UTI Treatment

Ureteric Reimplantation

Surgical correction of ureteric anatomy to create an effective anti-reflux valve — eliminates the structural cause of recurrent pyelonephritis and protects kidneys from ongoing scarring.

120–180 min PROCEDURE
3–5 Days HOSPITAL STAY
>90% SUCCESS RATE
3–4 Weeks RECOVERY

What is Ureteric Reimplantation?

Ureteric Reimplantation is a reconstructive procedure in which the ureter is detached from its original bladder insertion and reattached at a new site through a submucosal tunnel that creates an anti-reflux valve mechanism. It corrects vesicoureteral reflux, obstructive megaureter, stricture at the vesicoureteric junction, or post-traumatic ureteric injury. By restoring normal anatomy, it eliminates the structural cause of recurrent complicated urinary tract infections and protects kidneys from ongoing scarring. Success rates exceed 95% for grades III–V VUR using established Cohen's or Politano-Leadbetter techniques.

Suitable for patients with VUR causing recurrent pyelonephritis, obstructive megaureter, ureteric stricture at the bladder, or post-surgical ureteric injury requiring definitive reconstruction to preserve kidney function.

How the Procedure Works

1

Incision & Exposure

Lower midline or Pfannenstiel incision; bladder opened through cystotomy for intravesical approach or detrusor dissected for extravesical approach.

2

Ureteric Mobilisation

Relevant ureter identified, carefully mobilised with blood supply preserved, and divided from original insertion with adequate length retained.

3

Tunnel Creation

Submucosal tunnel of 3–4 cm created in bladder mucosa at new implantation site — minimum 5:1 tunnel-to-ureteric diameter ratio required.

4

Ureteric Anastomosis

Spatulated ureter drawn through tunnel and anastomosed to bladder mucosa with 4-0 absorbable sutures; DJ stent placed through anastomosis.

5

Closure & Drainage

Cystotomy closed in two layers; urethral catheter and pelvic drain placed; DJ stent removed at 4–6 weeks after post-operative imaging confirmation.

Outcomes

120–180 minDURATION
3–5 DaysHOSPITAL STAY
>90%SUCCESS RATE
3–4 WeeksFULL RECOVERY

Who Needs This Treatment?

  • Children and adults with grades III–V vesicoureteral reflux causing recurrent pyelonephritis and renal scarring.
  • Patients with obstructive megaureter causing hydronephrosis and repeated complicated urinary tract infections.
  • Those with ureteric stricture at the vesicoureteric junction from prior surgery, radiation, or endoscopic injury.
  • Patients with ureteric injury from gynaecological surgery requiring urgent reconstruction to preserve kidney function.
  • Children with breakthrough infections on prophylactic antibiotics where medical management of VUR has failed.
  • Those with reflux nephropathy at risk of progressive hypertension and renal failure if anatomy left uncorrected.
"

"Ureteric reimplantation corrects the root cause of reflux-related infections. By restoring normal anatomy with a proper anti-reflux mechanism, we protect kidneys from the ongoing scarring that eventually leads to hypertension and renal failure."

— — Dr. Vipin Reddy, Consultant Urologist, Andrologist & Renal Transplant Surgeon

Common Questions

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