Where Does Female Ejaculate Come From

Where Does Female Ejaculate Come From




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Where Does Female Ejaculate Come From
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Okay everyone, it's time to talk about female ejaculation - because it's not as mysterious as many would like to believe. Scientists have found evidence that women who 'squirt' are expelling one of two different types of liquid - one pure urine, and the other a combination of urine and fluid from the female prostate gland.
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.
Gynaecological studies have shown that most female ejaculation occurs during sexual stimulation of the 'G-spot'. As the G-spot is stimulated, it swells and begins a fluid discharge through the urethra. Clinical studies have also shown that the female response to G-spot stimulation is extremely similar to the male response to prostate stimulation.
PSA and PSAP are found in male ejaculate and originate in the prostate gland. This leads some researchers to conclude that women must have something analogous to a prostate gland themselves. The emerging consensus, in fact, is that the paraurethral glands, which run more or less parallel to the urethra, are the " female prostate."
Firstly, urinating before engaging into sexual intercourse may be the key to achieve climax while dispelling any doubt arising and being sure that it is nothing but ejaculation. Stimulating the clitoris helps, too. If a woman feels that she has to urinate and pushes with the muscles of her vagina, ejaculation is very likely to happen.
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.
Yes. About 10 percent of women sometimes spurt a clear fluid from the urethra during intense sexual excitement or during orgasm — this is called " female ejaculation." It can happen when the clitoris or G spot is stimulated. The fluid released during female ejaculation is very similar to the fluid produced by the prostate gland in men.
When mating the male and female will lock as the fox semen is very slow moving and the male's penis needs to expand to stop the pair separating before ejaculation as seen here. ... - This system does NOT come with a baby to use - This system will not simulate sex, it simply simulates pregnancy and birth. Use your own sex systems with it.
A climax occurs when such thrusting (or other stimulus) is continued up to a point where the lady experiences a distinctly higher level of extreme pleasure. This is usually accompanied by...
It comes from the same place the squirting comes from , and not the glands that produce your lubrication. Some women can ejaculate , all can squirt, it just takes someone that knows what their doing to make it happen, but all women have the ability to squirt. A very few can ejaculate and even fewer can do both! It is a huge turn on for most guys!
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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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