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Based on the information available, a definitive root cause for the material separation cannot be made.The mesh remains implanted in the patient and is not available for review.However, an intraoperative photo was provided, confirming there was some separation of the st coating from the mesh.Per the laparoscopic use section in the instructions-for-use, "the "ventralight¿ st mesh should be hydrated for no more than 1-3 seconds just prior to laparoscopic placement.If sutures are being placed, attach the sutures to the ventralight¿ st mesh before hydration.The prosthesis must be rolled immediately after hydration about its long axis (lengthwise) with the bioresorbable coating inside to protect the bioresorbable coating." additionally, the instructions-for-use recommends the use of a 10mm trocar size for the product code used.It is possible that over-hydration and/or the size of trocar used for the procedure contributed to the material separation.Additional information was requested about the case.It was confirmed that they hydrated the mesh but could not provide the length of time.The size of trocar used was not provided.Over hydration can result in material disruption.A review of the manufacturing records was performed and found that the lot was manufactured to specification.To date, this is the only reported complaint for this manufacturing lot of (b)(4) units released for distribution in july 2019.Should additional information be provided, a supplemental emdr will be submitted.Not returned - remains implanted.
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As reported, during a robotic umbilical hernia repair procedure using a ventralight st mesh, the surgeon rolled the mesh, inserted it through the trocar and unrolled it to place it on the defect.Within moments of getting it positioned, the yellow ¿adhesion barrier ring (st coating)' separated from the mesh.The surgeon did not attempt to remove it, but managed to place the mesh over the defect.As reported, there was no patient injury and no post-op complications.
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