ELBOW & WRIST PAIN
Elbow and wrist pain can creep up gradually or come on suddenly, often making everyday tasks like typing, lifting, or gripping surprisingly difficult. From tennis elbow and golfer's elbow to carpal tunnel syndrome and repetitive strain injuries, our osteopaths and remedial massage therapists at Dingley Health Hub are skilled at identifying what's driving your pain and addressing it at the source. With hands-on treatment and practical advice on posture and movement, we'll help you recover faster and reduce the risk of it recurring.
Common Elbow & Wrist Conditions
Tennis elbow (lateral epicondylitis)
Tennis elbow is a tendinopathy of the common extensor origin at the lateral epicondyle of the humerus, primarily involving the extensor carpi radialis brevis (ECRB) tendon. Despite its name, the majority of cases occur in people who have never played tennis — it is one of the most common occupational overuse injuries in adults aged 35–55, caused by repetitive gripping, lifting with a pronated forearm and sustained wrist extension during desk work, manual labour, cooking and many other everyday activities. It is fundamentally a tendon degeneration problem rather than an inflammatory one, which has important implications for how it should be treated.
Symptoms include:
Pain and tenderness directly over the lateral epicondyle on the outer side of the elbow, pain that worsens with gripping and lifting — particularly with the elbow extended and the wrist in extension — a weak and painful handshake, difficulty carrying shopping bags or turning a door handle, and pain reproduced by resisted wrist extension and the Mill's test on clinical examination.
How we treat it:
Progressive tendon loading is the evidence-based cornerstone of tennis elbow rehabilitation. We begin with isometric wrist extension exercises in the early, most painful phase — these provide reliable pain relief while maintaining the tendon stimulus needed to drive adaptation. As tolerance improves, we progress to isotonic and then functional loading exercises that replicate the demands of work and daily activities. Shockwave therapy is highly effective for chronic lateral epicondylitis, stimulating neovascularisation and tendon remodelling in tissue that has lost its ability to self-repair. Deep tissue soft tissue therapy releases the chronically overloaded forearm extensor muscles. Addressing upstream contributors — shoulder rotator cuff weakness, grip mechanics and workstation ergonomics — is essential to prevent recurrence once the tendon has healed. Most cases resolve fully within 6–12 weeks of consistent management.
Golfer's elbow (medial epicondylitis)
Golfer's elbow is a tendinopathy of the common flexor origin at the medial epicondyle, typically involving the flexor carpi radialis and pronator teres tendons. Like tennis elbow, the majority of cases are not sports-related — it is most commonly seen in people who perform repetitive gripping, wrist flexion and forearm pronation at work or during recreational activities. It is less common than lateral epicondylitis but tends to be more persistent and slower to resolve. The ulnar nerve runs in close proximity to the medial epicondyle in the cubital tunnel, and can become irritated or compressed in association with medial epicondylitis, adding a neurological component to the presentation.
Symptoms include:
Pain and tenderness directly over the medial epicondyle on the inner side of the elbow, pain that worsens with gripping, wrist flexion and forearm pronation, a weak and painful grip, and in cases where the ulnar nerve is involved, tingling or numbness radiating into the ring and little fingers (ulnar nerve distribution). Symptoms are typically provoked by specific activities rather than being constantly present.
How we treat it:
Progressive loading of the flexor-pronator mass follows the same tendinopathy rehabilitation principles as lateral epicondylitis — isometric loading in the early phase advancing to isotonic and functional exercises as tendon tolerance improves. Ulnar nerve involvement is carefully assessed on clinical examination; where nerve sensitisation is present, neural mobilisation (nerve flossing) techniques are incorporated to reduce perineural adhesion and nerve irritability. Shockwave therapy is used for chronic or recalcitrant medial epicondylitis cases. Activity modification advice — identifying and reducing the specific occupational or recreational tasks that are overloading the medial elbow — is essential during rehabilitation. Cubital tunnel syndrome (ulnar nerve entrapment at the elbow) is assessed concurrently and managed with appropriate splinting and neural mobilisation. Most cases require 8–16 weeks for full resolution.
Elbow bursitis (olecranon bursitis)
Olecranon bursitis presents as a distinctive fluid-filled swelling directly over the posterior elbow at the tip of the olecranon. It may be acute (following a direct blow or fall onto the elbow) or chronic (from repeated pressure on a hard surface — common in plumbers, electricians and students who rest their elbows on desks). It can also be associated with inflammatory conditions such as gout or rheumatoid arthritis. The most important distinction to make is with septic bursitis — infection within the bursa — which presents with rapid-onset severe pain, significant warmth, erythema, systemic fever and malaise, and requires urgent medical management with antibiotics and possible surgical drainage rather than manual therapy.
Symptoms include:
A visible and palpable soft swelling at the tip of the elbow that may range from the size of a marble to a golf ball, localised tenderness on direct pressure over the olecranon, pain or discomfort at full elbow flexion as the bursa is compressed, and in most non-infected cases, surprisingly little restriction of elbow movement despite the dramatic appearance of the swelling.
How we treat it:
Non-septic traumatic or chronic olecranon bursitis is managed conservatively with compression bandaging to reduce fluid accumulation, activity modification to avoid direct pressure on the bursa, and protective elbow padding for occupational activities that require prolonged elbow contact with surfaces. For large collections causing significant discomfort, GP review for aspiration (draining the bursa with a needle) provides immediate relief, though recurrence rates without addressing the underlying cause are high. We address the root cause of the bursitis — whether occupational pressure, inflammatory joint disease or post-traumatic — to prevent recurrence. Once the swelling has settled, normalising elbow range of motion and rebuilding upper limb strength is straightforward and typically rapid.
Elbow osteoarthritis
Elbow osteoarthritis is less common than arthritis in the weight-bearing joints of the hip and knee, but is seen with some frequency in former heavy manual labourers, overhead athletes (particularly throwing athletes and gymnasts), and as a late consequence of previous elbow fractures or dislocations. It involves progressive cartilage loss within the elbow joint — most commonly at the radiocapitellar joint — leading to stiffness, pain at the extremes of movement and, in advanced cases, the formation of loose bodies or bone spurs that can cause locking or catching sensations.
Symptoms include:
Progressive loss of full elbow extension — typically the first and most noticeable range restriction — and stiffness and aching that is worse after rest and improves with gentle movement. Pain at the extremes of both flexion and extension (end-range pain) rather than mid-arc pain. Grinding, clicking or crepitus on elbow movement. Difficulty with tasks requiring a fully straight elbow such as reaching across a table, pushing up from a chair or performing overhead activities. Loose bodies may cause intermittent locking or a sharp catching pain.
How we treat it:
Joint mobilisation — specifically targeting the capsular tightness and stiffness that limits elbow extension and flexion — maintains available movement and significantly reduces arthritic pain. Soft tissue therapy of the flexor and extensor muscle groups relieves the compensatory muscular tension that develops around an arthritic joint. Heat application before exercise and activity loosens stiff arthritic joints and improves movement quality. Activity pacing advice helps patients remain active without repeatedly provoking significant inflammatory flare-ups. For advanced elbow osteoarthritis with significant functional limitation, elbow arthroplasty (replacement) produces good outcomes in appropriate candidates, and we provide comprehensive perioperative rehabilitation when this pathway is pursued.
Carpal tunnel syndrome
Carpal tunnel syndrome (CTS) is the most common peripheral nerve entrapment disorder, affecting approximately 4% of the general population and accounting for the vast majority of hand and wrist nerve-related complaints seen in allied health practice. It occurs when the median nerve is compressed within the rigid carpal tunnel at the wrist — a bony canal through which the median nerve and nine flexor tendons pass — most commonly due to tenosynovial thickening of the surrounding flexor tendons reducing available space. Risk factors include pregnancy (due to fluid retention), diabetes, hypothyroidism, rheumatoid arthritis, obesity, and occupational or recreational activities involving sustained or repetitive wrist flexion and forceful gripping.
Symptoms include:
Nocturnal paraesthesia — pins and needles or numbness — in the thumb, index finger, middle finger and the lateral half of the ring finger (the median nerve distribution), typically waking the patient at night and relieved by shaking or hanging the hand out of bed (the classic "flick sign"). Daytime tingling and numbness with sustained wrist postures such as holding a phone, driving or reading. In moderate-to-advanced cases, weakness and clumsiness when pinching or performing fine motor tasks. In severe or longstanding cases, wasting of the thenar eminence (the pad of muscle at the base of the thumb) and permanent sensory loss.
How we treat it:
A wrist extension splint worn at night maintains the wrist in a neutral position, which maximises the space within the carpal tunnel and immediately reduces nocturnal symptoms — often providing dramatic relief from the first night of use. Neural mobilisation techniques (median nerve flossing) are applied to reduce perineural adhesion, improve nerve gliding within the carpal tunnel and decrease nerve sensitisation. A detailed ergonomic assessment of the workstation and occupational tasks identifies and modifies the specific wrist postures and force requirements that are aggravating the nerve compression. We coordinate closely with the patient's GP for corticosteroid injection into the carpal tunnel — a highly effective short-term treatment that is particularly useful in pregnancy — and refer to hand surgeons for carpal tunnel decompression surgery when conservative management fails to provide adequate and lasting relief or when neurological signs (thenar wasting, permanent sensory loss) are present.
Wrist sprains and ligament injuries
Wrist sprains most commonly involve the scapholunate (SL) ligament on the dorsal-radial aspect of the wrist, the dorsal radiocarpal ligament, or the intercarpal ligaments. A FOOSH injury (fall on an outstretched hand) is the most common mechanism, occurring during sport, cycling falls and everyday slips. Wrist sprains are frequently under-investigated — unrecognised complete scapholunate ligament tears, in particular, can lead to progressive carpal instability (scapholunate dissociation), collapse of the carpal architecture (DISI deformity) and early wrist osteoarthritis if not appropriately managed in the acute phase.
Symptoms include:
Dorsal wrist pain and swelling following a fall or twisting injury, pain with weight-bearing through the wrist (pressing up from a chair, push-up position), a palpable gap, click or clunk at the scapholunate interval with wrist movement, and a positive Watson's scaphoid shift test for scapholunate instability on clinical assessment.
How we treat it:
Grade I and Grade II wrist sprains — involving ligament stretching or partial tearing without instability — are managed conservatively with a period of relative rest using buddy taping or a wrist splint, followed by progressive wrist proprioception, stabilisation and strengthening exercises as healing progresses. Wrist proprioceptive training is particularly important as the ligaments of the wrist play a major role in joint position sense. Grade III complete ligament tears and any suspected scapholunate dissociation require urgent MRI assessment and orthopaedic or hand surgery referral — delayed surgical repair of complete SL tears has significantly poorer outcomes than acute repair. We provide comprehensive post-surgical rehabilitation following wrist ligament reconstruction, including scar management, joint mobilisation and progressive return to full grip and wrist loading.
De Quervain's tenosynovitis
De Quervain's tenosynovitis is a stenosing tenosynovitis of the first dorsal compartment of the wrist — the fibrous tunnel through which the abductor pollicis longus (APL) and extensor pollicis brevis (EPB) tendons pass on their way to the thumb. The tendons become inflamed and the surrounding sheath thickens, making movement of the thumb painful and restricted. It is one of the most common wrist conditions seen in new parents — particularly mothers who are breastfeeding and repeatedly lifting their infant with the wrist in a radially deviated position — and in people who perform activities requiring sustained radial deviation with thumb opposition such as texting, gaming and certain sporting activities.
Symptoms include:
Pain and swelling over the radial styloid process — the bony prominence at the base of the thumb on the thumb side of the wrist — that worsens with gripping, pinching and thumb movements. Pain radiating up the forearm in some cases. A strongly positive Finkelstein's test (clasping the thumb in the fist and deviating the wrist towards the little finger side) is typically very provocative and is the key diagnostic test. Crepitus or a grating sensation with thumb movement in some cases.
How we treat it:
A thumb spica splint — immobilising the wrist and the carpometacarpal joint of the thumb while leaving the fingers free — relative-rests the first dorsal compartment tendons and provides significant relief during the acute and subacute phases. Soft tissue therapy around the first compartment reduces tenosynovial thickening and releases associated tightness in the thenar muscles. Activity modification advice is particularly important and specific: we provide practical guidance for new parents on safer infant-lifting techniques that reduce radial deviation force on the wrist. Corticosteroid injection into the first dorsal compartment, performed by a GP, is highly effective when conservative measures alone are not providing adequate relief — cure rates with a single injection can be as high as 60–70%. Cases that fail conservative management and injection may require surgical decompression of the first dorsal compartment, after which we provide post-surgical rehabilitation.
Wrist osteoarthritis
Wrist osteoarthritis most commonly affects the carpometacarpal (CMC) joint at the base of the thumb — referred to as thumb base OA or basal joint arthritis — as well as the radiocarpal joint (often post-traumatic following a previous scaphoid fracture or distal radius fracture) and the pisotriquetral joint on the ulnar side of the wrist. Thumb base OA is one of the most prevalent forms of hand and wrist arthritis, particularly affecting post-menopausal women, and can cause significant functional limitation through pain and weakness with everyday gripping and pinching tasks.
Symptoms include:
Pain and tenderness at the base of the thumb or over the radiocarpal joint, morning stiffness that eases after 15–20 minutes of gentle activity, progressive loss of grip and pinch strength, pain with everyday tasks involving pinching (opening jars, turning keys, writing, doing up buttons), a visible squaring or bony enlargement at the base of the thumb in advanced cases, and a positive grind test (axial compression with rotation of the thumb CMC joint) on clinical examination.
How we treat it:
Thumb base OA is managed with a custom-fabricated thermoplastic thumb spica splint, which offloads the arthritic CMC joint during aggravating activities while allowing the fingers to function freely. Joint mobilisation of the CMC and surrounding wrist joints maintains available range of movement and reduces arthritic stiffness. Adaptive equipment recommendations — such as enlarged-grip utensils, jar openers and key turners — and joint protection strategies reduce daily loading on the arthritic joint. Progressive grip and pinch strengthening maintains the functional muscle strength that helps compensate for arthritic joint surfaces. For end-stage thumb base OA with severe pain and functional limitation, trapeziectomy (surgical removal of the trapezium bone) or CMC joint arthroplasty produces excellent and durable pain relief, and we provide comprehensive postoperative rehabilitation to restore full grip and pinch function.
Wrist fracture rehabilitation
Distal radius fractures are among the most common fractures in adults, with a bimodal distribution — active young adults following high-energy trauma, and older adults with osteoporosis sustaining low-energy falls onto an outstretched hand. Surgical fixation with plates and screws (open reduction and internal fixation) is required for unstable fractures. Following cast immobilisation or surgical fixation, the wrist is almost universally stiff, weak, swollen and often painful at the extremes of range. Structured rehabilitation is essential to regain full function — outcomes are substantially better when rehabilitation commences promptly after cast removal rather than being delayed.
Post-immobilisation rehabilitation goals:
Restoring wrist flexion, extension, radial and ulnar deviation and forearm rotation; recovering grip and pinch strength to match the unaffected side; normalising hand and wrist oedema; restoring functional proprioception; managing post-surgical scar tissue (where applicable); and achieving a safe, progressive return to occupational and sporting demands.
How we treat it:
Joint mobilisation of the radiocarpal, midcarpal and distal radioulnar joints restores the range of motion that is consistently lost after wrist immobilisation, particularly wrist extension and forearm rotation. Progressive grip and wrist strengthening exercises — beginning with pain-free isometric holds and advancing to dynamic resistance and functional loading — rebuild the load tolerance needed for return to work and sport. Where surgical fixation has been performed, scar tissue management using massage and desensitisation techniques prevents plate adhesion to overlying tendons and restores comfortable skin mobility. Oedema management with compression gloves and elevation advice addresses the persistent hand swelling that is common after wrist fractures. A carefully graded return-to-work or return-to-sport program ensures that loading is progressed safely. Delaying the commencement of rehabilitation after cast removal consistently results in poorer long-term outcomes — early treatment always yields the best results.
Triangular fibrocartilage complex (TFCC) injury
The triangular fibrocartilage complex (TFCC) is a fibrocartilaginous structure on the ulnar (little finger) side of the wrist that provides stability to the distal radioulnar joint (DRUJ), cushions the ulnocarpal joint and acts as a load-bearing surface for forces transmitted through the ulnar column of the wrist. TFCC tears are classified as traumatic (Class 1 — caused by a fall, twisting injury or excessive forearm rotation) or degenerative (Class 2 — age-related attrition, often found incidentally on MRI in adults over 40). Traumatic peripheral tears in young patients have good healing potential with conservative management or surgical repair; central degenerative tears have little healing capacity.
Symptoms include:
Ulnar-sided wrist pain — on the little finger side of the wrist — that may be sharp with certain movements or a constant dull ache. Clicking, clunking or snapping with forearm rotation (pronation and supination). Pain with weight-bearing through the wrist in a press-up position. A sense of DRUJ instability — the ulnar head feeling loose or prominent. A positive TFCC load test (axial compression with ulnar deviation and forearm rotation) on clinical examination.
How we treat it:
Conservative management is the appropriate first-line approach for most TFCC injuries and is trialled for 6–12 weeks before surgical consideration. DRUJ stabilisation splinting immobilises the forearm in a position that reduces DRUJ stress and allows the TFCC to settle. Progressive forearm rotation strengthening — targeting the pronator and supinator muscles — rebuilds the dynamic stability that supplements the TFCC's static stabilising role. Activity modification reduces the rotational loading on the healing structure. We coordinate MRI or MR-arthrography with the GP or hand surgeon to definitively classify the tear and guide further management decisions. Arthroscopic TFCC debridement (for degenerative central tears) or peripheral repair (for traumatic peripheral tears with good healing potential) are followed by our structured postoperative rehabilitation program, which progressively restores forearm rotation, grip strength and functional wrist stability.
Ganglion cysts
Ganglion cysts are fluid-filled benign cysts that arise from joint capsules or tendon sheaths, with the dorsal scapholunate ligament of the wrist being the most common origin. They are the most common soft tissue tumour of the hand and wrist, occurring most frequently in women aged 20–40. The cyst forms when synovial fluid leaks through a weakened area of the joint capsule or tendon sheath and becomes encapsulated. While often completely asymptomatic, ganglion cysts can cause pressure pain on direct contact, restricted wrist movement when large, or weakness from compression of adjacent tendons or the ulnar nerve in Guyon's canal (for ulnar-sided wrist ganglions).
Symptoms include:
A visible or palpable firm, smooth lump on the back (most common) or front of the wrist, at the base of a finger, or over the distal interphalangeal joints of the fingers (mucous cysts). Variable pain on direct palpation or with extremes of wrist movement. Weakness with gripping in large dorsal ganglions. A positive transillumination test on bedside examination — shining a light through the cyst reveals it to be fluid-filled, distinguishing it from solid masses. Cysts frequently fluctuate in size, often enlarging with increased activity and reducing with rest.
How we treat it:
Many ganglion cysts resolve completely without any intervention over a period of 1–2 years — watchful observation and reassurance is entirely appropriate for asymptomatic or minimally symptomatic cysts. For symptomatic cysts causing significant pain or functional limitation, aspiration (draining the cyst with a needle) by a GP or hand surgeon provides immediate relief, though recurrence rates are approximately 50%. Surgical excision of the cyst and its stalk produces a lower recurrence rate of approximately 10–15%, and we provide post-excision rehabilitation to restore wrist range of motion and grip strength after the procedure. Regardless of whether the cyst itself is treated, we assess and address any associated wrist stiffness, weakness or altered movement patterns that have developed in response to the pain or restricted movement.
Repetitive strain injury (RSI) of the wrist
Work-related upper limb disorders (WRULD) — commonly known as repetitive strain injury or RSI — encompass a spectrum of conditions affecting the tendons, muscles, nerves and other soft tissues of the forearm and wrist from cumulative mechanical overload. Prolonged keyboard and mouse use, assembly line work, retail scanning, hairdressing, dental work and many other occupational tasks involving sustained or repetitive forearm and wrist exertion are among the most common causes. RSI tends to be progressively worsening if the underlying exposure is not modified, and is far more difficult to treat once it has become chronic — early intervention and concurrent ergonomic change produce the best outcomes.
Symptoms include:
A diffuse aching, burning or fatigue sensation in the forearm and wrist that builds progressively over the course of the working day, easing with rest in the early stages but becoming more persistent as the condition becomes established. Morning stiffness that resolves after 20–30 minutes of activity in the early stages. In later stages, pain that persists even at rest and disturbs sleep. Progressive reduction in grip strength and endurance. Possible tingling or numbness if neural structures become involved. Symptoms that are clearly work-related — worse on working days and better on weekends and holidays.
How we treat it:
Effective management of RSI requires simultaneous treatment of both the local tissue pathology and the ergonomic and occupational drivers — treating the tissues without addressing the exposure simply results in recurrence. Soft tissue therapy and neural mobilisation treat the accumulated tissue irritation, fascial restrictions and nerve sensitisation. A detailed ergonomic assessment of the specific workstation, tools and tasks identifies the precise exposure factors driving the condition. Activity modification — reducing exposure duration, restructuring repetitive tasks, introducing regular micro-breaks and alternating task demands — is often the most impactful intervention. Progressive forearm and grip strengthening builds the load tolerance of the muscles and tendons, making them more resilient to occupational demands over time. WorkCover Victoria claims and formal return-to-work rehabilitation programs are available and managed with full documentation.
Frequently asked Questions
Can osteopathy help with tennis elbow?
Answer:
Yes. Tennis elbow (lateral epicondylitis) is a tendinopathy of the common extensor origin at the outer elbow and responds very well to osteopathic and shockwave treatment. Our approach combines progressive tendon loading exercises — beginning with isometric wrist extension holds in the painful phase — with soft tissue therapy to release the overloaded forearm extensor muscles, and shockwave therapy for chronic or recalcitrant cases to stimulate tendon remodelling. We also address the upstream contributors that are commonly missed — rotator cuff weakness, grip mechanics and workstation ergonomics — which are essential to prevent recurrence. Most cases resolve fully within 6–12 weeks of consistent management.
What is the difference between tennis elbow and golfer's elbow?
Answer:
Tennis elbow affects the outer (lateral) side of the elbow — specifically the common extensor tendon origin — and causes pain with gripping, lifting and wrist extension. Golfer's elbow affects the inner (medial) side — the common flexor tendon origin — and causes pain with gripping, wrist flexion and forearm rotation. Despite their names, neither condition is limited to sport — both are occupational and everyday overuse injuries. Golfer's elbow tends to be less common but more persistent than tennis elbow, and can involve the ulnar nerve running nearby, producing tingling in the ring and little fingers. Both conditions are treated with progressive tendon loading, soft tissue therapy and shockwave therapy, though the specific exercises and technique applications differ.
What are the symptoms of carpal tunnel syndrome?
Answer:
Carpal tunnel syndrome occurs when the median nerve is compressed within the carpal tunnel at the wrist. The most characteristic symptom is nocturnal paraesthesia — pins and needles or numbness in the thumb, index, middle and lateral ring finger that wakes you at night and is relieved by shaking or hanging the hand out of bed (the classic "flick sign"). Daytime tingling with sustained wrist postures such as driving, holding a phone or typing is also common. In more advanced cases, weakness and clumsiness with pinching and fine motor tasks develops. Wasting of the thenar eminence (the pad at the base of the thumb) indicates severe or longstanding compression. Conservative management — night splinting, neural mobilisation, ergonomic modification — is effective for mild-to-moderate cases.
How long does tennis elbow take to heal?
Answer:
Tennis elbow typically takes 6–12 weeks to resolve with active conservative management — progressive tendon loading, soft tissue therapy and shockwave therapy. Without treatment, or with rest-only management, it commonly persists for 12–18 months or longer, as the tendon never receives the loading stimulus it needs to remodel and repair. The most important factor in recovery is consistency with the exercise program — progressive tendon loading must be performed regularly to drive the structural adaptation that resolves tendinopathy. Cases that have been present for longer than 6 months respond particularly well to shockwave therapy.
What is De Quervain's tenosynovitis and who gets it?
Answer:
De Quervain's tenosynovitis is inflammation and thickening of the tendon sheath around the abductor pollicis longus and extensor pollicis brevis tendons on the thumb side of the wrist. It causes pain and swelling at the base of the thumb, worsened by gripping, pinching and thumb movements. A strongly positive Finkelstein's test — clasping the thumb and deviating the wrist towards the little finger — is the hallmark clinical finding. It is particularly common in new parents and breastfeeding mothers from repeatedly lifting infants with the wrist in a radially deviated position, and in people who text, game or perform repetitive thumb pinching activities. Treatment includes thumb spica splinting, soft tissue therapy and activity modification — with a cure rate of 60–70% from a single corticosteroid injection by a GP when conservative measures are insufficient.
Can repetitive strain injury (RSI) be treated?
Answer:
Yes — and the earlier it is treated, the better the outcome. RSI (work-related upper limb disorder) from prolonged keyboard, mouse, assembly or other repetitive forearm and wrist use responds well to treatment when addressed promptly. Once chronic changes have established, recovery is slower and requires more sustained effort. Effective treatment must simultaneously address both the tissue pathology — with soft tissue therapy, neural mobilisation and progressive strengthening — and the ergonomic and occupational exposure driving it. Treating the tissues without modifying the exposure simply produces recurrence. WorkCover Victoria claims and return-to-work rehabilitation plans are available and managed with full documentation for occupationally acquired RSI.
I have pain on the little finger side of my wrist — what could it be?
Answer:
Ulnar-sided wrist pain has several possible causes that require clinical differentiation. The most common include TFCC (triangular fibrocartilage complex) injury — a cartilage structure on the ulnar side of the wrist that provides stability to the distal radioulnar joint — presenting with clicking, clunking and pain with forearm rotation after a fall or twisting injury. Other causes include pisotriquetral joint arthritis, extensor carpi ulnaris tendinopathy and ulnar nerve irritation in Guyon's canal. Accurate diagnosis requires a thorough clinical assessment and, in many cases, MRI or ultrasound to characterise the soft tissue pathology. Our osteopaths will assess your wrist comprehensively and coordinate imaging through your GP when needed.
How important is rehabilitation after a wrist fracture?
Answer:
Extremely important — and frequently under-utilised. After cast removal following a distal radius fracture, the wrist is almost universally stiff, weak and swollen, and these deficits do not reliably self-correct without targeted rehabilitation. Research consistently shows that patients who begin structured physiotherapy promptly after cast removal achieve significantly better range of motion, grip strength and functional outcomes than those who do not. Joint mobilisation restores the range of movement lost during immobilisation, progressive strengthening rebuilds grip and wrist function, and gait retraining normalises movement patterns altered by pain and guarding. Delaying rehabilitation is one of the most common reasons for persistent disability after wrist fracture.
Should I use heat or ice for elbow and wrist pain?
Answer:
For acute injuries — a fresh wrist sprain, a new elbow strain — ice applied for 15 minutes every 2 hours in the first 48–72 hours helps control swelling and reduce pain. For chronic tendinopathy conditions like tennis elbow, golfer's elbow and De Quervain's — where the underlying issue is degenerative tissue rather than active inflammation — heat before activity helps warm the tendon and improve tissue pliability. Ice after activity can help settle post-exercise soreness. For carpal tunnel syndrome, ice is generally not helpful; wrist neutral splinting overnight produces far more reliable symptom relief.
Do I need a referral to see an osteopath for elbow or wrist pain?
Answer:
No referral is needed. You can book directly online or by calling (03) 9551 7110. Same-week appointments are usually available. Osteopathy for elbow and wrist conditions is covered by most Australian private health insurance funds with extras cover — we have HICAPS on-site for on-the-spot claiming. WorkCover and TAC patients are welcome. If imaging such as ultrasound, X-ray or MRI is required to confirm a diagnosis or assess injury severity, we coordinate this through your GP.