Long-term Impact and Risk Factors for Hysterectomy After Hysteroscopic Surgery for Menorrhagia

In: Obstetrical & Gynecological Survey · 2007 · vol. 62(4) , pp. 236–237 · doi:10.1097/01.ogx.0000259148.55955.eb · W2071216918
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Hysteroscopic endometrial resection for menorrhagia had a hysterectomy rate of 24% over a mean 6-year follow-up, with past tubal ligation and long uterine cavity increasing risk.

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This study evaluated the long-term outcomes of hysteroscopic endometrial resection combined with myomectomy or polypectomy in 259 women treated for menorrhagia over a mean follow-up period of six years. While more than half of the participants achieved amenorrhea, 61 women eventually underwent hysterectomy, primarily due to persistent symptoms, fibroids, or adenomyosis. The analysis identified past tubal ligation and a uterine cavity length of 9 cm or greater as significant risk factors for requiring subsequent hysterectomy. Relevance to endometriosis: adenomyosis is listed as one of the primary indications for hysterectomy following the initial procedure, highlighting its role in treatment failure for this cohort.

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Abstract

For women with menorrhagia, hysteroscopic resection of endometrial tissue, combined with myomectomy and polypectomy when indicated, offers an alternative to hysterectomy. Favorable short-term results have been documented, but the long-term outcome may be less impressive. This study examined long-term outcomes in 279 women with menorrhagia, seen consecutively in the years 1990–1999, who underwent hysteroscopic endometrial resection with or without myomectomy. Follow-up data were available for 259 women, 93% of those operated on, after a mean postoperative interval of 6 years. More than one-third of the women received hormonal therapy for endometrial suppression preoperatively. Operative complications occurred in 15 women, about 6% of the total group. Eight women with postoperative endometritis responded well to antibiotic therapy. Endometrial abnormalities were identified in 41% of cases. One-fourth of women had hysteroscopic resection of fibroids as well, and 9% had polypectomy. Late complications were recorded in nearly 8% of women who were followed up. A large majority of the 18 patients with hematometra had undergone tubal ligation. More than one-third of women had one or more gynecological procedures during follow-up, and 61 of them underwent hysterectomy. Indications for hysterectomy included, in order of declining frequency, myomas, adenomyosis, persistent menorrhagia or endometrial hyperplasia, and perioperative or postoperative complications. More than 80% of hysterectomies were done within 5 years after hysteroscopic surgery. On multivariate analysis, both past tubal ligation and a uterine cavity measuring 9 cm or more in length were associated with an increased risk of hysterectomy. Half of the women who did not require hysterectomy were amenorrheic on long-term follow-up, and none had more than slight menstrual bleeding. These findings show that hysteroscopic resection of endometrium and fibroids provide lasting benefit to women with menorrhagia and is a suitable alternative to hysterectomy. This approach may prove effective for women who have not been satisfied by use of a levonorgestrel-releasing intrauterine system
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Long-term Impact and Risk Factors for Hysterectomy After Hysteroscopic Surgery for Menorrhagia - Pentti K. Heinonen - Riikka Helin - Kari Nieminen For women with menorrhagia, hysteroscopic resection of endometrial tissue, combined with myomectomy and polypectomy when indicated, offers an alternative to hysterectomy. Favorable short-term results have been documented, but the long-term outcome may be less impressive. This study examined long-term outcomes in 279 women with menorrhagia, seen consecutively in the years 1990–1999, who underwent hysteroscopic endometrial resection with or without myomectomy. Follow-up data were available for 259 women, 93% of those operated on, after a mean postoperative interval of 6 years. More than one-third of the women received hormonal therapy for endometrial suppression preoperatively. Operative complications occurred in 15 women, about 6% of the total group. Eight women with postoperative endometritis responded well to antibiotic therapy. Endometrial abnormalities were identified in 41% of cases. One-fourth of women had hysteroscopic resection of fibroids as well, and 9% had polypectomy. Late complications were recorded in nearly 8% of women who were followed up. A large majority of the 18 patients with hematometra had undergone tubal ligation. More than one-third of women had one or more gynecological procedures during follow-up, and 61 of them underwent hysterectomy. Indications for hysterectomy included, in order of declining frequency, myomas, adenomyosis, persistent menorrhagia or endometrial hyperplasia, and perioperative or postoperative complications. More than 80% of hysterectomies were done within 5 years after hysteroscopic surgery. On multivariate analysis, both past tubal ligation and a uterine cavity measuring 9 cm or more in length were associated with an increased risk of hysterectomy. Half of the women who did not require hysterectomy were amenorrheic on long-term follow-up, and none had more than slight menstrual bleeding. These findings show that hysteroscopic resection of endometrium and fibroids provide lasting benefit to women with menorrhagia and is a suitable alternative to hysterectomy. This approach may prove effective for women who have not been satisfied by use of a levonorgestrel-releasing intrauterine system

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