Wrist Ganglion Surgery
Overview
A wrist ganglion is a fluid-filled swelling arising from a joint or tendon sheath. It may appear on the back or front of the wrist and can change in size. Many ganglions are harmless and can be observed, but some cause pain, pressure, reduced motion or concern about appearance.
Surgery removes the ganglion and its connection to the joint or tendon sheath where possible.
Who may benefit from surgery?
Surgery may be considered when a ganglion is painful, recurrent, function-limiting, cosmetically concerning or causing pressure on nearby structures. Diagnosis is usually clinical, with ultrasound or MRI used when the diagnosis is uncertain.
What does the procedure involve?
The ganglion is removed along with its stalk or origin where possible. Dorsal and volar ganglions have different anatomical considerations, particularly because volar ganglions sit near important blood vessels.
Recovery after ganglion excision
Recovery focuses on wound care, swelling control and restoration of wrist motion. Some stiffness or tenderness can persist while soft tissues settle.
Rehabilitation protocol
You will receive a wrist ganglion protocol covering wound care, activity progression and return to use.
FAQs
Do ganglions need surgery?
No. Many can be safely observed if they are not painful or limiting.
Can a ganglion come back after surgery?
Yes, recurrence is possible even after careful excision.
Is aspiration an option?
Sometimes, although recurrence rates can be higher than surgery.
When can I use my hand after surgery?
Light use usually resumes early, with heavier loading introduced as comfort allows.
Are volar ganglions different?
Yes. They sit near important vessels and require careful assessment.
Book or Refer Today
For a painful or recurrent wrist ganglion, book a consultation to discuss observation, aspiration and surgery.
Reconstructive Orthopaedics Melbourne (ROM)
We restore mobility, reduce pain, and improve quality of life — through reconstructive orthopaedic surgery driven by evidence and advanced biomechanics.