detected in any position.
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- Clinical and imaging correlates of lateralized rhythmic delta activity: A multicenter cohort study. [Journal Article]Clin Neurophysiol. 2026 Sep 25; :2112413. [Online ahead of print]CN
- CONCLUSIONS: Presence of LRDA correlates with frontal lobe involvement and structural pathologies. While isolated LRDA is associated with seizures, it was not associated with poor outcomes.
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- Long-term functional outcome after post-anoxic brain injury: model development and internal validation from a multicentre cohort. [Journal Article]Clin Neurophysiol. 2026 Sep 29; 193:2112411. [Online ahead of print]CN
- CONCLUSIONS: ML-SSEPs associated with standard neurophysiological assessments are robust predictors of long-term functional outcomes after CA.
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- Responsiveness and clinical correlates of continuous turns-amplitude analysis measures in myositis: A prospective longitudinal study. [Journal Article]Clin Neurophysiol. 2026 Oct 04; 193:2112431. [Online ahead of print]CN
- CONCLUSIONS: Continuous TAA cloud metrics showed clinicopathological associations and captured longitudinal differences between improving and non-improving patients.
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- Resting motor threshold as a predictor of rehabilitation outcomes in multiple sclerosis. [Journal Article]Clin Neurophysiol. 2026 Oct 05; :2112434. [Online ahead of print]CN
- CONCLUSIONS: Longitudinal RMT trajectory, rather than baseline excitability, predicts gait speed improvement after MDR + rTMS in pwMS. This may reflect residual corticospinal plasticity and excitability potential, which may contribute to determining the efficacy of MDR in pwMS for gait speed improvement.
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- Association among white matter lesions, rsEEG rhythms, amyloid tau markers, and cognitive status in mild cognitive impairment patients. [Journal Article]Clin Neurophysiol. 2026 Oct 06; 193:2112432. [Online ahead of print]CN
- CONCLUSIONS: These results suggest that WMLs had a limited role in prodromal AD, while it affects global cognitive status in patients with MCI-noAD.
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- High frequency stimulation propagates through frontoparietal network but may act locally to impair higher-order motor function. [Journal Article]Clin Neurophysiol. 2026 Sep 29; 193:2112424. [Online ahead of print]CN
- CONCLUSIONS: ISDs reflect propagation through physiologically connected networks, but their occurrence does not correlate with negative motor responses, which are thought to depend primarily on local cortical disruption at the stimulation site.
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- Short interval intracortical facilitation: comparison between threshold-tracking and conventional amplitude recording methods. [Journal Article]Clin Neurophysiol. 2026 Sep 29; 193:2112420. [Online ahead of print]CN
- CONCLUSIONS: Divergence of T-SICF-1 from A-SICF was attributed to the weaker test stimuli, stronger conditioning stimuli, and contamination by short-interval intracortical inhibition, so that unlike A-SICF and T-SICF-2, T-SICF-1 cannot be regarded as a good indicator of I-wave facilitation.
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- Targeting the temporal architecture of movement in Parkinson's disease. [Editorial]Clin Neurophysiol. 2026 Oct 03; :2112422. [Online ahead of print]CN
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- Beyond motor mapping: A map-monitor-modulate framework for transcranial magnetic stimulation in neuro-oncology. [Letter]Clin Neurophysiol. 2026 Sep 29; 193:2112423. [Online ahead of print]CN
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- Intra-thalamic connectivity shapes thalamo-cortical evoked potentials in the human brain. [Letter]Clin Neurophysiol. 2026 Sep 29; 193:2112421. [Online ahead of print]CN
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- Waveform sharpness identifies the morphological phenotype of high-frequency oscillation-associated spikes in pediatric focal epilepsy. [Journal Article]Clin Neurophysiol. 2026 Sep 18; 193:2112408. [Online ahead of print]CN
- CONCLUSIONS: HFO-associated spikes are defined primarily by waveform sharpness (steepness) rather than amplitude, consistent with sharpness reflecting the neuronal synchrony required for ripple generation.
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