Osteoporosis

Other

Overview

Osteoporosis is a systemic metabolic bone disease characterized by decreased bone mineral density (BMD) and deterioration of bone microarchitecture, leading to increased fragility and fracture risk. The condition is often asymptomatic until a fragility fracture occurs, making screening and prevention critical components of management. Osteopathic care focuses on optimizing posture, movement quality, and musculoskeletal support to reduce fall risk and enhance functional capacity.

Pathophysiology

Osteoporosis results from an imbalance between bone resorption and formation, most often from oestrogen loss after menopause and ageing, or from systemic conditions and medications affecting bone metabolism. Osteoclasts become overactive while osteoblast function declines, leading to progressive loss of bone mineral density. Trabecular bone becomes increasingly sparse and cortical bone thinner, reducing load-bearing capacity. The condition affects the entire skeleton but commonly impacts the femoral neck, lumbar spine, and distal radius.

Typical Presentation

Site

Often asymptomatic; when symptomatic: thoracic and lumbar spine, hip, wrist, ribs

Quality

Dull, aching pain in affected areas; sharp pain following fractures; postural discomfort from kyphosis

Intensity

Mild to moderate background ache; severe acute pain with fractures

Aggravating

High-impact activities, falls, poor posture, prolonged immobility, heavy lifting, sudden movements

Relieving

Rest, postural support, gentle movement, heat application, anti-inflammatory medications

Associated

Height loss (due to vertebral collapse), thoracic kyphosis, reduced mobility, muscle weakness, balance impairment, increased fall risk, loss of confidence in movement

Orthopaedic Tests

Test descriptions are written with AI assistance from standard clinical texts. Where a test lists Sources, its description has been checked against them; those sources are independent and do not endorse OsteoKit. Accuracy figures and grades (A–D) appear only when checked against the published study; tests without one are marked “No accuracy study”.

Further reading: full test procedures are described in standard clinical examination texts, e.g. Magee & Manske, Orthopedic Physical Assessment (7th ed.), and Cook & Hegedus, Orthopedic Physical Examination Tests: An Evidence-Based Approach (2nd ed.).

No accuracy study

DXA Scan (Bone Density)

Procedure

A low-dose X-ray scan, usually of the lumbar spine and hip, ordered by a doctor. Bone density is reported as a T-score (compared with healthy young adults) and a Z-score (compared with people of the same age).

Positive Finding

A T-score of −2.5 or lower defines osteoporosis; between −1.0 and −2.5 is low bone mass (osteopenia).

Interpretation

DXA is how osteoporosis is defined, so it is the test to refer for rather than one with its own accuracy figure. A low-trauma fracture of the hip or spine indicates osteoporosis whatever the T-score. With known or suspected osteoporosis, avoid high-velocity thrust and forceful techniques, especially to the thoracic spine and ribs.

Sources

Not a diagnostic test

Fracture Risk Assessment Tool (FRAX)

Procedure

An online calculator. Enter age, sex, weight, height, previous fracture, parent's hip fracture, smoking, alcohol, glucocorticoid use, rheumatoid arthritis and secondary causes; hip bone density can be added if known.

Positive Finding

A 10-year probability of major osteoporotic or hip fracture above the treatment threshold used in that country.

Reference: Kanis et al., 2007, Journal of Bone and Mineral Research

Interpretation

A risk estimate, not a diagnostic test. It helps doctors decide who needs a bone density scan or treatment; thresholds differ between countries, and it can underestimate risk after recent or multiple fractures. An osteopath can use it to support a referral conversation.

Sources

No accuracy study

Trabecular Bone Score (TBS)

Procedure

A software analysis of an existing lumbar spine DXA scan that estimates the texture of the trabecular bone. No extra scan is needed.

Positive Finding

A low score, suggesting poorer bone structure.

Interpretation

Adds to bone density when estimating fracture risk, and can be entered into FRAX. Ordered and interpreted by doctors; not used in osteopathic practice.

Sources

No accuracy study

High-Resolution Peripheral Quantitative Computed Tomography (HR-pQCT)

Procedure

A specialised CT scan of the wrist or ankle bones that shows bone structure in three dimensions.

Positive Finding

Thin cortical bone and fewer, more widely spaced trabeculae.

Interpretation

Mainly a research tool in specialist centres. Not used to diagnose osteoporosis in routine practice.

Sources

No accuracy study

Bone Turnover Markers (CTX, P1NP)

Procedure

Fasting morning blood test ordered by a doctor: CTX reflects bone breakdown and P1NP reflects bone formation.

Positive Finding

Levels above the laboratory reference range, or a fall after starting treatment.

Interpretation

Used by doctors mainly to check that osteoporosis treatment is working or being taken. They do not diagnose osteoporosis.

Sources

No accuracy study

Serum 25-Hydroxyvitamin D Measurement

Procedure

Blood test ordered by a doctor.

Positive Finding

A level below the laboratory's reference range.

Interpretation

Low vitamin D is a treatable contributor to bone loss and falls, and is checked as part of an osteoporosis work-up. Thresholds vary between guidelines and laboratories. It does not diagnose osteoporosis.

Sources

⚠ Red Flags

  • •Acute severe pain with minimal trauma suggesting fragility fracture
  • •Height loss >4 cm or progressive kyphosis suggesting multiple vertebral fractures
  • •Neurological symptoms (lower limb weakness, incontinence, saddle anesthesia) suggesting spinal cord compression from collapsed vertebra
  • •Signs of malignancy, infection, or metabolic disorder (unexplained weight loss, fever, night sweats)
  • •Inability to bear weight or severe functional loss following trauma
  • •Recent long-term corticosteroid use (>3 months) with new onset pain
  • •Age >50 with fragility fracture (indicates need for DEXA screening)

⚡ Yellow Flags

  • •Fear-avoidance beliefs regarding movement and exercise despite medical clearance for activity
  • •Catastrophizing about fracture risk leading to excessive immobilization and deconditioning
  • •Social isolation and depression related to mobility loss and body image changes
  • •Low health literacy regarding osteoporosis management and medication adherence
  • •Excessive focus on bone density results rather than functional capability and quality of life
  • •Family or personal history of anxiety disorders affecting rehabilitation compliance
  • •Dietary restriction behaviors or eating disorders contributing to poor bone health

Osteopathic Techniques

Exercise is the core of care: an international consensus strongly recommends a multicomponent programme with resistance and balance training. One small trial in older adults found 6 sessions of osteopathic treatment improved quality of life more than sham, but not pain.

Safety: Fragility fractures of the spine or hip can happen with minimal trauma, and a previous fracture raises the risk of another. Severe osteoporosis is a caution for muscle energy technique: use the least force needed.

Safety: Before any neck technique, screen for blood-vessel problems in the neck. If there are signs of myelopathy (see Red Flags), do not treat the neck manually: refer.

Region

Thoracic spine and rib cage (gentle, low force)

Technique

Articulation, thoracic
Grade D
Low evidence: expert consensus or could not be verified against literature
No trials of this technique on its own in osteoporosis. One small trial found an osteopathic treatment package beat sham for quality of life, but not for pain.

Rationale

Gentle mobilisation of the thoracic spine and rib joints.

How it's done & evidence

How it's done

Rhythmic, low-velocity movement of restricted thoracic segments within their passive range, with no thrust. The patient is seated, side-lying or prone. For neck problems the upper thoracic segments (T1–T6) are the usual focus.

Evidence in Osteoporosis

Searched 27 Oct 2026: no trials of this technique on its own in osteoporosis. Indirect: Papa 2012 (RCT, n=72, older adults with osteoporosis): 6 sessions of osteopathic manipulative treatment vs sham improved disability and quality-of-life scores (QUALEFFO-41), with no difference in VAS pain and no adverse effects recorded. The abstract does not list the techniques used.

Region

Lumbar spine and pelvis (light effort)

Technique

Muscle energy, lumbar
Grade D
Low evidence: expert consensus or could not be verified against literature
No trials of this technique on its own in osteoporosis. One small trial found an osteopathic treatment package beat sham for quality of life, but not for pain.

Rationale

Muscle energy technique to ease restricted lumbar segments.

How it's done, cautions & evidence

How it's done

Usually seated (or side-lying). The lumbar segment is taken to its restricted barrier in side-bending and rotation. The patient gently pushes toward the free direction for 3–5 seconds against equal resistance, relaxes, and the new barrier is taken up. Repeat 3–5 times, then re-check.

Cautions

Do not use after recent lumbar surgery, or with spinal fracture, acute cord compression, cauda equina syndrome, cancer in the spine, spinal infection (osteomyelitis) or severe osteoporosis. Use gentler options in frail patients and in anyone who cannot follow instructions.

Evidence in Osteoporosis

Searched 27 Oct 2026: no trials of this technique on its own in osteoporosis. Indirect: Papa 2012 (RCT, n=72, older adults with osteoporosis): 6 sessions of osteopathic manipulative treatment vs sham improved disability and quality-of-life scores (QUALEFFO-41), with no difference in VAS pain and no adverse effects recorded. The abstract does not list the techniques used.

Region

Hip and thigh muscles

Technique

Soft tissue, hip and thigh
Grade D
Low evidence: expert consensus or could not be verified against literature
No trials of this technique on its own in osteoporosis. One small trial found an osteopathic treatment package beat sham for quality of life, but not for pain.

Rationale

Soft tissue to the muscles around the hip and thigh.

How it's done & evidence

How it's done

Hands-on kneading, stretching and sustained pressure to the muscles around the hip and thigh: the hip flexors, adductors and hamstrings, and tensor fasciae latae with the iliotibial band.

Evidence in Osteoporosis

Searched 27 Oct 2026: no trials of this technique on its own in osteoporosis. Indirect: Papa 2012 (RCT, n=72, older adults with osteoporosis): 6 sessions of osteopathic manipulative treatment vs sham improved disability and quality-of-life scores (QUALEFFO-41), with no difference in VAS pain and no adverse effects recorded. The abstract does not list the techniques used.

Region

Cervical spine and shoulder girdle

Technique

Soft tissue, neck and shoulder girdle
Grade D
Low evidence: expert consensus or could not be verified against literature
No trials of this technique on its own in osteoporosis. One small trial found an osteopathic treatment package beat sham for quality of life, but not for pain.

Rationale

Soft tissue to the neck and shoulder girdle muscles.

How it's done & evidence

How it's done

Hands-on soft-tissue work (kneading, stretching and sustained pressure) across or along the cervical paraspinals, upper trapezius and levator scapulae, usually with the patient supine.

Evidence in Osteoporosis

Searched 27 Oct 2026: no trials of this technique on its own in osteoporosis. Indirect: Papa 2012 (RCT, n=72, older adults with osteoporosis): 6 sessions of osteopathic manipulative treatment vs sham improved disability and quality-of-life scores (QUALEFFO-41), with no difference in VAS pain and no adverse effects recorded. The abstract does not list the techniques used.

Region

Thoracic paraspinal muscles

Technique

Soft tissue, thoracic and rib cage
Grade D
Low evidence: expert consensus or could not be verified against literature
No trials of this technique on its own in osteoporosis. One small trial found an osteopathic treatment package beat sham for quality of life, but not for pain.

Rationale

Soft tissue to the thoracic paraspinal and rib-angle muscles.

How it's done & evidence

How it's done

Hands-on soft-tissue work (kneading, stretching and sustained pressure) to the thoracic paraspinals, rhomboids, middle trapezius and the muscles along the rib angles, usually prone or side-lying.

Evidence in Osteoporosis

Searched 27 Oct 2026: no trials of this technique on its own in osteoporosis. Indirect: Papa 2012 (RCT, n=72, older adults with osteoporosis): 6 sessions of osteopathic manipulative treatment vs sham improved disability and quality-of-life scores (QUALEFFO-41), with no difference in VAS pain and no adverse effects recorded. The abstract does not list the techniques used.

Rehabilitation Exercises

Wall-Supported Posture Alignment with Breathing

PosturalBeginner

Isometric Abdominal Bracing (Supine)

StrengtheningBeginner

Supported Standing Weight Shifts

BalanceBeginner

Thoracic Rotation Mobilization (Quadruped)

Range of MotionBeginner

Glute Bridge with Hip Stabilization

StrengtheningIntermediate

Tandem Standing (Feet In-Line) with Upper Body Support

BalanceIntermediate

Quadriceps Isometric Holds (Supine)

StrengtheningIntermediate

Cat-Camel Spinal Articulation (Modified Quadruped)

Range of MotionIntermediate

Gentle Chest and Hip Flexor Stretch (Standing)

StretchingBeginner

Single-Leg Stand (Holding Support) with Core Engagement

BalanceIntermediate

Step-Ups onto Low Platform with Handrail

StrengtheningIntermediate

Weight-Bearing Walking Program with Posture Awareness

CardiovascularBeginner

Referral Criteria

  • •Suspected fragility fracture or acute bone injury—urgent referral to emergency medicine or orthopedics
  • •DEXA T-score ≤ -2.5 or presence of fragility fracture—referral to endocrinology or metabolic bone disease specialist
  • •Uncontrolled severe pain limiting functional capacity—referral to pain management specialist
  • •Signs of spinal cord compression or neurological compromise—urgent referral to neurosurgery or spinal specialist
  • •Suspected underlying secondary cause of osteoporosis (malignancy, hyperparathyroidism, etc.)—referral to relevant medical specialist
  • •Recurrent falls with unclear etiology—referral to geriatrician or fall prevention specialist
  • •Severe postural deformity causing cardiopulmonary compromise—referral to cardiopulmonary medicine
  • •Poor medication tolerance or adverse effects—referral back to prescribing physician or rheumatologist
  • •Functional decline exceeding expected disease progression—reassessment of underlying comorbidities or medication effects
  • •Inability to perform rehabilitation exercises due to pain, fear, or psychosocial factors—referral to physiotherapist or psychologist for specialized support