Our ability to perceive and produce rhythmic patterns in the environment supports fundamental human capacities ranging from music and language processing to the coordination of action. This article considers whether spontaneous correlated brain activity within a basal ganglia-thalamocortical (rhythm) network is associated with individual differences in auditory rhythm discrimination. Moreover, do children who stutter with demonstrated
deficits in rhythm perception have weaker links between rhythm network functional connectivity and rhythm discrimination?
Full article: Chang & al 2016 Functional connectivity rhythm
Megha Sharda, Post-Doctoral Fellow, Auditory Brain and Cognitive Development Laboratory, Dept. of Psychology, University of Montreal, Faculty of Medicine, McGill University