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Health condition · Clinically reviewed

Bone spurs, what they are, when they matter and how they are treated.

Osteophytes are bony outgrowths at joint margins. Often incidental, sometimes symptomatic - a stepped plan of physio, targeted injection and, where needed, surgery beats guessing.

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A radiographer guides a patient onto the bed of an advanced 3 Tesla MRI scanner in a London imaging suite

Why trust this guide

  • 01

    Clinically reviewed

    Written by our editorial team and reviewed by a registered UK clinician before publication.

  • 02

    Sourced from guidance

    Checked against NICE, BOA, BSSH, BOFAS and peer-reviewed orthopaedic sources you can see at the end.

  • 03

    Current for 2026

    Reflects modern UK practice including arthroscopic decompression, hip preservation surgery and image-guided injection.

Key facts

Bone spurs at a glance.

The essentials, in plain English - what osteophytes are, where they form and how UK clinicians think about them today.

  • What they are

    Osteophytes - bony outgrowths at joint margins, usually a reactive response to cartilage loss and altered biomechanics.

  • Where they form

    Anywhere a joint wears - spine, hip, knee, shoulder, hand, foot and heel are the most common sites.

  • Often asymptomatic

    Many spurs are found incidentally on X-ray and cause no problems - imaging findings do not always match symptoms.

  • When they matter

    Pain and stiffness, nerve compression in the spine, tendon impingement in the shoulder and heel, or biomechanical block in the foot.

  • First-line care

    Physiotherapy, weight and load management, NSAIDs, orthotics and footwear - most people improve without surgery.

  • When surgery helps

    Refractory radiculopathy, subacromial impingement, hallux rigidus, hip FAI or advanced arthritis needing joint replacement.

Why this guide matters

Imaging findings, not always the whole story.

Osteophytes on a scan can be alarming to read about. The three points below shape how they are actually managed in modern UK practice.

  • Osteophytes are a response, not the disease

    They are the joint reacting to cartilage loss and altered load. Treatment aims at the underlying joint, not the bump itself.

  • Most people improve without surgery

    Physiotherapy, footwear, weight and load management and image-guided injection settle the majority of symptomatic cases.

  • Surgery is targeted, not routine

    Decompression, joint preservation or replacement is reserved for refractory pain, nerve compression or advanced arthritis.

Common patterns

Where bone spurs typically form.

The site of an osteophyte usually points to the underlying cause - and to the treatment ladder that follows.

  • Osteoarthritis

    The most common cause - marginal osteophytes at knees, hips, hands and other synovial joints reflecting cartilage loss.

  • Degenerative spine

    Cervical and lumbar spondylosis, facet arthropathy and uncovertebral spurring, with foraminal or central stenosis. See our page on spinal stenosis.

  • Heel (calcaneal) spur

    Plantar spurs associated with plantar fasciitis, and posterior Achilles enthesophytes with Haglund deformity.

  • Shoulder

    Subacromial impingement, acromial spurring (Bigliani type II or III) and acromioclavicular joint OA.

  • Hip

    Acetabular osteophytes, CAM and pincer deformity and femoroacetabular impingement. See our hip labral tear guide.

  • Hand

    Heberden nodes at the DIP, Bouchard nodes at the PIP and first CMC trapeziometacarpal osteoarthritis.

  • Foot

    Hallux rigidus at the first metatarsophalangeal joint and midfoot osteoarthritis with dorsal osteophytes.

  • Elbow

    Enthesophytes at the epicondyles and posterior olecranon spurring, often with valgus overload in throwing athletes.

  • DISH (Forestier disease)

    Flowing anterior longitudinal ligament calcification with bridging osteophytes - often incidental and asymptomatic.

  • Post-traumatic

    Heterotopic ossification and reactive spurring following fracture, dislocation or joint injury.

How the diagnosis is made

From first pain to a clear plan.

The steps a UK GP, physiotherapist or specialist will normally follow, in order - so you know what to expect and why.

  1. 01

    Assessing

    Focused clinical history

    Site, onset, radiation, aggravators, night pain, neurological symptoms and how it affects walking, sleep and work.

  2. 02

    Assessing

    Joint and spine examination

    Range of movement, tenderness, palpable prominences, provocative tests and neurological screen for radiculopathy.

  3. 03

    Assessing

    Plain X-ray

    The first-line image - shows osteophytes, joint space narrowing, subchondral sclerosis, cysts and alignment.

  4. 04

    Confirming

    MRI for soft tissue and nerves

    For nerve root compression, rotator cuff and labral pathology, foraminal narrowing and marrow oedema.

  5. 05

    Confirming

    CT for bony detail

    Best for pre-operative planning, complex spinal anatomy, DISH and fine bony morphology.

  6. 06

    Confirming

    Ultrasound and nerve studies

    Ultrasound for tendinopathy, calcification and guided injection; nerve conduction studies if radiculopathy or entrapment is suspected.

  7. 07

    Planning

    Specialist referral

    Orthopaedics, spinal surgery, rheumatology or pain medicine depending on site, severity and treatment ladder so far.

Typical timeline: a first visit to a settled plan in weeks, not months.

Symptoms

What bone spurs feel like.

Often silent and incidental. When symptomatic, the pattern of pain, stiffness or nerve symptoms tells you where to look and how to treat.

  • Joint pain and stiffness

    Aching pain on use, stiffness after rest and reduced range - the classic osteoarthritic pattern with marginal osteophytes.

  • Palpable bony prominence

    Heberden nodes at the DIP, Bouchard nodes at the PIP, a bump on the first CMC or a hard lump behind the heel.

  • Nerve compression

    Cervical or lumbar radiculopathy - shooting pain, pins and needles or weakness following a dermatomal pattern.

  • Tendon impingement

    Subacromial pinching of the rotator cuff, biceps irritation, Achilles impingement from a Haglund deformity.

  • Audible clicking or catching

    Mechanical symptoms when a spur catches on tendon, labrum or capsule during movement.

  • Reduced range of movement

    A hard end-feel and blocked movement - typical of hallux rigidus at the first MTP or advanced hip and shoulder OA.

  • Heel pain on first steps

    A plantar calcaneal spur associated with plantar fasciitis - sharp pain under the heel first thing in the morning.

  • Red flag - myelopathy or cauda equina

    Balance problems, hand clumsiness, saddle numbness or bladder change need urgent spinal assessment.

Treatment

How bone spurs are treated in the UK.

Conservative care first, image-guided injections next, and site-specific surgery for refractory or advanced disease. A multidisciplinary team is often involved.

  • Physiotherapy and load management

    Targeted strengthening, mobility work, weight loss where relevant and footwear or orthotic changes - the backbone of most plans.

  • NSAIDs and topical analgesia

    Oral or topical NSAIDs for flares, with gastric protection where needed - reviewed regularly rather than used indefinitely.

  • Image-guided corticosteroid

    Intra-articular or peritendinous cortisone under ultrasound or fluoroscopy for a targeted, temporary reduction in inflammation.

  • PRP and hyaluronic acid

    Selected joints and tendons - useful adjuncts in early OA and refractory tendinopathy, evidence continues to evolve.

  • Spinal injection and RFA

    Facet joint injection, medial branch radiofrequency ablation and epidural steroid for facet and radicular pain.

  • Extracorporeal shock wave therapy

    A non-invasive option for calcific tendinopathy, plantar fasciopathy and enthesophyte-related pain.

  • Arthroscopic decompression

    Subacromial decompression and acromioplasty for shoulder impingement; hip arthroscopy with osteoplasty for FAI.

  • Joint-preserving surgery

    Cheilectomy for hallux rigidus, trapeziectomy for first CMC OA, laminectomy or foraminotomy for spinal stenosis.

  • Spinal osteophytes

    Physiotherapy, medication and facet joint injection, medial branch radiofrequency ablation or epidural steroid. Surgical decompression (laminectomy, foraminotomy or fusion) for refractory radiculopathy or myelopathy.

  • Shoulder impingement

    Physiotherapy, subacromial injection and arthroscopic subacromial decompression with acromioplasty if needed.

  • Heel spur

    Calf and plantar fascia stretching, orthotics, physiotherapy, shock wave therapy and targeted injection. Surgical excision is reserved for a select group.

  • Hallux rigidus

    Cheilectomy to remove the dorsal osteophyte in earlier disease, arthrodesis for advanced disease and arthroplasty in selected patients.

  • Hip FAI

    Arthroscopic osteoplasty, rim trimming and labral repair for symptomatic femoroacetabular impingement.

  • Hand osteoarthritis

    Splinting, topical NSAIDs, steroid injection and trapeziectomy for symptomatic first CMC OA.

  • Advanced joint OA

    Total hip, total knee or shoulder replacement when pain and function no longer respond to conservative care.

  • MDT care

    Orthopaedic surgery, rheumatology, physiotherapy, podiatry, pain management and rehabilitation working through joint-specific clinics.

  • Rehabilitation

    Structured post-operative and post-injection rehabilitation to protect gains, rebuild strength and prevent recurrence.

    • What this guide is based on

    The sources behind every claim on this page.

    UK national guidance and specialist society standards, current at the time of last review.

    Key references

    Guidelines and standards we relied on.

    A quiet reminder

    This guide is for information, not medical advice.

    Your GP, physiotherapist or orthopaedic specialist knows your history and imaging and can tell you which parts apply to you. If in doubt, get seen.

    • NICE. Osteoarthritis in over 16s: diagnosis and management (NG226).

    • NICE. Low back pain and sciatica in over 16s: assessment and management (NG59).

    • British Orthopaedic Association (BOA). Standards for trauma and orthopaedics.

    • British Society for Surgery of the Hand (BSSH) and BOFAS. Guidance on hand and foot conditions.

    • British Association of Spine Surgeons (BASS). Consensus statements on degenerative spine care.

    Red flags

    When bone spurs need urgent attention.

    Most osteophytes are manageable in primary care and outpatient clinics. These are the situations that are not - and where urgent assessment is needed.

    • Cauda equina syndrome

      Saddle numbness, urinary retention, faecal incontinence or bilateral leg weakness - an emergency needing same-day spinal assessment.

    • Cervical myelopathy

      Hand clumsiness, gait unsteadiness, hyperreflexia or bladder change - requires urgent MRI and spinal surgical review.

    • Progressive neurological deficit

      Worsening weakness, foot drop or expanding numbness needs prompt imaging and referral, not a wait-and-see approach.

    • Night pain and constitutional signs

      Unrelenting rest pain, weight loss or fevers can point to infection or malignancy rather than degenerative disease.

    • Trauma with new deformity

      A fall or injury followed by deformity, inability to weight bear or acute loss of function needs urgent orthopaedic assessment.

    • Hot, swollen, painful joint

      Septic arthritis and crystal disease can mimic a flare - a hot, red joint with fever needs urgent aspiration and review.

    • History of cancer

      New spinal or bone pain in anyone with a cancer history needs imaging to exclude metastatic disease.

    • Immunosuppression or IV drug use

      Higher risk of discitis, epidural abscess and septic joint - lower threshold for urgent imaging and bloods.

    • Rapidly progressive stiffness

      Sudden loss of range in a previously well joint deserves imaging and a specialist opinion rather than a routine referral.

    Living with it

    A manageable condition, with a clear ladder.

    Four things that make the biggest difference day to day - regular movement, load management, protected sleep and knowing when to step up.

    A quiet reminder

    Consistency beats intensity, every time.

    Small, steady habits kept up for months do more for painful joints than a heroic week that does not last.

    1. 01 Movement

      Motion is medicine

      Regular, graded activity keeps joints lubricated and muscles strong - inactivity almost always makes stiffness worse.

    2. 02 Load

      Manage the load, not just the pain

      Weight, footwear, workstation and activity pacing all change the forces going through a joint. Small changes add up.

    3. 03 Sleep

      Protect your sleep

      Pillow set-up, mattress choice and evening pain control matter - poor sleep amplifies pain and reduces recovery.

    4. 04 Escalate

      Know when to step up

      If pain, function or nerve symptoms are getting worse despite conservative care, ask for a specialist opinion sooner rather than later.

    Frequently asked

    Everything we get asked about bone spurs.

    Quick answers on causes, imaging, conservative care and when surgery is appropriate.

    • What is a bone spur?

      A bone spur, or osteophyte, is a bony outgrowth at a joint margin. It is usually a reactive response to cartilage loss and altered biomechanics rather than a disease in its own right, and it can form anywhere joints wear.

    • Do all bone spurs cause symptoms?

      No. Many osteophytes are picked up incidentally on X-ray and cause no pain at all. They matter when they compress a nerve, impinge a tendon, block joint movement or accompany more advanced osteoarthritis.

    • How is the diagnosis confirmed?

      Assessment is clinical first, then plain X-ray to show osteophytes, joint space narrowing and sclerosis. MRI is added for nerve root compression and soft tissue problems, and CT for detailed bony planning before surgery.

    • Can bone spurs be dissolved with tablets or supplements?

      No medication or supplement reliably shrinks an established osteophyte. Treatment focuses on managing symptoms, protecting joint function and, where needed, surgically removing spurs that are causing impingement or nerve compression.

    • Do I need surgery for a heel spur?

      Usually not. Most heel spurs sit alongside plantar fasciitis and respond to stretching, orthotics, physiotherapy, shock wave therapy and targeted injection. Surgery is reserved for a small group with persistent, disabling symptoms after full conservative care.

    • When is joint replacement considered?

      When pain, stiffness and loss of function from advanced arthritis have not settled with physiotherapy, weight management, medication and injections, and imaging confirms end-stage joint damage. Hip, knee and shoulder replacements are all well established options.

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