Physiotherapy Management of the Elbow

Original Editor - Mandy Roscher Top Contributors - Mandy Roscher, Kim Jackson, Jess Bell, Stacy Schiurring, Wanda van Niekerk, Tarina van der Stockt and Rucha Gadgil

Introduction

The elbow is a complex joint in which pain can arise from bone, tendon, ligament, bursa, or nerve structures, and may also be referred from the cervical spine, thoracic spine, or shoulder. Accurate differential diagnosis requires a systematic approach combining a thorough subjective history, regional anatomical knowledge, and targeted physical examination. Contributing factors distant from the elbow, including cervical and thoracic spine dysfunction, scapular muscle weakness, glenohumeral rotation deficits, and central sensitisation should be considered in all presentations, as local treatment alone may be insufficient where these factors are present. This Physiopedia Page provides a clinical overview of common elbow conditions organised by anatomical region.

For an in-depth overview on elbow anatomy, please see this Physiopedia page: Functional Anatomy of the Elbow

Assessment Approach

A systematic assessment should precede differential diagnosis. The subjective examination should cover the location, mechanism, and onset of symptoms, aggravating and easing factors, 24-hour patterns, neurological symptoms, occupational and activity demands, relevant comorbidities, and red flag screening. Observation should note posture, swelling, deformity, muscle wasting, and carrying angle. Palpation should cover bony landmarks, tendon origins, nerve grooves, and joint lines. Range of motion should be assessed actively, passively, and with overpressure, followed by resisted testing to assess strength and symptom reproduction. Neurological and neurovascular screening, including reflexes, sensation, and peripheral pulses, should be completed where indicated. Special tests are selected based on the clinical hypothesis formed from the above. A regional screen of the cervical spine, thoracic spine, shoulder, and wrist should be performed where contributing factors are suspected.

For an in-depth overview on elbow assessment, please see this Physiopedia page: Overview of Elbow Assessment.

Red flags requiring urgent referral include constant unrelenting pain, systemic symptoms, suspected fracture or dislocation, neurovascular compromise, and lateral elbow pain in children or adolescents, where osteochondritis dissecans should be considered before assuming a soft tissue diagnosis.

Differential Diagnosis by Region

Lateral Elbow

Condition	Mechanism	Key Symptoms	Examination Findings
Lateral elbow tendinopathy (LET)	Repetitive wrist extension and gripping Overuse injury	Lateral epicondyle pain Pain with gripping, typing, lifting	Tenderness at lateral epicondyle Pain with resisted wrist and middle finger extension Reduced pain-free grip strength
Radial tunnel syndrome	Compression of posterior interosseous nerve in radial tunnel	Diffuse forearm ache Pain 3–4 cm distal to lateral epicondyle May coexist with LET	Tenderness over radial tunnel Pain with resisted supination and middle finger extension No grip weakness unless posterior interosseous nerve fully entrapped
Posterior interosseous nerve entrapment	Compression of posterior interosseous nerve at arcade of Frohse	Forearm pain Progressive finger and wrist extension weakness	Weakness of finger and wrist extensors without sensory loss Tenderness over radial neck
Osteochondritis dissecans	Repetitive compressive loading Common in adolescent throwers and gymnasts	Lateral elbow pain Mechanical symptoms such as locking and clicking Limited extension	Reduced ROM Joint line tenderness Imaging required for confirmation Red flag in young athletes
Radiohumeral osteoarthritis (OA)	Degenerative joint disease Prior trauma	Lateral elbow pain Stiffness Reduced ROM	Crepitus Restricted ROM Pain with passive compression of radiohumeral joint
LCL tear / posterolateral rotatory instability (PLRI)	Varus-external rotation force Fall on outstretched supinated hand May follow repeated corticosteroid injection	Lateral pain Giving way Apprehension with weight-bearing through extended elbow	Positive lateral pivot shift test Positive table-top relocation test Symptoms with chair push-up
Synovial plica	Repetitive flexion-extension; trauma	Lateral or anterior elbow pain Snapping or clicking	Pain on palpation of radiohumeral joint Clicking with passive forearm rotation

Medial Elbow

Condition	Mechanism	Key Symptoms	Examination Findings
Medial elbow tendinopathy (golfer's elbow)	Repetitive wrist flexion and forearm pronation Gripping	Medial epicondyle pain Pain with gripping, throwing, golf swing	Tenderness at medial epicondyle Pain with resisted wrist flexion and forearm pronation
MCL sprain / rupture	Valgus stress Throwing sports Overhead athletes	Medial elbow pain Instability with throwing Possible "pop" in acute rupture	Tenderness over MCL Positive moving valgus stress test Valgus laxity compared to contralateral side
Cubital tunnel syndrome	Sustained elbow flexion Repetitive flexion Valgus stress Direct compression	Ring and little finger numbness and tingling Positional symptoms Possible grip weakness	Tenderness in ulnar groove Positive elbow flexion test Positive pressure provocation test Tinel's sign at cubital tunnel
Posteromedial impingement	Repetitive valgus extension overload Throwing	Posteromedial elbow pain at end-range extension Common in throwing athletes	Pain with valgus overload test Posteromedial tenderness Symptoms reproduced at terminal extension

Posterior Elbow

Condition	Mechanism	Key Symptoms	Examination Findings
Olecranon bursitis	Direct trauma Repetitive pressure Septic or inflammatory causes	Posterior swelling Localised tenderness Limited flexion if large	Fluctuant swelling over olecranon Assess for warmth and erythema Septic bursitis requires urgent referral
Triceps tendinopathy / rupture	Overuse (tendinopathy) Sudden eccentric load (rupture)	Posterior elbow pain Weakness with elbow extension	Tenderness at olecranon insertion Weakness on resisted extension Palpable defect and positive triceps squeeze test in complete rupture
Olecranon impingement / spurs	Repetitive forced extension Throwing	Posterior pain at end-range extension	Pain with forced extension Osteophytes visible on imaging
Olecranon fracture	Direct trauma Fall on flexed elbow	Acute posterior pain Inability to extend against gravity	Tenderness and deformity over olecranon Positive elbow extension test Imaging required

Anterior Elbow

Condition	Mechanism	Key Symptoms	Examination Findings
Distal biceps tendinopathy / rupture	Overuse (tendinopathy) Sudden eccentric load during supination (rupture)	Anterior elbow pain Weakness with flexion and supination "Pop" in acute rupture	Tenderness at radial tuberosity insertion Positive hook test Positive biceps squeeze test Visible "Popeye" deformity in complete rupture
Pronator teres syndrome	Repetitive pronation Hypertrophy of pronator teres compressing the median nerve	Proximal forearm ache Thumb, index, and middle finger paraesthesia Symptoms worse with activity	Tenderness over proximal pronator teres; symptoms reproduced with resisted forearm pronation Absence of nocturnal symptoms differentiates from carpal tunnel syndrome
Brachialis strain	Direct trauma Forced hyperextension	Anterior elbow pain Pain with resisted elbow flexion	Tenderness over brachialis Pain on resisted flexion Full passive ROM

Referred and Systemic Conditions

Not all elbow pain originates locally, and atypical or non-resolving presentations should prompt consideration of referred and systemic sources. Cervical radiculopathy (C5–C7) typically produces radiating arm pain following a dermatomal pattern, accompanied by neurological signs and symptoms reproduced with cervical provocation tests. Thoracic outlet syndrome may present with diffuse upper limb symptoms that are positional in nature and associated with neurovascular signs. Rheumatoid arthritis and other inflammatory arthropathies should be considered where there is bilateral or multi-joint involvement, morning stiffness, or systemic features. Gout or pseudogout typically presents with acute swelling, warmth, and erythema, and may be supported by elevated serum uric acid. Referred cardiac pain from angina can manifest as medial arm and elbow discomfort associated with exertion and cardiovascular risk factors, and requires urgent referral.

Imaging

Imaging should be guided by clinical findings rather than used as a primary diagnostic tool, and structural findings should always be interpreted in clinical context, as asymptomatic changes are common and do not necessarily represent the source of symptoms. Plain X-ray is the first-line modality for suspected fracture or dislocation. Ultrasound is well-suited to the assessment of tendons, ligaments, and bursae, and can guide diagnostic or therapeutic injection. MRI provides superior detail for soft tissue and osteochondral pathology, and is particularly useful where the diagnosis remains unclear or where surgical planning is being considered.

Physiotherapy Management of Elbow Conditions

Effective management of elbow conditions requires a multimodal approach tailored to the individual patient's presentation, diagnosis, irritability, and contributing factors. Active management strategies supported by self-management are more strongly evidenced than passive treatment alone. The table below provides an evidence-based overview of common intervention categories used in elbow rehabilitation. Note that the majority of high-quality evidence relates to lateral elbow tendinopathy, evidence for other elbow conditions is more limited and management is often guided by clinical reasoning and general musculoskeletal principles.

Physiotherapy Management of the Elbow

Intervention category	Examples	Evidence summary	Clinical considerations
Patient education and load management	Explanation of condition and prognosis Activity modification; lifting technique Self-management strategies	Good long-term outcomes when combined with other interventions Insufficient as a standalone treatment	Essential first step Set realistic expectations around recovery timelines; minimum 12 weeks for tendinopathy
Isometric exercise	Sustained wrist extension holds Grip holds in neutral	Hypoalgesic effect locally and at remote sites Useful in early or irritable presentations Optimal protocol not yet established	Begin with flexed elbow and supinated forearm Progress by increasing elbow extension and pronation demand Consider 5 × 60-second holds at tolerable resistance
Isotonic strengthening: concentric and eccentric	Wrist extension and flexion with resistance band or dumbbell Eccentric wrist lowering protocols	Multiple exercise types show similar benefit No single type is superior Eccentric exercise is the most studied but does not consistently outperform other approaches	Progress load gradually Minimum 12 weeks recommended Exercise above or below pain threshold guided by patient irritability and preference
Heavy slow resistance (HSR) training	Progressive slow resistance exercise for wrist extensors and forearm	Emerging evidence from lower limb tendinopathy being applied to upper limb Good patient tolerance and compliance compared to eccentric-only protocols	Particularly useful in chronic presentations Load should be titrated to the individual
Kinetic chain and functional exercise	Scapular stabilisation Shoulder strengthening Bilateral and weight-bearing upper limb exercises Task-specific training	Scapular muscle weakness is a risk factor for elbow pathology Addressing kinetic chain deficits supports better long-term outcomes	Especially important in overhead athletes and persistent presentations Pprogress from local to global loading
Manual therapy	Mulligan mobilisation with movement Cervical and thoracic mobilisation; neural mobilisation	Moderate evidence for immediate beneficial effects on pain and pain-free grip strength Mulligan mobilisation with movement superior to placebo and wait-and-see Cervical and thoracic manual therapy provides additional benefit where spinal signs are present	Best used as an adjunct to exercise rather than as a standalone treatment Benefit should be apparent within the first few sessions
Taping and orthoses	Kinesiotape Counterforce brace Wrist extension splint	Weak to moderate evidence for short-term pain reduction and improved pain-free grip Counterforce bracing may be useful as an adjunct in early rehabilitation	Not recommended as a primary or long-term intervention Useful as a short-term load management strategy
Physical modalities	Shockwave therapy (ESWT) Low-level laser therapy (LLLT) Therapeutic ultrasound Acupuncture Dry needling	ESWT and LLLT show some benefit for pain in chronic LET when used with exercise Ultrasound evidence is weak Acupuncture shows low certainty benefit for short-term disability reduction Dry needling shows low-moderate evidence for short-term pain and function	Modalities should adjunct rather than replace exercise Effects are generally short-term Use guided by patient presentation and clinical context
Corticosteroid injection	Local injection to lateral or medial epicondyle	Good short-term pain relief (up to 6 weeks) but poor outcomes at 6–12 months Associated with higher recurrence rates compared to physiotherapy and wait-and-see Not recommended as first-line intervention	May be considered following shared decision making where short-term pain relief is necessary to enable function or exercise engagement Risks include tendon degeneration with repeated injection
Platelet-rich plasma (PRP) injection	Autologous blood preparation injected at tendon origin	Emerging evidence suggests PRP may be superior to corticosteroid at 6 months for LET Evidence quality remains low to moderate and optimal protocols are not established	Not a first-line intervention May be considered in chronic, treatment-resistant presentations