Daria Antonenko

Brain Regions Involved in Object-Location Memory Across the Human Lifespan: A Systematic Review and Activation Likelihood Estimation Meta-Analysis of Task-Based fMRI

This paper conducts a systematic review and meta-analysis of fMRI studies on object-location memory, identifying key brain regions involved in encoding and retrieval and age-related differences in neural activity.

Functionally Relevant and Reliable Brain Stimulation Targets for Enhancement of Novel Word-Learning

This study identifies reliable and functionally relevant brain regions for tDCS to enhance novel-word learning and assesses test-retest reliability of behavioral and imaging outcomes.

Multicenter reliability of electric field simulations: Evidence from a traveling-subjects study

This study evaluates the reliability of electric field simulations across multiple scanners and scans, finding high inter-scanner and scan-rescan reliability.

Multimodal Imaging-Based Targeting Approach for Network-Level Brain Stimulation

The paper introduces a multimodal fMRI framework to guide tDCS target selection by integrating intrinsic connectivity and task-evoked activity patterns.

Temporo-Occipital and Medial Temporal Networks Underlying Object-Location Learning

This study identifies functional brain networks involved in object-location learning using fMRI and shows how connectivity within these networks changes with learning performance.

Harmonizing the stimulation dose of focal tDCS across target sites

This paper develops a computational framework to standardize tDCS stimulation doses across brain regions while preserving individual variability, validated in an independent sample.

Deep learning to overcome human error and bias in electrode position extraction in tDCS-fMRI studies

The paper develops a deep learning model to automate electrode detection in tDCS-fMRI studies, outperforming manual and semi-automated methods in precision and reducing human bias.

Occipital tACS does not modulate manual performance but fixation variability under visuo-proprioceptive conflict

This study tests if occipital tACS at alpha or beta frequencies affects manual performance or fixation variability during visuo-proprioceptive conflict, finding no effect on performance but reduced fixation variability with beta-tACS.

Brain oscillatory processes related to sequence memory in healthy older adults

This study examines age-related differences in brain oscillatory processes during sequence memory encoding using EEG, finding that older adults show altered theta-gamma phase-amplitude coupling compared to young adults.

Towards optimization of oscillatory stimulation during sleep

This study investigates how matching stimulation frequency to natural slow oscillations during sleep affects SO-spindle coupling, finding that standardized frequency is more effective than individualized frequency.

Interrelations between delta waves, spindles and slow oscillations in human NREM sleep and their functional role in memory

This study investigates delta waves, spindles, and slow oscillations in human NREM sleep and their role in memory formation in older adults, finding that the ratio of SO- to delta-nested spindles predicts memory ability.

Beneficial effects of cerebellar tDCS on motor learning are associated with altered putamen-cerebellar connectivity: a simultaneous tDCS-fMRI study

This study shows that cerebellar tDCS enhances motor learning by altering putamen-cerebellar connectivity, as revealed through simultaneous tDCS-fMRI.