Deficits in basal ganglia-based inhibitory and timing circuits along with sensorimotor internal
modeling mechanisms are thought to underlie stuttering. However, much remains to be …

Sensorimotor activity during speech perception is both pervasive and highly variable,
changing as a function of the cognitive demands imposed by the task. The purpose of the …

Sensorimotor activity during speech perception is highly variable and is thought to be
related to the underlying cognitive processes recruited to meet task demands. The purpose …

Objective The primary aim of the current study was to determine whether adults who stutter
(AWS) present with anomalous periodic beta (β) rhythms when compared to typically fluent …

The sensorimotor dorsal stream is known to activate in both overt and covert speech
production. However, overt production produces sensory consequences that are absent …

Auditory feedback plays an important role in monitoring and correcting for errors during
speech production. Previous research suggests that at vocalization onset, auditory feedback …

During speech production auditory and motor regions within the sensorimotor dorsal stream
operate in concert to facilitate online error detection. As the dorsal stream also is known to …

Developmental stuttering is a speech disorder that affects about one percent of the adult
population worldwide. The cause is still unknown, but not a few researchers have suspected …

Previous studies regarding developmental stuttering (DS) suggest that motor neural
networks are strongly affected. Transcranial magnetic stimulation (TMS) was used to …

The mu rhythm is of interest in research into a wide range of processes, from motor functions
to language processes and emotions. This rhythm includes at least two nonharmonic …