Can You Get a Hernia in Your Vagina?

Pelvic organ prolapse, in which the bladder, rectum, uterus, or loops of intestine push into or through the vaginal wall, is anatomically a hernia of the pelvic floor. The term “vaginal hernia” has been used in medical literature since at least the 1930s to describe exactly this: a herniation of the peritoneum downward through the pelvic floor into the vaginal vault or along the wall between the vagina and neighboring organs.¹ So while the wording sounds unusual, the condition it describes is surprisingly common and takes several distinct forms depending on which organ is doing the pushing and which part of the vaginal wall gives way.

What “Vaginal Hernia” Means in Practice

A hernia, broadly, is any organ or tissue that bulges through a weak spot in the wall that normally contains it. The abdominal wall is the classic location, but the pelvic floor is just as vulnerable. The pelvic floor is a sling of muscles and connective tissue that supports the bladder, uterus, and rectum from below. When parts of that sling weaken or tear, one or more of those organs can slip out of position and press into the vaginal canal. Doctors call the overall condition pelvic organ prolapse, but the individual types each describe a specific hernia-like event.

A cystocele happens when the bladder drops into the front (anterior) vaginal wall. This develops from weaknesses in the levator muscle sling and the connective tissue layers between the bladder and the vagina.² Depending on where exactly the support fails, the hernia can occur in the midline, along the sides, or higher up near the cervix.³ A rectocele is the mirror image on the back wall: the rectum pushes forward into the vagina through weakened posterior tissue. Rectoceles are extremely common on imaging, though their clinical significance varies a great deal from person to person.⁴

An enterocele is arguably the most “hernia-like” of the group. It forms when the peritoneum (the membrane lining the abdominal cavity) separates from the connective tissue between the vagina and rectum, creating a sac that loops of small intestine can slide into.⁵ The contents can include small bowel, sigmoid colon, or just peritoneal fat.⁶ Enteroceles most often appear at the top of the vagina, especially after a hysterectomy has removed the uterus and left a potential space behind.

Who Is at Risk and Why

Vaginal childbirth is the single most recognized risk factor. During delivery, the levator ani muscle and surrounding tissues must stretch to more than three times their resting length, and imaging shows that tearing of that muscle occurs in up to about one in five first-time mothers.⁷ Having a pelvic floor defect before a hysterectomy is the strongest predictor that the vaginal vault will prolapse afterward.⁸ After hysterectomy, the risk of vaginal prolapse is higher among women who had more vaginal deliveries, difficult labors, fewer cesarean sections, postoperative complications, heavy physical work, neurological conditions, and a family history of prolapse.⁹

Body weight matters independently of childbirth. A large meta-analysis found that women with a BMI over 30 face roughly 44% higher odds of prolapse, while those with a BMI under 25 have reduced odds.¹⁰ Another systematic review confirmed that overweight and obese women are more likely to have prolapse, with the strongest associations seen when prolapse was objectively measured rather than self-reported.¹¹

Chronic constipation, persistent cough, and heavy occupational lifting all increase pelvic pressure day after day, and each has been linked to prolapse in large studies. Heavy lifting at work (regularly handling loads of 10 kilograms or more) roughly doubled the odds, while constipation and a family history of prolapse each had similarly elevated risk.¹² The same systematic review found that varicose veins roughly doubled the odds as well, hinting that the problem is sometimes systemic weakness across connective tissues rather than a purely pelvic issue.¹⁰

The Connective-Tissue Connection

If you have varicose veins, joint hypermobility, or rectal prolapse, you are statistically more likely to also have pelvic organ prolapse. These conditions all involve collagen, and research has found that women with prolapse are significantly more likely to report at least one other collagen-associated disorder.¹³ Women with Ehlers-Danlos syndrome, a hereditary condition that disrupts collagen synthesis, face higher rates of prolapse and related pelvic floor problems, often requiring specialized treatment approaches.¹⁴

Estrogen also plays a role: it influences how pelvic connective tissues are built and maintained, and the decline in estrogen around menopause may contribute to weakening of these supports.¹⁵ This helps explain why prolapse often worsens or first appears in the years after menopause, even in women who had uneventful deliveries decades earlier. The combination of prior birth injury, declining estrogen, accumulated wear from chronic straining, and inherited connective-tissue quality creates a cumulative picture rather than a single cause.

What Does Pelvic Prolapse Feel Like

Symptoms depend heavily on which compartment is affected and how far the tissue has descended. In general, women with worsening prolapse in any compartment report increasing pelvic pressure and discomfort and are more likely to see or feel a bulge at or beyond the vaginal opening.¹⁶ But the specific functional symptoms differ:

• Anterior prolapse: Urinary hesitancy, a slow or stop-and-start stream, and needing to shift position to empty the bladder.
• Posterior prolapse: Difficulty completing a bowel movement and sometimes needing to press against the vaginal wall to evacuate, a technique doctors call “splinting.”
• Apical prolapse: A heavy dragging sensation deep in the pelvis, sometimes with low back ache.

One counterintuitive finding is that urinary incontinence and prolapse severity do not always track together. As the prolapse worsens, incontinence can actually decrease because the kinked urethra acts like a natural clamp, only for leaking to resurface after surgical repair straightens things out.¹⁶ Bowel symptoms, on the other hand, scale more consistently with the degree of posterior wall prolapse.¹⁷ Sexual function takes a hit across the board: increasing severity of prolapse in any compartment is associated with greater impairment of sexual relations and longer periods of abstinence.¹⁶

Rare True Pelvic Floor Hernias

Beyond the common prolapse types, there are genuinely rare pelvic floor hernias that can involve the vaginal area. Pelvic floor hernias are classified into three types in order of decreasing frequency: obturator (through the obturator foramen in the pelvis), perineal (through the muscles of the perineum), and sciatic (through the greater sciatic foramen).¹⁸ All three are uncommon and often difficult to diagnose because they do not present as an obvious external bulge the way an inguinal or umbilical hernia does.

Perineal hernias, which push through either in front of or behind the transverse perineal muscle, can present as swelling of the labia. One documented case involved a woman in her late forties who developed bulging of the right labium majus while standing.¹⁹ These are the types most likely to be mistaken for something else entirely, since a labial lump prompts a different set of diagnostic suspicions. Imaging, usually CT or MRI, is typically needed to identify the hernia and plan a repair.

Women with pelvic organ prolapse also appear more likely to develop hernias elsewhere in the body. In one study comparing women with prolapse to a control group, roughly a third of women with prolapse also had a hernia, versus only about 5% of those without prolapse. The difference was driven by both inguinal hernias (groin) and hiatal hernias (diaphragm).²⁰ This overlap reinforces the idea that some women have a body-wide predisposition to hernia formation rather than isolated pelvic weakness.

Non-Surgical Options

Not every prolapse needs surgery, and many women manage the condition effectively without it. The two main conservative approaches are pessaries and pelvic floor muscle training. A pessary is a silicone device inserted into the vagina to physically support the organs that have dropped. In a randomized trial comparing pessaries to pelvic floor exercises in older women, both approaches improved quality of life over two years, though the pessary group saw greater improvement specifically in prolapse symptoms, and pessary treatment was also cheaper.²¹

Pelvic floor exercises can also make a meaningful difference. In one case, a woman with severe prolapse who had been using a pessary underwent four months of targeted pelvic floor muscle training. Her pelvic floor function improved enough on ultrasound that the pessary was removed, and her prolapse improved and stayed improved for two years without it.²² That is an unusually good outcome, but it illustrates that the pelvic floor muscles remain trainable even when the prolapse is advanced. For many women, a pessary and exercises together provide enough relief that surgery becomes unnecessary, or at least can be deferred for years.

Surgery and the Mesh Controversy

When conservative measures are not enough, surgery aims to restore the vaginal walls and organ positions. The two broad categories are native tissue repair (using the patient’s own tissues, sometimes reinforced with absorbable grafts) and mesh-augmented repair (using a permanent synthetic material to shore up the weakened area). A Cochrane review comparing the two found that mesh repair resulted in lower awareness of prolapse afterward and lower rates of repeat surgery for prolapse. However, mesh came with its own complications: roughly 12% of women who received mesh experienced mesh exposure through the vaginal wall, and about 6% required surgery to address that exposure.²³ When all repeat surgeries were combined, including those for mesh complications, the mesh group actually had higher overall reoperation rates.²³

A separate meta-analysis confirmed this pattern: mesh repair had higher anatomical cure rates, but also higher rates of both early and late postoperative complications.²⁴ The tradeoff, put plainly, is better structural results weighed against a meaningful risk of problems from the implant itself.

Transvaginal mesh for prolapse was introduced in the United States in 2005 without the level of clinical safety data that many experts felt was warranted.²⁵ As reports of complications mounted, the FDA issued a series of safety communications. After the 2011 warning, surveys of pelvic surgeons found that about 40% had decreased their use of transvaginal mesh and 12% had stopped using it entirely, though use of biologic grafts and midurethral slings for incontinence stayed stable.²⁶ The FDA ultimately ordered manufacturers to stop selling transvaginal mesh kits for prolapse repair in 2019. Mesh placed abdominally (sacrocolpopexy) through a different surgical route was not included in that order and remains in use.

One troubling finding in the aftermath was that the reduction in mesh use was not equal across demographics. Following the FDA safety communication, transvaginal mesh use dropped significantly among white and Black women but remained stable among Hispanic women, raising questions about how safety information reaches different communities.²⁷

Heavy Lifting and Exercise

Given that heavy occupational lifting raises prolapse risk, a question women often have is whether working out with weights is similarly dangerous. The relationship is not straightforward. A cross-sectional survey of women who lift heavy weights for exercise found that age, vaginal delivery history, constipation, hemorrhoids, and family history of prolapse were all significantly associated with prolapse symptoms. But the weight itself told a surprising story: women lifting under 15 kilograms were actually more likely to report symptoms than women lifting over 50 kilograms.²⁸ One likely explanation is selection bias: women who already have symptoms may scale their weights down rather than up, while those who can tolerate very heavy loads probably have stronger pelvic floors to begin with. The takeaway is not that heavy lifting is protective, but that the conventional fear of weights in the gym deserves more nuance than it typically gets.

The state of research on pelvic floor problems in competitive lifters remains thin. A study of powerlifters and Olympic weightlifters noted that knowledge of pelvic floor dysfunction in these athletes is sparse and that more investigation is needed.²⁹ For women who enjoy resistance training and are concerned about prolapse, learning proper breathing and bracing techniques and working with a pelvic floor physiotherapist is a more evidence-based approach than simply avoiding heavy loads.

Body Image and Intimacy

Prolapse affects more than physical function. Women with prolapse report poorer genital body image and reduced sexual health compared to women without prolapse.³⁰ A recent cross-sectional study found that patients whose sexual function was significantly impaired by prolapse also had substantially worse body image scores, both in how attractive they felt and in how they perceived their partner’s view of them. Among partnered women who were not sexually active, the odds of avoiding intimacy because of prolapse were more than doubled compared to sexually active women.³¹

These findings matter because prolapse is often discussed purely in mechanical or urological terms, leaving the psychological burden under-addressed. Many women do not bring up prolapse-related sexual concerns with their doctors unless asked directly. If you are dealing with prolapse and noticing it affecting your confidence or your relationship, that is a recognized part of the condition, not a personal failing, and it is something a pelvic health specialist can help address alongside the physical symptoms.