Golfer’s Elbow | Willoughby Physiotherapy and Chiropractic
Medial Elbow Pain, Fast Relief & Expert Rehab in Sydney’s Lower North Shore
Medial epicondylalgia, commonly known as Golfer’s Elbow, is a tendon-related condition that affects the inner side of the elbow where the forearm flexor tendons attach to the medial epicondyle of the humerus.
Despite the name, this injury isn’t limited to golfers. It’s frequently seen in tradespeople, desk workers, racquet and throwing athletes, and gym-goers who perform repetitive gripping, lifting, or wrist-flexion activities.
At Willoughby Physiotherapy and Chiropractic, our clinicians regularly treat medial epicondylalgia in patients from across Willoughby, Chatswood, Northbridge and Sydney’s Lower North Shore.
Most cases respond extremely well to evidence-based tendon rehabilitation involving progressive loading, manual therapy, and education around activity management and recovery.
-
Willoughby Physiotherapy and Chiropractic – Our team provides expert assessment and evidence-based treatment for Golfer’s Elbow across Sydney’s North Shore.
- Fast pain relief and accurate diagnosis – We identify the underlying cause and start early management to get you back to sport, work, and daily activity quickly.
- Care beyond symptom relief – We design personalised rehabilitation plans to restore grip strength, flexibility, and tendon resilience, helping you prevent recurrence
Understanding Medial Epicondylalgia
Medial epicondylalgia is not an “inflammation” (-itis) but a degenerative and overload-related process known as tendinopathy. According to Professor Jill Cook’s continuum model, tendons progress through three stages: reactive, tendon disrepair, and degenerative. Each stage reflects the tendon’s response to load rather than inflammation — meaning treatment should focus on appropriate mechanical loading, not anti-inflammatory approaches alone.
Over time, excessive or unaccustomed load leads to disorganisation of collagen fibres, increased tendon thickness, and pain at the tendon of origin. Typical aggravating movements include gripping, wrist flexion, pronation, and lifting with the palm facing up.
- Localised tenderness on the inner elbow (medial epicondyle).
- Pain with gripping, lifting, or resisted wrist flexion/pronation.
- Morning stiffness or pain after rest.
- Weakness with carrying objects or shaking hands.
- In chronic cases, pain may radiate slightly into the forearm.
- Repetitive gripping, wrist flexion, or forearm rotation.
- Rapid increase in training or workload (“too much, too soon”).
- Poor tendon recovery or insufficient strength between loading sessions.
- Suboptimal shoulder and wrist strength, affecting load transfer through the forearm.
- Ergonomic strain — prolonged typing, mouse use, or tool handling.
Diagnosis is made clinically through a combination of:
- Palpation tenderness at the common flexor origin.
- Resisted wrist flexion or pronation tests reproducing pain.
- Grip strength asymmetry compared to the other arm.
- Exclusion of neural involvement (ulnar nerve irritation) or referred pain from the neck/shoulder.
Imaging such as ultrasound or MRI may be used if symptoms persist or surgical referral is being considered but is rarely needed initially.
- Shockwave therapy or dry needling may be considered as adjuncts but should never replace loading.
- Corticosteroid injections can relieve short-term pain but are linked to higher recurrence rates and tendon weakening — not recommended as first-line management.
With consistent loading and adherence to a structured program, most patients experience improvement within 6–8 weeks, with full tendon adaptation taking 3–6 months. Long-standing cases may require longer loading cycles, but outcomes remain excellent when guided by a physiotherapist experienced in tendon rehabilitation.
Anatomy of the elbow (Why It’s Prone to Pain)
Understanding anatomy helps explain why the inside of the elbow is vulnerable to overload and tendon irritation.
The elbow joint is formed by three bones: the humerus (upper arm), the ulna, and the radius (forearm). The medial epicondyle is a bony prominence on the inner side of the humerus where several forearm flexor muscles attach. These muscles control gripping, wrist flexion, and forearm rotation, which are constantly engaged in daily and sporting activities.
The elbow functions as a hinge-pivot joint allowing both bending/straightening (flexion-extension) and rotation (pronation-supination). The three articulations are:
- Humeroulnar joint – the main hinge between the humerus and ulna.
- Humeroradial joint – allows load sharing and assists in pronation/supination.
- Proximal radioulnar joint – enables forearm rotation.
Dynamic control of the medial elbow comes from the wrist flexor–pronator group, all of which originate at the medial epicondyle via the common flexor tendon:
- Pronator teres
- Flexor carpi radialis
- Palmaris longus
- Flexor carpi ulnaris
- Flexor digitorum superficialis
Overuse of these muscles (for example, repetitive gripping, lifting, or typing) leads to micro-tears and collagen disorganisation in the tendon origin — the hallmark of medial epicondylalgia.
The ulnar collateral ligament (UCL) stabilises the medial elbow against valgus (inward) stress, especially during throwing or heavy lifting. Chronic overload may cause coexisting ligaments, irritation, or strain.
The ulnar nerve runs just behind the medial epicondyle (“funny bone”). Swelling, tendon thickening, or poor biomechanics can irritate this nerve, producing tingling into the ring and little fingers — a common associated symptom.
Ready to Fix Your Elbow Pain?
Elbow pain doesn’t need to stop you from opening doors and jars, gripping things, working, playing sports, or enjoying everyday life. Most conditions respond well to physiotherapy with the right balance of exercise, education and load management.
At Willoughby Physiotherapy & Chiropractic, we provide expert diagnosis, hands-on treatment and progressive rehabilitation tailored to your goals. Whether you’re recovering from surgery, managing osteoarthritis, or dealing with a sports injury, our physios will guide you every step — from pain relief to long-term prevention.
Serving patients across Willoughby, Chatswood, Northbridge, St Leonards and Sydney’s Lower North Shore. Same-week appointments available. Health fund rebates apply.
Frequently Asked Questions (FAQ) - Golfer's Elbow
Do I need to stop all activity?
No. Total rest can actually delay recovery. We’ll guide you in modifying rather than avoiding load, using Jill Cook’s principle of “optimal loading” — finding the right dose, not zero load.
What’s the best exercise for Golfer’s Elbow?
Heavy slow resistance exercises for the wrist flexors (3 sets of 8–12 reps, slow tempo) are the gold standard for tendon adaptation.
Can massage or shockwave therapy fix it?
These may help manage pain short-term but won’t rebuild tendon capacity. The foundation of recovery is a structured loading program.
How long will it take to recover?
Expect noticeable improvement within 6–8 weeks, but complete recovery may take 3–6 months depending on chronicity and load demands.
Can Golfer’s Elbow become chronic?
Yes, if load management and strengthening aren’t addressed early. A well-structured rehab program greatly reduces recurrence risk.
Ready to Fix Your Golfer’s Elbow?
Medial epicondylalgia can be stubborn — but with the right guidance, it’s completely reversible.
At Willoughby Physiotherapy & Chiropractic, our physiotherapists use evidence-based tendon protocols grounded in the latest research. We’ll guide you from pain relief through to full recovery, restoring your grip strength and confidence in sport, work, and daily activity.
Book Online Today | Call (02) 9967 4445
Serving patients across Willoughby, Chatswood, Northbridge, St Leonards, and Sydney’s Lower North Shore. Same-week appointments available. Health fund rebates apply.
