Central Odontogenic Fibroma, its Treatment and its Recurrence: A Systematic Review
Lombardi-Azócar JJ1*, García-Cano E1, Malagón-Hidalgo HO2, González-Magaña F3, Montiel-Jarquín AJ4, González-Chapa DR1
1 Plastic and Reconstructive Surgery Residtent, ISSEMYM, Toluca, State of México, México.
2 Head of Plastic and Reconsructive Surgery, ISSEMYM, Toluca, State of México, México.
3 Maxillofacial Surgery Attending Physician, ISSEMYM, Toluca, State of México, México.
4 Head of investigation in HTYO IMSS, Puebla, Puebla, México.
Plastic and Reconstructive Surgery Residtent,
ISSEMYM, Toluca, State of México, México, USA.
Tel: +52 (722) 426 03 07
Received: January 25, 2017; Accepted: February 18, 2017; Published: February 22, 2017
Citation: Lombardi-Azócar JJ, García-Cano E, Malagón-Hidalgo HO, González-Magaña F, Montiel-Jarquín AJ, et al., (2017) Central Odontogenic Fibroma, its Treatment and its Recurrence: A Systematic Review. Int J Dentistry Oral Sci. S10:001, 1-7.
Copyright: Lombardi-Azócar JJ© 2017. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution and reproduction in any medium, provided the original author and source are credited.
Introduction: The central odontogenic fibroma (COF) is an extremely rare benign neoplasm of intraosseous or central presentation, being itself only 0.1% of all odontogenic tumors. The purpose of this systematic review is to provide an overview of the treatment of the central odontogenic fibroma and its recurrence.
Methods: Following PRISMA guideline, a systematic review was carried out.
Results: The initial search retrieved 51763 articles identified through database searching, and 41 articles identified through manual search. After examination of the title and the abstract, 83 articles were retrieved for further examination. Sixty-two articles were included, thus obtaining a total of 104 patients.The recurrence of the 84 patients was 4.76%.
Discussion: The recurrence reports vary in the literature. The most recent review by Garcia-Cano E, et al., showed no recurrence whatsoever; Ramer and colleagues reported only 5 cases of recurrence. However, only 39 cases out of 68 were followed up. In this systematic review out of 84 patients, 4 (4.7%) presented recurrence. From these, 3 cases were treated by enucleation and one by curettage.
Conclusion: The recurrence rate in these tumors is very low and mainly related to an incomplete resection. Therefore, conservative surgery must be done as a first-line treatment.
3.1 Search Strategy
3.2 Data Extraction and Analysis
3.3 Inclusion Criteria
3.4 Exclusion Criteria
3.5 Patients without follow-up
5.1 Unerupted Tooth Relation
Systematic Review; Central Odontogenic Fibroma; Treatment; Recurrence.
The central odontogenic fibroma (COF) is an extremely rare benign neoplasm of intraosseous or central presentation, being itself only 0.1% of all odontogenic tumors [1, 2]. It is histologically considered among the odontogenic tumors of mesenchymal tissue, with or without formation of odontogenic epithelium . The World Health Organization (WHO) defines it as a benign proliferation of ectomesenchyme fibroblastic tissue characterized by a variable number of apparently inactive odontogenic epithelium . There are two distinct histological types:
1. Simple COF, characterized as a poorly cellular and myxoid fibroblastic neoplasia without odontogenic epithelial component.
2. WHO or complex COF, with abundant odontogenic epithelium cell with foci of calcification .
The treatment of COF in the literature mainly involves conservative surgery . However, this treatment is based only in case reports or literature reviews without a complete follow-up of all the patients.
The purpose of this systematic review is to provide an overview of the treatment of the central odontogenic fibroma and its recurrence, based on the following key questions:
(1) What are the surgical treatments reported ?
(2) What is the recurrence with these treatments ?
A research through public domain databases was performed to identify articles focusing on COF and its treatment by two authors Lombardi-Azócar JJand García-Cano E, including the following databases: PubMed, Embase, Cochrane Library, and Web of Science (all searched up to January 4th, 2016). In addition, we performed a manual search of secondary sources including references of the articles initially identified. The goal was to identify all studies addressing COF in relation to its treatment and its recurrence.
The following search terms were used: ((((((Central Odontogenic Fibroma) OR COF) AND Treatment) OR Enucleation) OR curettage) OR Resection) AND Recurrence.
We followed the PRISMA guideline for systematic reviews.
All the articles regarding the prevalence and treatment of patients with COF and its recurrence were included. The full texts of articles that met the inclusion criteria and of articles whose abstract was lacking information were obtained.
Data on the number of patients, patient characteristics such as gender, age, COF localization, correlation with unerupted tooth, treatment used, follow-up, and recurrence were tabulated.
Patients with histopathological diagnosis of COF, with follow-up and information regarding recurrence.
Patients with histopathological diagnosis of odontogenic fibroma, without diagnosis of being central.
Patients without follow-up
Patients without information about recurrence. Patients with histopathological findings of COF and other types in the same tumor. Articles that did not have an English abstract with the above-mentioned characteristics.
The initial search retrieved 51763 articles identified through database searching, and 41 articles identified through manual search. After examination of the title and the abstract, 83 articles were retrieved for further examination. Sixty-two articles were included, thus obtaining a total of 104 patients (Table 1).
For the analysis of the correlation with an unerupted tooth, 13 patients from one article were excluded because no information was available, resulting in a total of 91 patients.
For the analysis of the tumor localization, all of the 104 patients were included.
For the treatment and recurrence analysis, 20 patients from 5 articles were excluded due to a lack of information about followup, diagnosis of being central, or information about recurrence. Eighty-Four patients were included in the analysis.
The age of the patients ranged from 3 to 74 years old, with a mean age of 31.11 years (n=104), with a gender relation of 0.79:1 (46 males – 58 females).
The unerupted toot relation for the 91 patients was 28.57% (26 patients).
The most frequent localization for all patients was the mandible in 52% (54 patients), and the maxilla 48% (50 patients).
The surgery type of the 84 patients included were as shown in the Table 2.
The recurrence of the 84 patients was 4.76% (4 patients) Table 3.
Cicconetti and colleagues made a literature survey which included 64 patients, from which 25% of them were associated with the presence of an unerupted tooth . However, in our systematic review, we included 91 patients, and only 26 of them correlated with an unerupted tooth (28.57%), while the rest did not (65 patients, 71.43%). Therefore, its presence is not necessary to make a differential radiological diagnosis.
The localization of these tumors varies in the literature. The larger the number of patients, the more the percentage changes. Handlers described 39 cases of COF, reporting 56% occurring in the maxilla and 44% in the mandible . Ramer showed an incidence ratio in mandible and maxilla of 1:1 (34:34 patients) . Meanwhile, in the most recent review by Cicconetti, they reported 52 patients, founding 61.53% in the mandible and 38.47% in the maxilla .
Nonetheless in our systematic review, out of 104 patients, 54 (52%) were located in the mandible, while the rest 50 (48%) were located in the maxilla.
The first authors who reported curettage as a first-line treatment were Dunlap and Barker, who presented two cases of maxillary odontogenic fibroma treated by this method with a follow-up of 9 to 10 years without evidence of recurrence . Since these lesions readily separate from their bony crypt and show no evidence of bony infiltration , generally the treatment described in the literature has been conservative.
However, there are special cases in which resections are necessary due to the extension of the tumor that compromises the bony structures, thus not allowing a conservative treatment; such treatments include mandibulectomy, hemimandibulectomy, resection and reconstruction with bone grafts or free flaps [42, 54-56]. As the technology and new treatments are discovered, various methods have been implemented for treating this tumor and to lower its recurrence, such as laser treatment described by Monteiro LS , or the use of liquid nitrogen as described by Garcia-Cano et al., .
In this review 63% (53 patients) of the patients were treated only by enucleation, followed by enucleation and curettage with 20.2% (17 patients), and only curettage in 9.5% (8 patients). Only 7.14% were treated by other methods due to the tumor extension.
The recurrence reports vary in the literature. The most recent review by Garcia-Cano et al., of 27 cases (23 treated by enucleation and 4 by a resection procedure) with a mean follow up of 20.73 months, showed no recurrence whatsoever . Ramer and colleagues reported only 5 cases of recurrence. However, only 39 cases out of 68 were followed up .
In this systematic review out of 84 patients, 4 (4.7%) presented recurrence. From these, 3 cases were treated by enucleation and one by curettage (Table 3).
Heimdal and colleagues explained that the recurrence presented with their patient may have resulted due to incomplete removal . On the other hand, Allen did not describe a possible cause . Melo described that mistakes made in the histological diagnosis of the tumor and an inadequate surgical technique are considered to be possible causes for recurrence; they also described that a probable explanation would be the maintenance of the impacted maxillary right canine and its periodontal ligament as a tumor reactivating factor . Sachdeva SK, et al., described the most recent case for recurrence, mainly due to a probable incomplete removal of the tumor .
The COF is an extremely rare benign neoplasm found only in 0.1% of all odontogenic tumors.
The recurrence rate in these tumors is very low and mainly related to an incomplete resection. Therefore, conservative surgery must be done as a first-line treatment.
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