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Sitting and Your Bones: Why Too Much Sitting Can Weaken Bone Health

Sitting and Your Bones: Why Too Much Sitting Can Weaken Bone Health

If you’re like most women, your day might include long stretches of sitting — working at a computer, driving, reading, or watching TV. You may also make time for daily walks or exercise classes and assume you’re doing enough for your bones.

But here’s what a 2025 review from the International Osteoporosis Foundation (IOF) just confirmed:

Even if you meet your exercise goals, spending too much time sitting can still harm your bones.

The IOF’s Rehabilitation Working Group published a comprehensive review showing that sedentary behavior is an independent risk factor for lower bone mineral density — separate from how much you exercise. In other words, sitting too long may undo some of the benefits of your workouts.

What the Research Found

The review analyzed studies across all age groups and found a consistent pattern:

  • Children and teens who spent more time sitting had lower bone density in weight-bearing areas like the hips and femoral neck.

  • Adults and postmenopausal women who sat for long periods showed reduced bone density and higher fracture risk, even when they exercised regularly.

  • Replacing sitting with light activity — even standing, slow walking, or household movement — improved bone health outcomes.

The authors concluded that both physical activity and sedentary behavior are distinct, modifiable factors affecting bone health. That means maintaining strong bones isn’t just about what you do — it’s also about what you stop doing so much of.

Why Sitting Hurts Bone Health

When we sit for long periods, our bones experience less mechanical stress — and bones thrive on stress (the healthy kind). Movement stimulates the release of osteocalcin, a hormone produced by bone cells that helps maintain muscle mass and improve metabolism.

Less movement = less osteocalcin activity = less bone remodeling.
It’s a biological reminder that bones are living tissue, constantly sensing and responding to movement and load.

Prolonged sitting also affects:

  • Circulation → reduced nutrient delivery to bone tissue

  • Muscle tone → decreased postural strength, balance, and stability

  • Inflammation and metabolism → both of which can worsen bone loss over time

So while sitting may feel restful, too much of it quietly erodes the very foundation of skeletal health.

The Good News: Small Moves Make a Big Difference

The IOF review found that even light movement breaks — standing, gentle walking, stretching — counteracted the negative effects of sedentary time.

Here are simple ways to protect your bones throughout the day:

  • Stand up every 30–45 minutes. Set a reminder or use a smartwatch alert.
  • Take “movement snacks.” March in place, do heel raises, or stretch for 1–2 minutes.
  • Walk after meals. Boosts digestion and supports bone metabolism.
  • Use an adjustable desk. Alternate between sitting and standing.
  • Do household chores with purpose. Gardening, cooking, and tidying all count as low-intensity bone-friendly movement.
  • Break up screen time. During TV or reading breaks, stand or walk during commercials or chapter changes.

Think Beyond “Exercise” — Think “Movement Ecology”

We often measure activity by the number of workouts we do each week. But bone health depends on how much total movement your body experiences every day.

You can be “active” and still “sedentary” if the rest of your day is spent sitting. That’s why it’s time to shift from a mindset of workout goals to movement ecology — the total rhythm of your daily movement environment.

Here’s the new question to ask yourself:

“How often did I move today — not just exercise?”

A 7-Day “Move More, Sit Less” Challenge

Ready to put it into practice? Try this simple challenge:

  1. Track your sitting time for one full day.
  2. Set a timer to stand or move for 2 minutes every 45 minutes.
  3. Add one short 10-minute walk daily.
  4. Notice changes in energy, posture, and stiffness by the end of the week.

These tiny breaks may seem trivial, but they create powerful bone-building signals and help restore balance to your body’s natural rhythms.

Final Thoughts

Your bones are listening to every move you make — and every hour you don’t.
While exercise remains a cornerstone of bone health, it’s the moments between workouts that often make the biggest difference.

So today, take this simple prescription for stronger bones and a healthier gut:

Move often. Sit less. Load your bones in little ways, all day long.

Your skeleton will thank you.

Ready to sit less and move toward stronger bones?
Schedule your free 20-minute Bone Health Consultation with me.
Together, we’ll review your current habits, uncover hidden risk factors, and map out your next steps for protecting and rebuilding your bone strength—naturally.
Book Your Free 20-Minute Consult Here

How Creatine Helps Me Stay Strong With Osteoporosis — And Why I Take It Every Day

How Creatine Helps Me Stay Strong With Osteoporosis — And Why I Take It Every Day

Most mornings start the same way: a glass of water with a scoop of creatine. This simple habit means much more to me than just supporting my workouts—it helps me feel stronger, steadier, and sharper every day, especially as a woman in my 60s living with osteoporosis.​

What Creatine Does

Creatine is a compound your body naturally produces and stores in your muscles, supporting the rapid energy exchange needed for strength and clarity—even for climbing stairs or thinking on your feet. As we age, our natural creatine reserves dip, and eating less meat or fish (primary sources) can make energy levels, muscle performance, and even cognition less robust.​

Why I Take It Every Day

  1. To Maintain Muscle Strength and Prevent Falls

Maintaining strong muscles is critical for bone health and independence. Creatine boosts muscle performance and recuperation, but the real bone-protective effects shine when it’s paired with resistance or weight-bearing exercise—it’s this combination that’s shown to support bone geometry and functional strength in older adults.​​

  1. Supporting Bone Health

Current studies suggest that creatine’s greatest value for bones is indirect: by increasing muscle strength and reducing the risk of falls, it maximizes bone-stimulating activity. While its direct effect on bone mineral density may be modest, creatine is now a top supplement in the fight against osteosarcopenia—the dual threat of bone and muscle loss in aging.​

  1. Supporting Brain Health

Emerging evidence reveals creatine’s role in maintaining healthy brain energy metabolism, which contributes to mental acuity and clear thinking as we age.​​

  1. Enhancing Energy and Recovery

Creatine works by helping cells regenerate ATP, which means better exercise endurance and faster recovery after activity or physically demanding days.​​

  1. Safety and Supplement Quality

Creatine monohydrate is one of the most thoroughly researched supplements, with a strong safety record in healthy adults and older populations. I use only pure creatine monohydrate from a reputable, third-party tested company to ensure maximum safety and efficacy.​

How I Take It

  • Form: Pure creatine monohydrate
  • Dose: 5 grams daily (no loading phase)
  • Timing: After my morning workout
  • Hydration: 2–3 liters of water daily
  • Pairing: Works best when combined with resistance or weight-bearing exercise

Common Myths

Myth Reality
“Creatine damages kidneys.” Research shows no harm in healthy adults when used appropriately.
“It makes women bulky.” It improves tone, strength, and energy — not bulk.
“It’s only for athletes.” It supports healthy aging, bone health, and cognition.
“You need to load or cycle it.” Steady daily use is just as effective.

What I’ve Noticed

  • Stronger, more defined muscles
  • Faster recovery after exercise
  • Better balance and stability
  • Clearer thinking and focus
  • Consistent daily energy

It’s not a quick fix — but it’s one of those small, steady habits that helps me feel more resilient and energized every day.

The Bottom Line

Creatine is not just for athletes—it’s for anyone seeking strength, stability, and healthy aging. It complements—rather than replaces—adequate protein, calcium, and vitamin D for comprehensive bone support. Pair it with a sensible exercise routine, and it can help you age strong and stay capable from the inside out.​​

If you’re curious about whether creatine is right for you, or how to integrate it safely into your bone-strengthening routine, reach out for a personalized plan.

Schedule your free 20-minute consult to review your current supplements, labs, and lifestyle, and I’ll help you personalize a plan that supports your strength from the inside out.
Click on the BOOK A CALL below!

Strong Ankles, Strong Bones: Why Ankle Mobility Matters for Postmenopausal Women with Osteoporosis

Strong Ankles, Strong Bones: Why Ankle Mobility Matters for Postmenopausal Women with Osteoporosis

If you’re a woman over 50 living with osteoporosis, you’ve probably been told about the importance of nutrition, balance, and strength training. But one area that often gets overlooked is ankle mobility

Your ankles are like the foundation of a house—when they’re stiff or weak, your balance becomes unsteady, and your risk of falling goes up. And since falls are the leading cause of fractures in postmenopausal women with osteoporosis, keeping your ankles mobile and strong is a must.

Why Ankle Mobility Matters

When your ankles move well, your body can adjust quickly if you trip, walk on uneven ground, or lose your balance. Limited ankle mobility, especially in the joint where your shin meets your foot, can lead to shorter strides, shuffling, and instability. Over time, this increases fall risk.

In fact, research shows that ankle dorsiflexion delay is a predictor of falls in older adults, because restricted ankle motion interferes with balance and gait adaptations during walking.

For women with osteoporosis, even a simple fall can result in a hip or spine fracture—so protecting your ankles is a simple but powerful way to protect your bones and your independence.

2 Simple Tests to Check Your Ankle Mobility

1. The Knee-to-Wall Test

  • Stand facing a wall with your foot a few inches away.

  • Bend your knee forward to try to touch the wall without your heel lifting off the ground.

  • A healthy range is being able to reach the wall with your knee at about 4 inches (10 cm) away.

  • If you can’t, your ankle mobility may be limited.

2. The Deep Squat Test

  • Stand with feet shoulder-width apart.

  • Try to lower into a squat while keeping your heels on the floor.

  • If your heels lift or your torso tips forward, stiff ankles may be the culprit.

2 Easy Ways to Improve Ankle Mobility

1. Ankle Circles

  • Sit or stand and slowly make circles with your foot in one direction, then the other.

  • Do 10–15 circles each way, daily.

  • This improves range of motion and keeps joints lubricated.

2. Calf Stretch with Wall

  • Stand facing a wall, one foot forward, one back.

  • Keep your back heel on the ground and lean forward until you feel a stretch in your calf.

  • Hold for 20–30 seconds and repeat 2–3 times per side.

  • This gently loosens the Achilles tendon and ankle joint.

Bringing It All Together

Strong, mobile ankles are the unsung heroes of balance and fall prevention. If you’re working to protect your bones, don’t forget to give your ankles some love. Try the quick tests, add these simple exercises to your routine, and notice how much steadier and more confident you feel when you move.

Remember—it’s never too late to improve your mobility, protect your bones, and reduce your fall risk. Small daily habits can make a big difference in keeping you active, independent, and fracture-free.

FAQ: Ankle Mobility & Osteoporosis

Q1: Can ankle stiffness increase my fall risk?
Yes. Stiff ankles reduce your ability to recover when you trip or walk on uneven ground, making you more likely to fall. For women with osteoporosis, this can significantly increase fracture risk.

Q2: How often should I do ankle mobility exercises?
Just a few minutes a day makes a big difference. Aim for 5–10 minutes daily—such as doing ankle circles in the morning and calf stretches after walking.

Q3: What if I already have osteoporosis and poor balance?
It’s never too late to start. Begin with small, safe movements near a chair, counter, or wall for support. Improving ankle mobility can give you more confidence, stability, and protection against falls.


Want more bone-strengthening tips and exercises? Let’s chat! Book a free 20-minute call to explore whether my holistic, science-based approach can help you feel stronger, steadier, and more confident in your bones. Click on the BOOK A CALL link below.

Do Microplastics Affect Bone Health? What Women with Osteoporosis Need to Know

Do Microplastics Affect Bone Health? What Women with Osteoporosis Need to Know

Quick Answer: Yes, Microplastics May Harm Bones

Recent studies suggest that microplastics — tiny plastic fragments less than 5 mm — may weaken bones by disrupting bone cells, fueling inflammation, and accelerating bone loss.

They’ve been detected inside human bone tissue, and animal research shows links to reduced bone density, malformed bones, and slower repair.

For women, especially those with osteoporosis, this is a risk worth paying attention to.

What Are Microplastics?

  • Fragments from larger plastics (bottles, packaging, textiles) or microbeads in products.
  • Found in food, water, air, and even household dust.
  • Detected in blood, brain, placenta, and bone tissue.

How Microplastics Affect Bone Health

  • Stimulate osteoclasts → more bone breakdown.
  • Damage bone stem cells → less repair and regeneration.
  • Increase inflammation and oxidative stress → weakens bone structure.
  • Accelerate cell aging → bone cells wear out sooner.
  • Disrupt gut–bone connection → changes in microbiome and immune function that affect bone density.

Why This Matters for Women With Osteoporosis

  • Women 50+ already face faster bone loss after menopause.
  • Osteoporosis increases fracture risk — and microplastics may add a hidden environmental stressor.
  • Taking steps to reduce exposure can be a simple yet effective layer of protection for your bones.

How to Reduce Microplastic Exposure

  • Drink filtered water (avoid bottled plastic when possible).
  • Store and reheat food in glass or stainless steel, not plastic.
  • Wear natural fiber clothing (cotton, wool, linen).
  • Keep indoor air clean with HEPA filters and damp dusting.
  • Avoid products with microbeads or glitter.
  • Cut down on single-use plastics.

Bottom Line

Microplastics are everywhere, but that doesn’t mean we’re powerless. By making small changes in how we eat, drink, dress, and clean, we can lower our exposure and protect our bones.

For women with osteoporosis, it’s another reminder that bone health is about more than calcium and exercise — it’s also about reducing hidden risks in our environment.

If you’d like more personalized guidance, I invite you to schedule a free 20-minute call with me. We’ll talk through your goals, your current challenges, and see if my BONES Method™ approach could be a good fit for you.

You can book your call at nurturedbones.com/contact/

What Your Grip Says About Your Bones and Longevity

What Your Grip Says About Your Bones and Longevity

Think about the last time you struggled to open a jar, carry a heavy grocery bag, or twist the cap off a water bottle. Those little moments of hand strength aren’t just about convenience — they can actually reveal a lot about your overall health.

In fact, researchers have found that grip strength is one of the most powerful predictors of bone health, fall risk, and even longevity. Strong hands often signal stronger bones, better balance, and a more resilient body as you age.

Why Grip Strength Matters

Grip strength isn’t just about your hands. It’s a reflection of your whole body. Studies show it mirrors:

  • Muscle mass and quality across your arms, shoulders, and back

  • Bone density in key fracture-prone areas like the hips and spine

  • Balance and neuromuscular coordination, which protect you from falls

  • Metabolic health and resilience, from glucose regulation to independence in daily life

That means a simple test of your hand strength can give powerful insight into your bone health — and your future.

What the Research Shows

Here’s why scientists and doctors pay so much attention to grip strength, especially for women in their 60s and beyond:

What Grip Strength Tells You About Your Health

Finding What It Means for You
Weaker grip = higher mortality A small drop in grip strength (5 kg) can raise the risk of dying early by 16%. Strong hands = longer life. [The Lancet]
Grip strength reflects bone density Women with stronger grips usually have stronger bones in the spine and hips — the areas most prone to fractures. [PubMed]
Stronger grip may cause stronger bones A 2022 genetic study found grip strength is causally linked to lumbar spine bone density. [Frontiers in Endocrinology]
Low grip = higher fall & fracture risk Weak grip often signals frailty, poor balance, and harder recovery after a fracture. [PMC]

Bottom line: Grip strength is more than just a hand test. It’s a quick, powerful snapshot of your muscles, bones, and even how well you’ll age.

How to Improve Your Grip Strength

The good news? Grip strength can be trained, just like any other muscle. Here are some simple ways to start at home:

  • Squeeze a ball or hand gripper for a few minutes daily

  • Carry weights or grocery bags to strengthen hands and forearms

  • Practice wrist curls and finger extensions

  • Use resistance bands or dumbbells that force you to grip and hold

  • Do farmer’s carries — walking while holding weights at your sides

These moves don’t just boost hand strength — they also improve the muscle tone and stability your bones need for protection.

How This Fits Into the BONES Method Program

Inside the Strong BONES Method Program, grip strength isn’t treated as a side note — it’s built into the entire plan.

You’ll get:

  • Bone-building workouts that strengthen your hands, hips, spine, and balance

  • Nutrition strategies that fuel muscles and protect bone density

  • Lifestyle tools to support sleep, stress recovery, and healing

It’s a complete system to help you stay strong, steady, and confident.

FAQs About Grip Strength

Does grip strength predict osteoporosis?
Yes. Research shows that lower grip strength is linked with lower bone mineral density, especially in the spine and hips. Weak grip strength can signal a higher risk of osteoporosis and fractures.

How does grip strength relate to longevity?
Large international studies (including over 140,000 adults) found that every 5-kg drop in grip strength increases the risk of early death by 16%. Grip strength predicts overall survival even better than blood pressure.

Can improving grip strength make my bones stronger?
Evidence suggests it may. A 2022 genetic study confirmed a causal link between a stronger grip and higher bone density in the lumbar spine. That means working on grip strength could help protect bone health.

How can I improve grip strength after 60?
Start with simple tools like hand grippers or stress balls, carry weights or groceries, practice wrist curls, or do farmer’s carries. These exercises strengthen your hands while also supporting muscles that protect your bones.

Is grip strength a test I can do at home?
Yes. A hand dynamometer is the gold standard, but you can also track progress by noticing how easy it is to open jars, carry bags, or hold weights during exercise.

Ready to Strengthen Your Bones and Your Future?

Don’t wait until a fracture or a bad scan scares you into action. Start building grip strength now — and let it ripple out into stronger bones, better balance, and more vibrant living.

Join the Strong BONES Method today— doors are closing soon!

CLICK HERE to JOIN

Your hands — and your bones — will thank you.