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Erschienen in:
11.08.2020 | Original Article
Reoperation rate and outcomes following the placement of polypropylene mesh by the vaginal route for cystocele: very long-term follow-up
Erschienen in: International Urogynecology Journal | Ausgabe 4/2021
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Introduction and hypothesis
The aim was to evaluate the reoperation rate and outcomes in women who underwent transvaginal non-absorbable monofilament polypropylene mesh placement for the treatment of cystocele.
Methods
The retrospective cohort study included 63 patients who underwent transvaginal surgery using a synthetic polypropylene mesh (Gynemesh™) for cystocele. Patients were evaluated using a clinical examination (POP-Q) and validated questionnaires (PGI-I, PFDI-20, PFIQ-7) at 18 years of follow-up (median 18 years [IQR 16–19]). Cumulative death rate was 13 out of 63 (20%) and rate of total loss to follow-up was 21 out of 50 (42%). Finally, among the 63 women who underwent surgery, 29 completed maximum follow-up and 21 underwent a clinical examination.
Results
The cumulative reoperation rate was 35% (22 out of 63). Three patients were reoperated on because of recurrence of pelvic organ prolapse. Among the 63 patients initially operated, vaginal mesh exposure occurred in 16 (25%) during follow-up and 11 women (17%) needed a reintervention for vaginal mesh exposure. One patient was reoperated on for bladder mesh exposure. Among the 29 women who completed follow-up, the overall postoperative improvement rate was 93% after 18 years (PGI-I: 1–3). Mean overall satisfaction rate was 80 out of 100. Functional success rate was 76% (22 out of 29) and anatomical success rate was 62% (13 out of 21). The median score of the POP-DI-6 was 4.1 (IQR: 0–11) and the median score of the PFDI-20 was 30.7 (IQR: 13–60) in the 29 women who completed maximum follow-up.
Conclusion
At very long-term follow-up, the recurrence rate of cystocele following polypropylene mesh placement by the vaginal route remained low and the satisfaction rate was high. However, we found high cumulative reoperation and mesh exposure rates.