{"title":"颌骨肿瘤--有肿瘤经验的放射科医生的 \"盲点\"?- 第一部分.","authors":"Thomas Grieser, Edgar Hirsch, Ninette Tödtmann","doi":"10.1055/a-2415-8880","DOIUrl":null,"url":null,"abstract":"<p><p>Primary bone tumours of the jaw are rare tumoral entities and do substantially differ from other bone tumours of the human body with respect of their frequently encountered unusual radiological appearances. The reason for that may be confined to the co-existence of two closely neighbored but different anatomical structures (i.e., tooth-forming apparatus and jaw bones with adjacent gingiva) and some tumour pathologies which are nearly excusively encountered in the jaw bones only (e.g., ameloblastoma, ossifying fibroma, ghost cell carcinoma).This paper would like to highlight some basic principles of the diagnostic approach and possibilities of radiological differentiation of such tumour-suspicious changes within the gnathic system are elucidated and discussed.The paper presented here is substantially based on the most recent classification of odontogenic and maxillofacial tumours (5<sup>th</sup> edition, 2022) which serves as a scaffold for the selection of typical tumour entities. Due to the educational character of this paper, only important jaw tumours worth mentioning and their characteristics are subject to be extracted from the literature and further discussed.The main focus was put onto both the description of radiological tumoral appearance and the rational selection of a radiological diagnostic work-up. In order to better visualize this difficult field of tumour entities, much attention has been paid on a comprehensive pictorial essay.For radiologists, it is their foremast task to detect, describe, and to classify bone tumours of the jaw when they are found intentionally or accidentally, resp. A close co-operation with their clinical partners is of upmost importance to gain information about patient's history and clinical presentation. It is readily reasonable that radiologists are mostly able to provide only a suggestion of the presented tumour entity but this expert opinion would be very helpful to further narrow down the list of potential differential diagnoses (e.g., differentiation of a cyst vs. solid tumour osteolysis, identification of jaw osteomyelitis vs. tumoral infiltration, recognizing of secondary tumour involvement of the jaw). · primary bone tumours of the jaw are very rare, moreover difficult to differentiate radiologically, and do need therefore histological proof;. · profound knowledge about tumour characteristics (location within the jaw, relationship to the tooth, bony destructive pattern) may allow a rough orientation and classification;. · matrix-forming tumours and dysplasias of the jaw facilitates their radiological differentiation and classification;. · in contrary, osteolyses should be thoroughly scrutinized for the more frequent gnathic cysts in differentiation of rather rare solid primary tumours;. · an interdisciplinary round-table discussion amongst well-experienced maxillofacial surgeons and specialized radiologists may be appropriate to avoid severe misinterpretations.. · Grieser T, Hirsch E, Tödtmann N. Bone Tumors of the Jaw - the \"Blind Spot\" for Radiologists Experienced with Tumors? - Part I. Fortschr Röntgenstr 2024; DOI 10.1055/a-2415-8880.</p>","PeriodicalId":21490,"journal":{"name":"Rofo-fortschritte Auf Dem Gebiet Der Rontgenstrahlen Und Der Bildgebenden Verfahren","volume":" ","pages":""},"PeriodicalIF":1.3000,"publicationDate":"2024-11-25","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Bone Tumors of the Jaw - the \\\"Blind Spot\\\" for Radiologists Experienced with Tumors? - Part I.\",\"authors\":\"Thomas Grieser, Edgar Hirsch, Ninette Tödtmann\",\"doi\":\"10.1055/a-2415-8880\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"<p><p>Primary bone tumours of the jaw are rare tumoral entities and do substantially differ from other bone tumours of the human body with respect of their frequently encountered unusual radiological appearances. The reason for that may be confined to the co-existence of two closely neighbored but different anatomical structures (i.e., tooth-forming apparatus and jaw bones with adjacent gingiva) and some tumour pathologies which are nearly excusively encountered in the jaw bones only (e.g., ameloblastoma, ossifying fibroma, ghost cell carcinoma).This paper would like to highlight some basic principles of the diagnostic approach and possibilities of radiological differentiation of such tumour-suspicious changes within the gnathic system are elucidated and discussed.The paper presented here is substantially based on the most recent classification of odontogenic and maxillofacial tumours (5<sup>th</sup> edition, 2022) which serves as a scaffold for the selection of typical tumour entities. Due to the educational character of this paper, only important jaw tumours worth mentioning and their characteristics are subject to be extracted from the literature and further discussed.The main focus was put onto both the description of radiological tumoral appearance and the rational selection of a radiological diagnostic work-up. In order to better visualize this difficult field of tumour entities, much attention has been paid on a comprehensive pictorial essay.For radiologists, it is their foremast task to detect, describe, and to classify bone tumours of the jaw when they are found intentionally or accidentally, resp. A close co-operation with their clinical partners is of upmost importance to gain information about patient's history and clinical presentation. It is readily reasonable that radiologists are mostly able to provide only a suggestion of the presented tumour entity but this expert opinion would be very helpful to further narrow down the list of potential differential diagnoses (e.g., differentiation of a cyst vs. solid tumour osteolysis, identification of jaw osteomyelitis vs. tumoral infiltration, recognizing of secondary tumour involvement of the jaw). · primary bone tumours of the jaw are very rare, moreover difficult to differentiate radiologically, and do need therefore histological proof;. · profound knowledge about tumour characteristics (location within the jaw, relationship to the tooth, bony destructive pattern) may allow a rough orientation and classification;. · matrix-forming tumours and dysplasias of the jaw facilitates their radiological differentiation and classification;. · in contrary, osteolyses should be thoroughly scrutinized for the more frequent gnathic cysts in differentiation of rather rare solid primary tumours;. · an interdisciplinary round-table discussion amongst well-experienced maxillofacial surgeons and specialized radiologists may be appropriate to avoid severe misinterpretations.. · Grieser T, Hirsch E, Tödtmann N. 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引用次数: 0
摘要
颌骨原发性骨肿瘤是一种罕见的肿瘤实体,与人体其他骨肿瘤在放射学表现上有很大不同。究其原因,可能仅限于两种紧密相邻但又不同的解剖结构(即牙齿形成装置和颌骨以及相邻的牙龈)同时存在,以及一些几乎只在颌骨中才会出现的肿瘤病理(如:釉母细胞瘤、骨化性纤维瘤、鬼臼瘤)、本文希望强调诊断方法的一些基本原则,并阐明和讨论在颌骨系统内对此类肿瘤可疑病变进行放射学鉴别的可能性。本文主要基于最新的牙源性和颌面部肿瘤分类(第 5 版,2022 年),该分类可作为选择典型肿瘤实体的支架。由于本文的教育性质,只有值得一提的重要颌骨肿瘤及其特征才会从文献中摘录并进一步讨论。本文的重点是肿瘤放射学外观的描述和放射学诊断工作的合理选择。放射科医生的首要任务是在有意或无意发现颌骨肿瘤时对其进行检测、描述和分类,而与临床伙伴的密切合作对于获取患者病史和临床表现的信息至关重要。放射科医生大多只能提供肿瘤实体的建议,这一点很容易理解,但这种专家意见非常有助于进一步缩小潜在鉴别诊断的范围(例如,鉴别囊肿与实体瘤溶骨、鉴别颌骨骨髓炎与肿瘤浸润、识别颌骨继发性肿瘤受累)。- 颌骨的原发性骨肿瘤非常罕见,而且很难通过放射学方法进行鉴别,因此需要组织学证明;...- 对肿瘤特征(在颌骨内的位置、与牙齿的关系、骨质破坏模式)的深入了解可以帮助进行粗略的定位和分类;以及- 颌骨基质形成性肿瘤和发育不良有助于它们的放射学区分和分类;。- 相反,在对罕见的实性原发肿瘤进行鉴别时,应仔细检查骨溶解物中更常见的龈囊肿;以及- 由经验丰富的颌面外科医生和专业放射科医生进行跨学科圆桌讨论,可避免严重误读。- Grieser T, Hirsch E, Tödtmann N. Bone Tumors of the Jaw - the "Blind Spot" for Radiologists Experienced with Tumors?- Fortschr Röntgenstr 2024; DOI 10.1055/a-2415-8880.
Bone Tumors of the Jaw - the "Blind Spot" for Radiologists Experienced with Tumors? - Part I.
Primary bone tumours of the jaw are rare tumoral entities and do substantially differ from other bone tumours of the human body with respect of their frequently encountered unusual radiological appearances. The reason for that may be confined to the co-existence of two closely neighbored but different anatomical structures (i.e., tooth-forming apparatus and jaw bones with adjacent gingiva) and some tumour pathologies which are nearly excusively encountered in the jaw bones only (e.g., ameloblastoma, ossifying fibroma, ghost cell carcinoma).This paper would like to highlight some basic principles of the diagnostic approach and possibilities of radiological differentiation of such tumour-suspicious changes within the gnathic system are elucidated and discussed.The paper presented here is substantially based on the most recent classification of odontogenic and maxillofacial tumours (5th edition, 2022) which serves as a scaffold for the selection of typical tumour entities. Due to the educational character of this paper, only important jaw tumours worth mentioning and their characteristics are subject to be extracted from the literature and further discussed.The main focus was put onto both the description of radiological tumoral appearance and the rational selection of a radiological diagnostic work-up. In order to better visualize this difficult field of tumour entities, much attention has been paid on a comprehensive pictorial essay.For radiologists, it is their foremast task to detect, describe, and to classify bone tumours of the jaw when they are found intentionally or accidentally, resp. A close co-operation with their clinical partners is of upmost importance to gain information about patient's history and clinical presentation. It is readily reasonable that radiologists are mostly able to provide only a suggestion of the presented tumour entity but this expert opinion would be very helpful to further narrow down the list of potential differential diagnoses (e.g., differentiation of a cyst vs. solid tumour osteolysis, identification of jaw osteomyelitis vs. tumoral infiltration, recognizing of secondary tumour involvement of the jaw). · primary bone tumours of the jaw are very rare, moreover difficult to differentiate radiologically, and do need therefore histological proof;. · profound knowledge about tumour characteristics (location within the jaw, relationship to the tooth, bony destructive pattern) may allow a rough orientation and classification;. · matrix-forming tumours and dysplasias of the jaw facilitates their radiological differentiation and classification;. · in contrary, osteolyses should be thoroughly scrutinized for the more frequent gnathic cysts in differentiation of rather rare solid primary tumours;. · an interdisciplinary round-table discussion amongst well-experienced maxillofacial surgeons and specialized radiologists may be appropriate to avoid severe misinterpretations.. · Grieser T, Hirsch E, Tödtmann N. Bone Tumors of the Jaw - the "Blind Spot" for Radiologists Experienced with Tumors? - Part I. Fortschr Röntgenstr 2024; DOI 10.1055/a-2415-8880.
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