Injury in Pelvic Fracture Urethral Injury Is Membranobulbar: Fact or Myth
Author(s)
Joshi, Pankaj M
Desai, Devang J
Shah, Darshan
Joshi, Devashree
Kulkarni, Sanjay B
Griffith University Author(s)
Year published
2017
Metadata
Show full item recordAbstract
Pelvic fracture urethral injuries commonly result from motor vehicle collisions, and the mechanism of injury conventionally thought was a shearing injury at the membranous urethra, which would destroy the striated sphincter. Continence would therefore depend on the bladder neck. Striated sphincter and the site of injury have not been shown clearly on preoperative imaging. We demonstrate our protocol of performing magnetic resonance imaging whereby the membranous sphincter is seen intact and the injury is shown to be at the membranobulbar junction contrary to conventional belief. This suggests that surgical reconstruction can ...
View more >Pelvic fracture urethral injuries commonly result from motor vehicle collisions, and the mechanism of injury conventionally thought was a shearing injury at the membranous urethra, which would destroy the striated sphincter. Continence would therefore depend on the bladder neck. Striated sphincter and the site of injury have not been shown clearly on preoperative imaging. We demonstrate our protocol of performing magnetic resonance imaging whereby the membranous sphincter is seen intact and the injury is shown to be at the membranobulbar junction contrary to conventional belief. This suggests that surgical reconstruction can be undertaken, preserving both sphincter mechanisms and improving postoperative continence.
View less >
View more >Pelvic fracture urethral injuries commonly result from motor vehicle collisions, and the mechanism of injury conventionally thought was a shearing injury at the membranous urethra, which would destroy the striated sphincter. Continence would therefore depend on the bladder neck. Striated sphincter and the site of injury have not been shown clearly on preoperative imaging. We demonstrate our protocol of performing magnetic resonance imaging whereby the membranous sphincter is seen intact and the injury is shown to be at the membranobulbar junction contrary to conventional belief. This suggests that surgical reconstruction can be undertaken, preserving both sphincter mechanisms and improving postoperative continence.
View less >
Journal Title
Urology
Volume
102
Subject
Clinical sciences
Science & Technology
Life Sciences & Biomedicine
Urology & Nephrology