Duanghathai Pasanta

This study uses fMRS to examine if socially-laden stimuli modulate excitation-inhibition neurometabolites and relate to social function, finding minimal shifts in Glx and GABA+.

This study examines the relationship between posterior parietal metabolite levels and cortical macrostructural metrics in a developmental cohort, finding significant associations between metabolites and structural features like thickness and gyrification.

This study examines how GABA and glutamine-glutamate dynamics change during tactile stimulation and their relationship to tactile perception using fMRS in healthy individuals.

This study characterizes the developmental trajectories of brain metabolites measured by 1H-MRS from childhood to early adulthood, identifying non-linear changes in several metabolites and their associations with cognitive development.

The paper uses fMRS to assess GABA and glutamate responses during social processing in V1 and STS, finding a small V1 GABA decrease with social stimuli and no change in STS.

This paper conducts a systematic review and meta-analysis of fMRS studies on GABA, Glu, and Glx, finding small to moderate effect sizes for Glu and Glx but no significant effects for GABA.