A simplified suturing model for preclinical training.

Objectives: The purpose of this paper is to develop a simple and cost‑effective suturing training model. Materials and Methods: A simplified suturing model is developed for preclinical training purpose. The training model requires only three easily available materials, which include synthetic foam sponge, elastomeric impression material and putty impression material. Construction of this model requires only 15 min. Results: The training model thus developed resembles a realistic human tissue with a skin analog, deeper connective tissues and a bony base. This enables the students to practice various suturing technique at different tissue planes. Such practice helps the students to perform a live procedure in a more skilled and less traumatic way. Conclusion: The easy availability and cost‑effective nature of the materials, in concert with fast construction time, makes this suturing model appropriate when an affordable alternative is desired.

Basal Cell Ameloblastoma: Report of a Rare Case with Review of Literature

Ameloblastoma is a benign tumour of odontogenic epithelial origin with several histological variants comprising of follicular, plexiform, acanthomatous, desmoplastic, granular cell and basal cell types. Basal cell ameloblastoma (BCA) is the rarest histologic subtype in which the tumour is composed of numerous odontogenic epithelial islands supported by fibrous connective tissue stroma. It exhibits variations in the clinical course and histological features compared with the classic type of ameloblastoma. Till date, only 11 cases of BCA have been reported in the literature. Considering the rarity of the lesion, we report here a unique case of BCA occurring in the 8th decade with review of the literature of this rare variant.