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PubMed · 11041215

A functional model for progestogen-induced breakthrough bleeding.

Abstract

During the past 5 years, a number of important advances have been made in our understanding of the mechanisms of sex steroid-induced breakthrough bleeding (BTB). These observations suggest that superficial endometrial vascular fragility may be the mechanism underlying BTB, and molecular changes in the microvasculature as well as hysteroscopic observations have supported this hypothesis. This paper aims to present a unified picture of our current understanding of BTB, particularly that associated with progestogens, to indicate current gaps in our knowledge and possible directions for future research.

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BibTeXRIS

M Hickey, I S Fraser. 2000. A functional model for progestogen-induced breakthrough bleeding.. https://doi.org/10.1093/humrep%2F15.suppl_3.1

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Menstrual bleeding disorders are one of the most common problems presenting to the gynaecologist. There is increasing evidence that alterations in human uterine vascular structures are associated with spontaneous and sex steroid-induced changes in menstrual bleeding patterns. This article will discuss the normal anatomy and physiology of uterine vascular growth, breakdown, and repair and will indicate where altered anatomy and function may contribute to menstrual disorder. In particular, impact of low-dose progestogens on the endometrial vasculature and endometrial vascular fragility will be discussed. Disturbances of myometrial vascular growth and remodeling, including fibroids, adenomyosis, implantation, and arterio-venous malformations will also be addressed.

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