Martin Sommer

The paper identifies de novo protein-coding gene variants in stuttering and highlights genetic links to neurodevelopmental disorders.

This study shows that fluency-shaping therapy increases neural connectivity in speech-related networks in individuals with persistent developmental stuttering.

The paper compares structural networks of ventral and dorsal laryngeal motor cortex in individuals who stutter with and without intervention, finding differences in connectivity and intervention effects.

The paper examines articulation patterns in adults who stutter (AWS) and adults who do not stutter (ANS) during fluent-sounding utterances, finding no major differences in movement patterns between groups.

This study shows that increasing pulse energy in 5Hz rTMS improves excitatory aftereffects, correlating with higher pulse width and stimulation intensity.