| Model Number |
40456 |
| Medical Device Problem Codes |
Difficult to Remove (1528); Detachment of Device or Device Component (2907); Device-Device Incompatibility (2919); Difficult to Advance (2920)
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| Health Effect - Clinical Code |
Foreign Body Embolism (4439)
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| Date of Event |
08/06/2021
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Type of Reportable Event
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Serious Injury
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Event or Problem Description
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It was reported via facility medwatch# 2400930000-2021-8017 that guide wire tip detachment occurred and removal difficulties were encountered.The 60% stenosed target lesion containing 90 degrees bend was located in the mildly tortuous and severely calcified posterior tibial artery.A 2.0mm x 150mm x 150cm coyote balloon catheter was advanced for dilatation around the bend.The balloon was initially inflated at 14 atmospheres for 3 minutes.However, during the second inflation at 12 atmospheres, the balloon ruptured and the device was removed normally over a 300cm angled tip v-14 control wire.While attempting to extract the balloon and the wire for angiogram, it was found that the wire tip was fractured and stuck at the junction of the plantar arteries in the posterior tibial artery.Approximately two hours was spent in attempting to extract the wire fragment using a 3.2 fr non-boston scientific snare.Finally, the wire fragment was retracted to the distal superficial femoral artery level.However, the wire tip embolized into the dorsalis pedis and access into the dorsalis pedis was gained.A non- boston scientific aspiration catheter was used and was able to aspirate the wire fragment.The left lower extremity was imaged in its entirety without evidence of residual fragment.The procedure was completed a different device.No patient complications were reported and the patient was doing well post procedure.It was further reported that before the guide wire failure occurred, there was resistance during advancing and removing of the device.
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Event or Problem Description
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It was reported via facility medwatch# 2400930000-2021-8017 that guide wire tip detachment occurred and removal difficulties were encountered.The 60% stenosed target lesion containing 90 degrees bend was located in the mildly tortuous and severely calcified posterior tibial artery.A 2.0mm x 150mm x 150cm coyote balloon catheter was advanced for dilatation around the bend.The balloon was initially inflated at 14 atmospheres for 3 minutes.However, during the second inflation at 12 atmospheres, the balloon ruptured and the device was removed normally over a 300cm angled tip v-14 control wire.While attempting to extract the balloon and the wire for angiogram, it was found that the wire tip was fractured and stuck at the junction of the plantar arteries in the posterior tibial artery.Approximately two hours was spent in attempting to extract the wire fragment using a 3.2 fr non-boston scientific snare.Finally, the wire fragment was retracted to the distal superficial femoral artery level.However, the wire tip embolized into the dorsalis pedis and access into the dorsalis pedis was gained.A non- boston scientific aspiration catheter was used and was able to aspirate the wire fragment.The left lower extremity was imaged in its entirety without evidence of residual fragment.The procedure was completed a different device.No patient complications were reported and the patient was doing well post procedure.It was further reported that before the guide wire failure occurred, there was resistance during advancing and removing of the device.
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Additional Manufacturer Narrative
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Device evaluated by mfr.: unit returned in a generic plastic bag, overall visual revision did not identify failures or evidence that could be lost due to decontamination process.The returned device matches with upn provided by the customer.Guidewire was visually inspected, and it was noticed that distal end was kinked and the polymer jacket was detached from the distal tip section.No more visual damages were found in the device.Distal tip was kinked and polymer jacket detached was confirmed under microscope inspection.The outer diameter of distal tip, middle of the device, and proximal section are within specification.Boston scientific manufacturing processes include extensive inspections to ensure that all finished devices meet specifications.
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Search Alerts/Recalls
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