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The cervical mucus plug (CMP) acts as a protective barrier by deterring the passage of bacteria into the uterus, and contains a variety of antimicrobial agents, including immunoglobulins, and similar antimicrobial peptides to those found in nasal mucus.The CMP inhibits the migration of vaginal bacteria towards the uterus, protecting against ...
Normal vaginal discharge is composed of cervical mucus, vaginal fluid, shedding vaginal and cervical cells, and bacteria. [1] The majority of the liquid in vaginal discharge is mucus produced by glands of the cervix. [1] [4] The rest is made up of transudate from the vaginal walls and secretions from glands (Skene's and Bartholin's). [4]
Mucopurulent discharge is the emission or secretion of fluid containing mucus and pus (muco-pertaining to mucus and purulent pertaining to pus) from the eye, nose, cervix, vagina or other part of the body due to infection and inflammation.
Chest congestion is usually caused by excess mucus in the airways, says Meilan King Han, M.D., M.S., professor of medicine and chief of the Division of Pulmonary and Critical Care at the ...
It is usually a non-pathological symptom secondary to inflammatory conditions of the vagina or cervix. [5] Leukorrhea can be confirmed by finding >10 WBC per high-power field under a microscope when examining vaginal fluid. [6] Vaginal discharge is normal, and causes of change in discharge include infection, malignancy, and hormonal changes.
[29] [30] Though mucus is not produced by the vaginal epithelium, mucus originates from the cervix. [8] The cervical mucus that is located inside the vagina can be used to assess fertility in ovulating women. [29] The Bartholin's glands and Skene's glands located at the entrance of the vagina do produce mucus. [31]
Cervical ectropion can be associated with excessive, non-purulent vaginal discharge due to the increased surface area of columnar epithelium containing mucus-secreting glands as well as intermenstrual bleeding (bleeding outside of regular menses). [1]
The cervix grows in size at a smaller rate than the body of the uterus, so the relative size of the cervix over time decreases, decreasing from being much larger than the body of the uterus in fetal life, twice as large during childhood, and decreasing to its adult size, smaller than the uterus, after puberty. [10]