Effect of nomegestrol acetate on spinability, ferning and mesh dimension of midcycle cervical mucus

Contraception, 43(1), 55-65

DOI 10.1016/0010-7824(91)90126-z PMID 2004529 Source

Abstract

A study was carried out in order to determine the impact of Nomegestrol acetate on the human cervix and to evaluate the ability of changes induced in cervical mucus to render the cervical canal hostile to spermatozoa at midcycle. Under the influence of Nom Ac, loss of spinability, absence of ferning pattern and drastic tightening of the glycoprotein meshwork rendered midcycle mucus very similar to that elaborated during physiological states under total progesterone dominance. The results obtained in this study gave clear evidence that Nomegestrol acetate may provide cervical blocking thereby preventing sperm transport to the uterine cavity.

Topics

nomegestrol acetate cervical mucus spinnbarkeit ferning, progestin effect cervical mucus glycoprotein meshwork, cervical mucus hostility sperm transport progestogen, Chretien cervical mucus mesh dimension contraception, progesterone dominance cervical mucus physical properties, cervical blocking mechanism progestin contraception, midcycle cervical mucus progestin-induced changes, nomegestrol acetate sperm penetration cervical barrier, progestational agent cervical mucus rheology, cervical mucus spinability ferning pattern suppression
PMID 2004529 2004529 DOI 10.1016/0010-7824(91)90126-z 10.1016/0010-7824(91)90126-z

Cite this article

Zondek, B., & Rosen, S. (1954). Cervical mucus arborization; its use in the determination of corpus luteum function. *Obstetrics and Gynecology*, *3*(5), 463-470.

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