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Objective: To investigate the effects of genistein on reperfusion injury in a rat ovarian torsion-detorsion model., Design: Controlled experimental study., Setting: University animal research laboratory., Subject(s): Thirty-two Wistar-Albino rats., Intervention(s): The rats were divided into four groups. Sham operation was performed in group I. In group II, 5 mg/kg genistein was given intraperitoneally (IP) during laparotomy, and right ovaries were removed 4 hours later. In group III, right ovaries were subjected to 4 hours of adnexal ischemia by use of vascular clips, and after ischemic insult, 4 hours of reperfusion was maintained by removing the clips. In group IV, after the ischemic period, 5 mg/kg genistein was given IP, and 4 hours of reperfusion was maintained. Right ovaries were surgically removed at the end of the procedure in each group., Main Outcome Measure(s): Ovarian histopathologic findings were scored and compared among study groups. Serum and ovarian tissue malondialdehyde (MDA), glutathione peroxidase, and superoxide dismutase, levels were measured., Result(s): Ovarian tissue damage scores were significantly different among groups and were seen to correlate with ovarian tissue MDA levels. Genistein significantly decreased the tissue damage scores, ovarian tissue MDA levels, and serum MDA levels., Conclusion(s): Genistein attenuates ischemia-reperfusion injury in rat adnexal torsion-detorsion model.

A series of 201 cycles of ovarian hyperstimulation syndrome (OHSS) in 154 women were reviewed. Pregnancy occurred in 75 of 201 cycles. Twelve pregnant women (16%) presented with torsion of hyperstimulated ovary, but only 3 out of 126 patients (2.3%) who did not conceive had torsion. Because diagnosis of adnexal torsion is usually uncertain and surgical intervention is likely to be delayed, these infertile women risk losing their ovaries. The clinical picture of torsion of adnexa in patients with OHSS is presented here. The combination of ovarian enlargement, abdominal pain, nausea, progressive leukocytosis, and anemias might indicate torsion of adnexa. Although during operation the adnexa appears dark, hemorrhagic and ischemic, we suggest that it can be saved by simply unwinding it. In 11 such cases intraoperative unwinding of the adnexa was performed, and in 8 patients it was the only operative procedure. No postoperative complications were noted and in all the cases the ovaries were proven functional by ultrasonography. We concluded that torsion of hyperstimulated adnexa in patients who conceived after gonadotropin therapy, is a special entity that requires more attention to achieve early diagnosis. Nevertheless even with delayed diagnosis, the ovary can still be saved.