Full guidelines
Reproduced from the official EAU 2025 publication.
Recommendations
Recommendations
| Recommendation | Strength rating |
|---|---|
| Evaluation | |
| Assess haemodynamic stability upon admission. | Strong |
| Record past renal surgery, and known pre- existing renal abnormalities (ureteropelvic junction obstruction, solitary kidney, urolithiasis). | Strong |
| Test for haematuria in a patient with suspected renal injury. | Strong |
| Perform a multiphase computed tomography (CT) scan in trauma patients with: • visible haematuria; • non-visible haematuria and one episode of hypotension; • a history of rapid deceleration injury and/or significant associated injuries; • penetrating trauma; • clinical signs suggesting renal trauma e.g., flank pain, abrasions, fractured ribs, abdominal distension and/or a mass and tenderness. | Strong |
| Management | |
| Manage stable patients with blunt renal trauma non-operatively with close monitoring and re-imaging as required. | Strong |
| Manage isolated Grade 1-4 stab and low- velocity gunshot wounds in stable patients non-operatively. | Strong |
| Use selective angioembolisation for active renal bleeding if there are no other indications for immediate surgical exploration. | Strong |
| Insert urinary system drainage (ureteral stenting, nephrostomy) or perirenal drainage in cases of persistent or symptomatic urinary leak. | Strong |
| Proceed with renal exploration in the presence of persistent haemodynamic instability due to renal injury after failure of non-operative management. | Strong |
| Perform renal exploration in case of expanding or pulsatile peri-renal haematoma during laparotomy for associated injuries. | Strong |
| Attempt renal reconstruction if haemorrhage is controlled and there is sufficient viable renal parenchyma. | Weak |
| Repeat imaging in high-grade and penetrating injuries and in cases of fever, worsening flank pain, or falling haematocrit. | Strong |
| Follow-up approximately three months after major renal injury with urinalysis, individualised radiological investigation, e.g., nuclear scintigraphy, CT or ultrasound, blood pressure measurement and renal function tests. Longer term annual follow- up for blood pressure is recommended. | Weak |
Recommendations
| Recommendation | Strength rating |
|---|---|
| Visually identify the ureters to prevent ureteral trauma during complex abdominal and pelvic surgery. | Strong |
| Beware of concomitant ureteral injury in all abdominal penetrating trauma, and in deceleration-type blunt trauma. | Strong |
| Use pre-operative prophylactic stents in high-risk of ureteral injuries. | Weak |
| Repair iatrogenic ureteral injuries recognised during surgery immediately. | Strong |
| Treat iatrogenic ureteral injuries with delayed diagnosis by nephrostomy tube/JJ stent urinary diversion. | Strong |
| Manage ureteral strictures by ureteral reconstruction according to the location and length of the affected segment. | Strong |
| Endo-urologic |
Recommendations
| Recommendation | Strength rating |
|---|---|
| Perform cystography in the presence of visible haematuria and pelvic fracture. | Strong |
| Perform cystography in case of suspected iatrogenic bladder injury in the post- operative setting. | Strong |
| Perform cystography with active retrograde filling of the bladder with dilute contrast (300-350 mL). | Strong |
| Perform cystoscopy to rule out bladder injury during retropubic sub-urethral sling procedures. | Strong |
| Manage uncomplicated blunt extraperitoneal bladder injuries conservatively. | Weak |
| Manage blunt extraperitoneal bladder injuries operatively in cases of bladder neck involvement and/or associated injuries that require surgical intervention. | Strong |
| Manage blunt intraperitoneal injuries by surgical exploration and repair. | Strong |
| Manage small uncomplicated intraperitoneal bladder injuries during endoscopic procedures conservatively. | Weak |
| Perform cystography to assess bladder wall healing after repair of a complex injury or in case of risk factors for wound healing. | Strong |
Recommendations
| Recommendation | Strength rating |
|---|---|
| Provide appropriate training to reduce the risk of traumatic catheterisation. | Strong |
| Evaluate male urethral injuries with flexible cysto-urethroscopy and/or retrograde urethrography. | Strong |
| Evaluate female urethral injuries with cysto-urethroscopy and vaginoscopy. | Strong |
| Treat iatrogenic anterior urethral injuries by transurethral or suprapubic urinary diversion. | Strong |
| Treat partial blunt anterior urethral injuries by suprapubic or urethral catheterisation. | Strong |
| Treat pelvic fracture urethral injuries (PFUIs) in hemodynamically unstable patients initially by transurethral or suprapubic catheterisation. | Strong |
| Perform early endoscopic re-alignment in male PFUIs when feasible. | Weak |
| Do not repeat endoscopic treatments after failed re-alignment for male PFUI. | Strong |
| Treat partial posterior urethral injuries initially by suprapubic or transurethral catheter. | Strong |
| Do not perform immediate urethroplasty (< 48 hours) in male PFUIs. | Strong |
| Perform early urethroplasty (two days to six weeks) for male PFUIs with complete disruption in selected patients (stable, short gap, soft perineum, lithotomy position possible). | Weak |
| Manage complete posterior urethral disruption in male PFUIs with suprapubic diversion and deferred (at least three months) urethroplasty. | Strong |
| Perform early repair (within seven days) for female PFUIs (not delayed repair or early re-alignment). | Strong |
Recommendations
| Recommendation | Strength rating |
|---|---|
| Exclude urethral injury in the case of penile fracture. | Strong |
| Perform ultrasound (US) for the diagnosis of testis trauma. | Strong |
| Treat penile fractures surgically, with closure of tunica albuginea. | Strong |
| Explore the injured testis in all cases of testicular rupture and in those with inconclusive US findings. | Strong |
Classification & Evidence Tables
| yhpargoignA silobmeoigna fi taeper( )lufsseccusnu |
|---|
| 1-2 weeks | Complete 3 weeks |
|---|
| Penile fracture |
|---|
| The most common causes of penile fracture are sexual intercourse, forced flexion, masturbation and rolling over. |
| Penile fracture is associated with a sudden cracking or popping sound, pain, immediate detumescence and local swelling. |
| Magnetic resonance imaging is superior to all other imaging techniques in diagnosing penile fracture. |
| Management of penile fracture is surgical intervention with closure of the tunica albuginea. |
| Testicular trauma |
| Blunt testicular injury may occur under intense compression of the testis against the inferior pubic ramus or symphysis, resulting in a rupture of the tunica albuginea. |
| Testicular rupture is associated with immediate pain, nausea, vomiting, and sometimes fainting. |
| Scrotal ultrasound is the preferred imaging modality for the diagnosis of testicular trauma. |
| Surgical exploration in patients with testicular trauma ensures preservation of viable tissue when possible. |