There is no single “best” urethroplasty for every stricture. The urologist chooses the operation after mapping where the scar is, how long and tight it is, what caused it, whether the surrounding urethra is healthy, what operations were done before, and what graft tissue is available. A short bulbar scar may be repaired by removing the scar and reconnecting healthy urethra; a longer stricture may need a graft; penile or lichen sclerosus strictures may need different tissue and sometimes staged surgery. Final planning may also change slightly during the operation when the true tissue quality is seen.

The operation starts with the anatomy, not the name of a technique

Patients often arrive asking whether they need “buccal graft urethroplasty” or “anastomotic urethroplasty.” The reconstructive question is more basic: what length of healthy urethral plate remains and can a wide, tension-free channel be created without sacrificing important tissue? The technique follows from that answer.

1. Where is the stricture?

Bulbar urethra

Short bulbar strictures may be suitable for excision and primary anastomosis or a non-transecting reconstruction. Longer bulbar strictures are commonly augmented with oral mucosa. The amount of spongiofibrosis and the cause of the stricture influence whether tissue is divided or preserved.

Penile urethra

Penile strictures are less suitable for excision-and-join techniques because shortening can cause curvature. Graft or flap reconstruction is more often used, with special caution in lichen sclerosus.

Panurethral disease

Very long strictures spanning penile and bulbar urethra may need a long oral mucosa graft or a combination of techniques and materials. These operations are best planned in reconstructive practice because no single manoeuvre fits every segment.

Posterior or trauma-related narrowing

Pelvic fracture urethral distraction and posterior stenosis are different reconstructive problems. Imaging must define the gap, bladder neck, prior realignment and associated fistula or bony abnormalities before the surgical approach is chosen.

2. How long and how tight is the scar?

Length changes the possibilities. A short obliterative scar can sometimes be excised, while a long scar cannot simply be removed without creating excessive tension or shortening. RGU may underestimate length, so VCUG, cystoscopy and intraoperative assessment can add important information.

3. What caused the stricture?

Trauma, instrumentation, lichen sclerosus, failed hypospadias surgery and radiation create different tissue problems. For example, genital skin should not be used in lichen sclerosus because the disease can involve that skin. Radiation may reduce vascularity and increase the risk of healing problems and recurrence.

4. What has already been done?

Previous DVIU, dilatation, urethroplasty, graft harvest and fistula repair all matter. A redo operation may need to preserve or reuse a previous graft, choose a new graft site, stage the reconstruction or approach the scar from a different direction.

5. Is the urethral plate usable?

During surgery, the surgeon assesses whether the scarred urethral plate can be opened and augmented or whether it is too narrow, diseased or destroyed. This distinction can determine whether a one-stage graft reconstruction is safe or whether staged replacement gives a better foundation.

6. What graft tissue is available?

Buccal or lingual mucosa is commonly preferred when a graft is required because it handles a moist environment well and is hairless. If oral mucosa is unavailable or unsuitable, penile skin can be used in selected non-lichen-sclerosus cases. Specialised alternatives are reserved for situations where standard grafts cannot be used.

7. What are the patient’s priorities?

The choice is not purely technical. Number of stages, catheter duration, oral graft harvest, cosmetic concerns, sexual function, likelihood of recurrence and willingness to undergo a prolonged reconstruction should be discussed. In complex recurrent disease, perineal urethrostomy may be an acceptable definitive option for some patients.

Tests used for planning

• Uroflowmetry and post-void residual.
• RGU; VCUG when proximal anatomy or an obliterative segment needs definition.
• Flexible cystoscopy or small-calibre urethroscopy.
• Urine routine/culture.
• Examination for lichen sclerosus, fistulae and tissue quality.
• Oral examination if a graft may be required.
• Antegrade cystoscopy through a suprapubic tract in selected complex/posterior cases.

Why the final plan may change during surgery

Imaging shows length and location, but it cannot fully show blood supply, depth of fibrosis or how well the urethral plate opens. Reconstructive consent therefore often includes more than one possible technique. A surgeon may plan a one-stage graft and decide that a staged repair is safer only after seeing poor local tissue, or may find that a shorter reconstruction is adequate than imaging suggested.

What to bring for consultation

• RGU/VCUG images and reports.
• Previous urethroscopy/cystoscopy findings.
• All prior urethral surgery and VIU records.
• Current uroflow/PVR.
• Urine culture and creatinine.
• Details of previous oral or skin graft harvest.

Anastomotic versus augmentation urethroplasty

Anastomotic repair removes a short scar and reconnects healthy urethra. It is attractive when the defect is short enough to join without tension and without unacceptable shortening. Augmentation urethroplasty opens the strictured urethra and adds graft tissue to widen it, preserving more native urethra. Non-transecting approaches may preserve spongiosal blood supply in selected bulbar strictures. The choice is therefore about the geometry and biology of the scar, not simply whether a surgeon prefers “cutting” or “grafting.”

Why one RGU report is not enough for complex planning

RGU is essential, but it is a two-dimensional study and may underestimate length. If the lumen is nearly obliterated, the proximal urethra may not fill well. VCUG, antegrade cystoscopy through a suprapubic tract or small-calibre urethroscopy may be added. In trauma, the relationship of the proximal urethra to the pubic bone and bladder neck can determine whether a simple perineal approach is adequate or more mobilisation is needed.

How surgeon experience affects the plan

Complex urethroplasty is a reconstructive operation in which several valid techniques may exist. A surgeon who routinely performs bulbar, penile, panurethral and redo reconstruction can choose among techniques rather than forcing every stricture into one familiar operation. For patients, the useful question is not only “which operation?” but also “why is this operation best for my anatomy, and what is the backup plan if the tissue looks different during surgery?”

Why two reconstructive surgeons may recommend different operations

For some strictures, more than one sound reconstructive option exists. For example, evidence does not show that one graft position is universally superior for every bulbar augmentation. Surgeons may reasonably differ according to scar pattern, spongiosum quality, prior surgery and the technique with which they have the greatest experience. A good recommendation should be explainable from the anatomy, not from a claim that one named operation is always best.

FAQs

Related reading

• Urethroplasty Surgery Explained
• RGU Test for Urethral Stricture
• Can a Long Urethral Stricture Be Repaired in One Surgery?
• What If Buccal Mucosa from the Mouth Cannot Be Used?
• What If Urethroplasty Fails?
• Urologist in Latur

References

• European Association of Urology. EAU Guidelines on Urethral Strictures: Disease Management in Males, 2026 https://uroweb.org/guidelines/urethral-strictures/chapter/disease-management-in-males
• European Association of Urology. EAU Guidelines on Urethral Strictures: Tissue Transfer, 2026 https://uroweb.org/guidelines/urethral-strictures/chapter/tissue-transfer
• American Urological Association. Urethral Stricture Guideline (2023 amendment) https://www.auanet.org/guidelines-and-quality/guidelines/urethral-stricture-guideline
• Barratt R, Chan G, La Rocca R, et al. Free Graft Augmentation Urethroplasty for Bulbar Urethral Strictures: Which Technique Is Best? A Systematic Review. Eur Urol. 2021;80(1):57-68. doi:10.1016/j.eururo.2021.03.026.