John J. Foxe

This study examines how cognitive-motor interactions develop from childhood to young adulthood using dual-task paradigms and mobile brain-body imaging, finding age-related changes in neural and motor responses.

This study identifies disrupted multisensory processing in autistic children through EEG analysis, showing reduced theta-band connectivity and multisensory integration compared to controls.

This study uses high-density EEG to examine longitudinal changes in auditory processing in CLN3 disease patients compared to controls, finding age-related amplitude differences in auditory evoked potentials.

The study investigates the relationship between neuron density and functional activity in the amygdala during emotional face processing in individuals with ASD compared to neurotypical controls.

This study uses functional ultrasound imaging to show pathway-specific functional and pathological changes in the visual system of young Cln3-/- mice before severe retinal degeneration.

This study examines neural dynamics of visuospatial attention in ASD and TD individuals, finding similar leftward attention mechanisms but distinct rightward dynamics in ASD.

This study links age- and sex-dependent auditory neurophysiological deficits in Cln3-/- mice to region-specific lysosomal storage pathology in the auditory thalamocortical circuit.

The paper examines neural oscillatory dynamics during face processing in autistic children and their unaffected siblings, finding altered theta and gamma activity suggesting differences in neural synchronization.

This study investigates alpha oscillatory dynamics in autism and familial liability using EEG, finding reduced temporal stability rather than amplitude in alpha rhythms.

This study shows that theta rhythm phase in humans asymmetrically modulates spatial attention, with leftward attention linked to slower theta and posterior alpha-beta activity, while rightward attention involves faster theta and early sensory gain.

This study examines tactile adaptation in autistic and neurotypical adults using EEG, finding preserved short-term adaptation but heightened re-sensitization in autistic individuals.

This study uses a mobile brain-body imaging system to examine how visual working memory load affects neural activity and motor performance during an upper extremity task, finding load-related changes in parieto-occipital and posterior-frontal brain activity.

The paper examines how symptom severity in Autism Spectrum Disorder relates to audiovisual speech perception deficits and hemodynamic responses in functional neuroimaging.

This study examines audiovisual integration and visuospatial attention in children with ADHD during speech-in-noise perception, finding reduced multisensory benefits and altered attention allocation.

This study investigates sex-specific and age-related auditory neurophysiological deficits in Cln3-/- mice using MMN paradigms, revealing central auditory processing issues that mirror human CLN3 disease findings.

The paper examines oculomotor entrainment differences in children with ASD compared to typically developing controls, finding reduced synchronization and increased variability in response to predictable stimuli.

This study uses high-density EEG to assess auditory steady-state responses in children with ASD and their siblings, finding reduced low-frequency responses in ASD that may reflect heritable neurophysiological markers.

This study investigates reduced neural entrainment to rhythmic patterns in autism, linking it to impaired temporal flexibility and behavioral responses to variable stimuli.

This study uses EEG to show that switching attention between sensory modalities leads to slower responses and increased cognitive effort, with delayed neural responses and reduced sensory processing efficiency.

This study investigates whether semantic processing occurs covertly in adolescents ignoring spoken sentences, finding robust N400 and LPC/P600 responses despite reduced amplitudes and delayed latencies.

This study uses high-density electrophysiological mapping to compare somatosensory temporal sensitivity between autistic and neurotypical adults using the MMN paradigm, finding no group differences in discrimination but subtle amplitude differences.

This study finds delayed feedback in autism spectrum disorder (ASD) during visual contour integration, suggesting weakened predictive mechanisms in sensory processing.

This study investigates age-related differences in cognitive flexibility during dual-task walking, finding reduced proactive and reactive control in older adults leading to increased performance costs.

This study uses a somatosensory mismatch negativity paradigm to investigate how the brain processes vibrotactile duration, finding that sMMN responses correlate with individual ability to detect duration deviants.

This study investigates how neural resources are reallocated during walking under increased cognitive load using MoBI, finding attenuated EEG amplitude changes without performance costs.

This study finds that older adults show improved cognitive task performance during dual-task walking, associated with flexible neural resource reallocation, while younger adults also show similar improvements.

The paper examines the relationship between auditory processing and adaptive behavior in children with ASD using electrophysiological measures and behavioral scales.

This study uses ERP to find early visual processing differences in cystinosis, showing larger VEPs and altered neural-verbal ability associations.

This study investigates response inhibition and error-monitoring in cystinosis using behavioral and electrophysiological measures, finding atypical inhibitory processing and reduced error-related positivity in affected individuals.

The paper uses diffusion-weighted imaging to identify decreased neurite density and altered diffusion patterns in autistic individuals compared to controls and other psychiatric conditions.