Model Number PVS |
Device Problem
Device Dislodged or Dislocated (2923)
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Patient Problems
Weight Changes (2607); Heart Failure/Congestive Heart Failure (4446); Aortic Valve Insufficiency/ Regurgitation (4450)
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Event Date 11/20/2022 |
Event Type
Injury
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Event Description
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The manufacturer was informed that on (b)(6) 2022, a perceval valve size s23 was implanted in the patient.On (b)(6) 2022, the patient's condition deteriorated.Anorexia, weight loss, and aortic regurgitation were observed.There were also signs of heart failure.On (b)(6) 2022, tee confirmed the aortic regurgitation.The valve was eventually explanted on (b)(6) 2022.As per echo review, the device was dislodged.Reportedly, after the explant of the valve it was noted that part of cuff was not flat and was transformed but it was unclear when the product has been deformed.Based on the information received, perioperative and postoperative ct was investigated, and no leak was found.Furthermore, the concomitant procedure was avr+ cabg full sternotomy.
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Manufacturer Narrative
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Updated fields: b4, g3, g6, h2, h6.The manufacturing and material records for the perceval heart valve and stent, model #icv1209, s/n # (b)(6), as they pertain to the reported event, were retrieved and reviewed by the manufacturer¿s quality engineering.The results confirmed that this valve satisfied all material, visual, and performance standards required for a (model #icv1209) perceval heart valve at the time of manufacture and release.The device has not yet been returned to the manufacturer.The manufacturer will submit a follow up report upon receipt of the device.
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Manufacturer Narrative
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The valve was returned to the manufacturer.After decontamination, the valve was visually inspected without observing any macroscopic anomalies and/or pre-existing defects according to the specifications.During the simulation of the valve deployment, in silicon aortic roots #21 and #23, no problems were encountered during the ballooning phase.The sealing at the annulus level was guaranteed, and the valve remained fixed within the annulus.Then, inserting some water in the aortic roots from the outflow side, no paravalvular leaks were observed during both the simulations, considering the static conditions of the test.The water level remained stable under the leaflets free edge.Based on the information available, the definitive root cause of the reported event cannot be established.However, from the performed analyses, it is possible to exclude any relationship between the device quality and the reported issue.Furthermore, based on the document review performed, no manufacturing deficiencies was noted.Should further information be received in the future, a follow up report will be provided.
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Search Alerts/Recalls
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