BARD ACCESS SYSTEMS HEMOSTAR LONG-TERM HEMODIALYSIS CATHETER 14.5F STANDARD KIT (PRE-CURVED) (24CM); CATHETER, HEMODIALYSIS, IMPLANTED
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Model Number 5834190 |
Device Problem
Device Operates Differently Than Expected (2913)
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Patient Problem
No Known Impact Or Consequence To Patient (2692)
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Event Date 02/12/2018 |
Event Type
malfunction
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Manufacturer Narrative
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The following were reviewed as part of this investigation: patient severity, frequency analysis, applicable previous investigation(s), sample (if available), applicable fmea documents, labeling, and applicable manufacture records.Based on a review of this information, the following was concluded: the complaint of an indentation in the extension leg was confirmed, but the root cause could not be determined from the photograph.One photograph was provided for investigation.The photo showed the extension legs of a 24cm dialysis catheter.Blood was visible in the extension legs and yellow connectors were attached to the red and blue luer adaptors.The clamps were open.The arterial extension leg appeared indented near its midpoint.No other indentations in the extension legs could be detected in the photograph.Due to the evidence of use, it is possible that the extension legs became compressed with repeated clamping at the same location.Other contributing factors include restrictions in the catheter body or tip causing the extension leg to collapse under a negative pressure.A lot history review (lhr) of rezj0559 showed no other similar product complaint(s) from this lot number.
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Event Description
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It was reported that the rubber material used in the hemostar cvc on the two ports outside the patient's body allegedly has memory from the clamps, meaning when the clamps were applied between dialysis, usually two days between, the rubber materials keep the memory of the clamp and do not go back to its original round shape when unclamped, it remains collapsed, flat and narrow.This apparently causes reduction and restriction in blood flow through the ports of the cvc, which in turn causes reduction in pump speed used in dialysis, resulting in reduction in clearance in the dialysis treatment of the patient.
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Search Alerts/Recalls
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