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      Medicolegal corner (spine): Contraindicated use of DuraSeal in anterior cervical spine led to quadriplegia

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          Abstract

          Background:

          The package insert for DuraSeal (Integra LifeSciences, Princeton NJ) states it is Contraindicated for use in the anterior cervical spine (confined space): “Do not apply DuraSeal® hydrogel to confined bony structures where nerves are present since neural compression may result due to hydrogel swelling (…up to 12% of its size in any direction).” Further, it should not be used to treat massive unrepaired cerebrospinal fluid (CSF) leaks in any location; “…(it) is indicated as an adjunct to sutured dural repair during spine surgery to provide watertight closure,” but it is not to be used “...for a gap greater than 2 mm….”

          Methods:

          A spinal surgeon interpreted a geriatric patient’s MR as showing severe C3-C4 to C5-C6 anterior cord compression due to disc disease/spondylosis. However, he never reviewed the CT report/images that documented marked ossification of the posterior longitudinal ligament (OPLL) with multiple signs of dural penetrance.

          Results:

          The anterior C4, C5 corpectomy, and C3-C6 strut fusion/plating resulted in a massive, irreparable cerebrospinal fluid (CSF) leak. Despite the contraindications, the surgeon mistakenly applied DuraSeal which caused the patient’s postoperative quadriplegia (i.e., as documented on the delayed postoperative MR scan). Following a secondary surgery consisting of a laminectomy/posterior fusion, the patient was still quadriplegic. Further, as he requested no postoperative MR scan and performed no subsequent corrective surgery (i.e., anterior removal of DuraSeal), the patient remained permanently quadriplegic.

          Conclusion:

          DuraSeal is directly contraindicated for use in the anterior cervical spine, with/without a CSF leak. Here, utilizing DuraSeal for anterior cervical OPLL surgery resulted in permanent quadriplegia, and was below the standard of care.

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          Most cited references7

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          A review article on the diagnosis and treatment of cerebrospinal fluid fistulas and dural tears occurring during spinal surgery

          Background: In spinal surgery, cerebrospinal fluid (CSF) fistulas attributed to deliberate dural opening (e.g., for tumors, shunts, marsupialization of cysts) or inadvertent/traumatic dural tears (DTs) need to be readily recognized, and appropriately treated. Methods: During spinal surgery, the dura may be deliberately opened to resect intradural lesions/tumors, to perform shunts, or to open/marsupialize cysts. DTs, however, may inadvertently occur during primary, but are seen more frequently during revision spinal surgery often attributed to epidural scarring. Other etiologies of CSF fistulas/DTs include; epidural steroid injections, and resection of ossification of the posterior longitudinal ligament (OPLL) or ossification of the yellow ligament (OYL). Whatever the etiology of CSF fistulas or DTs, they must be diagnosed utilizing radioisotope cisternography (RIC), magnetic resonance imaging (MRI), computed axial tomography (CT) studies, and expeditiously repaired. Results: DTs should be repaired utilizing interrupted 7-0 Gore-Tex (W.L. Gore and Associates Inc., Elkton, MD, USA) sutures, as the suture itself is larger than the needle; the larger suture occludes the dural puncture site. Closure may also include muscle patch grafts, dural patches/substitutes (bovine pericardium), microfibrillar collagen (Duragen: Integra Life Sciences Holdings Corporation, Plainsboro, NJ), and fibrin glues or dural sealants (Tisseel: Baxter Healthcare Corporation, Deerfield, IL, USA). Only rarely are lumbar drains and wound-peritoneal and/or lumboperitoneal shunts warranted. Conclusion: DTs or CSF fistulas attributed to primary/secondary spinal surgery, trauma, epidural injections, OPLL, OYL, and other factors, require timely diagnosis (MRI/CT/Cisternography), and appropriate reconstruction.
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            Reperfusion Injury (RPI)/White Cord Syndrome (WCS) Due to Cervical Spine Surgery: A Diagnosis of Exclusion

            Background: Following acute cervical spinal cord decompression, a subset of patients may develop acute postoperative paralysis due to Reperfusion Injury (RPI)/White Cord Syndrome (WCS). Pathophysiologically, this occurs due to the immediate restoration of normal blood flow to previously markedly compressed, and under-perfused/ischemic cord tissues. On emergent postoperative MR scans, the classical findings for RPI/ WCS include new or expanded, and focal or diffuse intramedullary hyperintense cord signals consistent with edema/ischemia, swelling, and/or intrinsic hematoma. To confirm RPI/WCS, MR studies must exclude extrinsic cord pathology (e.g. extramedullary hematomas, new/residual compressive disease, new graft/vertebral fracture etc.) that may warrant additional cervical surgery to avoid permanent neurological sequelae. Methods: In the English literature (i.e. excluding 2 Japanese studies), 9 patients were identified with postoperative RPI/WCS following cervical surgical procedures. For 7 patients, new acute postoperative neurological deficits were appropriately attributed to MR-documented RPI/WCS syndromes (i.e. hyperintense cord signals). However, for 2 patients who neurologically worsened, MR studies demonstrated residual extrinsic disease (e.g. stenosis and OPLL) warranting additional surgery; therefore, these 2 patients did not meet the criteria for RPI/WCS. Results: The diagnosis of RPI/WCS is one of exclusion. It is critical to rule out residual extrinsic cord compression where secondary surgery may improve/resolve neurological deficits. Conclusions: Patients with acute postoperative neurological deficits following cervical spine surgery must undergo MR studies to rule out extrinsic cord pathology before being diagnosed with RPI/WCS. Notably, 2 of the 9 cases of RPI/WCS reported in the literature required additional surgery to address stenosis and OPLL, and therefore, did not have the RPI/WCS syndromes.
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              Wound-peritoneal shunts: part of the complex management of anterior dural lacerations in patients with ossification of the posterior longitudinal ligament.

              The complex management of dural lacerations occurring after the resection of multilevel ossification of the posterior longitudinal ligament (OPLL) requires further clarification. Both preoperative MR and CT studies documented multilevel ventral cord compression attributed to OPLL with kyphosis in 82 patients requiring multilevel anterior corpectomy/fusion (ACF) (average, 2.6 levels) followed by posterior fusion (PF) (average, 6.6 levels) under the same anesthetic. The 5 patients who developed intraoperative dural lacerations/penetration demonstrated the single-layer sign (2 patients: large central mass) or the double-layer sign (3 patients: hyperdense/hypodense/hyperdense layers) on preoperative 2-dimensional CT studies. All 5 patients were managed with complex dural repair (sheep pericardial grafts, fibrin sealant, microfibrillar collagen) and had shunts placed (wound-peritoneal and lumboperitoneal). After complex dural repair/shunting, all 5 intraoperative dural lacerations (DLs) resolved. The application of low-pressure wound-peritoneal shunts was unique to this study (Uni-Shunts, Codman, Johnson and Johnson, Dorchester, Mass). The proximal end is placed lateral/parallel to the fibula strut graft/plate complex, whereas the distal catheter is tunneled into the peritoneum in the right upper quadrant (always prepared and draped in anticipation of the need for a shunt). Of 82 patients undergoing multilevel anterior corpectomy for OPLL/kyphosis, 5 developed intraoperative DLs successfully managed with a complex dural repair, wound-peritoneal, and lumboperitoneal shunting procedures. Copyright 2009 Elsevier Inc. All rights reserved.
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                Author and article information

                Contributors
                Journal
                Surg Neurol Int
                Surg Neurol Int
                Surgical Neurology International
                Scientific Scholar (USA )
                2229-5097
                2152-7806
                2021
                19 October 2021
                : 12
                : 532
                Affiliations
                [1 ]Department of Neurosurgery, School of Medicine, State University of New York at Stony Brook, NY and c/o Dr. Marc Agulnick, 1122 Frankllin Avenue Suite 106, Garden City, New York, United States.
                [2 ]The Lancione Law Firm, Rocky River, Ohio, United States.
                Author notes
                [* ] Corresponding author: Nancy E Epstein, MD, Department of Neurosurgery, School of Medicine, State University of New York at Stony Brook, NY, and c/o Dr. Marc Agulnick, 1122 Franklin Avenue Suite 106, Garden City, NY 11530 New York, United States. nancy.epsteinmd@ 123456gmail.com
                Article
                10.25259/SNI_875_2021
                10.25259/SNI_875_2021
                8571335
                34754582
                c11d3d46-3056-40ea-843f-250b36bc17d6
                Copyright: © 2021 Surgical Neurology International

                This is an open-access article distributed under the terms of the Creative Commons Attribution-Non Commercial-Share Alike 4.0 License, which allows others to remix, tweak, and build upon the work non-commercially, as long as the author is credited and the new creations are licensed under the identical terms.

                History
                : 30 August 2021
                : 31 August 2021
                Categories
                Review Article

                Surgery
                anterior cervical surgery,cerebrospinal fluid leak,corpectomy,duraseal,fibrin sealant,fusion,ossification of the posterior longitudinal ligament,quadriplegia

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