Ewa Kublik

This study examines cortical thickness in non-demented middle-aged individuals carrying AD risk alleles APOE-ε4 and PICALM-AA/AG, finding thinner cortex in the right temporal pole compared to non-carriers.

This study uses ERP to examine cognitive control in different interference tasks, finding common processing stages that scale with conflict difficulty and task-specific effects in early and late processing.

The paper examines EEG and fMRI data from middle-aged individuals with APOE/PICALM risk alleles to identify early Alzheimer's disease-like features before symptom onset.

The paper shows that local thalamic LFP can be reliably recovered using kCSD, even without concurrent cortical recordings, by removing a negative component from cortex.

This study investigates shared and distinct brain mechanisms of conflict resolution in cognitive control using fMRI, distinguishing them from time-on-task effects.

The paper analyzes what information about brain current sources can be recovered or remains unobservable using extracellular multielectrode recordings, across different experimental setups.

The paper shows that social signals convey explicit information about danger proximity, and the central amygdala circuits mediate context-appropriate defensive reactions.

This study identifies ketamine-xylazine-induced high frequency oscillations (HFO) in the olfactory bulb of rats and cats, showing they depend on nasal airflow and local dendrodendritic interactions, not gap junctions or the piriform cortex.