You just got your DEXA scan results back. Your doctor says the words: osteopenia or osteoporosis. Maybe they handed you a pamphlet, recommended calcium supplements, and sent you on your way. What they probably didn’t say was this: physical therapy is one of the most powerful evidence-based treatments for bone loss — and most people with osteoporosis never get it.
Dr. Emily Warren, DPT has spent over 14 years helping patients in Salt Lake City do more than manage their osteoporosis — she helps them reverse its effects on their function, confidence, and quality of life. At Mindful Movement Physical Therapies, osteoporosis care isn’t an afterthought. It’s a clinical specialty.
What Is Osteoporosis — And Why Does It Matter for Movement?
Osteoporosis is a condition where bones lose density and become fragile enough to fracture from minor falls — or in severe cases, from everyday activities like bending, sneezing, or lifting groceries. It affects 10.2 million Americans, with another 44 million living with low bone density (osteopenia). One in two women and one in four men over 50 will break a bone because of osteoporosis.
The insidious part: osteoporosis has no symptoms until a fracture happens. By the time your doctor catches it on a DEXA scan, you may have already lost 20–30% of your bone density. The most dangerous fractures — hip and vertebral compression fractures — can permanently change your posture, your independence, and your life expectancy.
Here’s what often gets missed: exercise doesn’t just slow bone loss — it stimulates new bone formation. The right kind of physical activity, done correctly, is one of the few interventions that actually builds bone. But “the right kind” is the critical phrase. Not all exercise is bone-safe. And for someone with osteoporosis, the wrong exercise program can increase fracture risk rather than reduce it.
That’s where a physical therapist trained in osteoporosis management becomes essential.
How Physical Therapy Helps With Osteoporosis
Physical therapy for osteoporosis works on four interconnected fronts: building bone, building muscle, improving balance, and correcting movement patterns that increase fracture risk. Let’s break down each one.
1. Weight-Bearing and Resistance Exercise for Bone Density
The American College of Sports Medicine (ACSM) is clear: weight-bearing aerobic exercise and progressive resistance training are the gold standard for preserving and building bone mass. When muscles contract against resistance, they pull on bone — and that mechanical stress triggers osteoblasts (bone-building cells) to lay down new tissue.
What this looks like in practice:
- Progressive resistance training: Weighted squats, hip hinging, rows, and overhead presses — all targeting the spine and hip, the two most common osteoporotic fracture sites
- Weight-bearing aerobic activity: Walking, dancing, stair climbing — activities where your bones bear your body weight
- Impact loading (for appropriate patients): Research shows that jumping and hopping generate the highest bone-stimulating forces. For patients without severe osteoporosis, carefully dosed impact work accelerates bone density gains
- The LIFTMOR trial (2017): High-intensity resistance and impact training in postmenopausal women with low bone mass significantly improved lumbar spine and femoral neck density — the two most critical fracture sites. The exercises were supervised and progressive. Unsupervised low-intensity programs produced no meaningful bone changes.
The takeaway: intensity matters. Generic “gentle exercise” doesn’t build bone. But intensity without proper technique is dangerous. A physical therapist is the bridge between safe and effective.
2. Spinal Extension and Posture Correction
Vertebral compression fractures — the most common osteoporotic fracture — are often triggered by spinal flexion under load. Every time a person with osteoporosis rounds their spine to pick something up, they’re applying compressive force to the anterior vertebral body, which is already thinned by bone loss.
Many patients with osteoporosis have developed a forward-flexed posture (hyperkyphosis) as a result of subclinical compression fractures — the “dowager’s hump” — which further increases flexion forces on the spine in a self-reinforcing cycle.
Dr. Emily Warren’s treatment approach, rooted in McKenzie Method principles, prioritizes spinal extension:
- Teaching patients to maintain a neutral or extended spine during all daily activities
- Extension-biased therapeutic exercises to restore lumbar and thoracic extension range of motion
- Hip hinge mechanics — learning to bend from the hips (not the spine) for all lifting and loading
- Correction of hyperkyphosis through targeted thoracic extension work and chest-opening flexibility exercises
- Avoiding spinal flexion exercises (crunches, toe touches, forward bends) which are contraindicated in osteoporosis
3. Balance Training and Fall Prevention
Most osteoporotic hip fractures don’t happen because a bone spontaneously breaks — they happen because a person falls. One in three adults over 65 falls each year. Fall prevention is therefore inseparable from osteoporosis care.
Balance declines with age for multiple reasons: reduced proprioception (joint position sense), slower reaction time, vestibular changes, reduced ankle and hip strength, and medication side effects. The good news is that balance is highly trainable at any age.
At Mindful Movement Physical Therapies, balance training for osteoporosis patients includes:
- Static and dynamic balance progressions: Single-leg stance, tandem stance, balance board training
- Gait training: Addressing the short, shuffling steps and reduced arm swing common in patients with fear of falling
- Reactive training: Practicing responses to unexpected perturbations — the kind that cause falls in real life
- Dual-task balance: Maintaining balance while doing cognitive tasks — because real-world falls happen when attention is divided
- Hip abductor and ankle strengthening: These muscles are the primary stabilizers during single-leg stance; weakness here is a major fall risk factor
A 2019 meta-analysis in the British Journal of Sports Medicine found that exercise programs reduced fall rates by 23% and fall-related injuries by 27% in older adults. Balance training was the highest-impact component.
4. Safe Movement Education
Patients with osteoporosis often receive a list of things they can’t do — and nothing about how to safely do the things they need to do. Dr. Warren takes the opposite approach: teaching you how to move well so that your life doesn’t have to shrink.
This includes:
- Safe lifting mechanics for everyday tasks (groceries, laundry, grandchildren)
- How to get up from the floor safely if you do fall
- Sleeping positions that don’t stress the spine
- Car transfer mechanics
- Which exercise classes and recreational activities are appropriate — and which to modify or avoid
- How to progress your exercise program as your bone density and strength improve
Who Should See a PT for Osteoporosis?
You don’t have to wait for a fracture. In fact, the time to see a physical therapist for osteoporosis is before one happens. Consider physical therapy if you:
- Have a DEXA T-score below -1.0 (osteopenia or osteoporosis)
- Have had a fragility fracture (fracture from a minor fall or low-force event)
- Are postmenopausal — estrogen decline accelerates bone loss dramatically in the 5–10 years after menopause
- Are taking or have taken long-term corticosteroids (prednisone), which suppress bone formation
- Have a family history of osteoporosis or hip fracture
- Have noticed a loss of height or increased thoracic kyphosis (rounded upper back)
- Are afraid of falling and have started limiting your activities because of it
- Are starting a bone-building medication (bisphosphonates, denosumab, teriparatide) and want to maximize its effect with exercise
What to Expect at Your First Appointment
Your first session at Mindful Movement Physical Therapies is a 90-minute one-on-one evaluation with Dr. Emily Warren. There are no aides, no assistants, no being handed off. Just Emily and you, doing a thorough assessment.
The evaluation covers:
- Medical history and imaging review: Your DEXA scan results, T-scores, fracture history, medications, and relevant labs
- Posture assessment: Evaluating thoracic kyphosis, forward head posture, and lumbar lordosis
- Movement screen: How you bend, lift, squat, and transfer — identifying high-risk movement patterns before they cause an injury
- Strength testing: Hip abductors, extensors, and ankle plantarflexors — the muscles most critical for fall prevention
- Balance assessment: Single-leg stance time, Timed Up and Go (TUG), and other functional balance measures
- Functional goals: What do you want to be able to do? Garden? Travel? Keep up with grandkids? Play pickleball? Your goals drive your program.
From there, Dr. Warren designs a personalized program — specific exercises, progressions, and frequency — that matches your bone density, fitness level, fracture history, and goals. You’ll leave with a clear understanding of exactly what you’re doing and why.
Osteoporosis and Vertebral Compression Fractures
Vertebral compression fractures (VCFs) are the most common osteoporotic fracture — more common than hip fractures, though far less talked about. An estimated 700,000 VCFs occur in the U.S. every year, and two-thirds go undiagnosed because many people assume their back pain is “normal.”
Symptoms of a VCF include:
- Sudden, severe mid-back or lower back pain — often without a clear injury
- Pain that worsens with standing, walking, or twisting, and eases when lying down
- Loss of height (even a centimeter matters)
- Gradual increase in thoracic kyphosis
Physical therapy for VCF focuses on pain management, protecting the fracture site, gradually restoring mobility, and preventing additional fractures through posture correction and safe movement retraining. Dr. Warren works closely with your physician and can coordinate with your radiologist or spine surgeon if imaging changes are needed.
Why Mindful Movement Physical Therapies?
Most physical therapy clinics treat osteoporosis as a background diagnosis — something noted in the chart but not actually addressed. Dr. Emily Warren has built a clinical model where osteoporosis and bone health are central to how she practices.
- 14+ years of clinical experience in orthopedic and musculoskeletal PT
- McKenzie Method certification — one of the most evidence-supported approaches for spine care, with direct application to vertebral fracture prevention and recovery
- One-on-one care, every session — no techs, no group exercises, no 30-minute timers
- Individualized programming — every patient’s bone density, fracture risk, fitness level, and goals are different. Cookie-cutter programs don’t work for osteoporosis.
- Two Salt Lake City locations: Holladay and Salt Lake City — convenient for patients across the valley
- No referral required in Utah — you can make an appointment directly without waiting for a doctor’s order
Frequently Asked Questions
Is exercise safe if I already have a compression fracture?
Yes — with proper guidance. Exercise is not only safe after a VCF, it’s essential for recovery and preventing the next one. The key is knowing which exercises to do (extension-biased, load-bearing) and which to avoid (flexion-loaded movements). Dr. Warren will work within your current capabilities and progress you carefully.
Will PT make my bone density go up on my next DEXA?
Consistent, progressive resistance exercise has been shown to improve DEXA T-scores — particularly at the lumbar spine and femoral neck, the two most important sites. The degree of improvement depends on your baseline, your medication, and how consistently you train. Many patients also see DEXA stability (no further loss) rather than dramatic improvement — which is still a major clinical win. Most patients wait 1–2 years between DEXA scans, so the timeline for objective improvement is longer than you might expect.
I’m already taking a bone medication. Do I still need PT?
Absolutely. Bisphosphonates (Fosamax, Boniva, Reclast) and other bone medications slow bone resorption — they put the brakes on bone loss. Exercise stimulates bone formation — it hits the accelerator. These are complementary mechanisms. Research shows that combining exercise with bone medication produces better outcomes than either alone. Your PT program is not a replacement for medication; it’s a multiplier.
I’m worried I’ll fall or get hurt during PT. Is it safe?
This is the most common concern — and it’s completely understandable. Fear of movement (kinesiophobia) is extremely common in patients with osteoporosis, and it’s one of the things we address directly in treatment. Dr. Warren starts conservatively, explains the rationale for every exercise, and progresses you at a pace that matches your confidence as much as your capacity. The goal is to make you feel safer in your body — not more anxious about it.
How long will I need physical therapy?
Most patients with osteoporosis complete 8–16 sessions over 2–4 months — enough time to establish a home exercise program you can do independently, correct high-risk movement patterns, and see meaningful strength and balance improvements. Some patients choose to return periodically for progression checks or as their DEXA results change. Osteoporosis is a long-term condition; your exercise program should be too.
Stop Waiting. Start Building.
Osteoporosis doesn’t have to mean living carefully, moving fearfully, or shrinking your life. With the right physical therapy program, most patients with osteoporosis are able to get stronger, improve their balance, reduce their fracture risk, and keep doing the things they love — often for decades.
Dr. Emily Warren sees patients at Mindful Movement Physical Therapies in Holladay and Salt Lake City. Most patients see meaningful improvement in strength and balance within 4–6 visits. No referral needed in Utah.