Ovarian Torsion In Children Research Articles

Emergency Management and Conservative Surgery of Ovarian Torsion in Children: A Report of 40 Cases

Introduction The authors describe and discuss the clinical and therapeutic features of 40 ovarian torsions (OT) in children with its urgent treatment that has advanced in recent years. Materials and Methods A retrospective study of 40 cases of OT in 38 children under 16 years of age, excluding adnexal torsions in neonates. Results Abdominal and/or pelvic pain was the presenting symptom ; 8 of these children had pain between 2 to 9 months prior to surgery and 27/40 (67.5%) had associated vomiting. Before the procedure, ultrasound (US) diagnosed 29 ovarian lesions, related to 14 mature teratomas (MTE) and 10 cystadenomas (CA), one association of MTE and CA in the same ovary, 2 functional cysts and 2 malignant neoplasms. 19/40 torsions could benefit from conservative management. Eleven torsions occurred, 10/11 of these ovaries had an increased volume, and 5/11 had US evidence of small subcortical cysts. Three detorsions with incomplete removal of CA were followed by enlargement of the tumor and re-torsion in 2 of them. Five children had bilateral ovarian pathology which led to unilateral ovariectomy, while the other benefited from conservative treatment. Conclusions In any girl presenting with abdominal pain, the diagnosis of an ovarian torsion must be considered. US is performed emergently, but only surgery, most often a laparoscopic procedure, assures diagnosis. The treatment of the torsion is an emergency and must be as conservative as possible in order to preserve the ovarian function. Bilateral torsions are not unusual.

Oophoropexy, hyperbaric oxygen therapy, and contrast-enhanced ultrasound after asynchronous bilateral ovarian torsion

A girl with asynchronous, bilateral ovarian torsion with previous oophorectomy presented with her second torsion. A laparoscopic untwisting of the torsed ovary was performed, treatment with hyperbaric oxygen therapy was given, and the outcome was followed with contrast-enhanced ultrasound. After 1 month, a laparoscopic oophoropexy was performed. The detorsed ovary regained its circulation and decreased in size. It looked normal at the time for oophopexy and at follow-up. This case supports the evidence of an ovarian-sparing approach to ovarian torsion in children and supports oophoropexy after torsion of a detorsed, otherwise normal ovary in the premenarcheal girl.

Sonographic findings of ovarian torsion in children

Sonographic findings of ovarian torsion in children

Sonographic Findings of Ovarian Torsion in Children

Ultrasound Quarterly: September 2007 - Volume 23 - Issue 3 - p 196-197 doi: 10.1097/01.ruq.0000288147.49879.e6

Sonographic findings of ovarian torsion in children

The clinical diagnosis of ovarian torsion is challenging and findings on pelvic sonography can be pivotal in making the correct diagnosis. To determine the sonographic characteristics in children of surgically and pathologically proven ovarian torsion. We performed a retrospective review of the sonograms and medical records of 41 patients with surgically and pathologically proven ovarian torsion at a pediatric hospital between 1994 and 2005. All sonograms were reviewed retrospectively by two pediatric radiologists with attention to the size, echotexture, location, presence of peripheral round cysts, and evidence of flow on Doppler sonography within the torsed ovary. The amount of free pelvic fluid was also recorded. The most common sonographic finding of ovarian torsion was an enlarged ovary/adnexal mass. All torsed adnexa were larger than the normal contralateral ovary, with the median volume 12 times that of the normal contralateral side. The majority (61%, n = 25) of the torsions occurred on the right. Color flow, either venous or arterial, was present in 62% (n = 21/34) of the torsed ovaries for which flow on Doppler sonography was documented. In 63% of the torsed ovaries (n = 26), the torsed adnexa appeared heterogeneous. Ovarian or para-ovarian pathology that may have acted as a potential lead point was present in 55% (n = 24) of torsed ovaries. The volume ratio of the torsed to normal ovary can predict the presence of an ovarian mass within the torsed ovary. In 70% of torsed ovaries with a volume ratio greater than 20, an ovarian mass was present, and in approximately 90% of those with a volume ratio less than 20, an internal mass was absent. An enlarged heterogeneous appearing ovary is the most common finding in ovarian torsion. The presence or absence of flow by Doppler sonography is not helpful in the diagnosis. The volume ratio of the torsed to the normal ovary can predict the presence of an internal mass within the torsed adnexa.

Long-term results of conservative management of adnexal torsion in children

Background/purpose Adnexal torsion is a condition that may result in serious morbidity including adnexal removal. However, conservative management with preserving the torsed adnexa is not justified, and long-term outcomes remain unclear. Methods The records of 14 girls with ovarian torsion whose adnexal structures were preserved after detorsion were reviewed to evaluate the long-term results of conservative management. Data including age, previous history, duration of complaints, surgical findings and type of intervention, color Doppler ultrasound findings performed in the early and late postoperative periods, and final outcomes were collected. Results Mean age of patients was 11.5 ± 2.8 (range 6 to 15) years. Time interval between the onset of pain to surgery was 46.78 ± 35.5 (range 12 to 126) hours. Seven patients had a benign solitary cyst as an underlying cause for adnexal torsion. The intervention performed by open surgery in 9 and by laparoscopy in 5 patients included detorsion, simple cyst aspiration, unroofing and/or cystectomy in 7 patients with ovarian cysts, and oophoropexy in 9 of 14 patients. Follow-up ranged from 3 to 66 (mean 21.9 ± 20.1) months. Thirteen patients resumed normal size and folliculogenesis, whereas in 1 patient, the involved ovary atrophied. No recurrence or contralateral adnexal torsion was observed on follow-up. Conclusions Conservative management with untwisting the ovary and pexing both retained detorsed and contralateral ovaries especially in idiopathic torsions should be considered in cases of ovarian torsion in children.

Ovarian torsion in children: is oophorectomy necessary?

Background Most pediatric surgeons perform oophorectomy in girls presenting with ovarian torsion in which the ovary appears necrotic. However, the adult gynecology literature suggests that many ovaries can be treated by detorsion alone. Methods All children with ovarian torsion on the gynecology and general surgery services between 1988 and 2002 were reviewed. Results There were 36 torsions in 34 children. Seventeen underwent detorsion with or without ovarian cystectomy, and 19 had oophorectomy (mean age 10 years in both groups). Torsion was suspected preoperatively in 94% of the detorsion cases and in 47% of the oophorectomy patients. Median time from presentation to surgery was significantly lower in the detorsion than the oophorectomy group (median 14 v 27 hours; P = .04). Postoperative complications and length of stay were similar between the 2 groups. Despite the ovary being judged intraoperatively as moderately to severely ischemic in 53% of the detorsion cases, follow-up sonogram or ovarian biopsy available in 14 of the 17 cases showed normal ovary with follicular development in each case. Conclusions Simple detorsion was not accompanied by an increase in morbidity, and all patients studied had functioning ovarian tissue on follow-up despite the surgeon’s assessment of the degree of ovarian ischemia. Detorsion is the procedure of choice for most cases of ovarian torsion in children.

Adnexal torsion in children may have a catastrophic sequel: Asynchronous bilateral torsion

Background/Purpose: Adnexal torsion is a serious condition that frequently may result in ovarian removal, and there always is a risk of castration if the contralateral ovary undergo torsion as well. In this study, the authors present their experience with adnexal torsion in 15 children and describe a catastrophic event, asynchronous bilateral adnexal torsion, with review of the literature.Methods: Between November 1993 and November 2000, 15 children under 15 years of age who had undergone operation because of torsion of uterine adnexal structures were evaluated. Two illustrative cases with asynchronous bilateral adnexal torsion are presented.Results: Fourteen cases were associated with additional adnexal pathology, whereas in 1 case the torsion was of normal uterine adnexa. Sonographic studies improved the preoperative diagnosis. Hemorrhagic necrosis of the adnexa secondary to the torsion was found in all cases except 3 and necessitated adnexal resection. In only 3 cases preservation of the adnexa was possible. Asynchronous adnexal torsion occurred in 2 patients in the time course. Both were treated by laparotomy and adnexal untwisting and fixation by permanent multiple interrupted sutures. In their final evaluation at 40 and 8 months after the operation, they were found to have good ovarian function.Conclusion: Considering the risk of subsequent contralateral torsion and its impact on future fertility, the authors believe that conservative management (untwisting the ovary and pexing, both retained detorsed and contralateral, ovaries) should be considered in cases of ovarian torsion in children. J Pediatr Surg 37:1617-1620. Copyright 2002, Elsevier Science (USA). All rights reserved.

Acute ovarian torsion in children

Background: Acute ovarian torsion (OT) is an uncommon cause of abdominal pain in children and is frequently confused with other conditions. Methods: We reviewed the records (1983 to 1999) of all children treated for acute OT at our children’s hospital. Results: Mean child age (n = 51) was 12.5 ± 0.3 years. Children presented with either right-sided (n = 29) or left-sided (n = 22) pain. Diagnosis of OT was confirmed preoperatively by ultrasound (73%) or computed tomography (CT) scan (10%) while nine children (17%) with right-sided pain underwent surgery for presumed appendicitis. Despite a relatively short time from diagnosis to surgery, all 51 children required salpingooophorectomy. Contralateral biopsy was performed in 29% and 57% had an appendectomy. Younger children more commonly had either a mature cystic teratoma or torsion with no underlying abnormality as an etiology compared with OT in older children that was more likely to result from either a follicular or corpus luteal cyst. Pathologic examination of the contralateral ovary and appendix was normal in all children who underwent biopsy and appendectomy. Conclusions: Ultrasonography with color doppler is helpful for differentiating acute OT from appendicitis. Although the twisted ovary can rarely be salvaged, the etiology is usually benign. Preoperative serum markers and contralateral ovary biopsy may be unnecessary.