Stephen G. Lomber

This study investigates how FEF inactivation affects iSC activity during saccade generation across different tasks, finding task-dependent reductions in spike counts.

This study shows that cooling dorsal premotor cortex and parietal area 5 in monkeys impairs motor corrections, with distinct effects on speed and accuracy, supporting their roles in feedback control.

The paper investigates the role of the frontal eye fields (FEF) in express saccades by inactivating FEF in monkeys, finding that FEF facilitates but does not critically enable express saccades.

This study compares alfaxalone and ketamine-isoflurane anesthesia protocols in cats, finding alfaxalone provides more stable physiology and consistent BOLD signals during visual or acoustic stimulation.

This study shows that feedback from V2 to V1 significantly reduces visually evoked potentials and gamma rhythms, despite increased spike rates.

This study shows that deactivating the dACC in macaques impairs rule-maintenance performance and alters dlPFC oscillatory activities during a rule-switching task.

This study shows that parietal cortex inactivation reduces visual salience representation and its influence on behavior.

This study investigates the role of the frontal eye fields (FEF) in saccade preparation by inactivating FEF in rhesus monkeys and analyzing its effect on superior colliculus (SC) preparatory activity and saccadic reaction times (SRTs).

The paper investigates how FEF inactivation affects iSC activity and saccadic reaction time, finding that delayed accumulation onset, not reduced accumulation rate or threshold, best explains increased SRT.