Acute urinary retention caused by a large hydrosalpinx

Acute urinary retention is uncommon in female patients. It is typically linked to neurological or obstructive causes. However, gynecological conditions can also play a role. Prior research has shown that pelvic masses may compress the bladder or urethra. This gap motivated further investigation into non-traditional causes. No prior work had resolved the link between hydrosalpinx and urinary retention. The literature lacks detailed case reports on this association. This paper contributes a rare clinical scenario. It expands understanding of how gynecological anomalies may affect urinary function.

This case aimed to document a rare cause of intermittent urinary retention. The patient presented with symptoms not typically seen in gynecological disorders. The goal was to identify the anatomical mechanism behind the retention. The researchers sought to clarify the role of hydrosalpinx in this condition. They also wanted to highlight diagnostic challenges. The study aimed to prevent misdiagnosis due to misleading bladder scans. The motivation was to improve clinical awareness of this association. The authors hoped to guide future diagnostic approaches.

The study involved a single patient with a history of intermittent retention. Imaging was used to assess pelvic anatomy and bladder function. A bladder scan was performed to measure post-void residual volume. The scan showed an abnormally high residual, raising suspicion of obstruction. The patient underwent a pelvic ultrasound to evaluate for masses. The ultrasound revealed a large hydrosalpinx compressing the bladder. Surgical intervention was planned to remove the hydrosalpinx. The patient’s symptoms were monitored post-operatively.

The patient experienced intermittent urinary retention and elevated post-void residual. The ultrasound identified a large hydrosalpinx displacing the uterus anteriorly. The bladder scan falsely suggested a high residual due to the hydrosalpinx. Following salpingectomy, the patient’s symptoms resolved completely. The post-void residual normalized after the procedure. No further episodes of retention were reported. The anatomical compression was confirmed as the cause. The results suggest that hydrosalpinx can mimic urinary obstruction.

The authors propose that hydrosalpinx may cause urinary retention through mechanical compression. The case highlights the importance of imaging in diagnosing pelvic causes. The bladder scan may give misleading results in the presence of a hydrosalpinx. The resolution of symptoms after surgery supports this mechanism. The findings suggest that gynecological causes should be considered in retention cases. The study does not claim this is a common cause. The authors emphasize the need for a multidisciplinary approach. They recommend further case reports to confirm this association.