Article: Is Your Bone Density Quietly Declining? What Every Woman Over 40 Needs to Know
Is Your Bone Density Quietly Declining? What Every Woman Over 40 Needs to Know
Last fall, on a rainy and uninspiring day, I drove to Newport Hospital for a DEXA scan. Just the kind of thing that has to be done — sort of like the mammogram. Not something you look forward to, though considerably easier and considerably less painful. I wanted a state of the union on my bones.
I waited maybe ten minutes. A friendly woman led me back into a room with a machine that looked almost more like a day bed than medical equipment. I lay down. A few minutes passed. I was done.
My results came up on her screen. Early-stage osteopenia of the spine — a small amount, the kind that lines up, I suppose, with being 51 and in menopause. I took it in stride. But I left with the question I always bring home from these moments: What can I do to stave off further degeneration?
Most of my motivation around health comes down to one thing: being vigorous in late life. Strong, mobile, clear-headed, and capable well into my 70s and 80s. And bones are foundational to all of it. When I was younger, in my procreating years, I was absorbed by everything having to do with birth and the postpartum period. Now, squarely in middle age and in menopause, I'm absorbed by my cohort — by us, as we advance in time. For myself and for my friends and for you, kind readers, I'm interested in how to keep our bones intact so we can do the things we want to do as we get older.
Here's the thing that gets me: of all the topics dominating the medical blogosphere and podcast sphere right now — hormonal fluctuations, HRT, the role of fiber, gut microbiome, microplastics — almost no one is talking about bones. Why? Probably because it's not sexy. There are no bestselling books about bone density on the promotional circuit, no viral moments around osteocalcin. And yet I genuinely believe this is the one thing we should be most concerned about.
Let's go into a little bit of Bone 101.
The living architecture you never think about
Most of us picture our skeleton as a kind of permanent scaffolding — something built in childhood, maintained passively, and eventually prone to wearing out. This mental model is wrong, and the error has consequences.
Your bones are living tissue. They are constantly being torn down and rebuilt in a process called bone remodeling — a cycle that happens in microscopic pockets across your entire skeleton, all day, every day. Two types of cells orchestrate this process. Osteoclasts break down old or damaged bone tissue, dissolving the mineral matrix and creating tiny cavities. Osteoblasts follow behind, laying down fresh collagen and minerals to fill those spaces back in. When this cycle is balanced — when building keeps pace with breakdown — your bones stay dense and strong.
Patients are often genuinely surprised when I explain this. I ask women routinely whether anyone has ever told them their bones are living tissue. The answer is almost always no. They've assumed bone is static — so they've never thought to feed it, load it, or track what depletes it. Once that sinks in, the conversation about what they can actually do becomes a different one entirely.
In your younger years, the balance generally favors the builders. Peak bone mass is typically reached somewhere between your late 20s and early 30s. After that, the balance begins to shift — very gradually at first. The osteoclasts start to edge ahead. This is normal aging, and it happens to everyone.
What happens to women at menopause is a steep, sudden acceleration. Nothing like the slow drift of normal aging. And it remains one of the most underappreciated aspects of this transition.
Why menopause changes everything for your bones
Think of estrogen as the foreman of your bone remodeling crew. It keeps the osteoclasts in check, signaling them to slow down and wait for the osteoblasts to catch up. When estrogen is healthy and present, your bones maintain their structure with reasonable efficiency.
When estrogen drops, the foreman leaves the job site. The osteoclasts run unchecked. Bone breakdown accelerates sharply, and the osteoblasts simply can't keep pace.
The numbers are striking. Research compiled by the Cleveland Clinic and the Bone Health and Osteoporosis Foundation shows that women can lose up to 20% of their bone density in the first five to seven years after menopause. A 2025 study identified estradiol as the strongest positive predictor of bone mineral density — and FSH (follicle-stimulating hormone, which surges as estrogen falls) as the strongest negative predictor. This hormonal shift doesn't just correlate with bone loss. It drives it.
What's more, this loss is silent. There is no pain, no signal, nothing to notice. By the time a fracture happens — a wrist from a minor fall, a vertebra from simply bending forward, a hip that shouldn't have broken the way it did — the conversation has shifted from prevention to damage control.
The statistics are worth sitting with: the Bone Health and Osteoporosis Foundation estimates that 1 in 2 women over 50 will break a bone due to osteoporosis. One in two.
What about perimenopause specifically? Many women assume bone loss is a post-menopause concern. It isn't. Bone density begins declining in the late perimenopause transition, as estrogen starts its irregular descent — sometimes years before the final period. The groundwork for a future fracture is often being laid in women who feel perfectly healthy, are still cycling (even irregularly), and have never been told their bones need attention.
This is the pattern I see. A woman in her late 40s comes in for acupuncture, generally well, active, eating mindfully. She hasn't given her bones a thought because nothing hurts. We talk about it, and she realizes she's never had her bone density measured. Not once. That's not a failure on her part. Nobody told her she should.
Know your numbers: the DEXA scan
The gold-standard tool for measuring bone density is the DEXA scan (dual-energy X-ray absorptiometry). It's quick, low-radiation, painless, and gives you a precise picture of bone mineral density at your spine, hip, and sometimes forearm. As I can personally confirm: the machine really does look more like a day bed. You lie down, you wait a few minutes, and you walk out with actual data about what's happening inside your skeleton.
The results are reported as a T-score: a comparison of your bone density against the average of a healthy young adult at peak bone mass.
| T-score | What it means |
|---|---|
| -1.0 and above | Normal bone density |
| Between -1.0 and -2.5 | Osteopenia (lower than optimal, not yet osteoporosis) |
| -2.5 and below | Osteoporosis |
Standard clinical guidelines recommend routine DEXA screening starting at age 65. But here's my strong encouragement: don't wait that long if you have risk factors — and don't wait that long if you simply want a baseline. Getting a scan earlier is not a bad idea, even if it's not covered by insurance at your age. You're already past your early 30s, which means your bone density is already in slow decline. Having that baseline number is something you can compare against. A number in context is far more useful than a number in isolation.
A client came in last year and told me she'd just been diagnosed with advanced osteoporosis. She was stunned — she hadn't known anything was happening. Neither had her doctors, because no one had checked. She wondered how it had advanced so quickly and insidiously. I wondered the same thing. And it kept coming back to the same answer: earlier testing, earlier awareness, earlier action.
Current evidence supports earlier screening for postmenopausal women with any of the following:
- Family history of osteoporosis or hip fracture
- Small frame or low body weight
- Smoking history
- Long-term low calcium or vitamin D intake
- Long-term use of corticosteroids, proton pump inhibitors, or certain anticonvulsants
- Early menopause (before age 45)
- History of eating disorders or malabsorption conditions
- Significant stress history or long periods of low body weight
What if your scan shows osteopenia? First: don't spiral. Osteopenia is not a diagnosis of doom. It's a warning that your bones are asking for attention — and you have a genuine opportunity to slow or reverse that trajectory. Everything in the rest of this post is relevant to you. (And yes, I'm speaking from experience.)
What if it shows osteoporosis? This is where you'll want to work directly with a physician, because prescription medications may be part of your protocol. The lifestyle strategies here still matter and support any medical treatment — but they shouldn't replace a clinical conversation if you're in that range.
Protein: the foundation most women overlook
Before we talk about the minerals that make bone dense, we need to talk about the scaffold those minerals are built on: protein.
Bone isn't just a mineral crystal. It's a composite material: roughly 30% organic matrix (primarily collagen) and 70% mineral. Collagen is a protein. Without adequate protein, your body can't synthesize the collagen framework that minerals attach to. Calcium without a collagen matrix is a bit like trying to tile a wall that has no backing.
Older research raised concerns that high animal protein intake might leach calcium from bones by creating an acidic environment. That hypothesis has not held up. More recent and better-powered studies consistently show that adequate protein intake is protective for bone mineral density and fracture risk — particularly in midlife and older women.
Women in perimenopause are often inadvertently under-eating protein. They may be cutting back on animal foods for ethical or health reasons, or simply not prioritizing it. In practice, I see this correlate with a constellation of other symptoms: muscle loss, fatigue, slow recovery, hair thinning, and mood instability — all areas where protein sufficiency matters.
Current recommendations for bone-protective protein intake sit around 0.8–1.2 grams per kilogram of body weight per day for active midlife women. For a 150-pound woman, that's roughly 55–82 grams daily. Many women eating "healthy" are not close to this. I sometimes ask patients to track their intake for three days before we talk numbers. The gap is almost always a surprise — a salad with a few ounces of chicken, maybe some yogurt, and they're nowhere near where they need to be.
Collagen peptides specifically are an increasingly studied addition for bone support. Collagen provides the amino acids (particularly glycine, proline, and hydroxyproline) needed for bone matrix synthesis. Early trials are promising, though the evidence base is still developing. If you're already adding collagen to a morning drink, it's a reasonable practice with growing support behind it.
The bone-building trifecta: calcium, vitamin D, and magnesium
Three minerals in particular work in concert to build and maintain bone density. They work as a system — and the system needs all three.
Calcium: the primary building material
Calcium is the predominant mineral in your bone matrix. If you're not getting enough, your body will pull it from your bones to maintain blood calcium levels — because your heart, muscles, and nerves require calcium in the bloodstream at all times. The skeleton becomes your calcium savings account. Chronic withdrawal depletes the balance.
The best way to meet your calcium needs is through food, where it comes packaged with cofactors that improve absorption. High-quality sources include:
- Plain full-fat yogurt and aged cheese
- Sardines and canned salmon eaten with bones
- Bok choy, kale, and collard greens (note: spinach is high in oxalates which bind calcium and reduce absorption)
- Calcium-set tofu
- Almonds and tahini
- Fortified plant milks (absorption is comparable to dairy for most people)
The National Institutes of Health recommends 1,000 mg daily for women ages 19–50; 1,200 mg daily for women over 51. Most women aren't consistently meeting these targets from food alone.
If you do supplement, keep doses to 500 mg or less at a time — your gut can only absorb so much calcium in one sitting, and larger doses don't improve on smaller ones; they just end up in your urine. Calcium carbonate is best taken with food. Calcium citrate can be taken anytime and is better absorbed for women with lower stomach acid, which becomes more common in midlife.
One important caveat: a 2024 systematic review found that supplemental calcium combined with vitamin D is associated with a slightly increased risk of kidney stones in some women. If you have a history of kidney stones or hypercalciuria, discuss supplementation with your clinician before increasing your dose.
In my practice, I see women who've read that calcium matters and begin taking it diligently — sometimes at high doses — while forgetting entirely about the cofactors. Calcium without vitamin D and magnesium is like hiring a skilled construction crew without tools or a building permit. Everyone shows up; nothing gets built properly.
Vitamin D: the absorption gatekeeper
Vitamin D is not really a vitamin. It behaves more like a hormone, synthesized in your skin from sunlight and active in virtually every cell in your body. For bone, it plays one irreplaceable role: it controls how much calcium your intestines absorb. Without sufficient vitamin D, you can consume or supplement all the calcium you want and absorb very little of it.
Vitamin D also plays a direct role in bone remodeling, stimulating osteoblast activity and moderating osteoclasts. A 2023 review found that adequate vitamin D intake is associated with a reduced risk of osteoporotic hip fracture in postmenopausal women.
For bone health, aim for a serum 25(OH)D level of 30–50 ng/mL. Most experts now recommend 1,000–2,000 IU daily — and many women need more, particularly those living above the 37th parallel (roughly north of San Francisco or Richmond, VA), those who spend limited time outdoors, or those with darker skin pigmentation.
The only way to know where you stand is to get it tested. Ask. A standard vitamin D level is part of most annual labs and takes seconds to add. I'm consistently surprised in clinic by how many women are running low despite living what looks like a healthy, outdoors-adjacent life.
Fatty fish (salmon, mackerel, sardines), egg yolks, and some fortified foods provide some vitamin D through diet, but therapeutic amounts from food alone are nearly impossible. Supplementation is standard for most women in perimenopause and beyond.
Magnesium: the overlooked mineral
Magnesium is the quiet workhorse of bone health that rarely makes the headlines. And yet approximately 50–60% of your body's magnesium is stored in bone. It's involved in over 300 enzymatic processes, including the activation of vitamin D and the regulation of calcium transport into bone tissue. Without magnesium, the other members of this system lose their coordination.
Research consistently shows that magnesium deficiency increases osteoclast activity (accelerating bone breakdown) while impairing osteoblast function. You need it at both ends of the equation.
The other complication: most midlife women are mildly deficient, partly because decades of industrial agriculture have reduced magnesium content in soil and therefore in plant foods. Even women eating well and eating green may not be getting what they used to.
Dark leafy greens, pumpkin seeds, black beans, avocado, dark chocolate (yes, really), and whole grains are your best food sources.
For supplements, magnesium glycinate and magnesium malate are well-absorbed and easy on digestion. Magnesium oxide — the cheapest and most common form in bargain supplements — has poor bioavailability and tends to cause loose stools at meaningful doses. Look past it. A typical dose is 200–400 mg daily, taken in the evening.
As I've covered in my deep dive on magnesium for women, addressing a magnesium shortfall tends to ripple outward in the best possible way: better sleep, less muscle tension, calmer mood, and improved bone mineral metabolism all at once.
Vitamin K2: the calcium traffic director your doctor probably didn't mention
If calcium is the building material and vitamin D is the gatekeeper who lets it in, then vitamin K2 is the traffic director who sends it to the right destination.
Here's the problem this addresses: calcium that enters your bloodstream needs to be routed into bone tissue and away from arterial walls, where calcification contributes to cardiovascular disease. Two specific proteins handle this routing: osteocalcin, which binds calcium into bone matrix, and Matrix GLA Protein, which inhibits calcium deposits in blood vessels. Both require vitamin K2 to function. Without K2, calcium absorption may benefit bones less than expected, and cardiovascular calcification risk goes up.
This is part of the explanation for the so-called "calcium paradox" — the observation that countries with high dairy consumption don't always have the lowest fracture rates. Part of what's going on is K2 variability.
The best food sources are natto (fermented Japanese soybeans — extremely high in K2, though not everyone's first choice), certain aged cheeses, egg yolks from pasture-raised hens, and fermented foods. Most Western diets run low in K2.
For supplements, look for MK-7 (menaquinone-7) — the most bioavailable and longest-acting form. Doses of 90–180 mcg daily are commonly recommended. Many vitamin D supplements now come formulated with K2 added, which is a sensible combination for bone support.
Vitamin K2 is one of those nutrients that almost never comes up in a standard clinical conversation. It wasn't on my radar in early practice until I started reading the research on calcium metabolism more closely. It's now a standard part of any bone health conversation I have with patients.
Your body in motion: why lifting sends molecular messages to your bones
Here's what I run into regularly: a woman genuinely committed to her health (yoga, daily walks, eating clean) who is surprised and frustrated to learn that none of it is doing much for her bones.
Movement is bone medicine. But only when it involves mechanical load.
When you apply force to your skeleton (through gravity, impact, or resistance), you trigger a cascade of cellular signals that tell osteoblasts to lay down new bone. Your body reads the stress as: this structure is being used hard; it needs reinforcing. Flow-based movement, stretching, and low-load activities don't reliably send that signal at sufficient intensity.
Two types of exercise build bone. Weight-bearing cardio means activities where you're carrying your body weight against gravity on your feet. Walking qualifies — modestly. Jogging, hiking on varied terrain, dancing, stair climbing, and racket sports like tennis or pickleball qualify more robustly. Swimming and cycling, beloved as they are, are not bone-building — you're buoyant or supported, and the gravitational loading is minimal.
Progressive resistance training is the gold standard. This means lifting weights, using resistance machines, or working against your own body weight with progressive challenge over time. The research is consistent: progressive strength training preserves and builds bone mineral density in perimenopausal and postmenopausal women. It also builds the muscle strength and balance that reduce fall risk — which is the other half of fracture prevention.
The bone-brain-muscle axis: a conversation you haven't heard yet
There's a dimension of exercise science that rarely makes it into mainstream wellness conversations, and I think it's one of the most compelling arguments for getting under a barbell in midlife.
When your muscles contract under load, they release proteins called myokines — signaling molecules that travel through the bloodstream and communicate with other organs, including your bones and your brain. Irisin, one of the best-studied myokines, has been shown to stimulate osteoblast activity directly. It tells your bones to build. The muscles and skeleton, it turns out, are not separate systems working in parallel. They're in constant chemical dialogue.
This is the bone-brain-muscle axis — a feedback loop that modern research has only begun to map. Osteocalcin, released by your bones during remodeling, crosses the blood-brain barrier and appears to support memory and cognitive function. Your bones, in other words, send messages back to your brain. The same weekly lifting practice that protects your spine is also participating in a molecular conversation about your cognition. I find this remarkable, and it's the kind of thing that makes me want to keep my patients lifting well into their 60s and 70s.
Two to three sessions of progressive resistance training per week is the single most powerful lifestyle intervention available to you for your bones. Supplements support bone health. Walking helps maintain it. But neither builds it the way a loaded barbell does.
The specific exercise strategy — protocols, how heavy to lift, how to progress, how to start if you've been sedentary — is worth its own thorough treatment. I'll be covering all of that in an upcoming post on weight-bearing exercise for bone density. For now: if you've been putting off strength training because it feels intimidating or irrelevant to your body goals, let your skeleton be the reason you start.
What your bones are asking you to stop
Building bone requires the right inputs — but it also requires removing what works against the process.
Smoking
Smoking is among the most well-established risk factors for osteoporosis. It impairs estrogen production, reduces intestinal calcium absorption, restricts blood supply to bone tissue, and accelerates the breakdown side of remodeling. If there's one item on this list with a clear answer, it's this one.
Bone health is increasingly on my radar in patient conversations — and I've come to believe that having frank discussions about smoking is one of the clearest places where speaking up can genuinely change someone's trajectory.
Excessive alcohol
Chronic heavy drinking directly disrupts the bone remodeling cycle and elevates cortisol — a stress hormone that independently accelerates bone loss. Moderate consumption (roughly one drink daily) appears less harmful, but the dose is everything here.
Alcohol is, honestly, a bit of a third rail in the clinic. Raising it can feel almost like telling a client to stop eating ice cream. It can make them shut down and even end the therapeutic relationship. How to navigate this requires a delicate balance. My approach is to meet people where they are — and at the same time, to have very frank conversations about even the things that are hard to discuss, like a sharp reduction in drinking. Because for your bones, that conversation is worth having.
High sodium intake
Excess sodium causes the kidneys to excrete more calcium in urine — a slow, steady drain on your mineral reserves. The primary culprit in most women's diets is not the salt shaker; it's the sodium load in processed, packaged, and restaurant food. Cooking more at home and reading labels is genuinely protective.
High caffeine (in context)
High caffeine intake has been associated with modestly reduced calcium absorption. This is not a reason to give up your morning ritual — one to two cups of coffee daily poses little risk for women meeting their calcium targets. But if you're drinking four or five cups daily and running chronically low on dairy and leafy greens, the combination may be working against you more than you realize.
Long-term bone-depleting medications
Some commonly prescribed medications are significant bone depletors. Corticosteroids (like prednisone), taken long-term, are among the most potent causes of drug-induced osteoporosis. Proton pump inhibitors (PPIs like omeprazole) reduce the stomach acid needed for calcium absorption. Some anticonvulsants affect vitamin D metabolism. If you've been on any of these medications for an extended period, raise bone density monitoring with your prescribing physician directly. This is a conversation worth initiating.
The Chinese medicine view: your kidneys govern your bones
In Chinese medicine, the relationship between the Kidney system and the skeletal structure is one of the medicine's most foundational organizing principles — and it maps onto the biology of menopause in ways that are both striking and practically useful.
The Kidneys in Chinese medicine store Jing — often translated as essence or constitutional vitality. Jing is the deep reserve we're born with, the fundamental resource that governs growth, reproduction, and aging. And the Kidneys are said to "govern the bones" — to nourish bone marrow and sustain the deep vitality that holds the whole structure together.
This mapping onto Western physiology is more than poetic. Estrogen, progesterone, and the adrenal hormones that sustain us through and beyond menopause are all Kidney Jing territory in TCM. When Kidney Jing naturally declines through the menopausal transition — as the reproductive system completes its cycle and those hormones shift — the bones are expected to lose their nourishment along with it. The decline isn't a coincidence. It's a constitutional relationship, written into the architecture of the medicine thousands of years before estrogen receptors were discovered.
Recent research on kidney-tonifying Chinese herbal medicine shows these formulas work through multiple pathways: they promote osteoblast activity, slow osteoclast activity, modulate estrogen levels, and regulate calcium metabolism. A systematic review of randomized controlled trials on kidney-tonifying principles for primary osteoporosis found meaningful positive effects on bone mineral density.
Clinically, bone health in Chinese medicine is never an isolated issue. When I see a woman in her late 40s or early 50s with early osteopenia, I'm looking at her whole pattern: her sleep quality, her chronic stress load, her history of overwork and under-recovery, whether she's been running on reserve for years without genuine replenishment.
Jing depletes slowly under sustained demand. The midlife woman who has been holding everything together for everyone else while consistently shortchanging her own sleep and genuine rest — she's the patient who comes in with osteopenia and adrenal exhaustion both, a hormonal picture that's been fraying for years.
I want to be clear: this is a systems frame. Bone health isn't just a calcium accounting problem — it's a reflection of the whole body's reserves and rhythms.
Herbs traditionally used for Kidney Jing and bone support include Du Zhong (eucommia bark) and Xu Duan (teasel root) — both of which have modern pharmacological research documenting their effects on bone cell activity. He Shou Wu (polygonum), Gou Qi Zi (goji berry), and Nu Zhen Zi (ligustrum) are also commonly used to nourish the Kidney-Liver axis and support the constitutional vitality that sustains bone integrity. These are not over-the-counter supplements to self-prescribe; Chinese herbal medicine is most effective when formulated to the individual's pattern by a trained practitioner.
Acupuncture is used alongside herbs to support Kidney function, regulate the hormonal environment of menopause, and address the downstream effects of Jing depletion. Points along the Kidney meridian, Governing Vessel, and Bladder channel are central to bone-supportive protocols.
If you'd like to understand what your bone health picture looks like through this lens — and what a personalized protocol might look like for your constitution specifically — that conversation starts in clinic.
A note on hormone therapy and bone health
Because estrogen is the foreman of your bone remodeling crew, hormone therapy (HT) is one of the most effective tools available for preserving bone density in the early years of menopause. Research shows transdermal estrogen use is associated with a 3.4–3.7% increase in bone mineral density — meaningful numbers when you're working with a declining baseline and trying to stay out of osteopenia territory.
This decision is personal — it depends on your complete medical history, and HT is not appropriate for everyone. But if you're already considering it for hot flashes, sleep, mood, or cognitive clarity, bone protection is a significant — and often under-discussed — additional benefit worth factoring into that conversation with your clinician.
For those not on or interested in HT, the lifestyle and nutritional strategies in this post form a genuinely effective foundation. The evidence base for the combined effect of adequate protein, calcium, vitamin D, magnesium, vitamin K2, and progressive exercise is strong. And Chinese herbal medicine offers further adjunctive support that can be tailored to your pattern.
For a deeper look at how Chinese medicine and hormone therapy can be integrated in the menopausal transition, see my post on TCM and hormone replacement therapy.
Putting it all together: a bone-building daily rhythm
Not a rigid protocol — a rhythm. Something to build toward and sustain:
Morning:
- Calcium-rich breakfast (full-fat plain yogurt with seeds and berries, or eggs with sautéed leafy greens)
- Vitamin D supplement (fat-soluble; absorbs best with a fat-containing meal)
- Vitamin K2 if supplementing separately, or combined D3/K2 formula
- One dose of calcium supplement if using (≤500 mg)
Midday:
- A movement session that loads your skeleton — strength training, a brisk hike, dance class, pickleball — at least three times per week
- Protein-forward lunch (animal protein, legumes, or both)
Evening:
- Magnesium glycinate, 200–400 mg — supports sleep as a well-documented secondary benefit; take it an hour before bed if sleep is a concern
- A second dose of calcium if supplementing (never more than 500 mg at a time)
- Dinner built around bone-supportive whole foods: dark leafy greens, wild salmon, sardines, legumes, seeds, avocado
Every few months:
- Reassess your calcium intake from food. Are you consistently getting close to 1,200 mg daily?
- Check when your vitamin D level was last tested
Annually (or as guided by your clinician):
- DEXA follow-up if you have osteopenia, significant risk factors, or are on medications that affect bone density
One practical note: many of my patients who add evening magnesium report improvements in sleep within a week or two. This matters for bone health indirectly — because sleep is when growth hormone peaks, and growth hormone is one of the signals that drives osteoblast activity. Rest is bone-building time.
Your bones are listening
That rainy day in Newport — the day bed machine, the few quiet minutes on the table, the results on the screen — I walked out with osteopenia and a question. Not fear. A question. What do I do with this?
The answer, it turns out, is quite a lot. And so is the window to do it in. The choices you make in your 40s and early 50s — the protein you prioritize, the weights you lift, the minerals you track, the drinking conversations you're willing to have with yourself — matter enormously to the woman you'll be in your 70s.
The women I see thriving in their 60s and 70s — still moving freely, still strong, still grounded in their vitality — are almost always the ones who took their bones seriously in perimenopause. With the same quiet devotion they brought to everything else they cared about.
Get the scan. Know your numbers. Feed your bones. Move your skeleton. Rest your Kidneys.
This is what it looks like to build for the long game — to make, as it were, quite a lot of a bone about it.
If you want to understand what your bone health picture looks like through the lens of Chinese medicine — and what a bespoke protocol might include for your constitution specifically — I'd love to start that conversation. Explore treatments to learn more about working together.
And if you're putting together your midlife supplement strategy more broadly, my guide to hormonal balance through perimenopause and menopause is a good companion piece.
