Cases reported "Cementoma"

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1/5. Atypical hypercementosis versus cementoblastoma.

    hypercementosis is a non-neoplastic condition in which excessive cementum is deposited in continuation with the normal radicular cementum. Apart from the idiopathic nature of hypercementosis, this condition is associated with several local and systemic factors. Cementoblastoma is an odontogenic tumour characterized by the proliferation of functional cementoblasts that form a large mass of cementum or cementum-like tissue on the tooth root. Although hypercementosis and cementoblastoma are typical conditions with distinct clinical evolution, atypical cases may challenge their diagnosis. Because cementoblastoma is a neoplasm with unlimited growth potential, the usual treatment is complete surgical resection, whilst conservative treatment is recommended for hypercementosis. An atypical case of hypercementosis with similarities to cementoblastoma is reported and its differential diagnosis is discussed.
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2/5. Cemento-ossifying fibroma: case report and review of the literature.

    Although the neoplastic nature of intrabony cemento-ossifying fibromas is beyond dispute, controversy exists regarding the soft tissue counterpart. Peripheral cemento-ossifying fibroma has been referred to by a variety of terms depending on whether it is accepted as being a true odontogenic tumor or a reactive gingival overgrowth. The management of a patient with peripheral cemento-ossifying fibroma in the masticatory mucosa of the anterior region of the maxilla is presented. The differential diagnosis of reactive gingival overgrowths with and without calcification is discussed.
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3/5. Cemento-osseous dysplasia in jamaica: review of six cases.

    Six cases of cemento-osseous dysplasia (COD) of the jaw bone in Jamaicans are reviewed. Five were documented over a 15-year period (1980-1995). These include a case of florid cemento-osseous dysplasia (previously called gigantiform cementoma). Three of the initial cases were histologically diagnosed as gigantiform cementoma. There was no indication in the patient's case file whether these were familial or non-familial. The other two cases were diagnosed histologically as periapical cemento-osseous dysplasia and cementoblastoma respectively. Based on the current understanding of the nature of florid-cemento-osseous dysplasia (FLCOD), a new case was diagnosed as such solely on radiological findings. This single case of FLCOD is reported and discussed against the background of other cemento-osseous lesions. Special emphasis is placed on the radiology of COD in this paper. The confirmative role of radiology without the need for histophathology and treatment for asymptomatic FLCOD is emphasized.
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4/5. Cementum-like bone production in solitary bone cysts. (so-called "cementoma" of long bones). Report of three cases. Electron microscopic observations supporting a synovial origin to the simple bone cyst.

    Three cases of simple bone cysts (S.B.C) in association with cementum-like bone production are reported. Analysis of our cases and the 2 previously reported in the literature as so-called cementomas has led us to conclude that the "cementoma" of long bone is not a distinct entity, but merely, a form of S.B.C. associated with a peculiar, poorly cellular form of bone which mimics tooth cementum by light microscopy only. Electron microscopic studies of this substance demonstrate collagen fibers and numerous matrix vesicles which form the initial sites of calcification. Matrix vesicles are a product of osteoblastic activity and are never found in the cementum of the tooth or oral cementum producing tumors. We also report the first ultramiscroscopic observations on the wall of the simple bone cyst and its lining. Two cell types constitute the lining, having features identical to those described for type A and type B synovial cells. Because of this new observation, we believe, the most reasonable explanation for the simple bone cyst is that it represents a congenital "rest" of synovial tissue displaced into the thin, cortical metaphyseal region of bones at the synovial-capsularbone reflection. Its benign nature and slow growth would explain its discovery in early childhood and the marked preponderance of its proximal humerofemoral location dependent upon the fact that these 2 bones have the largest area of capsular to metaphyseal bone reflection.
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5/5. Familial florid cemento-osseous dysplasia--a case report and review of the literature.

    Cemento-osseous dysplasia is a fairly common lesion of the jaws originating from the elements of the periodontal ligament. Most lesions do not have a hereditary basis, however a few familial cases have been documented. This is the first report of the florid form of cemento-osseous dysplasia in an African family. The mother, son and one daughter exhibited multiple sclerotic cemental masses of the jaws with large tumour-like swellings in the symphyseal area of the mandible. In the case of the mother the lesions had become infected. The familial form of cemento-osseous dysplasia differs from the non-hereditary type in that the lesions present in children, all cases are florid in nature, there is no predilection for black females, the rate of growth appears to be more rapid and the symphyseal area of the mandible is most severely affected. The mode of transmission appears to be autosomal dominant with variable phenotypic expression.
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