I just returned from the International Osteoporosis Symposium in D.C., where healthcare providers from around the globe gathered to share the latest research and insights. One fun takeaway? Those of us who specialize in osteoporosis—whether in movement or medicine—are affectionately known as “Bone Heads”! I’m proud to add that to my growing list of quirky titles, right alongside being a “Graham Cracker”. Yes, that’s what they call dancers who’ve performed with the Martha Graham Dance Company.
The conference kicked off with an energizing keynote by comedian Kay Frances. She had us laughing while delivering a powerful message: take care of yourself, stress less, and embrace life with humor. With wit and wisdom, she reminded us to stay positive, let go of what we can’t control, and not take ourselves too seriously. Her blend of comedy and insight was the perfect reminder that laughter truly is the best stress reliever.
I realize you “BoneSmarties” (yes, that’s what I call you) include people navigating accelerated bone loss as well as physical therapists, health professionals, and movement specialists working with this population. I do my best to address everyone here.
I cover a lot, so to make it easier for you, here are the presentations I highlight:
- BoneFit™ Training
- Long-Term Osteoporosis Management
- Protein for Muscle and Bone Health
- Trabecular Bone Score- why it’s important
- The Skeleton as an Endocrine Organ (The Bone is Not Stone)
- Year in Review
- Integrating Exercise and Rehabilitation: Enhancing Patient Care
Scroll down to find the topics that interest you and skip those that don’t.
1) BoneFit™ All-Day Training
I recently completed BoneFit™ certification, an evidence-based approach developed in Canada that tailors movement for individuals with low bone density and osteoporosis. What does that mean for you? It means the guidance I provide is grounded in science and designed with safety in mind. You’re in good hands with someone BoneFit™ certified. (Full disclosure: This is actually my third specialized osteoporosis training for physical therapists—I just wanted to stay current and continue refining my knowledge.)
Key points:
- 50-70% of fragility fractures occur in people with osteopenia. That’s always a startling statistic for me. It’s a reminder that having osteopenia, (DXA T score between -1.0 to -2.5) doesn’t mean you won’t fracture.
- A fragility fracture is a broken bone that happens from a low-impact event — something that wouldn’t normally cause a break in healthy bone. Examples are: Falling from a standing height, rolling over in bed, or sneezing or coughing hard (in severe cases)
- We need to emphasize as movement professionals that our goal is to “prevent fractures” through strength training, balance training, and functional movement education, like hip hinging and the golfer’s lift.
- As professionals, use verbiage like spine-friendly movement strategies rather than spine-safe, which sounds scary. Many people are already scared by this diagnosis, so we want to empower them to continue to move.
- Our focus is on preventing the first fracture (or subsequent ones). For example, after a spine fracture, there’s a fivefold risk of having another fracture.
- For balance training, standing on one leg like a stork is not enough (though it’s a good place to start). We need to mimic real-life situations where we navigate unexpected environmental obstacles and perturbations, such as tripping over a dog toy on the floor or accidentally getting bumped by someone in a crowded store, and be able to maintain our balance.
BoneFit™ Updated Movement Guidelines
(The key difference from prior guidelines is avoiding language that states you should “never” do something or that these movements are “contraindicated” because using that vocabulary can be scary and instill a fear of movement.)
Spine movements to Limit:
Repeated/sustained, weighted, end-range, rapid/forceful, or combined:
- Flexion (crunches or sit-ups, Pilates rollover, yoga plow pose)
- Rotation (forced twisting of the spine to end range)
- Side Bending
- Combinations of above
Hip:
- Forced, end-range rotations like the yoga pigeon pose
- Surgeon-dictated post-surgery limitations (need to clarify for how long)
Also covered in this BoneFit™ workshop were these two questions that I often hear regarding OsteoStrong and weighted vests.
- Will OsteoStrong help my bones? The research was poorly done. Here’s a link from a Bones Lab scientist at the University of Waterloo that clarifies the lack of evidence for its efficacy.
- Are Weighted Vests good for osteoporosis? According to the Bone Health and Osteoporosis Foundation, “The evidence for using a weighted vest to improve bone mineral density or prevent skeletal fractures in women and men is uncertain. Larger studies of older adults with low bone density or osteoporosis over a longer follow-up time are needed to determine whether weighted vest exercise will lead to beneficial outcomes.”
In addition, a weighted vest may not be safe for those who have had a spine fracture, spine surgery, have hyperkyphosis (excessive rounding of the upper back), or are at high risk of breaking a bone.
Onto the next presentation
2) Long Term Osteoporosis Management
Dr. Michael McClung from the Oregon Osteoporosis Center gave an engaging and informative roadmap for long term treatment. Key points he made include:
The objective of treatment is to reduce the risk of fracture. Drugs can be catabolic – reducing bone breakdown and resorption and Osteoanabolic drugs which increase bone formation and restore disordered bone microarchitecture. Like other chronic diseases, osteoporosis requires long-term management. There are no treatment “cures” for osteoporosis. Anabolic agents are used only for 1-2 years. The effects of all therapies, including bisphosphonates, dissipate when treatment is stopped.
The decision to start medications is when a patient is at high risk of fracture.
He lays out in very technical terms with lots of evidence, why osteoanabolic drugs should be the initial treatment for high fracture risk patients with osteoporosis.
Why? Osteoanabolic drugs increase bone mineral density more and more quickly than the anti-reorptive drugs (like alendronate/fosomax) Clinically they are seeing larger increases in bone mineral density if osteoanabolic drugs are give first vs second. “If cost were not an issue, all patients with osteoporosis and high fracture risk would be candidates for an osteoanabolic agent as initial therapy to optimize bone mass and strength”. That benefit can then be maintained with anti-resorptive drugs like bisphosphonates or Denosumab (aka Prolia)
As a reminder Anabolic drugs include Teriparatide (Forteo) and Abaloparatide (Tymlos)
Catabolic/Anti-Resportive drugs include Alendronate (Fosomax), Denosumab (Prolia) and Raloxifene (Evista). Zolendronate (Reclast) infusion is a bisphosphonate derivative used for osteoporosis and cancers that spread to bone.

Onto the next presentation
3) “Protein for Muscle and Bone Health”
(presented by Andrea Josse, Ph.D. from York University, Canada)
This presentation focused on how we prevent bone loss through nutrition, though they pointed out that nutrition and exercise go hand in hand.
In a nutshell, adults older than 65 need more protein than the current RDA. On average, adults 65+ are not obtaining adequate amounts of calcium and vitamin D.
Key Takeaways:
- Bone and muscle are dynamic tissues that turn over at different rates throughout our lifespan. Nutrition and exercise play key roles in their growth.
- Older adult females are at greater risk for protein and nutrient deficiency (Calcium and vitamin D). It’s recommended that you get your calcium primarily from your diet.

- Protein is beneficial for muscle and bone health across our lifespan. Particularly for the prevention of osteoporosis and sarcopenia (age-related muscle loss). Evidence-based recommendations indicate:
- Older people should consume an average daily intake of 1.2 g/kg/d
- If they have a chronic disease (such as osteoporosis) – 1.5 g/kg/d
I look at this and my eyes cross since I work in pounds, not kg. How do we apply this to our pound system?
As an example of how to do this, I calculated the protein needs for “Sara,” a 69-year-old with osteoporosis who weighs 140 lbs. You can use this as a template and just plug in your weight to individualize it for you.
✅ Protein needs for Sara, a 140 lb female with osteoporosis at 1.5 g/kg/day
- Convert pounds to kilograms:
- Multiply by 1.5 g/kg:
- 63.6 kg × 1.5 g = 95.4 g protein/day
🔹 So her target = about 95 grams of protein per day.
🍽️ Sample Menus to Reach ~95g Protein
You want to spread intake across 3 meals and 1–2 snacks, aiming for 20–30 grams per meal to optimize muscle protein synthesis.
🌞 Breakfast
- 3 eggs (18g)
- 1 slice whole grain toast with 2 tablespoons cottage cheese (5g)
- ½ cup Greek yogurt (plain, 2%) (10g)
- Breakfast total: 33g
🥗 Lunch
- 4 oz grilled salmon (28g)
- 1 cup cooked farro (6g)
- Mixed greens salad with pumpkin seeds (2 tbsp = 5g) and olive oil
- Lunch total: 39g
🍲 Dinner
- ½ cup cooked lentils (9g)
- ½ cup cooked quinoa (4g)
- Steamed broccoli (1 cup = 4g)
- Sprinkle 1 oz feta cheese (4g) over veggies
- Dinner total: 21g
🥤 Optional Snacks (Choose one or two)
- Protein shake (1 scoop whey protein powder = ~20g)
- 1 oz almonds = 6g
- 1 boiled egg = 6g
- ½ cup edamame = 8g
And the next presentation
4) Trabecular Bone Score (TBS): How it can help you
Presented by Didier Hans, PhD, Switzerland
This relatively new technology complements bone density (DXA) exams (which measure the quantity of bone) and gives you information about the “quality” of your bone. It could help with clinical decision-making, like whether to start prescription meds.
Let’s look at three examples.
“Susan” has a DXA T score in the osteopenia range, and the doctor wants to put her on meds. The trabecular bone score would give them further insight into the microarchitecture of the bone, helping to understand the quality and strength of the bone. If it’s good, and her other fracture risks are not of concern, Susan would be better informed to make a decision about starting meds or not.
“Rachel” is actually a friend of mine with osteoporosis. She was diagnosed in her 20s, was a dancer, thin, had a delayed menstrual cycle, and many other factors that put her at risk for OP. With the proper education, strength training, balance, impact, functional training, dietary supplementation combined with an excellent trabecular bone score, she’s been able to approach this naturally and over 2 decades later, has never fractured.
“Monica” is 71 and has many risk factors for fracture, including being thin with poor balance and having a mother with a hip fracture. Her DXA T score puts her in the osteopenia range, so she thinks she’s ok. Having a trabecular bone score that is poor could help her see that pharmacological intervention might be the right choice, along with proper nutrition and exercise to help prevent that first fracture.
You might ask, “How do you do a TBS test?”
Good question! A TBS test (Trabecular Bone Score) isn’t a separate scan — it’s an analysis done using images from a DXA scan (the standard bone density scan).
Here’s how someone would get a TBS test:
- Get a DXA scan: First, you need a regular DXA scan (usually of the lower spine and hip), which measures bone density (gives you the T-score).
- Request a TBS analysis: Not all DXA machines or clinics automatically do TBS. You or your doctor would need to ask if the machine has TBS software and specifically request that your DXA images be analyzed for TBS.
- Interpret the results: The TBS gives extra info about the quality of the bone’s internal structure (microarchitecture), not just the density. So even if your T-score is “okay,” a low TBS could still mean your bones are fragile.
Tip: If your doctor doesn’t mention TBS, it’s worth bringing it up, especially if you have risk factors like fractures with only mild trauma or borderline bone density.
I spoke with the reps at the conference. For those who live in northern CA, Stanford is in the process of securing this before the end of 2025. Sinomed in San Francisco currently has it. For those living elsewhere, click here to locate a TBS facility near you.
next presentation I’m sharing
5) The Skeleton as an Endocrine Organ
I found this fascinating, and it was very techie, but the main points are that:
- Bone is not Stone. It’s metabolically alive, remodeling all the time.
- Bone and muscles have cross-talk with each other through hormones secreted by bone.
- The interrelationship between bone and muscle is under hormonal control in a two-way street. This brings a whole new face to the parallel development of osteoporosis and sarcopenia (age-related muscle loss) with age.
And the next presentation
6) Year in Review
Dr Lewiecki of New Mexico shared many interesting developments. Here are just a few.
- Trabecular Bone Score (TBS) is useful to understand fracture risk. The Frax (fracture risk calculator) now has a place to enter your TBS score to better understand your true fracture risk.
- Medical Coverage of Telehealth is scheduled to expire 03/31/2025. Extended through 09/30/2025 with temporary government funding bill. After that…?
- Mitigating bone loss for astronauts. Long duration space flights are associated with high bone turnover. An advanced resistive exercise device (ARED) does not totally prevent bone loss. However, ARED in combination with bisphosphonates is more effective.
- Path of treatment (BMD = bone mineral density from a DEXA scan)

- Here’s a slide of interesting recommended articles

And the final presentation
7) Integrating Exercise and Rehabilitation: Enhancing Patient Care
This well-crafted, evidence-based presentation by Rebecca Rotstein, NCPT, and Kavita Patel, DPT, approached this subject through the lens of the doctor or health care practitioner. They encouraged practitioners to promote frequent movement and joyful activities. We are reminded to use our words wisely, minimizing terms like “don’t” or “never.”
A movement-based approach for those with compromised bone density should include multiple factors: resistance, balance, functional training, impact, posture, and spine-safe movements in daily activities.

Interprofessional collaboration in bone health was highlighted to improve outcomes. This collaboration encompasses Medical, Physical Therapy, Exercise/Physical Activity, Nutrition, and Pharmacology. Talking with each other as a team is optimal for patient success.
The presenters encouraged doctors to refer their patients for spine-friendly exercise; however, not all physical therapists or movement professionals are knowledgeable about the latest osteoporosis guidelines. The presenters provided sample questions to assist medical professionals in finding a reputable physical therapist or exercise professional who is current with movement-based guidelines. A few sample questions included: “Have you completed advanced training in osteoporosis?” “Do you know what motions and exercises to avoid and when?” “Are you aware of key elements and exercises to include?” “Do you work with any bone health associations?”
FINAL REFLECTIONS

Attending the International Osteoporosis Symposium left me both inspired and energized. The breadth of information—from cutting-edge medical interventions and pharmacological advances to the vital role of targeted movement—reinforced how multifaceted and hopeful osteoporosis care has become. As a teacher and physical therapist, I’m grateful to be at the intersection of science and movement, translating research into practical strategies that help people thrive.
I return to my work with renewed clarity and commitment, knowing that when we blend evidence-based medicine with empowering movement, we not only build stronger bones—we support a life of confidence, vitality, and resilience at every age.