Retrospective analysis of apical prolapse correction by unilateral pectineal suspension: perioperative and short-term results

Author:

Bolovis Dimitrios IliasORCID,Schreibmayer Michael,Hitzl Wolfgang,Brucker Cosima Veronika Maria

Abstract

Abstract Introduction and hypothesis We have previously published the novel method of unilateral pectineal suspension (UPS) for apical prolapse correction. UPS provides mesh-free midline uterus suspension using a single non-absorbable suture to attach the anterior cervix to the lateral part of the iliopectineal ligament. The purpose of this retrospective cohort study was to analyze the short-term efficacy, perioperative complication rate, and overall patient acceptance of the new UPS surgical concept. Methods Forty-seven patients with POP-Q stage 2–4 who underwent robotic UPS between January 1, 2020 and December 31, 2021 were included in the study. Patient data were taken retrospectively from the patient files. Treatment success was the primary endpoint, measured both objectively using a defined composite endpoint and subjectively according to patients’ acceptance 3–6 months after surgery during a follow-up examination. Secondary outcome measures included complications and conversions, and effect of additional procedures on operative time. Results Treatment success as measured by the defined composite endpoint was 93.6% for the entire cohort. No complications or conversions occurred. Mean operation time for isolated UPS was 46.5 min (n = 33 patients). UPS can be easily combined with additional surgical procedures for repair of remaining pelvic floor defects, incontinence surgery or other indications. Additional procedures performed had a significant influence on operation time (p < 0.0005, n = 14). Conclusions UPS shows highly favorable results when looking at an unselected cohort of patients in need of primary POP surgery with respect to established quality parameters of POP repair.

Publisher

Springer Science and Business Media LLC

Subject

Urology,Obstetrics and Gynecology

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