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Model Number H749518080 |
Device Problems
No Display/Image (1183); Kinked (1339)
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Patient Problem
No Consequences Or Impact To Patient (2199)
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Event Date 05/20/2014 |
Event Type
malfunction
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Event Description
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Reportable based on device analysis completed on 29jun2014.It was reported that catheter kink and lost image occurred.The 90% stenosed, mildly calcified, moderately tortuous target lesion was located in the middle of the left anterior descending artery.During a percutaneous coronary intervention, an opticross¿ imaging catheter was used.When attempting to cross the lesion, resistance was encountered.Therefore the catheter was pushed and then the catheter as kinked which caused the loss of image.The procedure was completed with another with same device.No patient complications reported and the patient's condition is good.However, device analysis revealed an open hole at the sheath lap joint section of the device.
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Manufacturer Narrative
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Age at time of event: 18 years or older.(b)(4).Device evaluated by manufacturer: the complaint device was received for evaluation.Evaluation of the returned device revealed the telescope assembly was not able to properly pull back, advance, or retract.An open hole was observed at the sheath lap joint section of the device.Fluid was leaking from the open hole at the sheath lap joint assembly when the catheter was flushed.A test guidewire (0.014") was inserted and no indication of resistance in tracking the guidewire into the catheter was noted.During image characterization testing, no image appeared in the system due to electrical open at proximal.In order to inspect for imaging core (ic) windup at the proximal end of the catheter, the hub rotator retainer clip was removed.The rotator and imaging core assembly was pulled out from hub.Imaging core windup was found within the telescope section of the device.No other issues or defects were observed during product analysis of the returned device.The manufacturing batch record review confirmed that the device met all material, assembly and performance specifications.The most probable root cause is operational context as device performance was limited due to anatomical procedural factors.(b)(4).
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Search Alerts/Recalls
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