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There has been great progress in ureteral surgery in the last twenty years. The predominant indication is still calculous obstruction but reparative and plastic surgery of the ureter for congenital and acquired lesions are among the most interesting advances in modern urology. The essential goal of this surgery is to ensure free flow of the urine from the kidney to the bladder and so to preserve or improve kidney function which is always affected or threatened by any defect in the excretory pathway. The ideal is to re-establish a closed circuit flow from kidney to bladder by repair or substitution of the ureteral conduit so as to avoid as far as possible the dis abilities that result from diversion of the urine to the skin surface or to the intestine. This objective can now be achieved in the treatment of most of the diseases of the ureter when the relevant kidney is sufficiently healthy to merit conserva tion. The techniques used are not necessarily new but the advent of antibiotics has made it possible to avoid or reduce the risks of infection, pyelonephritis, or pyonephrosis that so often complicated such surgery in earlier times. Progress in the investigation of renal function and of the excretory tract has brought a better understanding of the physio-pathology of the urinary apparatus and more accurate judgement of the results of reparative surgery.
List of contents
General Considerations.- I. The Surgical Approach to the Ureter.- 1. Exposure of the Lumbar Ureter.- 2. Exposure of the Iliac Ureter.- 3. Exposure of the Pelvic Ureter.- 4. Exposure of the Terminal Ureter.- 5. Transperitoneal Exposure of the Ureter.- II. Ureterolysis.- A. Simple Ureterolysis.- B. Ureterolysis with Intraperitoneal Transposition of the Ureters.- III. Ureterotomy.- 1. Ureterolithotomy.- 2. Ureterotomy for Stenosis.- 3. Extramucosal Ureterotomy.- IV. Ureteral Anastomosis.- 1. Uretero-Ureteral Anastomosis.- 2. Uretero-Pelvic and Uretero-Calyceal Anastomosis.- 3. Uretero-Vesical Anastomosis: Ureteroneocystostomy.- V. Ureterectomy.- 1. Segmental Ureterectomy.- 2. Total Ureterectomy.- VI. Replacement Ureteroplasty.- a) Inert Ureteral Prostheses.- b) Regeneration of the Ureter.- c) Preserved Human Tissues.- d) Pedicled Grafts.- 1. Ureteroplasty with a Tubed Bladder Flap.- 2. Pyelo-Ureteroplasty with a Tubed Flap from Renal Pelvis.- 3. Uretero-Ureterostomy.- 4. Entero-Ureteroplasty.- VII. Urinary Diversion Utilising the Ureter.- 1. Cutaneous Ureterostomy.- 2. Ureterosigmoidostomy.- 3. Implanting the Ureters into an Excluded Intestinal Segment.- VIII. Surgery of Vesico-Uretero-Renal Reflux.- 1. Techniques.- 2. General Therapeutic Indications?.- 3. Results.- IX. Surgery of Megaureter.- 1. Classification.- 2. Surgical Technique.- 3. Conservative and Corrective Operations.- 4. Indications for Surgery.- 5. Results.- X. Surgery of Ureterocele.- 1. Simple Ureterocele ("Adult Type").- 2. Ectopic Ureterocele ("Infantile Type").- XI. Surgery of Retrocaval Ureter.- 1. General Therapeutic Indications.- 2. Operative Technique.- 3. Results.- XII. Surgery of the Ureter in Kidney Transplantation.- 1. General Considerations.- 2. Surgical Technique.- 3. Results andComplications.- General Conclusions.- References.
Summary
There has been great progress in ureteral surgery in the last twenty years. The predominant indication is still calculous obstruction but reparative and plastic surgery of the ureter for congenital and acquired lesions are among the most interesting advances in modern urology. The essential goal of this surgery is to ensure free flow of the urine from the kidney to the bladder and so to preserve or improve kidney function which is always affected or threatened by any defect in the excretory pathway. The ideal is to re-establish a closed circuit flow from kidney to bladder by repair or substitution of the ureteral conduit so as to avoid as far as possible the dis abilities that result from diversion of the urine to the skin surface or to the intestine. This objective can now be achieved in the treatment of most of the diseases of the ureter when the relevant kidney is sufficiently healthy to merit conserva tion. The techniques used are not necessarily new but the advent of antibiotics has made it possible to avoid or reduce the risks of infection, pyelonephritis, or pyonephrosis that so often complicated such surgery in earlier times. Progress in the investigation of renal function and of the excretory tract has brought a better understanding of the physio-pathology of the urinary apparatus and more accurate judgement of the results of reparative surgery.
