An end-user facility's pediatric clinical nurse specialist reported that a lp titanium vortex port had been inserted into a 9-year-old male patient in (b)(6) 2023.A few weeks later when it was accessed for the first time, bleed back was not able to be performed.Following an x-ray and ct angiogram it was discovered that the line had become detached from the hub.The line had migrated through the patient's heart, and it's tip was projected in the left main pulmonary artery.The patient was transferred to a cardiology specialist team, at a different specialist hospital, where the line part was removed under cardiological radiological guidance; the line part of the port was discarded following the removal procedure.Additionally, at a later date, the patient had the hub part of the port removed.
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Returned for evaluation was one (1) dual lumen port.As received, the port and collar were returned for evaluation.The customer did not return the catheter with the port.The port septum was filled with bio hazard material {blood}.There were no signs of damage or defects to either the port or connector.The customer did not return the catheter with the port.The port septa were filled with bio hazard material {blood}.There were no signs of damage or defects to either the port or connector.The customer's reported complaint of the catheter detached/disconnected from the port housing could not be confirmed since the customer only returned the port housing and connector, but not the catheter tubing.The port and connector met visual and dimensional specifications and a definitive root cause for this complaint event could not be determined.A definitive root cause for the complaint description of catheter disconnected from port housing could not be determined from sample review.The port and connector were returned, and no damage or defects were detected.The port, male stems and connector met all dimensional specifications.Given that the catheter detachment event occurred within 4 weeks of the port placement procedure, a potential root cause is inadequate/unsecured connection of the catheter to the port housing.This is supported by fact that there was no fractured portion of catheter returned connected to the port housing.In addition, this is a short period of time for flexural fatigue failure of the catheter tubing to occur (i.E.Pinch-off syndrome).A review of the device history records was performed for the indicated lots for any deviations related to the reported failure mode of the complaint.The review confirms that the lots met all material, assembly and performance specifications; i.E.No ncr associated with reported failure mode.Labeling review: the instructions for use, which is supplied to the user with this catalog number, contains the following statements.Catheter placement considerations: warning: avoid medial catheter placement into subclavian vein through percutaneous technique.This placement could lead to catheter occlusion, damage, rupture, shearing, or fragmentation due to compression of the catheter between the first rib and clavicle.Catheter shearing has been reported when the catheter is inserted via a more medial route in the subclavian vein.Warning: for chest placement, avoid medial catheter placement: instructions for implantation of the vortex® mp port into subclavian vein through percutaneous technique.This placement could lead to catheter occlusion, damage, rupture, shearing, or fragmentation due to compression of the catheter between the first rib and clavicle.Catheter shearing has been reported when the catheter is inserted via a more medial route to the subclavian vein.Note: a port placed too deeply may be difficult to palpate and access.Potential complications: use of the system involves potential risks associated with any implanted device or indwelling catheter.They include, but are not limited to: drug extravasation (leakage); catheter malposition; catheter fragmentation; catheter pinch-off; embolization.The bayonet locking mechanism for the lifeport* and vortex lp implantable port.Slide the bayonet locking mechanism over the end of the catheter.The suture tab should be in the upright position.Dry outlet tube(s) and proximal end of the catheter.Slide catheter tip approximately half way onto the port outlet tube(s).Slide the bayonet locking mechanism and catheter onto outlet tubes until the suture tab contacts the port body.Turn lock 90 degrees until suture tab lies flush with the port base thereby locking the catheter into place.Note: with proper assembly, a short "doughnut" shaped section of catheter should be visible between the bayonet locking ring and the port body.The port stems must remain perpendicular to the port base.Improper assembly may result in catheter damage, leaking, or possible disconnection.Prior practice is recommended to ensure dexterity in connecting the catheter to the port.A review of the angiodynamics complaint system noted no adverse trends for this complaint type and product family.This type of complaint will continue to be monitored for trends.Reference (b)(4).
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