Anant Shinde

This study investigates how different tDCS doses affect neurometabolites using MRS, finding significant dose-dependent changes in GABA with higher currents.

This paper demonstrates that multielectrode network stimulation (ME-NETS) produces a larger and more reliable modulation of brain network connectivity compared to single-electrode stimulation during tDCS-fMRI.

This study uses machine learning to classify brain network engagement during tDCS-fMRI experiments, finding that a multi-electrode montage best modulates the Arcuate Fasciculus Network.

This study examines how tDCS dose and electrode montage affect regional cerebral blood flow and motor behavior, finding dose-dependent effects and montage-specific changes in brain regions.

This study shows that tDCS applied to the left supramarginal gyrus affects pitch memory differently based on stimulation polarity, with cathodal reducing and anodal enhancing performance.