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Osteomas of the facial bones are a rare entity and very few cases have been reported in the literature. Osteoma is a benign osteogenic lesion with a very slow growth, characterized by proliferation of either cancellous or compact bone. This paper describes a case of a 27 year old male seeking treatment for a slowly enlarging lesion in the maxillary right anterior region. Surgical excision of the lesion was done and the histopathologic evaluation revealed dense compact bone with osteocytes in the lacunae suggestive of compact osteoma. One year followup showed no evidence of recurrence. To best of our knowledge this is the twelfth case of maxillary osteoma reported in English language literature.

Stem cells are unique cells which possess the ability to grow rapidly and have the potential to develop into specialized cell types in the body. Stem cell-based therapies in dentistry could help in new advances in treating damaged teeth, inducing bone regeneration, and even making a biological tooth a possibility. Whole tooth regeneration to replace the traditional dental implants is also in pipeline. Tissue-engineering applications using dental stem cells may promote more rapid healing of oral wounds and ulcers as well as the use of gene transfer methods to manipulate salivary proteins, and oral microbial colonization patterns are promising and possible. Stem cells of dental origin have multiple applications; nevertheless, there are certain limitations as well. The oncogenic potential of these cells is still to be determined in long-term clinical studies if we are to realize the benefits, meet the challenges, and avoid the risks. This review is an attempt to highlight the pros and cons of stem cells in dentistry.