| Literature DB >> 25469351 |
Chae Hee Sim1, Jin Hee Lee2, Jyung Sik Kwak3, Seung Hun Song4.
Abstract
Leiomyomas are common benign uterine tumors. However, the incidence of vaginal myoma is very rare and may be confused with a variety of vaginal tumors. We report a case of 43-year-old nulligravida who presented with a protruding painful vaginal mass for 7 days. The mass had initially appeared 3 years prior, as 2 to 3 cm that had not subsequently increased. However suddenly, there was rapid severe enlargement over the course of 7 days. Physical exam revealed a monstrous shaped, black color with focal necrosis, odorous protruding vaginal mass about 7 cm in size. The vaginal mass was infected and degenerated. And vaginal wall was also destroyed by the enlarged mass. Because of the clinical features and radiologic findings, the preoperative diagnosis was a vaginal malignancy. We reported an extremely rare case of vaginal myoma that had several characteristics of malignancy, with a brief review of the literature.Entities:
Keywords: Myoma; Paraurethral mass; Ruptured vaginal leiomyoma; Vaginal malignancy
Year: 2014 PMID: 25469351 PMCID: PMC4245356 DOI: 10.5468/ogs.2014.57.6.560
Source DB: PubMed Journal: Obstet Gynecol Sci ISSN: 2287-8572
Fig. 1(A) An irregular shaped tender protruding vaginal mass, black color with multiple focal necrosis, was found. The vagina mucosa was broken (arrows). (B) The high power photogram demonstrated the bundles of spindle cells interlacing in right angle. There was less than 2 mitotic figure (H&E, ×200).
Fig. 2Vaginal mass in a 43-year-old woman. (A) T2-weighted axial magnetic resonance (MR) image shows irregular shaped mass (arrow) in the vagina. The signal intensity of the mass is heterogenous and higher compared that of pelvic muscle. (B) T1-weighted axial MR image. The signal intensity of the mass (arrow) is similar to that of pelvic muscle. (C) The mass (arrow) has heterogenous high signal intensity on T2-weighted sagittal MR image. (D) The mass (arrow) has irregular enhancement on contrast enhanced T1-weighted MR image