Anila M. D’Mello

The paper shows that the cerebellum can develop language sensitivity without contralateral neocortical inputs, using cases with atypical brain development.

This study uses precision fMRI to show that face-sensitive brain regions in autistic adults are more variably located compared to neurotypical adults, with displacement linked to sociocommunicative challenges.

This study identifies four cerebellar regions involved in language processing using fMRI, with one region showing selectivity for language and functional connections to the neocortical language system.

This study investigates brain responses in autistic children to personalized versus generic narratives, finding heightened and more consistent responses to personalized narratives.

This study uses personalized narratives in fMRI to show that children's interests enhance language processing in brain regions associated with reward and self-reference.

This paper identifies three functional territories in the human dentate nucleus using resting-state MRI, showing their unique contributions to default-mode, salience-motor, and visual brain networks.