Application of biological dural graft made by meninges from porkers

Liu, P

doi:10.1016/s1673-5374(07)60002-4

Cited by 2 publications

(2 citation statements)

References 13 publications

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“…Since the report of the first duroplasty performed in 1890, different substances were used for this purpose, which can be divided into five groups for better understanding: metal sheets: gold, silver, platinum, nickel, aluminium, stainless steel and tantalum. Elaborated animal membranes: primary egg membrane, cargill, allantoic, amniotic, catgut, sheep peritoneum, bovine pericardium 4,5 porcine dermis, meninges and peritoneum, 6,7 bovine and equine collagen. [7][8][9][10][11][12][13][14] Elaborated autologous membranes: fascia lata, fascia temporalis, pericranium, fat, elaborated cadaveric dura mater, industrialized or lyophilized dura mater.…”

Section: Historical Datamentioning

confidence: 99%

“…Various presentations of collagen membrane are currently used in many countries, since the introduction in 1995 by Narotam et al 26 collagen derived membrane either from bovine or equine are abundantly used in USA and Europe, alone or associated with different types of fibrin glues. [7][8][9][10][11][12][13][26][27][28][29] Extended endoscopic trans nasal. Approaches for skull base report good results with equine collagen, due to its tensor resistance and efficiency in closing midline skull base defects avoiding CSF fistulae, when fibrin glue and nasal mucosa patch is associated.…”

Section: Modern Implantsmentioning

confidence: 99%

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Late favorable results of duroplasty with biocellulose: clinical retrospective study of 20 cases

Mello¹,

Alcantara²,

Bermardes³

et al. 2012

Arq Bras Neurocir

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Objective: Considering the importance of dural replacement in neurosurgery, mainly in times of advanced endoscopic skull base approaches, the authors report the late results after implanting of pure biocellulose membrane in 20 patients harboring different types of lesion, from 1996 to 1999, with objective of demonstrate its use in neurosurgery. Method: The casuistic was followed clinically and image studies were indicated when necessary. Dural substitution was achieved by continuous 4:0 prolene suture without additional glue. Results: The casuistic is constituted by four convexity or parasagittal meningiomas, three single cortical metastasis (melanoma, lung and renal carcinomas), two cerebellar gliomas (one multicentric GBM, one pilocytic cerebellar astrocytoma), one decompressive craniectomy for brain edema due to vasosespasm after aneurysm clipping one decompressive craniotomy for cerebral edema after hemorrhage of a giant fronto-parietal AVM, two mirror MCA aneurysms, one pineal and mesencephalic astrocitoma, one quadrigeminal cistern cyst, one accoustic schwanoma, one spontaneous cerebellar hematoma, one decompressive neurovascular operation for trigeminal neuralgia; 1 cauda equina ependimoma, one lombar myelomeningocele. Currently nine patients are alive, none had direct complication of implant. Recent NMR images of survivors do not show the membrane. Three wound infections could not be definitively attributed to patch. Conclusion: The material was considered safe for dural replacement. Due to inadequate elasticity of pure cellulose, the research was interrupted, waiting for a better product, which is currently being tested.

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Section: Historical Datamentioning

confidence: 99%

Section: Modern Implantsmentioning

confidence: 99%

Late favorable results of duroplasty with biocellulose: clinical retrospective study of 20 cases

Mello¹,

Alcantara²,

Bermardes³

et al. 2012

Arq Bras Neurocir

View full text Add to dashboard Cite

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Proposing Novel Biological Scaffolds for the Regeneration of the Dura Mater

Monazah,

Alimohammadi,

Rostaminasab

et al. 2024

Polymers for Advanced Techs

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The dura mater protects underlying tissues and cerebrospinal fluid, but dural abnormalities can cause leaking and meningitis and wound infections. This review emphasizes the relevance of dural repair and the progress of dural reconstruction materials, focusing on biological scaffolds. A comprehensive assessment of dural substitution literature focused on composite, acellular, natural, synthetic, and homologous materials. Decellularized dura scaffolds as viable natural biomaterials for tissue engineering are explored in this overview of these materials' properties, effectiveness, and therapeutic uses. The evaluation also compares materials and assesses host tissue response in preclinical and clinical studies. The review highlights various dural substitution findings. There is no gold standard for dural repair, despite the variety of materials used. Replicating natural dura mater's mechanical and structural qualities is difficult. Recent research suggests that decellularized dura scaffolds can regenerate tissue while reducing inflammation and transplant rejection. Furthermore, the movement toward personalized medicine in this sector suggests that bespoke alternatives might be chosen depending on patient characteristics, improving treatment effects. Synthesizing dural replacement research and clinical uses in this review adds to knowledge. It tackles standard materials' shortcomings and shows how biological scaffolds might improve dural repair. The analysis opens the door to personalized dural repair research that might enhance patient outcomes and advance neurosurgery. The insights presented herein highlight the intriguing prospects for appropriate dural restorative materials, seeking to improve dural defect treatment.

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Application of biological dural graft made by meninges from porkers

Cited by 2 publications

References 13 publications

Late favorable results of duroplasty with biocellulose: clinical retrospective study of 20 cases

Late favorable results of duroplasty with biocellulose: clinical retrospective study of 20 cases

Proposing Novel Biological Scaffolds for the Regeneration of the Dura Mater

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