Abstract:BACKGROUND:Frontal sinus fractures have always been unique because of the controversy surrounding their ideal treatment protocol and the fatal complications that could follow if the wrong treatment opts.AIM:The purpose of this study was to assess clinically and radiographically frontal sinus obliteration technique utilising autogenous abdominal fat graft.PATIENTS AND METHODS:This study was carried out on 20 patients having anterior table fracture of their frontal sinuses indicated for sinus obliteration. All s… Show more
“…Grafted abdominal fat is easily available and has been shown to encourage healing and prevent regrowth of mucoperiosteum. [ 3 , 4 ] While the use of abdominal fat grafts is a standard practice for sinus obliteration when the posterior wall of the frontal sinus remains intact,[ 3 ] fewer reports have investigated its use in the context of frontal sinus cranialization as demonstrated here. Risks associated with grafting abdominal fat to the frontal sinuses include infection as well as mucocele formation in the setting of graft resorption,[ 2 , 3 ] though the incidence of these complications is reportedly low, even in long-term follow-up.…”
Section: Discussionmentioning
confidence: 99%
“…Risks associated with grafting abdominal fat to the frontal sinuses include infection as well as mucocele formation in the setting of graft resorption,[ 2 , 3 ] though the incidence of these complications is reportedly low, even in long-term follow-up. [ 3 , 4 ]…”
Background:
Anterior skull base fractures represent a unique challenge for neurosurgical repair due to the potential for orbital injury and the proximity to the air sinuses, yielding increased possibility for infection, and persistent cerebrospinal fluid (CSF) leak. While multiple techniques are available for the repair of anterior skull base defects, there exists a paucity of robust, long-term clinical data to guide the optimal surgical management of these fractures.
Case Description:
We present the case of a complex, traumatic penetrating anterior skull base fracture, and describe a multi-layered approach for successful repair – namely, with the use of a temporally-based pericranial flap, split-thickness frontal bone graft, and autogenous abdominal fat graft. The patient was followed for nine months postoperatively, over which time she experienced no significant complications.
Conclusion:
The goal of successful anterior skull base repair involves creating a durable, watertight separation between intra and extracranial compartments to prevent CSF leak, protect intracranial structures, and minimize infection risk. The temporally-based pericranial flap, split-thickness frontal bone graft, and autogenous abdominal fat graft represent safe and efficacious approaches to achieve lasting repair.
“…Grafted abdominal fat is easily available and has been shown to encourage healing and prevent regrowth of mucoperiosteum. [ 3 , 4 ] While the use of abdominal fat grafts is a standard practice for sinus obliteration when the posterior wall of the frontal sinus remains intact,[ 3 ] fewer reports have investigated its use in the context of frontal sinus cranialization as demonstrated here. Risks associated with grafting abdominal fat to the frontal sinuses include infection as well as mucocele formation in the setting of graft resorption,[ 2 , 3 ] though the incidence of these complications is reportedly low, even in long-term follow-up.…”
Section: Discussionmentioning
confidence: 99%
“…Risks associated with grafting abdominal fat to the frontal sinuses include infection as well as mucocele formation in the setting of graft resorption,[ 2 , 3 ] though the incidence of these complications is reportedly low, even in long-term follow-up. [ 3 , 4 ]…”
Background:
Anterior skull base fractures represent a unique challenge for neurosurgical repair due to the potential for orbital injury and the proximity to the air sinuses, yielding increased possibility for infection, and persistent cerebrospinal fluid (CSF) leak. While multiple techniques are available for the repair of anterior skull base defects, there exists a paucity of robust, long-term clinical data to guide the optimal surgical management of these fractures.
Case Description:
We present the case of a complex, traumatic penetrating anterior skull base fracture, and describe a multi-layered approach for successful repair – namely, with the use of a temporally-based pericranial flap, split-thickness frontal bone graft, and autogenous abdominal fat graft. The patient was followed for nine months postoperatively, over which time she experienced no significant complications.
Conclusion:
The goal of successful anterior skull base repair involves creating a durable, watertight separation between intra and extracranial compartments to prevent CSF leak, protect intracranial structures, and minimize infection risk. The temporally-based pericranial flap, split-thickness frontal bone graft, and autogenous abdominal fat graft represent safe and efficacious approaches to achieve lasting repair.
“…Fat has a wide range of sources and strong plastic characteristics, which makes it widely used in the frontal sinus obliteration. However, the use of fat could cause additional damage to the donor sites and prolonge the operative time ( 11 , 17 , 18 , 23 ). The pericranial flap is commonly used for anterior skull base reconstruction ( 24 – 26 ).…”
BackgroundFrontal sinus exposure is a common consequence of frontal craniotomy. Cerebrospinal fluid leakage and infection are the major postoperative complications that may occur as a result of the open frontal sinus. The successful filling of the open frontal sinus provides an approach to prevent significant complications caused by frontal sinus exposure.ObjectiveThis article describes a new technique to reconstruct the exposed frontal sinus cavity with the combined application of gelatin sponge and a vascularized pericranial flap.MethodsA total of 140 patients underwent frontal sinus reconstruction using gelfoam and vascularized pericranial flaps from 2016 to 2021. Gelatin sponge was used to fill the frontal sinus, and a vascularized pericranial flap was used to cover the frontal sinus when the bone flap was retracted.ResultsPostoperative cerebrospinal fluid leakage and infection did not occur in any patient.ConclusionOur results validated the effectiveness of our technique in the prevention of exposed frontal sinus-related postoperative complications.
“…Prior studies have raised the possibility that avascular bone grafts may be associated with greater risk of postoperative infection given that they have demonstrated higher rates of bony resorption, posing a risk of nonpermanent NFD obliteration and resulting ascending infection of the frontal sinus. 29 The present systematic review corroborated these limitations of avascular bone grafts by demonstrating 34 Case report 1 Tibial epiphyseal bone graft and fibrin sealant Rodríguez et al 36 Prospective 18 Cranial bone and DBX de Melo et al 21 Case report 1 Galeal frontalis flap Kim et al 26 Case report 1 Autologous bone graft and hydroxyapatite Kalavrezos et al 10 Retrospective 51 Pericranial flap Singh et al 11 Case report 1 Bone graft from iliac crest Polo et al 12 Case report 1 Pericranium and fascia and temporal muscle flap Faverani et al 22 Case report 1 Pedicled pericranium flap Baccarani et al 28 Case report 1 Combined pericranial flap and free radial fasciosubcutaneous extension forearm flap Eledeissi et al 17 Retrospective 20 Pericranial flap and bone chips Sailer et al 13 Retrospective 66 Pedicled pericranial flap Bluebond-Langner et al 25 Case report 2 Free fibula flap Kim et al 23 Case report 5 Reverse pedicled temporalis muscle flap Jaźwiec et al 24 Case report 1 Pericranial flap Kang et al 31 Retrospective 17 Autogenous calvarial bone de Melo et al 21 Case 27 Case report 7 Fibula free flap Kamoshima et al 19 Case report 1 Pericranial flap Disa et al 20 Case report 6 Pedicled transverse glabellar muscle flap Griner and Sargent 8 Case report 1 Bone graft and pericranial flap Pollock et al 32 Retrospective 34 Bone graft Kim et al 33 Retrospective 14 Bone and fat statistically significant increases in various postoperative morbidities. Bone grafts, when used without any other materials such as an accompanying flap, were associated with an increased occurrence of reoperation, frontal sinus infection, mucocele formation, and total overall number of postoperative complications.…”
Section: Face 2(4)mentioning
confidence: 99%
“…7,[9][10][11][12][13][14][15][16] Surgical mismanagement of FSF can lead to serious morbidities such as FACE 2 (4) infection, intracranial abscess, mucocele formation, chronic pain, and reoperation. [6][7][8]17 As a result, an analysis of treatment algorithm optimization for FSF is warranted. While numerous studies have examined various aspects of the management ladder for FSF, high-level evidence for specific choice of NFD obliteration material has not yet been established.…”
Introduction: Within the surgical management algorithm for frontal sinus fracture (FSF), the choice of material for nasofrontal duct (NFD) obliteration is controversial, and a multitude of materials have been described in the literature. The present study aims to perform a systematic review to determine postoperative outcomes associated with various NFD obliteration materials. Methods: Two independent reviewers identified studies to be included based on inclusion and exclusion criteria. Odds ratios and Fisher’s Exact Tests were then used to compare outcomes between cohorts based on the material used for NFD obliteration. Complications under review included donor site complications, reoperations, frontal sinus infections, cerebrospinal fluid leaks, cosmetic defects, persistent pain and/or headaches, and mucocele formation. Results: Twenty-nine studies met inclusion criteria. The use of a vascularized flap was associated with a reduced risk of reoperation and postoperative frontal sinus infection compared with non-flap materials (OR = 0.23 (CI: 0.05, 1.04), P = .05. The use of avascular bone graft was associated with an increased risk of reoperation (OR = 8.89 (CI: 2.24, 29.94), P < .001. Use of bone graft was associated with increased postoperative frontal sinus infection compared with non-bone materials (OR = 3.92 (CI: 1.28, 11.96)), P = .017 and postoperative mucocele formation, P = .0035. The use of bone graft was associated with increased risk of total postoperative complications (OR = 2.68 (CI: 1.41, 5.11), P < .01. Use of autologous materials was associated with decreased number of total complications when compared with non-autologous materials (OR = 0.13 (CI: 0.02, 0.99), P = .02. Conclusions: Avascular grafts, such as bone grafts, for NFD obliteration may be associated with an increased risk of reoperation. In particular, bone grafts are associated with higher rates of reoperation, postoperative infection and mucocele formation. Vascularized flaps appear to offer excellent postoperative outcomes with minimal operative morbidity. This systematic review may be useful in further refining the roles of certain materials in NFD obliteration for FSF surgery.
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