Joint pain with perimenopause: the tendon problem hiding behind your hip and heel pain

Joint pain with perimenopause: the tendon problem hiding behind your hip and heel pain

Gluteal tendinopathy is the clinical name for the outer hip pain that wakes women up when they roll onto their side. Most of them have never heard the term. Most of them are told it is arthritis, or wear and tear, or simply what happens at this age.

It is none of those things. Estrogen receptors sit inside tendon tissue, alongside the ones in bone, cartilage and synovial membrane. When estrogen starts fluctuating in your forties, tendon collagen turnover changes with it, and the tendons under the highest daily load lose their tolerance first. That is why the outer hip and the heel are so often the opening complaint, and why the pain shows up without an injury to explain it.

This article explains what estrogen does to tendon tissue, why the hip and heel are usually first, and what three clinical trials found reduces the pain in perimenopausal and postmenopausal women.

The shift The effect
Estrogen receptors sit in muscle and tendon, not only in bone and cartilage Falling estrogen affects every musculoskeletal tissue at once, which is why the pain rarely stays in one place
70% of women report musculoskeletal symptoms during the menopause transition Joint and tendon pain is one of the most common menopause complaints, and one of the least discussed
A longitudinal study of women aged 45 to 55 tied aches and stiffness to menopause status, not to chronological age The pain tracks your hormones, not your birthday
Greater trochanteric pain syndrome is most prevalent in postmenopausal women Lateral hip pain has a hormonal pattern behind it, not a random one
In a 2018 BMJ trial, education plus exercise beat a cortisone injection at both 8 weeks and 52 weeks Load management outperformed the injection most women are offered first
Corticosteroids have no established role in joint pain caused by estrogen deficiency Treating the tissue and the load matters more than suppressing the signal


What estrogen does to tendon tissue

Tendons look inert. They are not. Tendon is living collagen tissue with its own blood supply, its own repair cycle, and its own hormone receptors. Estrogen receptors are present in bone, articular cartilage, synovial membranes, and in muscle and tendon, according to a 2026 review published in Menopause. An estrogen-deficient state therefore reaches every part of the musculoskeletal system at the same time.

Estrogen influences how quickly tendon collagen is broken down and rebuilt. When levels are stable, that turnover stays balanced and the tendon keeps its stiffness and its capacity to absorb load. When levels swing and then fall, the balance tips. The tissue becomes less tolerant of the same walking, standing and stair climbing it handled without complaint a year earlier.

The clearest evidence for this comes from an unintended experiment. Women treated for estrogen-receptor positive breast cancer take aromatase inhibitors, which drive circulating estrogen down sharply and deliberately. Up to 40% of them report new joint and muscle pain, and some develop new carpal tunnel syndrome or tenosynovitis, which is inflammation of the sheath around a tendon. The drug removes estrogen. The tendons respond within months.

The same 2026 review reports that 70% of women experience musculoskeletal symptoms during the menopause transition, and cites a longitudinal study of women aged 45 to 55 that found self-reported joint pain and stiffness were far more likely in postmenopausal than premenopausal women, with no association to chronological age at all. Age was not the variable. Menopause status was.

One more distinction changes what you should expect from treatment. Pain from an estrogen-deficient state does not destroy the joint or erode bone the way rheumatoid arthritis does. It hurts, it limits what you do, and it does not show up on an X-ray. Which is why so many women leave the appointment with normal imaging and no explanation.

Why the hip and the heel go first

Every tendon in your body carries load. Only a few carry it every single time you take a step while also being pressed against a bone.

The gluteal tendons attach the muscles of your buttock to the greater trochanter, the bony point on the outside of your hip. Sitting cross-legged, standing with your weight on one hip, sleeping on your side, and crossing one leg over the other all compress those tendons against that bone. In a tendon with normal load tolerance, none of that registers. In a tendon that has lost tolerance, every one of those positions becomes a source of pain. This is why the classic complaint is pain when rolling over in bed rather than pain when exercising.

The plantar fascia and Achilles tendon work the same way at the other end of the chain, which is why the first painful steps out of bed in the morning appear so often in the same women at the same stage of life.

The pattern that points to tendon rather than joint:

  • Pain on the outside of the hip, not deep in the groin. Groin pain is more often hip joint.
  • Worse when lying on that side, or lying on the opposite side with the top knee dropping across the body.
  • Worse after sitting for a long time, then easing after the first few minutes of walking.
  • Tender to press on the bony point itself.
  • No injury, no fall, no change in activity that would explain it.
  • Arriving alongside other menopause symptoms such as sleep disruption, mood changes or irregular cycles.

That last point carries diagnostic weight. A 2026 review in Menopause notes that estrogen deficiency should be considered as a cause of joint pain specifically when other menopause symptoms are present, once autoimmune disease and other causes have been ruled out. The timing of the pain relative to your cycle changes is information your doctor is unlikely to ask for. Bring it anyway.

What the evidence supports for perimenopausal tendon pain

Load management before anything else. The single most consistent finding across gluteal tendinopathy research is that reducing tendon compression changes outcomes. That means not sitting cross-legged, not standing hipped out to one side, sleeping with a pillow between the knees, and not stretching into the painful position. Stretching an already compressed tendon across the bone makes it worse, which is the opposite of what most women assume.

Pro Tip: If you sleep on your side, put the pillow between your knees and ankles both, not only the knees. A pillow at the knee alone still lets the top ankle drop, which keeps the tendon under tension all night.

Progressive resistance training. The 2026 Menopause review recommends resistance exercise for all menopausal women and especially those with joint pain, to treat the symptoms and to protect muscle mass and bone at the same time. Low impact with high intensity is the combination named. Tendons adapt to graded load. They do not adapt to rest.

Protein intake alongside the training. The same review pairs its exercise recommendation with adequate protein to counter sarcopenia and the metabolic drivers of musculoskeletal symptoms. Resistance training without the protein to support it leaves most of the benefit on the table.

Magnesium. Magnesium contributes to normal muscle function and is one of the minerals most commonly low in women over 40. It does not repair a tendon. It supports the muscle that shares the load with it.

Omega-3 fatty acids. DHA and EPA influence inflammatory signalling, though the research on omega-3 and tendon pain specifically is thin. Treat it as general support rather than a targeted fix.

Vitamin D. Deficiency is listed among the causes of arthralgia worth ruling out before attributing pain to hormones. It is a simple blood test and a correctable finding, so it belongs early in the process rather than late.

Exercise, injections and hormone therapy compared

Two randomized trials give unusually clear guidance here, and both point in a direction that surprises most women.

The first, published in BMJ in 2018, randomized 204 people with imaging-confirmed gluteal tendinopathy, 167 of them women with a mean age of 54.8, into three groups: education plus exercise, a single corticosteroid injection, or a wait-and-see approach. At eight weeks, 51 of 66 in the education and exercise group reported success, against 38 of 65 in the injection group and 20 of 68 in the wait-and-see group. Average pain scores were 1.5, 2.7 and 3.8 out of 10 respectively. At 52 weeks, education plus exercise still produced better overall improvement than the injection.

The second, published in the American Journal of Sports Medicine in 2022, randomized 132 postmenopausal women with greater trochanteric pain syndrome into hormone therapy or placebo cream, combined with either targeted or sham exercise. Every group improved. Hormone therapy produced significantly better outcomes than placebo, but only in the women with a BMI under 25. Notably, the sham exercise groups improved too, because every participant received the same education about avoiding tendon compression and managing load.

Approach Pros Considerations Best for
Education plus load management Strongest trial results at both 8 and 52 weeks, free, no side effects Requires changing daily habits such as sitting and sleeping positions Everyone, as the foundation
Progressive resistance training Builds tendon load tolerance, protects muscle mass and bone density at the same time Needs correct progression, and supervised instruction helps at the start Long-term resolution and prevention
Corticosteroid injection Faster short-term relief than doing nothing Outperformed by education plus exercise at 8 weeks and at one year Pain severe enough to block starting a loading programme
Menopausal hormone therapy Added benefit over placebo in the 2022 trial, and reduced new musculoskeletal symptoms in the WHI Benefit was limited to women with BMI under 25, and no large trial has studied joint pain as a primary outcome Women already considering hormone therapy for other symptoms
Nutritional support Addresses protein, magnesium and vitamin D gaps that worsen the picture Supportive rather than curative, and works alongside loading rather than instead of it Filling the gaps around the exercise programme

 

The practical reading of both trials is the same. Education about compression and load did the heavy lifting in every arm of both studies. Hormone therapy and injections modified the result. Neither replaced the foundation.

One clear negative finding is worth stating plainly. The 2026 Menopause review states there is no role for corticosteroids or immunosuppressive agents in treating joint pain associated with menopause itself, as distinct from an identified arthritic condition. If a cortisone injection has been offered without a loading programme alongside it, that is a reasonable thing to question.

Know when to seek professional evaluation:

  • Joint swelling, warmth or redness, which points toward inflammatory arthritis rather than tendon pain.
  • Morning stiffness lasting longer than an hour.
  • Pain concentrated in the hands and wrists, which raises the question of rheumatoid arthritis.
  • Pain in a single joint after an injury or fall.
  • Joint pain with skin changes, a rash, mouth ulcers or profound muscle weakness.
  • Pain that has not improved after twelve weeks of consistent load management.

Where Botavive Balance fits alongside load management

Load management and resistance training address the mechanical side of tendon pain. They do not address the hormonal environment the tendon is trying to repair itself in, and for most women in perimenopause that environment is the part nobody is treating.

Botavive Balance was formulated for the broad hormonal picture of perimenopause rather than for one symptom. Several of its ingredients are relevant to what this article covers. Magnesium supports normal muscle function, which matters when the muscles around a painful tendon are carrying extra load. DHA contributes to the body's inflammatory balance. Black cohosh, red clover and dong quai are the traditional botanicals used for the wider symptom picture that tendon pain usually arrives alongside, including hot flashes, sleep disruption and mood changes. B vitamins and probiotics round out the formula.

Treat it as one part of a plan, not the plan. The trial evidence says the loading programme is what changes the tendon. A supplement supports the conditions around it.

Frequently asked questions

How do I tell tendon pain from arthritis?

Tendon pain sits on the outside of the hip over the bony point, hurts most when you lie on it, and is tender when you press it. Hip joint arthritis is felt more in the groin and gets worse with weight bearing and rotation. Arthritis also tends to show osteophytes on imaging, while tendon pain from estrogen decline usually shows nothing on an X-ray at all.

Why did this start when I have not changed my activity?

Because the tissue changed rather than the load. Estrogen influences tendon collagen turnover, so the same daily walking and standing that the tendon handled comfortably before now exceeds what it tolerates. Nothing about your routine has to change for the pain to appear.

How long before load management makes a difference?

In the 2018 BMJ trial, the education and exercise group showed clear separation from the wait-and-see group by eight weeks, and held that advantage at 52 weeks. Tendon adaptation is slow by nature, so eight to twelve weeks of consistency is a fair window before judging whether the approach is working.

Should I stretch it?

Not into the painful position. Stretches that pull the top knee across the body compress the gluteal tendons harder against the hip bone, which is the mechanism causing the pain in the first place. Load management education in the trials specifically included avoiding that compression.

Does this resolve after menopause, or is it permanent?

Neither, in most cases. It responds to management rather than resolving on a timeline. The wait-and-see group in the 2018 trial did improve slowly over 52 weeks, but far less than the groups that did something. Tendon load tolerance is trainable at any age, which is the part worth holding onto.

Sources

  1. Manno RL, 2026. Review in Menopause covering estrogen receptors in muscle and tendon, the 70% musculoskeletal symptom figure, aromatase inhibitor joint pain, and the absence of a role for corticosteroids. pmc.ncbi.nlm.nih.gov/articles/PMC12915535
  2. McMillan RM et al., 2022. Randomized trial in the American Journal of Sports Medicine of hormone therapy and exercise in 132 postmenopausal women with greater trochanteric pain syndrome. pubmed.ncbi.nlm.nih.gov/34898293
  3. Mellor R et al., 2018. Randomized trial in BMJ comparing education plus exercise, corticosteroid injection and wait-and-see in 204 people with gluteal tendinopathy. pubmed.ncbi.nlm.nih.gov/29720374

Related articles

Previous post Next post
Back to blog