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Model Number 3241 |
Device Problem
Entrapment of Device (1212)
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Patient Problems
Death (1802); No Code Available (3191)
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Event Date 08/29/2020 |
Event Type
Death
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Event Description
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It was reported that the burr became stuck in the lesion.Vascular access was obtained via femoral approach.The 80% stenosed, 25x2.5mm concentric, de novo target lesion was located in the moderately tortuous and severely calcified left anterior descending (lad) artery.The lesion was predilated resulting in 70% residual stenosis.The lesion was engaged using a 7fr guide catheter.A 1.25mm rotalink plus was selected for use.A rotawire crossed through the lesion and the rotalink plus burr was loaded onto the wire.The rotalink plus burr was advanced and parked proximal to the lesion and the rpms were set to 180k.Rotablation was started and after one run for 15 seconds at 175k rpm, the rotalink plus burr became entrapped in the lesion.An attempt to remove the burr in dynaglide mode was made; however, was not successful.The burr was manually pulled but did not move from the lesion and it was noted that the drive shaft was elongating.The physician cut the drive shaft and attempted to remove the burr using a guidezilla but was unable to withdraw the burr.The procedure was abandoned and the patient went to surgery.
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Event Description
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It was reported that the burr became stuck in the lesion.Vascular access was obtained via femoral approach.The 80% stenosed, 25x2.5mm concentric, de novo target lesion was located in the moderately tortuous and severely calcified left anterior descending (lad) artery.The lesion was predilated resulting in 70% residual stenosis.The lesion was engaged using a 7fr guide catheter.A 1.25mm rotalink plus was selected for use.A rotawire crossed through the lesion and the rotalink plus burr was loaded onto the wire.The rotalink plus burr was advanced and parked proximal to the lesion and the rpms were set to 180k.Rotablation was started and after one run for 15 seconds at 175k rpm, the rotalink plus burr became entrapped in the lesion.An attempt to remove the burr in dynaglide mode was made; however, was not successful.The burr was manually pulled but did not move from the lesion and it was noted that the drive shaft was elongating.The physician cut the drive shaft and attempted to remove the burr using a guidezilla but was unable to withdraw the burr.The procedure was abandoned and the patient went to surgery.It was further reported that a coronary artery bypass graft was performed and the burr was removed.Four days after the procedure, the patient died.
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Manufacturer Narrative
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Device evaluated by mfr: the returned complaint device consisted of a rotablator plus device.The burr catheter was attached to the advancer when received.The advancer, handshake connection, sheath, coil, burr and annulus were microscopically and visually examined.Visual examination revealed that the coil is stretched and separated 13.1cm from the handshake connection.The sheath is separated 6.5cm from the nosecone.The distal section of the coil, sheath, and the burr is missing.Microscopic examination revealed no damages.Functional testing was performed by rotating the drive shaft and it was unable to rotate.The drive shaft lack of rotation is an indication of a melted ultem.Inspection of the remainder of the device presented no damage or irregularities.A melted ultem would cause the device to stall and become potentially become stuck in the lesion.
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Manufacturer Narrative
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Correction - a4 unit of measure weight: lb to kg.
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Event Description
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It was reported that the burr became stuck in the lesion.Vascular access was obtained via femoral approach.The 80% stenosed, 25x2.5mm concentric, de novo target lesion was located in the moderately tortuous and severely calcified left anterior descending (lad) artery.The lesion was predilated resulting in 70% residual stenosis.The lesion was engaged using a 7fr guide catheter.A 1.25mm rotalink plus was selected for use.A rotawire crossed through the lesion and the rotalink plus burr was loaded onto the wire.The rotalink plus burr was advanced and parked proximal to the lesion and the rpms were set to 180k.Rotablation was started and after one run for 15 seconds at 175k rpm, the rotalink plus burr became entrapped in the lesion.An attempt to remove the burr in dynaglide mode was made; however, was not successful.The burr was manually pulled but did not move from the lesion and it was noted that the drive shaft was elongating.The physician cut the drive shaft and attempted to remove the burr using a guidezilla but was unable to withdraw the burr.The procedure was abandoned and the patient went to surgery.It was further reported that a coronary artery bypass graft was performed and the burr was removed.Four days after the procedure, the patient died.
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Search Alerts/Recalls
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