Shoulder Mobilisation and Self-Management Techniques

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Introduction

Glenohumeral joint mobilisations are used in both examination and treatment. They assess the accessory movements of the glenohumeral joint—the roll and glide of the humeral head on the glenoid fossa—that are necessary for full range of motion. They are also effective for restoring joint range of motion and managing pain across a range of shoulder conditions, including frozen shoulder/adhesive capsulitis, subacromial pain syndrome, rotator cuff tendinopathy, and post-operative or post-traumatic recovery.

Grades of Mobilisation

Glenohumeral joint mobilisations include distraction, and anterior, posterior, and inferior glides. They are used to reduce resistance to movement and increase the range of motion.

Specific mobilisation effects: Each mobilisation direction has specific effects on range of motion. An anterior glide increases external rotation, while a posterior glide increases internal rotation. An inferior glide increases abduction, and a long-axis distraction addresses general joint hypomobility.

Grading and application: Grade one and two mobilisations are most effective for pain management through neuromodulation; they stimulate articular mechanoreceptors that gate pain transmission at the spinal cord and brainstem levels. Grade three and four mobilisations are used to address restricted mobility due to capsular tightness.

If you would like to review the theoretical foundations and practical applications of joint mobilisation techniques, please see: Principles of Joint Mobilisation.

Applying Mobilisations: Clinical Reasoning and Reassessment

"Fail fast, fail often, fail safe"

"Fail fast" means rechecking regularly—if a technique is not producing the expected change, switch approaches rather than persisting. "Fail often" is being willing to try multiple techniques within a session, using each outcome to inform the next and accelerate pattern recognition over time. "Fail safe" means respecting contraindications and patient comfort throughout; if a patient is fearful, in significant pain, has post-operative restrictions, or is at risk (e.g., with osteoporosis or fracture), the technique should not be performed.

Effective mobilisation is guided by a systematic test-treat-retest approach. Rechecking every 30 seconds to 2 minutes ensures that time is not spent on a technique that is not working. If a technique is not producing the expected 5–10° gain, switch to a different approach.

Patient irritability guides the pace of reassessment. Patients with high irritability—those who experience pain at rest and whose symptoms are provoked by minimal activity and last hours to days—require a more cautious approach. Patients with low irritability tolerate frequent retesting and technique changes, making them ideal candidates for developing clinical pattern recognition.

Patient Education

Manual therapy techniques are most effective when combined with exercise, patient education, and active self-management. Appropriate patient education can improve recovery expectations, provide reassurance, and increase knowledge. It is also important to avoid reinforcing fears about the treatment process, as these fears or concerns can become barriers to recovery. The primary aim is to help patients resume normal activities as soon as possible; this can be supported by providing simple evidence-based educational materials.

Glenohumeral Joint Mobilisation Techniques and Progressions

The convex humeral head moves on the concave glenoid fossa; this relationship defines the treatment plane. Mobilisations typically begin in a loose-pack position: 55° of abduction, 30° of horizontal adduction, and no rotation. Palpate the greater and lesser tubercles to confirm alignment. Like exercise, mobilisations can be progressed or regressed based on patient response. For example, changing the patient's arm position increases capsular tension and intensifies the effect. Specific mobilisations and their progressions are outlined below.

Distraction

Distraction facilitates general mobility and potentially reduces pain. The patient lies supine. The therapist places their hand in the patient's axilla, with their thumb anterior and their fingers posterior. They then apply an anterolateral force perpendicular to the glenoid fossa. The therapist can sustain the mobilisation or perform oscillations.

This technique is shown in the following video. In this video, a belt is used to provide additional stabilisation.

Posterior Glide

A posterior glide facilitates flexion and internal rotation. The patient is supine with their arm supported close to the therapist's body. The therapist uses a broad, flat hand contact over the anterior humeral head. They apply a posterior force by lowering their body weight toward the table.

To progress this mobilisation, the clinician can increase posterior capsular tension by moving the patient's arm into horizontal adduction. Alternatively, adding internal rotation increases tension on the posterior-inferior capsule. The therapist should always ask the patient where they feel the mobilisation; they should feel it in the posterior capsule—anterior or deep pain could suggest impingement and may require repositioning.

Caution: inadequate arm support causes the whole arm to move, making it difficult to accurately assess joint mobility.

These optional videos demonstrate basic and advanced posterior glide techniques using a range of stabilisation approaches and tools.

Inferior Glide

An inferior glide facilitates abduction. The patient lies supine with the arm stabilised. The clinician moves down the table for this mobilisation, and using a broad, flat hand contact at the proximal humerus, directs the force inferiorly; the angle of the clinician's forearm determines the angle of the glide. The following optional video demonstrates this technique.

Anterior Glide

An anterior glide facilitates extension and external rotation. The positioning for the anterior glide is identical to that used for the inferior glide, but with the clinician applying an upward force. Should stiffness or hypomobility be detected, the clinician might find it easier to assess with the patient in prone. The therapist can use their body weight to assist the mobilisation in prone.

This optional video demonstrates an anterior glide performed with the patient in prone.

Shoulder Soft Tissue Mobilisation

While the evidence base remains limited, soft tissue mobilisation is widely used in clinical practice as an adjunct to joint mobilisation and exercise to reduce shoulder pain, increase range of motion, and address muscle tension. A range of techniques can be used, including manual soft tissue massage, myofascial release, and instrument-assisted soft tissue mobilisation (IASTM). IASTM tools can offer a mechanical advantage, allowing for deeper, more specific treatment and reducing stress on the clinician's hands. Muscles commonly treated at the shoulder include latissimus dorsi, teres major, teres minor, infraspinatus, and subscapularis.

Shoulder Self-Myofascial Release

Clinicians can also teach patients self-myofascial techniques to reinforce the effects of clinical treatment. Like therapist-led techniques, self-myofascial release can help to improve movement, range of motion and pain in patients with shoulder conditions. The following self-myofascial release techniques target muscles around the glenohumeral joint.

Lateral scapula: A foam roller placed under the lateral scapula targets teres major, latissimus dorsi, and teres minor. A lacrosse ball or tennis ball can also be used. The patient lies on the side requiring treatment and identifies the tender area. This can be a sensitive region, so patients should be advised to adjust the pressure accordingly. Caution: the patient must stay on the lateral scapula and avoid rolling into the axilla, where neurovascular structures are present. Referred symptoms from nerve irritation are also possible in this area; be cautious if patients are irritable or if symptoms do not resolve within a minute or two.

Lateral scapula self-myofascial release using a foam roller

Pectoralis major and minor: The patient stands facing a wall. They place a lacrosse or tennis ball on their pectoralis muscles and lean into the ball on the wall. They can apply a sustained pressure or roll the ball to release tension. The clinician should test horizontal adduction, flexion, or external rotation before and after to confirm the technique's effect.

Infraspinatus: The patient positions a lacrosse or tennis ball on their infraspinatus, inferior to the scapular spine, and leans on the ball against a wall. They can apply a sustained pressure or roll the ball to find and release tender spots. If the patient has difficulty reaching the area, they can place the ball in a sock or pillowcase and swing it over the shoulder. Caution: using a sock or pillowcase reduces friction, so the patient should use a clear, large wall space to prevent the ball from slipping.

Kang found that combining cross-body stretching with self-myofascial release using a massage ball immediately improved glenohumeral internal rotation and horizontal adduction range of motion.

Subscapularis: The subscapularis is difficult to access, but self-treatment can improve carryover from clinical sessions. A Thera-Cane or similar tool provides the leverage needed to apply pressure to the anterior scapula where the subscapularis sits. The patient needs to be able to abduct their arm; if this is too symptomatic, this technique is not appropriate. This technique can also be performed in supine. Caution: the patient must avoid the axilla, as pressure in this area could cause injury. This is an aggressive technique, and clinicians should reserve it for patients who tolerate firm pressure, demonstrate good compliance with their programme, and can be trusted to maintain correct positioning.

Stretching Exercises

The following stretching exercises can be incorporated into a home programme to support self-management and maintain gains achieved in clinical sessions.

Pectoralis stretch: The doorway stretch can be performed with the arms at varying heights. The patient should feel a stretch through their chest; if they report impingement symptoms rather than a pectoral stretch, lowering the arms (i.e., the low five position) or addressing the soft tissue first may help. If the doorway stretch remains symptomatic, lying supine on a foam roller on the floor is a gentler alternative.

Sleeper stretch: The patient is side-lying. They place their hand on their distal forearm and apply an internal rotation force. The table blocks scapular movement. At 90° of abduction, this technique targets infraspinatus; at 60° of abduction, it targets teres minor.

Horizontal adduction stretch: The patient brings their arm across the body into horizontal adduction. Caution: this can be an impingement position for patients with symptomatic shoulders. The side-lying position can be more effective than sitting or supine, as the table blocks scapular movement. In sitting or standing, a resistance band can be looped around the anterior humeral head to provide a posterior glide during the stretch. This is particularly useful for patients whose humeral head sits anteriorly.

Tahran et al. found that incorporating modified cross-body and modified sleeper stretches produced greater pain reduction during activity, increased internal rotation range of motion, improved function, and reduced disability in patients with subacromial impingement syndrome compared to a control group.

Functional internal rotation stretch: Functional internal rotation is a combination of extension and internal rotation. The patient places their hand on their hip and, if sufficiently flexible, pulls their elbow anteriorly to increase internal rotation. If flexibility is limited, alternatives include using a band attached to a fixed point at elbow level to pull the elbow forward, or stepping into a doorframe to drive the elbow forward passively.