I Asked Multiple AI Platforms If Squirting Is Pee, Did You Know Squirting & Female Ejaculation Is Not The Same Thing?

[Prince.Skeletor]

Core Differences​

Female ejaculation involves a small volume (typically ~1-5 ml) of thick, milky-white fluid rich in prostate-specific antigen (PSA), fructose, and glucose, produced exclusively by the Skene's glands (female prostate analogue). This fluid exits the urethra during orgasm or arousal, resembling male prostatic fluid compositionally

Squirting, by contrast, expels a much larger volume (often 10-150+ ml) of clear, watery, odorless fluid that's primarily diluted urine from the bladder, with only trace PSA from Skene's glands. Ultrasound studies confirm bladders fill during arousal and empty post-event.

Why the Distinction Matters​

Before ~2011-2015 research, the terms were used interchangeably for any urethral emission, but biochemical and imaging analyses now separate them—squirting as mostly urinary (coital incontinence variant), female ejaculation as glandular. Both can occur together, blending traits.

Squirting is not simply urine, though it shares some similarities. Research shows that the fluid expelled during squirting originates primarily from the bladder and contains urine-like components such as urea, creatinine, and uric acid, confirming its biochemical link to urine.

However, studies also detect small amounts of prostate-specific antigen (PSA) from the Skene's glands (sometimes called the "female prostate"), indicating a minor contribution of prostatic-like secretions mixed in.

Key Distinctions from Urine

• Volume and Appearance: Squirting involves larger volumes (tens to hundreds of milliliters) of clear, odorless, tasteless fluid, unlike typical urine.
• Bladder Dynamics: Ultrasounds reveal bladders filling during arousal and emptying post-squirting, but the fluid is often diluted compared to regular urine.
• Female Ejaculation vs. Squirting: True female ejaculation is a smaller (about 1 ml), thicker, milky fluid purely from Skene's glands; squirting is mostly bladder fluid with traces of that.

This phenomenon, seen in some (not all) women during orgasm, is a form of coital incontinence rather than a distinct "ejaculate," per biochemical analyses.

Female ejaculation is a distinct glandular secretion from the Skene's glands—rich in PSA, fructose, and glucose, with no urea or creatinine—proven biochemically separate from urine, as confirmed by peer-reviewed studies.