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We report two treatment strategies using intralesional laser photocoagulation (ILP) for large venous malformations (VMs) in the oral cavity. ILP is considered to be an effective technique for massive vascular lesion. The satisfactory results could have been obtained, since we started ILP for the treatment of large VMs. Recently, to improve the safety, reliability, and effectiveness of the treatment, we developed modifications of ILP that include a combination of ILP and transmucosal irradiation; and compartmentalization and serial step irradiation. In the former, ILP is performed for a deep layer lesion and transmucosal irradiation with multiple spots fashioned using a single pulse is added for the superficial layer in the same session, to increase the efficacy of regression. In the latter, the lesion is divided by virtual compartment and each area will be sequentially treated by ILP. The irradiated area and total energy in a session should be limited to avoid severe reactions and excessive thermal destruction of surrounding tissue. All treatment outcomes by each technique were satisfactory without serious complications, such as deep ulcer formation, bleeding, or severe swelling developing obstruction. Both treatment strategies improve the safety, reliability, and effectiveness of ILP and make the method less traumatic for patients.

Fibroma-like lesions occur with relatively high frequency in oral soft tissues, but represent reactive proliferation against chronic irritation. True fibromas are rare. Tumor size is often seen to range from the mass of a red bean to a soybean. We encountered a case of huge fibroma in the palate with a long history of more than 30 years. The patient was a 60-year-old man who became aware of a tumor in the right palate about 30 years earlier. The mass had tended to increase in size in recent years, and was introduced to our department for the first visit. As an intraoral finding, a pedicled mass measuring 29 × 27 mm was found in the right palate. We also considered the possibility of verrucous carcinoma, and performed biopsy, obtaining a diagnosis of fibroma. Right palatectomy was performed under general anesthesia in October 2016. We performed immunohistochemical examination of the surgical specimen, obtaining a definitive diagnosis of fibroma. As of 1 year postoperatively, no recurrence has been identified and the course has been good.

The use of intraoral appliances is expected to result in early functional recovery of dysphagia and articulation disorders associated with velopharyngeal insufficiency due to oropharyngeal cancer resection. We observed a case of oropharyngeal cancer in which the use of a bulb-type palatal lift prosthesis (bulb-PLP) for dysphagia and an articulation disorder that occurred after resection resulted in favorable recovery. The patient was a

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