… volumes, result in an oscillation of mechanical load. In … oscillator that contributes to
pacemaking, tuning automaticity to haemodynamic demand and, potentially, entraining pacemaker …

… , is an individual or device in competition, experimentation, and … pacemaker can modulate
peripheral circadian oscillators. The … the circadian rhythmicity in heart rate suggesting that the …

… Through in vitro experiments of heart tissue observation, we reveal the … cardiac tissue grown
on soft hydrogels 21 . Furthermore, it offers the advantage of extracting the local oscillation …

… to subjects with a history of cardiovascular disease and … is a role of the cardiac pacemaking
system and that spontaneous … delicate balance of competing effects on pacemaking can be …

… central rhythm generating mechanism (pacemaker-like activity), … in the brain stem, associated
with slow neural BOLD oscillation. … The authors declare that they have no known competing …

… of the NCX current to cardiac pacemaking using a novel NCX … a rhythmic clock-like oscillator
system where the sarcoplasmic … importance in the clock-like oscillator system since the NCX-…

… Thus, order/disorder in CRU locations along with Ca v 1.3 expression regulates pacemaker
… pacemaker function in the basal state, but limits the rate range, which may contribute to heart …

… in the heart are initiated with the spontaneous excitation evoked in pacemaking cells in the
… simple rational number, the self-excited oscillation may be entrained by the external periodic …

… type of oscillation called hyperthermal sarcomeric oscillation. … heart rate, while the frequency
of ~ 1 Hz Ca 2+ oscillation … that the heartbeat, regulated by pacemaker cells, is set to the …

… , 14 The most important AV conduction disturbance is complete heart block, in which there is
… For this study, we developed both cellular cardiac pacemaker and whole heart models, and …