Stephen J. Gotts

Repetition-related reductions in neural activity support improved behavior through increases in oscillatory power

The paper shows that repetition increases oscillatory power in specific brain regions and correlates with behavioral improvements and neural efficiency.

A functional parcellation of the whole brain in individuals with autism spectrum disorder reveals atypical patterns of network organization

This study maps functional brain networks in individuals with ASD and typically developing individuals, revealing atypical network organization patterns.

Compensation and conversation in autism: atypical connectivity supports typical behavior

The paper uses fMRI and language analysis to show that increased functional connectivity in autism correlates with more typical language behavior during conversations, suggesting a compensatory mechanism.

A comparison of single and multi-echo processing of fMRI data during overt autobiographical recall

This study compares single and multi-echo fMRI processing during autobiographical recall, finding that multi-echo ICA reveals hippocampal activity not seen with single echo methods.

Resting-state functional connectivity and psychopathology in Klinefelter syndrome (47, XXY)

This study maps resting-state functional connectivity changes in Klinefelter syndrome and links them to brain anatomy and psychopathology.

The human hippocampus plays a time-limited role in retrieving autobiographical memories

This study uses overt spoken recall and fMRI to show that hippocampal activity is temporally graded, supporting the standard model of memory consolidation.

Tasting Pictures: Viewing Images of Foods Evokes Taste-Quality-Specific Activity in Gustatory Insular Cortex

The paper shows that viewing food pictures activates gustatory insular cortex in a taste-specific manner, but the neural patterns for pictures and actual tastes are distinct.

Callosal anisotropy predicts attentional network changes after parietal inhibitory stimulation

The paper investigates how inhibitory TMS over the right PPC affects visuospatial attention networks and finds that callosal anisotropy correlates with changes in resting-state functional connectivity.

Enhanced inter-regional coupling of neural responses underlies long-term behavioral priming

This study tests neural models of repetition suppression and long-term priming using fMRI, finding strongest support for the Synchrony model with increased inter-regional coupling for repeated objects.

Prism adaptation modulates connectivity of the intraparietal sulcus with multiple brain networks

This study shows that prism adaptation modulates brain connectivity in healthy individuals, with right PA increasing right-hemisphere network connectivity and left PA having opposite effects.

Taste quality representation in the human brain

This study uses high-resolution fMRI to show that taste quality is represented by a combinatorial spatial code rather than a topographic map in the human brain.

Brain networks, dimensionality, and global signal averaging in resting-state fMRI: Hierarchical network structure results in low-dimensional spatiotemporal dynamics

The paper examines the dimensionality of resting-state fMRI data and shows that global signal regression removes substantial neurogenic signals, suggesting alternatives to control for global artifacts.

Brain regions with positive and negative task-evoked responses engage in cooperative rather than competitive interactions

The paper tests whether task-positive and task-negative brain regions show competitive or cooperative interactions using fMRI data and finds positive coupling instead of anti-correlation.

Overt social interaction and resting state in young adult males with autism: core and contextual neural features

This study examines neural activity during conversation and rest in autistic males, finding increased inter-regional correlations in social processing regions during social tasks and rest, suggesting core and contextual neural features of autism.

Direct Modulation Of Aberrant Brain Network Connectivity Through Real-Time NeuroFeedback

This paper uses real-time fMRI neurofeedback to train brain networks in ASD participants, resulting in significant long-term changes in connectivity patterns correlated with behavioral improvements.