Moa G. Peter

This study shows that lifelong olfactory deprivation does not prevent cross-modal processing in the piriform cortex, supporting a task-based organization over modality-specific specialization.

This study finds that individuals with isolated congenital anosmia show reduced white matter volume near the olfactory sulcus but not around the olfactory cortex, suggesting localized morphological changes due to lifelong olfactory deprivation.

The paper shows that olfactory cortex processes visual and auditory objects independently of their odor associations, challenging cross-modal association explanations.

The paper replicates and extends findings showing that lifelong olfactory deprivation leads to orbitofrontal cortex morphological changes, but not in piriform cortex.

This study examines how recent acquired olfactory loss affects cerebral morphology and functional connectivity in humans.

The paper compares functional connectivity in olfactory cortex between individuals with congenital anosmia and controls, finding no atypical connectivity despite lifelong olfactory sensory loss.

The paper examines structural brain changes in individuals with congenital olfactory loss, finding atrophy in olfactory sulci and increased volume in medial orbital gyri, suggesting differential plasticity in secondary vs. primary olfactory cortex.

This study investigates how olfactory sensory loss affects multisensory integration, finding that anosmia enhances temporal binding and semantic multisensory benefits in some cases.