Due to its high cost-effectiveness, intrauterine device (IUD) is one of the widely used contraception methods worldwide. Intravesical migration of an IUD via perforation of the uterus and bladder is very rare. Endoscopic approach is recommended in the treatment, but open surgery may also be needed rarely. In this report, we present the case of a 37-yearold female who was misdiagnosed radiologically with bladder stone, but later on, it was understood that an IUD migrated to the bladder and resulted in stone formation. Laser lithotripsy was performed, and the migrated IUD was unearthed. Removal of the IUD with cystoscopic forceps was unsuccessful. Postoperative pelvic computed tomography revealed that a part of the IUD was outside the bladder. At the next operation session, laparoscopic removal of the IUD was applied. The patient was followed up for 5 days with a Foley catheter and discharged after performing cystography, assuring us that the bladder contours were normal.Keywords Bladder . Bladder stone . Endoscopic surgical procedures . Intrauterine device migrations
Case HistoryA 37-year-old female was admitted to our urology outpatient clinic with complaints of suprapubic pain, polyuria, and urgency for the past 8 months. From her medical history, we have been informed that despite administration of an intrauterine device (IUD) 6 years ago, she had ectopic pregnancy 4 years ago and therefore she was applied with laparoscopic salpingectomy in a tertiary health-care center, and doctors told her they removed the IUD at the same operation. Her family history was unremarkable and physical examination was normal. Abundant leukocytes, erythrocytes, and crystals were detected at urinalysis. An opacity of 1.5×2 cm in size was viewed in the pelvic region of the urinary tract X-ray. It was reported as a bladder stone at pelvic ultrasonography. Cystoscopic stone fragmentation was planned. However, at cystoscopic examination, it appeared that the opacity which was radiologically considered bladder stone was indeed an intravesical encrusted foreign body entering the bladder lumen from the posterior wall (Fig. 1). Laser lithotripsy was performed and the migrated IUD was unearthed. Removal of the IUD with cystoscopic forceps was attempted, but the IUD was stuck firmly to the bladder wall. Postoperative pelvic computed tomography (CT) revealed that about 1 cm of the IUD was outside the bladder (Fig. 2). At the next operation session, laparoscopic removal of the IUD that was not associated with the uterus anymore was applied. The patient was followed up for 5 days with a Foley catheter, and hematuria was not developed within this early postoperative period. The patient was discharged after performing cystography, assuring us that the bladder contours were normal.
DiscussionIUD is a contraceptive method that is widely used worldwide because of its efficacy, reliability, economy, and