Early Neural Spikes In Octopus Nerve Cords Accurately Predict Arm Movements
Electrophysiological signals recorded from octopus nerve cords within one hundred milliseconds of stimulation allow machine learning models to predict resultant ...
Electrophysiological signals recorded from octopus nerve cords within one hundred milliseconds of stimulation allow machine learning models to predict resultant ...
A case report details the presentation and management of concurrent mixed pulmonary infection and Guillain-Barré syndrome in an immunocompromised patient ...
Electrophysiological recordings and biophysical models reveal that rhythmic motor circuits reset sequential timing coordination on a cycle-by-cycle basis, with cross-cycle ...
Researchers demonstrated that multipolar temporal interference sharpens noninvasive deep brain stimulation focality while preserving field intensity across rodent and nonhuman ...
A cross-sectional study finds that the Martin–Gruber anastomosis is associated with greater symptom severity and distinct functional disability patterns in ...
A cross-sectional study found that symptom severity, nocturnal pain, and depressive burden, rather than electrophysiological severity, are independently associated with ...
Small populations of direction-selective retinal ganglion cells maintain uniform sensitivity across all motion directions by prioritizing the avoidance of sensitivity ...
Researchers demonstrate that psilocybin reduces nucleus accumbens tonic GABAergic inhibition and shapes drug-appropriate responding through astrocyte-associated NFATc4 transcriptional regulation in ...
A study shows visual tagging frequency modulates steady-state visual evoked potentials and early event-related potentials during visual detection and working ...
A special issue of Dystonia highlights the cerebellum's role in distributed neural networks underlying the disorder, integrating genetic, physiological, and ...
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© 2026 Scienmag - Science Magazine