Neural oscillations play an important role in the integration and segregation of brain regions
that are important for brain functions, including pain. Disturbances in oscillatory activity are …

Pain emerges from the integration of sensory information about threats and contextual
information such as an individual's expectations. However, how sensory and contextual …

Background Advances in human neuroimaging has enabled us to study functional
connections among various brain regions in pain states. Despite a wealth of studies at high …

Nowadays, no practical system has successfully been able to decode and predict pain in
clinical settings. The inability of some patients to verbally express their pain creates the need …

In the context of a generative model, such as predictive coding, pain and heat perception
can be construed as the integration of expectation and input with their difference denoted as …

Neural dynamics can shape human experience, including pain. Pain has been linked to
dynamic functional connectivity within and across brain regions of the dynamic pain …

Central neuropathic pain (CNP) after spinal cord injury (SCI) is related to the plasticity of
cerebral cortex. The plasticity of cortex recorded by electroencephalogram (EEG) signal can …

Temporal dynamics of local cortical rhythms during acute pain remain largely unknown. The
current study used a novel approach based on transcranial magnetic stimulation combined …

Peak alpha frequency (PAF) reduces during cutaneous pain, but no studies have
investigated PAF during movement-related muscle pain. Whether high-pain sensitive (HPS) …

Early life pain (ELP) experience alters adult pain behavior and increases injury-induced
pain hypersensitivity, but the effect of ELP on adult functional brain connectivity is not known …