… brain with the purpose to stimulate nervous tissue with electrical signals. Brain pacemakers
… Brain stimulation is either called deep brain stimulation (DBS) if structures deeply inside the …

Objectives In the brain and heart, oscillations at about 0.1 Hz are conspicuous. It is therefore
worthwhile to study the interaction between intrinsic BOLD oscillations (0.1 Hz) and slow …

… Many neurons in the brain and cardiac cells are … “pacemaker” channels. Despite their
obvious important physiological function, it was not until recently that genes encoding pacemaker …

… synchrony of the brain waves of the two cerebral hemispheres is suggested by the high
incidence of perfect synchrony found with both normal and abnormal forms of brain-wave activity …

… encode the hyperpolarization-activated pacemaker-type channel present in brain. To test this
… The native brain pacemaker channel has four distinctive properties: (1) It is activated with …

… Hence, a detailed quantitative picture of the coupling between electrical brain activity and
BFV … of a subcortical brain pacemaker that drives vascular infra-slow oscillations in the brain is …

Deep brain stimulation (DBS)/Brain pacemaker has evolved as an important and established
treatment modality for variety of advanced movement disorders and also for some …

Recent work from several laboratories has shown that various groups of cells in the mammalian
brain exhibit what appears to be “spontaneous” electrical activity, producing rhythmic …

… The numerical results demonstrate that the healthy brain … , while the rest of the brain presents
incoherent oscillations. To the … as the pacemaker of the waves sweeping across the brain. …

… disruption, namely increased brain ROS levels and … pacemaker in the Drosophila brain,
and may be accounted for by the observed effect of Clk inactivation on the PPL1 clusters of brain …