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Maudsley’s Test: Interpreting Resisted Middle Finger Extension

Maudsley’s test uses resisted middle finger extension during assessment of lateral elbow or proximal forearm pain. It appears in discussions of both tennis elbow and radial tunnel syndrome. That overlap is precisely why massage therapists should interpret the response carefully rather than treating it as a test for one specific condition.

Written for therapists

Clear explanations to refresh your knowledge and support further learning.

Last Updated

16 October 2026

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Close-up illustration of a therapist stabilising a client’s forearm and applying gentle resistance to the middle finger, with the hand positioned palm-down beyond the treatment table’s edge.

What does Maudsley’s test involve?


Maudsley’s test uses resisted middle finger extension to explore lateral elbow or proximal forearm symptoms. A commonly taught version uses a pronated forearm and extended elbow while the examiner resists extension at the finger’s metacarpophalangeal joint.


Support the limb, explain the task and apply resistance gradually. Ask whether the response reproduces the client’s familiar complaint. Pain in the finger joint itself is a different finding from the elbow or forearm pain being investigated.


Why can a finger movement provoke elbow pain?


The finger extensors connect with structures in the proximal forearm. Fairbank and Corlett’s anatomical and clinical work suggested a role for extensor digitorum communis in the response to this test.[1] It should not be described as an isolated test of extensor carpi radialis brevis.


A useful client explanation is that muscles moving the fingers have connections near the elbow. There is no need to suggest the test has exposed a damaged tendon or trapped nerve.


Tennis elbow or radial tunnel syndrome?


Maudsley’s test appears in descriptions of both conditions. A critical review highlighted uncertainty about its clinical validity and anatomical rationale, particularly for radial tunnel syndrome.[2] A positive result cannot reliably distinguish between them.


Ask the client to point to the response. Is it near the lateral epicondyle, further down the proximal forearm or elsewhere? Location helps guide further assessment, but it is not a precise diagnostic boundary.


For instance, a client with familiar epicondyle pain during lifting presents differently from someone describing a deeper forearm ache during tool use. Even if both have a painful test, their histories should lead to different follow-up questions.


When the result is unclear


Consider what the test adds. Collecting several painful responses does not automatically make a diagnosis more certain. A negative response simply means this task did not reproduce symptoms under the conditions used.


For massage and other manual therapists, an uncertain presentation may justify referral. Progressive weakness, difficulty extending the fingers or persistent sensory changes deserve broader assessment rather than repeated provocative testing.


Document the observation


Record the position, pain location, familiarity and settling time. For example: “Resisted middle finger extension reproduced familiar lateral elbow pain; symptoms settled on release.” This communicates the finding without overstating what it proves.


If the response improves after treatment, check whether a meaningful activity has also improved. Immediate comfort during retesting does not demonstrate nerve decompression or structural correction.

Clinical Relevance

Clinical example: resisted middle finger extension reproduces pain several centimetres below the lateral epicondyle. Record the exact location and familiar symptom response. Do not use this finding alone to diagnose radial tunnel syndrome or choose a nerve-focused treatment.

About the publisher
TheTherapyWeb.com provides online professional development for manual therapy practitioners in Australia and New Zealand.

Take your learning further

Lateral Epicondylitis CPE-CPD Professional Development Study Module

For further learning about tendon-related lateral elbow presentations, consider our Lateral Epicondylitis CPE-CPD Professional Development Study Module. It provides a useful next step beyond interpreting a single provocative test.

View the Lateral Epicondylitis CPD study module

References
  • [1] Fairbank SM, Corlett RJ. (2002). The role of the extensor digitorum communis muscle in lateral epicondylitis. Journal of Hand Surgery (British and European Volume), 27(5), 405–409. doi:10.1054/jhsb.2002.0761.
  • [2] Ang GG, et al. (2023). Radial Tunnel Syndrome: Case Report and Comprehensive Critical Review of a Compression Neuropathy Surrounded by Controversy. Hand. https://pmc.ncbi.nlm.nih.gov/articles/PMC9896270/
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