A Condition That Teaches You Patience
Of all the conditions I see in my Rose Bay clinic, frozen shoulder is the one that has taught me the most about the difference between doing something and doing the right thing. I’ve seen patients pushed through aggressive mobilisation during the freezing phase and left in agony for weeks. I’ve seen patients stuck in the thawing phase who weren’t pushed hard enough and lost months of recovery time. Frozen shoulder treatment gets mismanaged largely because practitioners treat the shoulder rather than the stage.
The Three Stages: What Each One Feels Like
Stage 1: The Freezing Phase (roughly 2–9 months) — Pain is the dominant feature, often severe and worse at night. This is the phase where well-intentioned but mistimed aggressive treatment does the most damage.
Stage 2: The Frozen Phase (roughly 4–12 months) — Pain levels plateau but stiffness reaches its peak. The shoulder is significantly restricted in all planes — reaching overhead, across the body, or behind the back.
Stage 3: The Thawing Phase (roughly 5–24 months) — Range of motion gradually returns. Appropriate loading and guided rehabilitation in this phase can significantly accelerate recovery and improve the final outcome.
Why Frozen Shoulder Is So Often Mismanaged
The most common mistake in the freezing phase is aggressive joint mobilisation. When the shoulder capsule is acutely inflamed, forcing range of motion increases irritation and can worsen the inflammatory cycle. The most common mistake in the thawing phase is the opposite — under-treatment. Supervised, progressive rehabilitation produces significantly better outcomes than natural history alone.
How Chiropractic Addresses the Cervico-Thoracic Compensation Pattern
When a patient loses 40 or 50 degrees of shoulder elevation, they compensate — the cervical spine side-bends, the thoracic spine stiffens, the ipsilateral rib cage becomes restricted. These compensatory patterns persist even after the shoulder begins to thaw. Gonstead assessment identifies the specific cervico-thoracic levels involved; Gonstead adjustment restores mobility to those segments without rotating or stressing the affected shoulder.
Thoracic mobility directly affects shoulder mechanics. A stiff thoracic spine limits scapular rotation, which limits glenohumeral movement — meaning the shoulder cannot fully recover even as the capsule thaws.
How Exercise Physiology Manages Each Stage
Freezing phase: Maintain pain-free range without provoking the inflammatory cycle. Gentle pendulum exercises, passive range of motion, scapular stabilisation work.
Frozen phase: Targeted capsular stretching in specific directions, combined with progressive strengthening of the rotator cuff and periscapular muscles.
Thawing phase: Progressive overhead loading, shoulder press variations, pulling movements, and sport or work-specific conditioning. This is where most of the functional recovery happens.
Combined chiropractic and exercise physiology management, staged appropriately, produces faster and more complete recovery than either discipline alone. The typical timeline from presentation to meaningful functional recovery is twelve to eighteen months — patients managed well tend to sit toward the lower end of that range.
Book with Dr Gordon: Call Gordon Chiropractic & Exercise Physiology on (02) 9371 7774 or book at gordonchiropractic.com.au.