Features and algorithms for our pacemakers

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SafeR Pacing Mode
Unnecessary ventricular pacing increases the risk of atrial fibrillation and heart failure hospitalization. SafeR is an algorithm found in the current MicroPort dual chamber models and ensures 99,9% intrinsic conduction, significantly reducing unnecessary pacing. SaferTM reduces unnecessary right ventricular pacing in both Sinus Node Disease patients and unselected AV Block patients.
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Dplus Pacing Mode
Dplus pacing mode is an automatic AV Delay hysteresis algorithm, designed to promote the spontaneous atrio-ventricular conduction. The “Acceleration” and “AVD shortening” functions can also be programmed simultaneously to better sustain the patient avoiding the sudden rate drops, for example during vaso-vagal episodes.
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Dual Sensor
The goal of rate adaptive pacing is to provide an increase in heart rate via an increase in cardiac pacing in response to metabolic needs: this would include during periods of exercise, but also during disease states and emotional reactions. The dual sensor technology is a combination of an accelerometer and minute ventilation for efficient rate response to chronotropic incompetence. It has been designed to blend information from accelerometer and minute ventilation sensors for a more physiologic rate response.
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Rest Rate
Rest Rate is related to rate adaptive pacing. While rate adaptive pacing increases the pacing rate to address patient demands, the rest rate algorithm uses similar data to slow the pacing rate below the programmed basic rate. In this manner, it can reproduce circadian variations without the constraint of being set by a clock schedule. In addition, rest rate has the added benefits of potentially reducing percent pacing and therefore extending battery life, and may offer patients a more physiological pacing rate.
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Sleep Apnea Monitoring (SAM)
With the Sleep Apnea Monitoring (SAM) function, MicroPort pacemakers provide the physician with automatic screening of pacemaker patients for the risk of severe Sleep Apnea. SAM has been designed to detect, count and report abnormal breathing events during the night. These events are detected using the minute ventilation signal. This allows the calculation of respiratory disturbances over the last six months, representing sleep disordered breathing events at night.
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Window of Atrial Rate Acceleration Detection (WARAD)
The WARAD is designed to monitor the atrial activity in order to discriminate pathological atrial waves (Atrial Fibrillation, Atrial Flutter, Atrial Tachycardias) from sinus P waves. This atrial discriminator uses atrial prematurity to trigger mode switching. Refer also to the Fallback Mode Switch Tech Corner article for more details on the Fallback Mode Switch algorithm.
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Fallback Mode Switch
The FMS function is designed to diagnose atrial arrhythmias and manage their occurrence using the WARAD (Window of Atrial Rate Acceleration Detection): in the event of atrial arrhythmia, FMS switches from DDD(R), SafeR(R) or Dplus(R) pacing mode to an inhibited dual- chamber pacing mode DDI(R) to avoid prolonged ventricular pacing at a high rate for the entire duration of the sustained atrial arrhythmia.
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Automatic Implantation Detection
Automaticity at Implantation allows the pacemaker to automatically detect if the device is implanted. It has been designed to provide a secure functioning of the device during implantation without prior or post implantation interrogation.
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Anti-PMT (Pacemaker Mediated Tachycardia) algorithm

The Anti-PMT algorithm is intended to protect the patient from Pacemaker-Mediated Tachycardia (PMT) without reducing the atrial sensing capability of the device.
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