1 instability, renal failure, pneumonia, and a pelvic abscess.

2  cross-sectional images demonstrating a deep pelvic abscess.

3 sented with pelvic pain, fever, and presumed pelvic abscess.

4 nd effective alternative to surgery for deep pelvic abscesses.

5                       Complications included pelvic abscess (1.3%), anastomotic dehiscence (6.4%), bo

6    MR imaging was used to correctly identify pelvic abscesses and healthy appendix in two patients.

7 e likely to develop minor perineal fistulae, pelvic abscess, and Crohn's disease, the rate of pouch f

8 erative days, including anastomotic leakage, pelvic abscess, and peritonitis.

9 -quadrant pain, including ovarian torsion or pelvic abscesses, and demonstrating a healthy or unhealt

10  morbidity occurred in 26% of patients, with pelvic abscess being the most common complication.

11 in increased operative time, blood loss, and pelvic abscess formation but does not increase the rate

12 tive time, estimated blood loss, and rate of pelvic abscess formation without associated leak were hi

13 d from a presumed infection, a polymicrobial pelvic abscess in a patient with perforated diverticulit

14  developed fistulas and five (14%) developed pelvic abscess; in the authors' previous experience with

15                           The origins of the pelvic abscesses included postoperative fluid collection

16        Reasons for redo surgery were chronic pelvic abscess (n = 21), rectovaginal fistula (n = 19),

17                            Two patients with pelvic abscesses not related to appendicitis underwent p

18  and seven in group 4); the most common were pelvic abscesses (seven patients) and anastomotic leaks

19 nsvaginal sonographically guided drainage of pelvic abscess was assessed in seven women who presented

20  CT-guided transgluteal drainage of 154 deep pelvic abscesses were reviewed to determine the origins,

21                          We report a case of pelvic abscess with O. anthropi after a routine appendec