− | Standard skull radiography is often unrewarding and of low diagnostic yield. Skull computed tomography (CT) provides much greater detail and is frequently employed in preoperative planning (in combination with standard dental intra-oral radiographs). Odontogenic neoplasms frequently are found to involve multiple teeth, contrast enhance, involve lysis of the alveolar bone and demonstrate mass-assoicated tooth displacement. Acanthomatous ameloblastomas may appear as extra-osseous or intra-osseous masses; intra-osseous masses are more likely to have mass-associated cyst-like structures and are subjectively more aggressive as compared to extra-osseous acanthomatous ameloblastomas. In many cases mandibular lymphadenopathy is also observed. In cases where a malignant neoplasm is suspected, complete staging should be performed to look for metastatic disease, including 3-view thoracic radiographs (or thoracic CT) [[Lungs - Anatomy & Physiology|lung] and abdominal imaging (abdominal ultrasound or abdominal CT). | + | Standard skull radiography is often unrewarding and of low diagnostic yield. Skull computed tomography (CT) provides much greater detail and is frequently employed in preoperative planning (in combination with standard dental intra-oral radiographs). Odontogenic neoplasms frequently are found to involve multiple teeth, contrast enhance, involve lysis of the alveolar bone and demonstrate mass-assoicated tooth displacement. Acanthomatous ameloblastomas may appear as extra-osseous or intra-osseous masses; intra-osseous masses are more likely to have mass-associated cyst-like structures and are subjectively more aggressive as compared to extra-osseous acanthomatous ameloblastomas. In many cases mandibular lymphadenopathy is also observed. In cases where a malignant neoplasm is suspected, complete staging should be performed to look for metastatic disease, including 3-view thoracic radiographs (or thoracic CT) [[Lungs - Anatomy & Physiology|lung]] and abdominal imaging (abdominal ultrasound or abdominal CT). |