A bstract Aim and objective To give dental practitioners an insight into the unusual presentation of focal infantile hemangioma on the alveolar ridge showing immunoreactivity to glucose transporter-1 (GLT1). We also recommend the importance of using standardized terminologies to describe the type of hemangioma. Background One of the most commonly seen and misdiagnosed vascular tumors of the skin and soft tissues of the head and neck region in children are infantile hemangiomas. Infantile hemangiomas developing at extracutaneous locations such as the oral cavity are rare, especially without cutaneous involvement. Case description A 9-month-old infant girl presented to the Pediatric Dental Department with a swelling over the maxillary alveolar ridge. The solitary exophytic mass appeared after birth and gradually enlarged in size with episodes of bleeding during feeding. Clinical examination revealed a reddish-pink pedunculated mass that bled profusely on palpation. The lesion was excised by electrocautery and was found to be express glucose transporter-1 confirming the diagnosis of infantile hemangioma. The patient was followed up for 1 year and showed no recurrence. Conclusion Hemangiomas are usually misinterpreted to be pyogenic granulomas, vascular malformation, reactive granulation tissue, or congenital granular cell tumor. This report highlights the use of glucose transporter-1 when there is suspicion of hemangioma for immunohistochemical distinction from other histologically similar vascular lesions of the oral cavity. Clinical significance Dental surgeons treating vascular lesions of the oral cavity should advocate for surgical management techniques that also produce hemostasis due to the risk of intraoperative bleeding. How to cite this article Natarajan D, Muthukali S, Nachiappan N, et al. Isolated Focal Infantile Hemangioma of the Alveolar Ridge with Glucose Transporter-1 Reactivity: An Aberrant Presentation. Int J Clin Pediatr Dent 2021;14(2):319–322.

Giant cells are formed by the union of several monocytes or macrophages which undergo a defined set of intercellular interactions that ultimately results in a multinucleated cell with a single cytoplasmic compartment. Giant cells are not only pathologic, there are even physiologic giant cells such as osteoclast, megakaryocytes, and trophoblast that helps in maintaining normal repair and remodeling process in the body. There are various classifications and theories for the formation of giant cells. Some of these giant cells act as a characteristic histopathologic feature in oral lesions and aid in diagnosis. In the field of challenging diagnosis, these characteristic features can provide a clue for diagnosing some oral lesions. On this background, the article was attempted to review various types of giant cells, their formation, and giant cell lesions of the oral cavity with basic information about their clinical, radiologic, histopathological features, and treatment planning.