[Clinical applications of the comprehensive theory of urinary incontinence]

Currently, urinary incontinence cannot be treated without taking into consideration the comprehensive theory of urinary incontinence. According to this theory, stress incontinence, urge incontinence and alterations in bladder emptying result from alterations in the elements of suburethral support, ligaments and muscles of the pelvis floor. Alterations in the forces applied by muscles and ligaments to the fascia adjacent to the vaginal wall and the urethra cause the vesical neck and the urethra to open or close. Alterations in the forces applied to the vagina can also cause premature activation of the micturition reflex, triggering involuntary contractions of the detrusor muscle. Knowledge of the anatomic substrate of the upper, intermediate and lower layers of the pelvic floor and of the main pubourethral, urethropelvic and uterosacral ligamentous elements is essential before any surgical approach of incontinence can be attempted. Depending on the location of the fascial or ligamental muscle lesion and of the sensitivity of the local nerve endings, stress incontinence, urge incontinence, altered bladder emptying or combinations of these conditions can develop. There are 6 basic defects which should be systematically investigated: defect in the suburethral support ("Hammock"), tethered vagina syndrome, distended pubourethral ligaments, distended uterosacral ligaments and support of the vaginal apex, lesions of vaginal insertion of pubococcygeal muscles, lesions of the striated muscles of the pelvic floor levator plate.

Corrección transobturatoria de los cistoceles

OBJECTIVE

We present our initial experience with the Perigee system for anterior vaginal wall prolapses repair.

MATERIAL AND METHOD

15 patients with anterior vaginal wall prolapse (mean age: 62 years old) underwent implanted with Perigee system which is composed by a mesh for correcting central defect and four self-attached horns for correcting lateral defect. The implanted procedure consist of four steps: 1) lateral vaginal wall dissection as far as isquiopubic branch; 2) performance of two upper marks at genitofemoral fold and two lower marks at 2 cm laterally and 3 cm lower; 3) insertion of the upper needles parallel to the isquiopubic branch and connection with the mesh's "arms" plus insertion of the lower needles vertically and connection with mesh's "legs"; 4) to adjust the mesh free tension. The system POP-Q was used as an objective measure of correction rate.

RESULTS

Preoperatively, the point Aa was 0.09. After 6 weeks and three months postoperatively was -3.00 and -2.73 respectively. Preoperatively, the point Ba was 1.73. After 6 weeks and three months postoperatively was -2.82 and -2.82 respectively. No major complications were presented. No vascular damage or significant bleeding was observed.

CONCLUSION

The transobturator correction of cystocele is an attractive alternative. The initial good outcome may be expected to be long lasting.