Radiographic Analysis of Bone Tumors: A Systematic Approach

Mehta, Kaushal; McBee, Morgan P.; Mihal, David; England, Eric

doi:10.1053/j.ro.2017.04.002

Cited by 22 publications

(11 citation statements)

References 26 publications

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“…Identifying these characteristics can facilitate the interpretation process and determine the nature and behavior of the lesion. 24 The age of patients who were diagnosed with OKC based on Table 4 and Figure 2 has an age range of 8 -82 years and most are in the age group of the 1 st decade and then the 2 nd decade. This shows a slight difference with research by Alva, PG et al 43 and Reduwan, NH et al 44 frequency of OKC in the 3 rd decade followed by the 2 nd decade.…”

Section: Review Article Discussionmentioning

confidence: 99%

“…Both can narrow the determination of the differential diagnosis and assist in the interpretation of the lesion so that the cyst can be recognized as soon as possible before it gets bigger. 24 Therefore, the authors are interested in conducting research on imaging of odontogenic keratocyst of the jaw by panoramic radiography which reviewed the age, gender, location, shape, border, internal, and the effect on surrounding tissues using the scoping review method.…”

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confidence: 99%

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Imaging of odontogenic keratocyst of the jaw by panoramic radiography: a scoping review

Sulastri

Firman

Epsilawati

2021

JRDI

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Objectives: This review article is aimed to determine the imaging of odontogenic keratocyst of the jaw by panoramic radiography. Review: This research is a descriptive research using the scoping review method based on the Preferred Reporting Items for Systematic Review and Meta-analysis Scoping Review (PRISMA-Scr) which was conducted from February 2021 to April 2021. The search for literature related to the research topic was carried out through database of scientific articles on PMC NCBI, Pubmed NCBI, and Garuda as well as hand searching. The identified articles were screened by checking for duplicates, reading the titles and abstracts, and reading the entire articles. A total of 16 articles were included out of 161 articles in total. Conclusion: Imaging of odontogenic keratocyst of the jaw by panoramic radiography is most commonly found in the 1st and 2nd decades of life and in males, the lesions are unilocular or multilocular radiolucent and have an envelopmental shape in which the outline of the cyst surrounds the entire unerupted tooth. OKCs have well-defined with sclerotic or scalloped margins, most often occur in the posterior mandible and often associated with impacted 3rd molars, root resorption was a rare occurrence.

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Section: Review Article Discussionmentioning

confidence: 99%

mentioning

confidence: 99%

Imaging of odontogenic keratocyst of the jaw by panoramic radiography: a scoping review

Sulastri

Firman

Epsilawati

2021

JRDI

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“…The steps for constructing a cognitive map consist of acquiring knowledge, selecting diagnoses, grouping the lesions, and backward chaining ( Figure 1 ). To begin building this structure, knowledge was acquired by searching the literature to find the main bone tumors that were part of the list of distinctions within the pediatric population ( 1 , 17 - 22 ) . As shown in Table 1 , we then selected the lesion types that were most common in the ≤ 19-year age group—23 types of benign lesions and 5 types of malignant lesions—identifying their key distinctions, even if the incidence in pediatric patients was low ( 21 ) .…”

Section: Methodsmentioning

confidence: 99%

“…After selecting the tumors, we identified characteristic findings associated with each radiological diagnosis ( Table 3 ). The terms used were chosen according to the selected bibliography ( 1 , 17 - 21 ) . The main radiographic characteristics that should be evaluated for a bone lesion are location (longitudinal or transverse), margins and transition zone, periosteal reaction, mineralization, size, number of lesions (this was not applied in the present study, because it deals only with the assessment of solitary lesions), and the presence of a soft tissue component ( 22 ) .…”

Section: Methodsmentioning

confidence: 99%

Cognitive map to support the diagnosis of solitary bone tumors in pediatric patients

et al. 2018

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ObjectiveTo present a cognitive map to support the radiological diagnosis of solitary bone tumors, as well as to facilitate the determination of the nature of the tumor (benign or malignant), in pediatric patients.Materials and MethodsWe selected 28 primary lesions in pediatric patients, and we identified the findings typically associated with each of the diagnoses. The method used for the construction of the final cognitive map was the Bayesian belief network model with backward chaining.ResultsWe developed a logical, sequential structure, in the form of a cognitive map, based on the Bayesian belief network model, with the intention of simulating the sequence of human thinking, in order to minimize the number of unnecessary interventions and iatrogenic complications arising from the incorrect evaluation of bone lesions.ConclusionWith this map, it will be possible to develop an application that will provide support to physicians and residents, as well as contributing to training in this area and consequently to a reduction in diagnostic errors in patients with bone lesions.

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“…The histopathologic diagnosis of bone tumors is fraught with difficulty due to the histomorphologic overlap between many different types of tumors, including overlap between reactive, benign, and malignant lesions [4][5] . In addition, the diagnosis of bone lesions is heavily reliant on correlation with imaging characteristics to be able to localize lesions to specific locations within different bones and to sometimes assist in staging [6][7][8] . Thus, the diagnosis and treatment of patients with primary bone tumors is best accomplished with a multidisciplinary approach involving the coordination of surgeons, radiologists, pathologists, and oncologists to produce optimal patient care [9][10] .…”

Section: Introductionmentioning

confidence: 99%

Genetic characteristics and molecular diagnostics of bone tumors

Suster¹,

Suster²

2021

JCMT

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The diagnosis of primary tumors of bone relies heavily on clinicopathological and radiological correlation and is often best performed in a multidisciplinary setting. Bone tumors comprise a heterogenous category of human lesions ranging from benign to malignant neoplasms. These tumors affect a wide age range and can become problematic for diagnosis when less common entities are encountered. Traditionally the pathological diagnosis of many bone tumors has been based primarily on the evaluation of hematoxylin and eosin-stained glass slides, sometimes combined with ancillary diagnostic techniques such as immunohistochemistry, conventional cytogenetics, fluorescence in situ hybridization, and polymerase chain reaction-based assays. More recently, the advent of massively parallel sequencing-based techniques has opened new avenues for diagnostic testing in bone tumors; however, these new testing modalities are sensitive to traditional decalcification procedures that are commonly used in the routine processing of bony specimens. Herein we provide a focused review concentrating on the molecular genetic features of bone tumors with specific, recurrent genetic alterations that make them appealing targets for directed ancillary testing by conventional or molecular techniques. In addition, specimen handling with regards to decalcification procedures are discussed and the different types of testing modalities available are reviewed.

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Radiographic Analysis of Bone Tumors: A Systematic Approach

Cited by 22 publications

References 26 publications

Imaging of odontogenic keratocyst of the jaw by panoramic radiography: a scoping review

Imaging of odontogenic keratocyst of the jaw by panoramic radiography: a scoping review

Cognitive map to support the diagnosis of solitary bone tumors in pediatric patients

Genetic characteristics and molecular diagnostics of bone tumors

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