What Is Female Ejaculate Made Of
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What Is Female Ejaculate Made Of
The stuff that women's sexual secretions are made of
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My boyfriend and I were discussing the sexual secretions of men and women the other day. We found out the components of a man's ejaculate here at your web site. Now we are wondering what the components of a woman's sexual secretions are?
Now, that's interesting coffee talk! While this may seem like a simple question, the general components of a woman's sexual secretions are all that is known at this time.
Throughout a woman's menstrual cycle, vaginal mucus changes in response to the body's hormone production. During sexual arousal, blood flow to the vagina, vulva, and clitoris increases, causing swelling known as vasocongestion. At this time, a "sweating reaction" occurs that lubricates the vaginal walls. The combination of vaginal mucus and lubrication makes up women's sexual secretions, which can contain carbohydrates, amino acids, proteins, and other acids produced by the normal lactobacillus bacteria.
In addition to these sexual secretions, some women have the ability to "ejaculate." It is believed that the Skene's glands, located in a woman's urethra, produce a liquid that is believed to contain high levels of prostatic acid phosphatase (a chemical secreted by the prostate gland and found in semen), glucose, and fructose. This fluid differs from a woman's secretions during arousal. You can read more about this phenomenon in Female ejaculate — Where does it come from?
So, there you have it! Best of luck in future conversations about sexual secretions, but remember, the topic can be a slippery slope!
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Female ejaculate — where does it come from?
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Orgasms, female ejaculation, and the G-spot, again
Am I coming or going?: Distinguishing between orgasm and urination
The stuff that women's sexual secretions are made of
Go Ask Alice! is not an emergency or instant response service.
All materials on this website are copyrighted. Copyright by The Trustees of Columbia University in the City of New York. All rights reserved.
This website uses cookies as well as similar tools and technologies to understand visitors' experiences. By continuing to use this website, you consent to Columbia University's usage of cookies and similar technologies, in accordance with the Columbia University Website Cookie Notice .
I read your info regarding female ejaculation. I was surprised to know it ejects from the urethra. However, I would love to know where it is produced. I have been unable to find any information regarding this. Your site is the first place I have ever been able to have the issue acknowledged. Thanks.
Like Stonehenge, solar eclipses, and countless other wonders of nature, female ejaculation has provoked both awe and controversy. Because the fluid in question is expelled from the urethra upon orgasm, many researchers, women, and their partners believed that the phenomena of female ejaculation was really just a loss of bladder control. The book, The G Spot , by sex researcher and educator Beverly Whipple, Alice Ladas, and John Perry, broke through the silence and embarrassment that surrounded female ejaculate, leading many to G-spot joy.
Now, researchers believe that female ejaculate is produced by the Skene's glands, which are located near a woman's urethra and are made of tissue that's similar in composition to a man's prostate gland. These researchers point to chemical analysis of female ejaculate that reveals the presence of high levels of prostatic acid phosphatase (a chemical secreted by the prostate gland and found in semen). This would seem to indicate that a woman's ejaculation is similar in composition to semen — without the sperm, of course. Female ejaculate is not pee. It's generally clear or somewhat milky and nearly odorless.
Although modern science may not know exactly yet what female ejaculation is, women who experience it, and the intense orgasms that usually accompany it, are only too happy to conduct their own experiments, and direct partners with cries of, "Oh, yes, right there... THERE!"
If you are in an urgent situation, please visit our Emergency page to view a list of 24 hour support services and hotlines.
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1 Mount Sinai School of Medicine, Mail Box 1007, 1 Gustave Levy Place, New York, NY 10029, USA. sharon.moalem@utoronto.ca
Sharon Moalem et al.
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Women have glandular tissue below the bladder and surrounding the urethra that appears to be homologous to the male prostate. This tissue (also called "female prostate" or Skene's glands) appears to the source of a viscous, white secretion, which exits from the urethra upon sexual stimulation in some women. Analysis of this secretion (also known as "female ejaculate"), and comparison with pre-coital urine from the same women, revealed that its composition was unlike urine and often contained components also found in male seminal fluid (minus the sperm). The female ejaculate had lower levels of creatinine, but had elevated levels of prostate specific antigen, prostatic acidic phosphatase, prostate specific acid phosphatase, and glucose. The functional importance of female ejaculate has yet to be fully elucidated. It is possible that retention of a prostatic tissue homolog and its glandular secretion in women is merely a vestige of development and differentiation from an embryonic, gender-neutral body plan. We hypothesize that female ejaculation has a unique function in producing a secretion into the urethra that provides protection from urinary tract infections (UTIs). We further predict that female ejaculate contains antimicrobial compounds including elements such as zinc. We also hypothesize that retention of prostatic tissue and an ability to ejaculate its glandular secretion were maintained in women because these traits provided an evolutionary advantage. Specifically: (1) women who could ejaculate antimicrobial secretions into the urethra were less likely to suffer UTIs (particularly coitus-induced UTIs), (2) women without UTIs were more likely to be receptive to coitus at a greater frequency, (3) women engaging in frequent coitus were more likely to become pregnant, and (4) women who became pregnant often were more likely to successfully reproduce the species.
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