Frank Bremmer

This study examines how macaque lateral intraparietal area (LIP) neurons represent voluntary saccades and reflexive OKN fast phases, finding distinct neural activity patterns for these movements.

This study investigates how egocentric distance is encoded in the macaque ventral intraparietal area, showing that neuronal activity is modulated by both disparity and vergence, with population activity decoding egocentric distance.

This study compares three eye-trackers, finding differences in performance metrics like saccade latency and gain between the TOM-rm and EL, and noting the TOM-rs matches the EL in high-resolution data.

This study compares high- and low-frequency DBS in the STN on response inhibition and action selection in PD using eye-tracking and EEG, finding differential effects on impulsivity.

This study investigates neural responses to broadband visual flicker in marmoset primary visual cortex, finding frequency-selective responses in awake animals that differ from human EEG studies.

The paper investigates how motion information of a target is encoded in the lateral intra-parietal area (LIP) of macaque monkeys to generate interceptive saccades, finding that individual neurons contribute to accuracy with a lag reduced by selecting motion-representing neurons.

This study uses visual perturbations to assess balance control in Parkinson's disease patients, finding impaired neuromuscular stability but intact visuomotor control.

This study shows that gaze-related activity in primate frontal cortex predicts and reduces spatial uncertainty during a cue-conflict task.

The paper shows that prefrontal visual responses in macaques are influenced by external landmarks, with coding shifting toward landmark-centered when considering specific target-landmark configurations.

The paper investigates how orientation perception remains stable during saccades by showing that retinal signals are remapped to maintain a stable percept despite retinal motion.