Abdominopelvic CT Scan Findings After Surgery for Ovarian Cancer

    loading  Checking for direct PDF access through Ovid



To evaluate abdomino-pelvic changes in patients who had total abdominal hysterectomy (TAH) and bilateral salpingo-oophorectomy (BSO) for stage I ovarian cancer.


The postoperative computed tomographic (CT) scans of 23 patients who had undergone TAH and BSO for stage I ovarian tumours between 3 and 14 weeks previously were assessed, providing there had been no treatment with chemotherapy or radiotherapy and that each patient had normal tumour marker (CA125) levels after surgery. After the CT scan patients were followed up and had no clinical or biochemical (CA125) evidence of relapse for a median of 27 months (range 11 to 78 months).


The following sites were assessed by two observers: the vaginal vault, round ligaments, bladder, rectum, perirectal fat, pelvic sidewalls, omentum, surgical scar and abdominal wall. Any abnormality was recorded, with re-evaluation on follow-up CT scans in ten patients (between three and 17 months).


The following abnormalities were seen: (1) Thickened round ligaments (n = 12) with bulbous masses at the surgically transected ends (n = 7). This was bilateral in eight patients. (2) Vaginal vault thickening (n = 11) either uniform (n = 6) or bulbous bilaterally (n = 2) or unilaterally (n = 3). (3) Subtle omental bed stranding or nodularity (n = 11). (4) Peritoneal thickening underlying the scar (n = 4). (5) Asymmetrical rectus abdominis muscles (n = 3) adjacent to the surgical scar or thickened scar tissue in the anterior abdominal wall (n = 4). No significant bladder, rectal, perirectal or nodal abnormalities were found.


Pseudotumours at the transected ends of the round ligaments, or uniformly swollen round ligaments, may be identified in patients who have had TAH and BSO, as may vaginal vault thickening. Other changes which may be observed in the abdomen and pelvis are peritoneal thickening adjacent to the scar and omental bed stranding.

Related Topics

    loading  Loading Related Articles