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Model Number 39467-150 |
Device Problem
Adverse Event Without Identified Device or Use Problem (2993)
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Patient Problems
Bradycardia (1751); Low Blood Pressure/ Hypotension (1914); Ischemia (1942); Pseudoaneurysm (2605)
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Event Date 01/22/2022 |
Event Type
Injury
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Event Description
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It was reported that no flow and vessel pseudoaneurysm occurred.The diffused, 85% stenosed, concentric, de novo target lesion was located in the severely tortuous and moderately to severely calcified right coronary artery (rca) with timi 2 flow.A 1.25mm rotapro and rotawire were selected for use in the percutaneous coronary intervention (pci) procedure.There was a significant bend in the lesion less than 45 degrees.Vascular access was obtained from the right femoral artery.An intra-aortic balloon pump (iabp) catheter was inserted into the left femoral artery, a non-boston scientific (non-bsc) guiding catheter advanced and angiography performed on the rca.The lesion was predilated with a balloon.Seven ablations were performed with speeds between 155,000rpm and166,000rpm and each run was under 30 seconds.After the seven ablations, the rotapro burr detached from the shaft in a segment of severe angulation after a prolonged run in extremely dense calcification.The devices were removed, including the detached burr, together with the rotawire.Angiography revealed a dual lumen, consistent with dissection, at the site of the rota burr interaction with the vessel, with timi 1 distal flow.The procedure was continued with another 1.50mm rotapro device which initially met resistance in the proximal vessel.Four ablations were completed with speeds between 155,000rpm and 166,000rpm.The patient experienced bradycardia and hypotension.The rotawire was exchanged for a workhorse guidewire.Angiography revealed the dissection had expanded to form a pseudoaneurysm, no perforation, with timo 0 flow to the distal vessel.A 2.0mm balloon was inflated sequentially to improve flow.A 3.0 x 33 non-bsc drug eluting stent was implanted from proximal to mid vessel to provide flow to the mid rca.Final angiography showed a widely patent stent within a large, surrounding dissection plane (pseudoaneurysm).Flow was diminished past the mid vessel balloon inflations and barely reached the distal branches (timi 1).Dopamine was used to increase the patient blood pressure.There were no further patient complications and the patient status was stable.
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Event Description
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It was reported that no flow and vessel pseudoaneurysm occurred.The diffused, 85% stenosed, concentric, de novo target lesion was located in the severely tortuous and moderately to severely calcified right coronary artery (rca) with timi 2 flow.A 1.25mm rotapro and rotawire were selected for use in the percutaneous coronary intervention (pci) procedure.There was a significant bend in the lesion less than 45 degrees.Vascular access was obtained from the right femoral artery.An intra-aortic balloon pump (iabp) catheter was inserted into the left femoral artery, a non-boston scientific (non-bsc) guiding catheter advanced and angiography performed on the rca.The lesion was predilated with a balloon.Seven ablations were performed with speeds between 155,000rpm and166,000rpm and each run was under 30 seconds.After the seven ablations, the rotapro burr detached from the shaft in a segment of severe angulation after a prolonged run in extremely dense calcification.The devices were removed, including the detached burr, together with the rotawire.Angiography revealed a dual lumen, consistent with dissection, at the site of the rota burr interaction with the vessel, with timi 1 distal flow.The procedure was continued with another 1.50mm rotapro device which initially met resistance in the proximal vessel.Four ablations were completed with speeds between 155,000rpm and 166,000rpm.The patient experienced bradycardia and hypotension.The rotawire was exchanged for a workhorse guidewire.Angiography revealed the dissection had expanded to form a pseudoaneurysm, no perforation, with timo 0 flow to the distal vessel.A 2.0mm balloon was inflated sequentially to improve flow.A 3.0 x 33 non-bsc drug eluting stent was implanted from proximal to mid vessel to provide flow to the mid rca.Final angiography showed a widely patent stent within a large, surrounding dissection plane (pseudoaneurysm).Flow was diminished past the mid vessel balloon inflations and barely reached the distal branches (timi 1).Dopamine was used to increase the patient blood pressure.There were no further patient complications and the patient status was stable.
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