Why Don’t Women Have Prostates? What’s Actually Happening

The short answer is that women don’t have prostates because the prostate gland develops from tissue that only exists in male embryos. In women, that same tissue develops into something entirely different. The prostate is not a “hidden” organ in women, nor is it a vestigial leftover. It simply never forms because the biological instructions for building it are tied to the male sex chromosomes and hormones. Understanding what that tissue becomes in women, and why the confusion exists, requires a closer look at embryonic development and anatomy.

What Exactly Is the Prostate Gland?

The prostate is a walnut-sized gland located just below the bladder in men. It surrounds the urethra, the tube that carries urine out of the body. Its main job is to produce fluid that mixes with sperm to form semen. This fluid helps protect and transport sperm.

The gland is highly sensitive to male hormones, particularly testosterone and its byproduct, dihydrotestosterone (DHT). These hormones drive the prostate’s growth during puberty and maintain its function throughout adult life. This hormonal sensitivity is also why prostate issues, such as enlargement or cancer, are so common in older men.

Because the prostate is defined by its role in the male reproductive system, the question of whether women have one often comes down to a simple anatomical fact. Women do not have the organ itself. But the story does not end there.

Why Don’t Women Have Prostates? The Embryonic Answer

During early development, male and female embryos start with the same basic blueprint. For the first several weeks, the tissue that will eventually become either the prostate or female reproductive structures is identical. This tissue is called the urogenital sinus.

Whether this tissue becomes a prostate depends on the presence of the Y chromosome. The Y chromosome carries a gene called SRY. This gene triggers the development of the testes in the embryo. Once the testes form, they begin producing testosterone.

It is this surge of testosterone that instructs the urogenital sinus to develop into the prostate gland. Without a Y chromosome, the embryo develops ovaries instead of testes. Without testes, there is no surge of testosterone. The urogenital sinus then follows a different developmental path. In women, it develops into the lower part of the vagina and the urethra.

So the reason women do not have prostates is not that the organ is missing. It is that the precursor tissue takes a different route. The genetic and hormonal signals that build a prostate are simply not present.

What About the “Female Prostate” or Skene’s Glands?

You may have heard that women have a “female prostate” called Skene’s glands. This is partially accurate, but it requires careful explanation. Skene’s glands are small structures located near the lower end of the urethra in women. They are sometimes called paraurethral glands.

These glands develop from the same embryonic tissue as the male prostate. They also share some chemical similarities. For example, Skene’s glands produce a fluid that contains prostate-specific antigen (PSA), a protein most commonly associated with the male prostate.

However, calling Skene’s glands a “female prostate” overstates the comparison. They are much smaller than the male prostate. They do not surround the urethra the way the prostate does. And they do not serve the same reproductive function. The term “female prostate” is used in some medical literature, but it is not a universally accepted anatomical designation. It is more accurate to say that Skene’s glands are the female counterpart to the prostate, not that women have a prostate.

Can Women Get Prostate Cancer?

Because women do not have a prostate gland, they cannot get prostate cancer. This is a straightforward anatomical fact. However, the presence of Skene’s glands raises a rare and specific question.

Since Skene’s glands share embryonic origins with the prostate, they can, in extremely rare cases, develop cancers that resemble prostate cancer. These cancers are not prostate cancer. They are classified as Skene’s gland cancers or paraurethral gland cancers. They are so rare that most urologists and gynecologists will never see a case in their entire career.

This distinction matters. If a woman experiences symptoms like pelvic pain, urinary issues, or a mass near the urethra, the cause is almost always something other than a prostate-related condition. Attributing such symptoms to a “female prostate” is not supported by clinical evidence. The vast majority of these symptoms are caused by urinary tract infections, pelvic floor dysfunction, or gynecological conditions.

Why Does This Myth Persist?

The idea that women have prostates persists for a few reasons. One is the legitimate existence of Skene’s glands and their connection to the prostate. Another is the popular association of the prostate with the G-spot, a controversial area of female sexual response that some researchers have linked to Skene’s glands.

Some studies have suggested that stimulation of the anterior vaginal wall, where Skene’s glands are located, can produce a sensation some women describe as intense. This has led to the theory that the G-spot is actually the “female prostate.” The evidence for this is limited and mixed. Many researchers argue that the G-spot is not a distinct anatomical structure at all, but rather an area of heightened sensitivity that varies widely between individuals.

It is important to separate anatomical fact from sexual theory. Skene’s glands exist. They are real. But calling them a prostate implies a level of structural and functional equivalence that does not exist. The myth persists because the comparison is catchy, not because it is anatomically precise.

What Conditions Affect the Male Prostate That Women Should Know About?

Even though women do not have a prostate, prostate health is still relevant to them. If you have a male partner, father, brother, or son, understanding prostate conditions can help you support them and recognize warning signs.

The three most common prostate conditions are prostatitis, benign prostatic hyperplasia (BPH), and prostate cancer.

• Prostatitis is inflammation of the prostate. It can be caused by bacterial infection or other factors. Symptoms include pain, urinary urgency, and discomfort.
• Benign prostatic hyperplasia (BPH) is non-cancerous enlargement of the prostate. It is extremely common in men over 50. It causes urinary symptoms like weak stream, frequent urination, and difficulty starting urination.
• Prostate cancer is one of the most common cancers in men. Early stages often have no symptoms. Screening typically involves a PSA blood test and a digital rectal exam.

Knowing these conditions is not the same as having the organ. But it is practical knowledge. Prostate health is a significant part of men’s health, and being informed can help you recognize when a partner or family member needs to see a doctor.

When Should You See a Doctor About Pelvic Symptoms?

For women, pelvic symptoms should never be dismissed as “prostate issues.” If you experience pelvic pain, painful urination, frequent urination, or unusual discharge, these symptoms warrant medical attention. They are far more likely to be related to urinary tract infections, interstitial cystitis, pelvic floor dysfunction, or gynecological conditions like endometriosis or fibroids.

No clinical guidelines exist for “female prostate” problems because the female prostate is not a recognized clinical entity. If a healthcare provider mentions the term, it is worth asking what exactly they mean. Most likely, they are referring to Skene’s glands or using the term descriptively. But it is not a diagnosis.

If you have concerns about pelvic health, the right specialist is typically a urologist or a gynecologist. Both are qualified to evaluate pelvic symptoms in women. A thorough evaluation will include a medical history, physical exam, and possibly imaging or lab tests. The goal is to identify the actual cause of the symptoms, not to fit them into a misleading anatomical framework.