Tennis Elbow- 4 Critical Factors That You Must Know to Become Painfree

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Pain on the outside of the elbow, often known as Tennis Elbow, is a common condition in the general population, and more common amongst people who perform repetitive manual tasks and play raquet sports.


Tennis elbow is a common painful muscle tendon condition, characterised by pain and tenderness over the outside aspect of the elbow. It also may cause weakness of the grip affecting daily activities such as opening doors, taps or jars, lifting objects or shaking hands. This condition usually occurs as a result of over-use, or overexertion of the muscles and tendons that move the elbow, wrist and hand. There are a number of other factors that can contribute to this condition developing which we have detailed below.


To confirm that you have Tennis Elbow there are a few simple tests you can do to check for yourself.

You may feel pain or soreness (tenderness) to touch over the outside aspect of the elbow joint, just over the bony prominence. The muscles around this region may be sore also.

You may feel pain on making a tight fist or squeezing someone’s hand. You may be unable to complete normal daily activities using the affected arm i.e. carrying the shopping, lifting the kettle, using a hammer. Your grip strength may be reduced. There is range of other manual tests that your Physiotherapist will perform to confirm the diagnosis.


The name “Tennis Elbow” was given to the condition early in the 18th century after a doctor recognised the symptoms in tennis players. Over time, as research developed it was identified that the cause was over-use of the muscles and tendons around the elbow. It is now understood to be caused by a breakdown of a specific tendon that extends your wrist and is involved in gripping. Many other activities in general life or occupational tasks require repetitive wrist movements and therefore a gardener, home handyman or someone who spends long hours at a computer can also develop “tennis elbow” (Vincenzino, 2003).


As mentioned, tennis elbow is caused by build up of stress in specific muscles and tendons around the elbow.  A person’s non-dominant hand and arm are almost always weaker and smaller than the muscles of the dominant hand. When you use your non-dominant hand in repetitive actions, the muscles are less able to cope with the increased load and can develop micro tears over time. The muscles in your non-dominant hand may not be strong enough to overcome the extra loads and repetitive actions. 
There is also research that suggests that lateral elbow pain may be referred from other regions, specifically the neck or upper back, much like leg pain that can be referred from your lower back (Fernández-Carnero eta al, 2011). In these cases, it is not specifically related to overuse and hence can  affect either arm.


Tennis elbow affects the extensor  tendons that attach to the outside of the elbow. These tendons are the attachment of the muscles that function to move the wrist and fingers back, and to stabilise the hand with gripping/manual tasks.  Specifically, the extensor carpi radialis brevis has been identified in causing the symptoms of tennis elbow. This muscle attaches to a part of the elbow bone called the lateral epicondyle, which gives it its medical term “lateral epicondylalgia”. Recent evidence has shown that tennis elbow is not simply an inflammation of these tendons but is now known to be a degenerative process as a result of repetitive use and poor blood supply to the tendon ( Regan et al, 1992). This process occurs when microscopic tears are incompletely healed within the tendon. The body has a delayed response to healing, so the degeneration within the muscles and tendons cause pain or tenderness as a result of mechanical stimulation of sensory nerves in the area. There is recent evidence to suggest that this pain is poorly processed by the body(disordered neural processing) which may lead to it lasting so long in many cases.



The cervical spine or neck may be a possible source of referral of pain into the elbow. This is because the nerves that supply the muscles of the arm and sensation to the arm originate in the neck. For the elbow this is more specifically the C5/6 segment, and any dysfunction around this level may be misinterpreted by the brain as originating in the elbow. Research shows that this is the case in some people suffering tennis elbow, but not in all cases (Vincenzino et al, 1996). In the clinical setting we have found this to be true, and often there is a component of the pain that may be arising from the neck.


The thoracic spine or upper back is another possible contributing source of elbow symptoms, which is what we have often found clinically but there is much less research supporting this. The sympathetic trunk, a branch of the Autonomic Nervous System, lies in this area (along the joints between the ribs and the spine) and is responsible for controlling circulation to the arms (via control of smooth muscle in artery walls). Thus any dysfunction in this area may affect blood flow to the arm and hence healing of local soft tissues.

Many of the muscles that stabilise the shoulder complex also attach to the thoracic spine, so thoracic dysfunction can lead to reduced shoulder function which will in turn affect the arm.


There is literature that supports the existence of trigger points within muscles of the shoulder, especially infraspinatous, that can refer pain into the elbow region (Kheradmandi et al, 2015). Also the biomechanics of the shoulder region are intimately connected to elbow function by the long head of biceps muscle which crosses both joints. Poor shoulder posture can increase tension on the brachial plexus (a collection of nerves from the neck that go down the arm) and this can also cause elbow pain. Weak shoulder blade stabilising muscles are also a common problem that may have an impact on arm pain through poor shoulder positioning.

Factor 4: HOW TO FIX IT

There are a number of treatments that have been used to treat tennis elbow, and there have been many clinical trials and reviews analysing the effects of these treatments. Following is a brief summary of the most popular treatments and their effectiveness based on current available evidence.


In some cases corticosteroid injections can be used to decrease pain and increase function in patients diagnosed with tennis elbow.  The process is usually performed by your general practitioner and involves an injection containing a local anaesthetic and an anti-inflammatory agent. The injection is administered into the muscle tendon over the outside aspect or the elbow. Evidence shows that CSI can be beneficial to reduce pain and increase function, therefore allowing for optimal rehabilitation. CSI are usually a short-term solution for a more persistent condition and occasionally more then one injection is required ( Barr et al, 2009). 
Evidence suggests that their effect does not usually last more than 3-4months.


The elbow brace is used to reduce the loading forces on the elbow joint and are applied just below the elbow. By reducing the load through the elbow there is less tension on the muscles and therefore can reduce pain and subsequently increase function. Bracing may be effective in helping people return to daily activities such as cooking, cleaning and lifting, possibly allowing you to return to work. However, it is important to understand that as well as decreasing the stress on the injured muscle fibres it is also paramount to increase strength and endurance of these muscles, and long term use of  a brace has been found to reduce strength and muscle endurance.
Currently there is no sufficient evidence to support the use of bracing for long term management of tennis elbow.


This is a treatment used for a range of musculoskeletal condition including tennis elbow and involves the insertion of fine, sterile needles into specific areas of the body. The effect of acupuncture is thought to be related to blocking pain impulses to the muscle where the needles are located. A systematic review concluded that acupuncture may be successful at reducing pain for patients with tennis elbow but the results only last up to maximum of 24 hours (Trinh, 2004) .


This treatment is sometimes used to treat tendon degeneration conditions such as tennis elbow. The process begins by extracting blood from the patient, then injecting that same blood into the affected tendon around the elbow. A general practitioner or radiologist administers this procedure using ultrasound to guide the direction and location of the injection. The blood contains cells called platelets, which are thought to help  promote healing in tendons. ABI’s have been shown to have long term success for the treatment of chronic elbow pain (Edwards and Calandruccio, 2003). 


Physiotherapy can play a large role in the assessment, diagnosis and treatment of tennis elbow and lateral elbow pain. Sports physio Essendon can use a wide range of techniques to treat the condition including the treatments mentioned above as well as manual therapy, soft tissue therapy, dry needling and strengthening and postural correction exercises. Physiotherapy treatments have been proven to help in patients with tennis elbow especially in long-term management ( Amro et al, 2010). It can help to reduce pain, increase strength and importantly increase function and use of the affected arm. As tennis elbow can have many contributing factors, it is important to look beyond the elbow to find the main cause of the problem. This may include assessing the shoulder, neck and even the back. Evidence exists on the use of neck mobilising techniques in reducing pain and improving function in patients with tennis elbow, and specific graded strengthening exercises have been proven to have lasting and significant effects on this condition (Vincenzzino et al, 1996, 2003).


Lateral elbow pain or tennis elbow may be caused by a number of factors, and elbow pain may originate from other areas of the musculoskeletal system. It is vital to assess all these areas thoroughly to determine if they are contributing to your condition. It is only by doing this that effective results can be achieved, and the source of the problem addressed, not just the symptoms.

 Start your journey to fixing your problem here.


1. Amro, A., Diener, I., Bdair, W., Hameda, I., Shalabi, A. and Ilyyan, D. (2010). The effects of Mulligan
mobilisation with movement and taping techniques on pain, grip strength, and function in patients with
lateral epicondylitis. Hong Kong Physiotherapy Journal, 28(1), pp.19-23.

2. Barr, Steven & Cerisola, Frances & Blanchard, Victoria. (2009). Effectiveness of corticosteroid
injections compared with pphysiotherapeutic interventions for lateral epicondylitis: A systematic
review. Physiotherapy. 95. 251-65. 10.1016/

3. Edwards, S. and Calandruccio, J. (2003). Autologous blood injections for refractory lateral
epicondylitis. The Journal of Hand Surgery, 28(2), pp.272-278.

4. Fernández-Carnero, J., Cleland, J. and Arbizu, R. (2011). Examination of Motor and Hypoalgesic
Effects of Cervical vs Thoracic Spine Manipulation in Patients With Lateral Epicondylalgia: A Clinical
Trial. Journal of Manipulative and Physiological Therapeutics, 34(7), pp.432-440.

5. Kheradmandi, A., Ebrahimian, M., Ehyaii, V. and Farazdagi, M. (2015). The Effect of Dry Needling of
the Trigger Points of Shoulder Muscles on Pain and Grip Strength in Patients with Lateral
Epicondylitis: A Pilot Study. Journal of Rehabilitation Sciences & Research, 2(3), pp.58-62.

6. Regan, W., Wold, L., Coonrad, R. and Morrey, B. (1992). Microscopic histopathology of chronic
refractory lateral epicondylitis. The American Journal of Sports Medicine, 20(6), pp.746-749.

7. Trinh, K. (2004). Acupuncture for the alleviation of lateral epicondyle pain: a systematic
review. Rheumatology, 43(9), pp.1085-1090.

8. Vicenzino, B., Collins, D. and Wright, A. (1996). The initial effects of a cervical spine manipulative
physiotherapy treatment on the pain and dysfunction of lateral epicondylalgia. Pain, 68(1), pp.69-74.

9. Vicenzino B. (2003) Lateral epicondylalgia: a musculoskeletal physiotherapy perspective. Manual
therapy, 8(2),

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