Uterine leiomyomas are the most common benign uterine tumors. They are estimated to be present in at least 20% of all women of reproductive age and may be asymptomatic in 40-50% of women older than 40 years of age. They may be subserosal, intramural, or submucosal in location within the uterus or located in the cervix, in the broad ligament, or on a pedicle. But it seems to be rare to experience a intraligamentary huge leiomyoma in the broad ligament.Recently we have experienced a case of intraligamentary huge leiomyoma with its weight of 3146 gm in 45 year-old primiparous woman. We present this case with a brief review of the literature.
Broad Ligament ; Cervix Uteri ; Female ; Humans ; Leiomyoma* ; Middle Aged ; Uterus

Somatostatin (SOM) is a widely distributed peptide in the central nervous system and exerts a variety of hormonal and neural actions. Although SOM is assumed to play an important role in spinal nociceptive processing, its exact function remains unclear. In fact, earlier pharmacological studies have provided results that support either a facilitatory or inhibitory role for SOM in nociception. In the current study, the effects of SOM were investigated using anesthetized cats. Specifically, the responses of rostrally projecting spinal dorsal horn neurons (RPSDH neurons) to different kinds of noxious stimuli (i.e., heat, mechanical and cold stimuli) and to the A delta-and C-fiber activation of the sciatic nerve were studied. Iontophoretically applied SOM suppressed the responses of RPSDH neurons to noxious heat and mechanical stimuli as well as to C-fiber activation. Conversely, it enhanced these responses to noxious cold stimulus and A delta-fiber activation. In addition, SOM suppressed glutamate-evoked activities of RPSDH neurons. The effects of SOM were blocked by the SOM receptor antagonist cyclo-SOM. These findings suggest that SOM has a dual effect on the activities of RPSDH neurons; that is, facilitation and inhibition, depending on the modality of pain signaled through them and its action site.
Animals ; Cats ; Central Nervous System ; Cold Temperature ; Hot Temperature ; Neurons ; Nociception ; Posterior Horn Cells ; Sciatic Nerve ; Somatostatin ; Spinal Cord