… of iATP for VTs refractory to conventional burst pacing. This study showed that 64.7% of
VT episodes refractory to conventional burst pacing were successfully terminated using iATP. …

… iATP automatically delivered a different S1 burst pacing and extrastimulation during S2,
according to each VT, and terminated all VTs in the first sequence. Given that the S1 pulse …

… coupled to sensed intrinsic beats, with the … burst pace terminate VT and a separate defibrillator
(AID, AID B, Ventak) to protect against any accelerated rhythms resulting from burst pacing…

… (AATP) therapy that could terminate VT episodes that burst ATP failed to … burst ATP. To
create a conduction block in the orthodromic direction by burst or ramp ATP, a short pacing …

… refractory to conventional burst pacing were successfully … the burst pacing of conventional
ATP could actually enter the VT circuit. Although we adopted 12 S1 pulses in the burst pacing, …

… underwent 4 unsuccessful rounds of antitachycardia pacing (ATP). … a proarrhythmic effect,
intrinsic antitachycardia pacing (iATP) was … ATP entails short bursts of pacing with the goal of …

… Other conventional forms of ATP, such as burst pacing, ramp pacing, and scan pacing, have
not previously shown any clinical benefit in terms of VT termination when directly compared …

… of burst; hypothesizing ramp efficacy to be 77% and burst efficacy to be 87%, we anticipated
that the sample would be large enough to estimate the difference between ramp and burst …

… preventive pacing and atrial antitachycardia pacing (DDDRP) and managed ventricular pacing
(… priority to intrinsic AV conduction by means of MVP (atrial pacing with ventricular backup …

Using an approximation of the intrinsic antitachycardia pacing (iATP) formula, the number of
antitachycardia pacing (ATP) pulses required to reach the ventricular tachycardia (VT) …