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Objectives To present a flexible protocol of vaginal pessaries for older women with significant pelvic organ prolapse (POP). Design A prospective cohort study of 140 consecutive older women (aged ≥65 years) with significant POP treated with individually fitted vaginal pessaries. After initial insertion, each patient was invited for a first evaluation after 1 month and subsequent follow-ups at increasing intervals of 1 month. During each examination, the pessary was removed and the vagina was inspected for infection, bleeding, or erosions. All patients were advised to use a vaginal estrogen cream twice a week. Setting The study was conducted during 2020 in the urogynecology clinic of a tertiary medical center. Participants The study cohort included 140 consecutive older women with significant and symptomatic POP treated with vaginal pessaries. Main outcome Primary outcomes included time intervals between follow-up visits, pessary-associated complications, need to change the pessary, need to remove the pessary temporarily, and whether the patients eventually underwent POP surgery. Results The mean age of the patients at the time of pessary fitting was 76.7 ± 9.2 years (range 65-100 years). Mean interval between follow-up examinations was 3.3 ± 1.1 months (range 1-6 months). Most patients (83.6%) used a ring pessary with support, but only a small number of patients were able to maintain the pessary by themselves. Of the 140 patients, five (3.6%) patients only eventually underwent POP surgery, and in 11 (7.9%) patients, the vaginal pessary had to be removed for 2-4 weeks because of significant vaginal discharge or superficial erosions. Additionally, 12 (8.6%) patients developed stress urinary incontinence following pessary insertion. Conclusions Customized management with vaginal pessary for symptomatic POP in older women is effective and safe, and is a suitable therapeutic alternative for older women who are unable or unwilling to undergo reconstructive pelvic surgery.

We conducted a study to assess the efficacy and outcome results of Manchester operation for women with symptomatic elongation of uterine cervix between 2010 and 2020. Forty-five women were enrolled. Mean age was 54.2 ± 10.5 years, 57.5% were premenopausal. Mean follow up was 4.53 years. Most patients were pleased from the surgery: 29 (76.3%) very pleased and three (7.9%) quite pleased. There were four cases of late postoperative complications: hematometra, pyometra, vesicovaginal fistula and small bowel evisceration through the posterior vaginal fornix. All four cases required surgical interventions with complete recovery. Manchester operation is an effective procedure for symptomatic elongation of uterine cervix. The surgery is short, minimal blood loss and without significant intraoperative complications. However, it is not free of late postoperative complications and it is therefore important that the surgery will be carried out with a strict technique and by skilled surgeons who are capable to manage unique postoperative complications.Impact Statement

Ovarian cell death is an essential process for the homeostasis of ovarian function in human and other mammalian species. It ensures the selection of the dominant follicle and the demise of excess follicles. In turn, this process minimizes the possibility of multiple embryo development during pregnancy and assures the development of few but healthy embryos. Degeneration of the old corpora lutea in each estrous/menstrual cycle by programmed cell death is essential to maintain the normal cyclicity of ovarian steroidogenesis. Although there are multiple pathways that can determine cell death or survival, crosstalk among endocrine, paracrine and autocrine factors, as well as among protooncogenes, tumor suppressor genes, survival genes and death genes, plays an important role in determining the fate of ovarian somatic and germ cells. The establishment of immortalized rat and human steroidogenic granulosa cell lines and the investigation of pure populations of primary granulosa cells allows systematic studies of the mechanisms that control steroidogenesis and apoptosis of granulosa cells. These cells are the most abundant type of somatic follicular cell. Moreover, crosstalk between p53 and extracellular matrix components such as laminin, fibronectin and basic fibroblast growth factor, between cAMP- and p53-generated signals and between steroid hormones and Bcl-2, can explain some of the fine tuning that controls ovarian steroidogenesis and apoptosis. Further study of the mechanisms of ovarian cell death will lead to a better understanding of the processes involved and permit the formulation of novel strategies for the treatment of ovarian malfunctions, such as polycystic ovarian syndrome and ovarian cancer.