Lorella Battelli

This study shows that tRNS over the intraparietal sulcus prevents neural downregulation during attentional training, sustaining excitability and improving learning performance.

The paper shows that attentional isolation and tRNS reveal hemispheric differences in visual performance shifts, with left hemisphere stimulation preserving performance gains.

This study investigates how rTMS affects time perception by targeting different parietal regions, finding that rIPL stimulation reduces subjective time expansion.

This study investigates the timing of the posterior cerebellum's role in social processing using TMS and finds it is active early in emotional processing, alongside the pSTS.

This study investigates how parietal lobe stimulation affects task-irrelevant suppression during learning, finding that parietal tRNS enhances trained task performance but impairs baseline task performance.

This study applies a visual attention training method to right hemisphere stroke patients, showing improved attention in some but not all participants with mild left inattention.

This study shows that isolating attention to one visual field leads to increased attention in the opposite visual field, suggesting a rebound effect due to attention rebalancing.

The paper shows that online tRNS improves visual processing under high external noise but not after stimulation, resembling effects of spatial attention.

The paper shows that combining HF-tRNS and LF-rTMS improves sustained attention for up to 94 minutes by enhancing neural compensation in the right IPS.

This paper shows that combining visual training with transcranial random noise stimulation (tRNS) significantly improves visual motion perception and leads to long-lasting effects in both healthy individuals and patients with chronic cortical blindness.