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Osteoporosis, bone health

Written by Ron Grisanti, D.C., D.A.B.C.O., D.A.C.B.N., M.S., DIANM, CFMP

Original Article Here

Osteoporosis is often thought of as a “silent disease” because you don’t feel your bones getting weaker—until they break. Most people assume it’s just a normal part of aging, especially for women after menopause. But what if there’s more to the story? And what if you could actually rebuild your bones, instead of just slowing their loss?

That’s the promise of Functional Medicine, a personalized, root-cause approach that goes far beyond traditional treatment.

How Traditional Medicine Treats Osteoporosis

In conventional medicine, osteoporosis is mainly defined by low bone density—measured through a DEXA scan. If your scan shows a T-score of -2.5 or lower, you’re diagnosed with osteoporosis.

Most standard treatments include:

  • Bisphosphonate drugs (like Fosamax or Reclast) to slow down bone breakdown.
  • Hormone replacement therapy (HRT) for postmenopausal women.
  • General supplement recommendations like calcium and vitamin D.
  • Follow-up DEXA scans every 1–2 years.

While these steps can reduce the risk of fractures, they don’t address why your bones are weakening. They focus on one piece of the puzzle—bone density—without exploring the underlying causes of poor bone health.

Functional Medicine: The Whole-Body, Root-Cause Approach

Functional Medicine views osteoporosis not just as a “bone disease,” but as a symptom of larger imbalances in your body—nutritional, hormonal, digestive, inflammatory, environmental, and even genetic.

Instead of just asking:

“How do we increase bone density?”

We ask:

“Why is your body losing bone in the first place?”

What Functional Medicine Evaluates That Traditional Medicine Doesn’t

1: A Full Life & Health History

We take the time to explore:

  • Your menstrual and reproductive history
  • Exercise habits (especially strength training)
  • Diet quality—Are you getting enough magnesium, protein, vitamin K2?
  • Medications like steroids or acid blockers (which can reduce calcium absorption)
  • Your history of falls, balance issues, or muscle weakness
  • Sleep patterns and stress levels

These factors give us clues into why your bone metabolism might be out of balance.

2. Advanced Lab Testing

Unlike conventional care, which might only test calcium and vitamin D, we assess many systems in your body that impact bone strength:

Nutrients & Bone Markers:

  • Vitamin D (25-OH and 1,25-OH for full picture)
  • Vitamin K2 (crucial for getting calcium into bones)
  • Magnesium, zinc, boron, strontium
  • Bone turnover markers (osteocalcin, alkaline phosphatase, NTx, CTx)
  • Homocysteine (linked to collagen breakdown and fracture risk)

Hormones:

  • Estrogen, progesterone, testosterone, DHEA
  • Cortisol and adrenal function (chronic stress can weaken bones)

Inflammation:

hs-CRP, IL-6, TNF-alpha (inflammation weakens bone tissue)

Gut Health:

Stool testing for SIBO, leaky gut, infections, or poor digestion

These impact nutrient absorption—especially calcium, magnesium, vitamin D, and K2

Toxins:

Testing for heavy metals like lead, cadmium, mercury

These toxins damage bone-forming cells or displace calcium

3. Genetic Testing (SNPs)

Your genes may predispose you to weaker bones—but they also give us the power to personalize your recovery.

Some key genes we look at:

  • VDR – Affects how well your body uses vitamin D
  • MTHFR – Poor methylation can raise homocysteine and damage collagen
  • COL1A1 – Involved in bone matrix; mutations make bones more fragile
  • TNFRSF11B – Increases bone resorption if mutated
  • SOD2 – If this antioxidant gene is weak, oxidative stress can damage bones

Knowing your genetic makeup allows us to fine-tune your nutrition, supplements, and detox support.

How Functional Medicine Helps Rebuild Your Bones—From the Inside Out

Functional Medicine doesn’t just try to stop bone loss—it works to restore healthy bone formation by supporting the entire body.

Customized Nutrient Therapy

  • Vitamin D3 + K2 – K2 helps vitamin D drive calcium into your bones, not your arteries.
  • Magnesium – Critical for bone formation, especially in the RBC (intracellular) form.
  • Strontium citrate – A natural bone-building mineral
  • Collagen peptides – With vitamin C, proline, lysine, and silica to rebuild the bone matrix
  • Methylated B vitamins – To reduce homocysteine and support collagen if you have MTHFR mutations

Hormonal Support

If labs show low estrogen, progesterone, or testosterone, bioidentical hormone therapy may help.

Support adrenal health with adaptogens, phosphatidylserine, vitamin C, and stress reduction techniques

Heal the Gut

Poor digestion = poor absorption of bone-building nutrients.

We often use:

  • Digestive enzymes, glutamine, zinc carnosine, and probiotics
  • Remove gluten, dairy, or other food sensitivities if testing indicates issues

Tame Inflammation

  • Add omega-3s, curcumin, boswellia
  • Switch to an anti-inflammatory or Mediterranean-style diet
  • Remove environmental toxins—pesticides, plastics, mold, etc.

Move With Purpose

Bone responds to pressure and resistance—so we emphasize:

  • Strength training
  • Weight-bearing exercise
  • Balance training (yoga, tai chi, vibration platforms)
  • Even walking uphill helps stimulate bone-forming cells

Support Detox Pathways

If toxins are high, we use:

  • Binders, saunas, liver support nutrients (B vitamins, sulfur compounds)
  • Lymphatic support (dry brushing, rebounding, hydration)

Using Your Genes to Personalize Your Plan

  • VDR mutation? → Higher vitamin D and gut healing support
  • MTHFR mutation? → Methylated B6, B12, folate for collagen integrity
  • COL1A1 variant? → Add collagen peptides and track bone markers more closely
  • TNFRSF11B mutation? → Extra anti-inflammatory support to calm bone breakdown

Read the full article here: https://www.functionalmedicineuniversity.com/public/2163.cfm

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