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Model Number RHAPSODY + DR 2530 |
Device Problem
Pacing Problem (1439)
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Patient Problems
No Known Impact Or Consequence To Patient (2692); No Clinical Signs, Symptoms or Conditions (4582)
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Event Date 12/07/2020 |
Event Type
Injury
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Event Description
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Reportedly, during a follow-up performed on (b)(6) 2020, it was observed that the battery impedance was 6.43kohms and the estimated residual longevity was 15 months.A pacemaker replacement procedure was then scheduled.It was confirmed during pre-procedure checks that the atrial and ventricular leads were programmed in bipolar pacing and sensing configurations.The device was left programmed in vvi mode, 30min-1 prior to the procedure.After the device was removed from the chest, long ventricular pauses were observed due to loss of pacing output, despite the fact that the ventricular lead was connected to the pacemaker and the pacemaker can was not being manipulated.The ventricular lead was connected to a pacing system analyzer (psa) and pacing output was regained.Normal ventricular lead impedance was measured and no evidence of noise oversensing on the ventricular channel was observed.No anomaly was observed during lead tests that were performed after the leads were connected to the newly implanted device.The patient was pacemaker-dependant.Preliminary analysis results showed that based on available data, normal battery depletion occurred based on hrs guidelines.
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Event Description
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Reportedly, during a follow-up performed on (b)(6) 2020, it was observed that the battery impedance was 6.43kohms and the estimated residual longevity was 15 months.A pacemaker replacement procedure was then scheduled.It was confirmed during pre-procedure checks that the atrial and ventricular leads were programmed in bipolar pacing and sensing configurations.The device was left programmed in vvi mode, 30min-1 prior to the procedure.After the device was removed from the chest, long ventricular pauses were observed due to loss of pacing output, despite the fact that the ventricular lead was connected to the pacemaker and the pacemaker can was not being manipulated.The ventricular lead was connected to a pacing system analyzer (psa) and pacing output was regained.Normal ventricular lead impedance was measured and no evidence of noise oversensing on the ventricular channel was observed.No anomaly was observed during lead tests that were performed after the leads were connected to the newly implanted device.The patient was pacemaker-dependant.Preliminary analysis results showed that based on available data, normal battery depletion occurred based on hrs guidelines.
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Manufacturer Narrative
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Electrical and mechanical characteristics of the returned device were within specifications.
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Event Description
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Reportedly, during a follow-up performed on (b)(6) 2020, it was observed that the battery impedance was 6.43kohms and the estimated residual longevity was 15 months.A pacemaker replacement procedure was then scheduled.It was confirmed during pre-procedure checks that the atrial and ventricular leads were programmed in bipolar pacing and sensing configurations.The device was left programmed in vvi mode, 30min-1 prior to the procedure.After the device was removed from the chest, long ventricular pauses were observed due to loss of pacing output, despite the fact that the ventricular lead was connected to the pacemaker and the pacemaker can was not being manipulated.The ventricular lead was connected to a pacing system analyzer (psa) and pacing output was regained.Normal ventricular lead impedance was measured and no evidence of noise oversensing on the ventricular channel was observed.No anomaly was observed during lead tests that were performed after the leads were connected to the newly implanted device.The patient was pacemaker-dependant.Preliminary analysis results showed that based on available data, normal battery depletion occurred based on hrs guidelines.
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Manufacturer Narrative
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Please refer to the attached analysis report.
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Search Alerts/Recalls
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