Primary ovarian leiomyoma: a diagnostic dilemma

Among all benign primary ovarian smooth muscle tumors, ovarian leiomyoma is uncommon accounting for .5-1% of all tumors. most of these are unilateral small in size and generally occur in premenopausal women. this paper presents a case report of primary ovarian leiomyoma i.e. 29 years old women with complaints of abdominal pain. the right ovarian mass was histologically diagnosed as ovarian leiomyoma. unlike other smooth muscle tumors of uterine origin, there are no definite histological criteria to categorize smooth muscle tumor of ovary

Aggressive angiomyxoma of the vulva: an uncommon entity

AA is a rare locally invasive mesenchymal tumor predominantly presenting in women of reproductive age group, having a moderate to high risk for local relapse. Hence, it needs to be differentiated from another mesenchymal tumor occuring in this region. We present a case of a 50 year old female with a large, polypoidal, spongy mass on the right labia majora

Energy dependence of optical potential in the near barrier elastic scattering of

The elastic scattering cross sections of 11B projectile on the 232Th target have been measured at different bombarding energies close to the Coulomb barrier. The data has been analyzed for this system using the optical model ECIS code with phenomenological Woods-Saxon forms of the optical potentials. The energy dependence of the volume type real and imaginary parts of the optical potentials are derived from the best fit of the experimental angular distribution data. The total reaction cross sections are obtained from optical model analysis

Energy dependence of optical potential in the near barrier elastic scattering of 11B from 232Th

The elastic scattering cross sections of 11B projectile on the 232Th target have been measured at different bombarding energies close to the Coulomb barrier. The data has been analyzed for this system using the optical model ECIS code with phenomenological Woods-Saxon forms of the optical potentials. The energy dependence of the volume type real and imaginary parts of the optical potentials are derived from the best fit of the experimental angular distribution data. The total reaction cross sections are obtained from optical model analysis