Transcranial Magnetic Stimulation Studies

The paper investigates how chronotype affects brain physiology and cognition, finding enhanced motor learning and cognitive performance at circadian-preferred times with associated physiological changes.

The paper develops a connectivity-based electric-field modelling approach to identify individualized TMS targets for depression treatment by combining rsFC and e-field simulations.

The paper examines the relationship between cortical silent period (CSP) length and stop signal reaction time (SSRT) to assess how individual differences in intracortical inhibition relate to inhibitory control performance.

This study examines how theta tACS affects verbal working memory, finding load- and subject-dependent improvements in performance and frontoparietal theta synchrony.

This study uses VBM to show that one session of cTBS reduces gray matter in the left ATL and cerebellum and alters functional connectivity and reaction times in semantic tasks.

The paper examines associations between motor-evoked potentials and EEG ERD in children with ADHD and controls, finding differential relationships in TRUM and ERD magnitude.

This study evaluates how different preprocessing pipelines affect TMS-EEG signal quality, finding significant variability in TEP amplitudes and reliability across methods.

This paper introduces time-varying models to remove tACS artefacts from M/EEG data, accounting for nonlinear effects of heartbeat and respiration.

This study investigates whether tACS can modulate pain and autonomic responses in healthy humans but finds no significant effects, suggesting the need for refined protocols.

This study investigates the accuracy and precision of TMS-evoked phosphene oculocentric mapping, showing veridical mapping to eye position with individual differences in reliability.

This paper demonstrates orientation-tunable temporally-interfering electric fields using surface electrodes to evoke seizure-like events in the mouse hippocampus without implanted electrodes.

This paper identifies optimal timing parameters for delivering TMS during fMRI slice gaps to minimize artifacts, achieving up to ~10 Hz stimulation frequency.

This study investigates how rTMS-induced changes in hippocampal functional connectivity and memory are linked to white matter pathways from the inferior parietal cortex.

This study uses low-frequency rTMS on the ventral medial frontal cortex of monkeys to induce a depression-like state, showing behavioral and physiological changes that are reversed by ketamine.

This paper investigates the impact of TMS pulses on fMRI image quality in a TMS-fMRI system and finds minimal noise artifacts in the setup.

This study uses a network model with spike-timing-dependent plasticity to explain EEG connectivity changes after dual-site tACS and shows effects depend on tACS frequency and conduction delays.

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 prefrontal cortex stimulation modulates hippocampal and striatal responses during motor learning using neuroimaging techniques.

This paper proposes a novel input-output slope curve estimation method for neural stimulation that improves accuracy and efficiency compared to existing techniques.

The paper designs and demonstrates a mouse-specific TMS coil that generates high E-field and modulates brain activity in vitro.

This study investigates the effects of low-intensity arrhythmic rTMS on alpha power suppression in humans, finding short-lived suppression but no long-term differences between protocols.

This study shows that anodal tDCS applied to the motor cortex reduces short interval intracortical inhibition and increases time to task failure during cycling exercise.

The paper investigates whether pericentral mu-rhythm power influences corticomotor excitability using EEG and spTMS, finding that surface Laplacian-derived mu-power correlates with MEP amplitude.

This study uses TMS-EEG to show that anti-glutamatergic drugs affect specific TEP components, indicating distinct roles for NMDA and AMPA receptors in cortical excitability.

This study tests if functionally guided rTMS can modulate amygdala activation via its connectivity with the medial prefrontal cortex, finding increased activation post-rTMS.

This paper develops a method to select electrode montages for transcranial electrical stimulation using fMRI and computational head models, showing improved connectivity and craving reduction in a specific montage.

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.

This paper describes a closed-loop tES-fMRI protocol for brain modulation, demonstrating feasibility, safety, and the ability to distinguish physiological changes from artifacts.

This study replicates and extends previous findings on the relationship between functional connectivity and resting motor threshold, finding no significant effect of motor cortex connectivity but confirming coil to cortex distance as a predictor.

This study assesses the feasibility of using cerebellar TMS-EEG to explore cerebellar-cerebral network dynamics, finding that artefacts and sensory contamination complicate interpretation of early latency signals.