Shoulder Pain · Faithful Fields · Kilcormac · Co. Offaly
Expert shoulder assessment, treatment and rehabilitation at Offaly Physio & Performance Lab — restoring pain-free movement and strength.
The Most Mobile Joint In The Body
The shoulder is the most mobile joint in the human body, achieving its remarkable range of movement through a complex interplay of joints — the glenohumeral, acromioclavicular and scapulothoracic — and an intricate network of soft tissue structures including the rotator cuff, labrum, capsule and scapular stabilisers. This mobility comes at the cost of stability, making the shoulder vulnerable to a wide range of injuries and conditions.
At Offaly Physio & Performance Lab, we take a comprehensive approach to shoulder pain. Our physiotherapists combine hands-on treatment, exercise rehabilitation and adjunct therapies to address not only your symptoms but the underlying factors contributing to your shoulder problem. Whether you are dealing with a sports injury, a gradual onset condition or post-surgical rehabilitation, we will develop an individualised treatment plan to help you regain pain-free function.
From a fall on the pitch to a pain that crept in gradually — we treat the cause, not just the symptoms, with a plan built around your goals.
What We Treat
We assess and treat a wide range of shoulder conditions, including:
Shoulder instability ranges from traumatic dislocation to micro-instability and atraumatic instability. It can involve labral damage, capsular laxity or muscle patterning issues affecting the control of the shoulder joint.
Injury to the acromioclavicular joint, commonly from a fall onto the point of the shoulder or direct impact. Ranges from mild sprain to complete rupture of the coracoclavicular ligaments — frequently seen in contact sports.
A condition where the shoulder capsule becomes inflamed and then fibrosed, leading to marked loss of range of movement and significant pain. Progresses through freezing, frozen and thawing phases.
Primary (subacromial) impingement involves structural narrowing of the subacromial space, while secondary impingement is caused by functional factors such as rotator cuff weakness and poor scapular control. Subcoracoid impingement can also occur.
Degeneration or tendinopathy of the rotator cuff tendons, most commonly supraspinatus. Can cause pain, weakness and contribute to secondary impingement. Partial and full thickness tears can occur, especially in older populations.
Abnormal movement and position of the scapula during arm movement. The scapula is the foundation of shoulder function, and poor scapular control can contribute to impingement, instability and rotator cuff problems.
Condition 01
Shoulder instability encompasses a spectrum of problems ranging from traumatic dislocation — where the humeral head is forced out of its socket — to micro-instability and atraumatic instability. Traumatic dislocation often results in damage to the labrum (Bankart lesion) or the bony architecture of the glenoid. SLAP (Superior Labrum Anterior and Posterior) lesions can also occur, affecting the attachment of the biceps tendon to the labrum. Atraumatic instability may involve capsular laxity, generalised joint hypermobility, or muscle patterning issues where altered muscle activation contributes to the sensation of instability.
Condition 02
An ACJ sprain is an injury to the acromioclavicular joint, most commonly caused by a fall onto the point of the shoulder or a direct impact to the joint. The severity ranges from a mild sprain of the acromioclavicular ligament to a complete rupture of the coracoclavicular ligaments, which can result in visible deformity at the top of the shoulder. ACJ sprains are common in contact sports such as rugby, GAA and martial arts, as well as in cycling falls.
Condition 03
Frozen shoulder, or adhesive capsulitis, is a condition where the shoulder capsule becomes inflamed and then progressively fibrosed, leading to a marked loss of range of movement and significant pain. The condition typically progresses through three phases: the freezing phase (increasing pain and progressive stiffness), the frozen phase (marked stiffness with less pain), and the thawing phase (gradual recovery of movement). Frozen shoulder can be primary (idiopathic, with no clear cause) or secondary (following injury, surgery or prolonged immobilisation). It is more common in people with diabetes and those aged between 40 and 60.
Condition 04
Shoulder impingement refers to the compression of soft tissue structures within the shoulder during movement. There are several types:
Primary impingement involves structural narrowing of the subacromial space, often due to acromial morphology (such as a hooked acromion), bony spurs, or a thickened subacromial bursa. The rotator cuff tendons and subacromial bursa become compressed during overhead movements, leading to pain, inflammation and potential tendon damage over time.
Secondary impingement is caused by functional narrowing of the subacromial space. This is the more common type and is very responsive to rehabilitation. It typically results from rotator cuff tendinopathy — where weakness and poor control of the cuff muscles allows the humeral head to ride up under the acromion — combined with poor scapular control and altered movement patterns. Addressing these functional factors through targeted rehabilitation can significantly improve symptoms.
Subcoracoid impingement involves compression of the subscapularis tendon and the long head of the biceps tendon between the coracoid process and the lesser tuberosity of the humerus. This less common form of impingement can cause anterior shoulder pain and requires careful assessment to distinguish it from other causes.
Condition 05
Rotator cuff tendinopathy refers to degeneration or tendinopathy of the rotator cuff tendons, most commonly the supraspinatus tendon. The condition follows the tendinopathy continuum — from reactive tendinopathy through dysrepair and degenerative change — and can cause pain, weakness and functional limitation. Rotator cuff tendinopathy is a common contributor to secondary impingement, as weakness and poor control of the cuff muscles allows the humeral head to migrate superiorly during overhead activities. Partial and full thickness tears can occur, particularly in older populations where degenerative changes are more prevalent.
Condition 06
Scapular dyskinesis refers to abnormal movement and position of the scapula during arm movement. The scapula is the foundation of shoulder function — it provides the stable base from which the arm operates and serves as the attachment site for numerous muscles. When scapular control is compromised, it affects the entire shoulder complex and can contribute to impingement, instability and rotator cuff problems. Scapular dyskinesis is often related to weak or inhibited serratus anterior and lower trapezius muscles, a tight pectoralis minor, and poor postural awareness. Thoracic and cervical spine issues can also contribute to scapular and shoulder problems, which is why we may also assess the spinal pain contribution to your shoulder symptoms.
Matching Cause To Care
We match each shoulder condition with the most appropriate combination of treatments. Here is how we link common shoulder pathologies with their treatment pathways:
Motor control retraining of the rotator cuff and scapular stabilisers, Clinical Pilates, progressive strengthening, and performance testing for return to sport.
Joint mobilisations, taping, progressive strengthening, and performance testing for return to sport.
Joint mobilisations, injection therapy (corticosteroid in the freezing phase), progressive stretching and strengthening.
Joint mobilisations, injection therapy (subacromial corticosteroid), shockwave therapy for tendon-related components.
Motor control, joint mobilisations and strength training, Clinical Pilates, shockwave therapy for tendon-related components.
Progressive tendon loading, shockwave therapy, injection therapy for pain relief.
Motor control retraining, Clinical Pilates, postural education, and spinal assessment including spinal pain evaluation.
The Kinetic Chain
One of the most important principles at Offaly Physio & Performance Lab is that shoulder pain should not be treated in isolation. The shoulder does not function alone — it is part of a complex kinetic chain involving the cervical and thoracic spine, the scapula, the ribcage and the core. Factors that can contribute to shoulder pain include:
Our aim is not simply to reduce symptoms — it is to help you regain the shoulder function and capacity required for work, sport and daily life.
Why Choose Us
Offaly Physio & Performance Lab provides physiotherapy, sports rehabilitation and performance services from our clinic in Tullamore, County Offaly. Our approach combines thorough clinical assessment with progressive rehabilitation and, where appropriate, objective strength and performance testing.
Rather than simply treating the painful area, we aim to identify the factors contributing to your shoulder problem and develop a plan to help you return to the activities that matter to you.
Common Questions
If you are experiencing shoulder pain — whether from a recent injury, a gradual onset condition, or a persistent problem that has not fully resolved — we can help. Our clinic is based in Faithful Fields Kilcormac, Co. Offaly, providing physiotherapy and sports rehabilitation to patients and athletes from Offaly and across the Midlands.
