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Imaging · London

Private bone scan in London, read by a nuclear medicine physician.

A whole-body scan that detects subtle bone activity long before it shows on X-ray - used for metastases, occult fractures, avascular necrosis and Paget’s disease. Read by a nuclear medicine physician.

A stethoscope on a clinical desk

Indicative pricing

What a private bone scan costs in London.

Indicative ranges across UK centres.

In short

£650–£1,200, reported in 24–72 hours.

Scan type Indicative range
Whole-body bone scan £650–£1,200
Bone scan + SPECT £850–£1,500
Bone scan + SPECT-CT £950–£1,700
Three-phase bone scan £750–£1,400
Regional (limited) bone scan £450–£850
Follow-up / surveillance bone scan £600–£1,100

Prices vary by centre, by whether SPECT or SPECT-CT is added, and by whether the study is targeted or whole-body. Three-phase protocols and complex prosthesis work sit at the top of the range.

The problem

X-rays are late. Bone scans are early.

A plain X-ray only changes once about a third of the bone mineral has been lost. A bone scan lights up metabolic change weeks - sometimes months - earlier. For metastases, occult fractures and infection, that head start often decides the plan.

  • Suspected bone metastases

    Whole-body imaging in a single sitting - the standard survey for skeletal spread.

  • X-rays are normal, pain isn’t

    Occult stress and scaphoid fractures often show on the bone scan before they show on film.

  • A painful joint replacement

    SPECT-CT bone scans help distinguish loosening from infection when other tests are equivocal.

What it shows

What a bone scan is genuinely best at.

A bone scan earns its place for specific skeletal questions - from cancer metastases to occult fracture and prosthesis workup.

  • Bone metastases

    Highlights skeletal spread from prostate, breast, lung and other primaries long before an X-ray changes.

  • Occult fracture

    Picks up stress fractures and occult breaks - including scaphoid and hip - when plain films look normal.

  • Avascular necrosis

    Detects early avascular necrosis of the hip or knee at a stage MRI is still working out.

  • Complex arthritis

    Maps which joints are metabolically active in polyarticular pain - useful when the pattern is unclear.

  • Paget’s disease

    Shows the distribution and activity of Paget’s disease across the whole skeleton in a single study.

  • Prosthesis complication

    Helps distinguish loosening from infection around a hip or knee replacement, particularly with SPECT-CT.

  • Osteomyelitis / infection

    Localises bone infection - especially the diabetic foot and spine - often as a three-phase study.

  • Red flag - see a GP

    Severe unexplained bone pain, night pain, unintentional weight loss or a history of cancer - please see a GP the same week.

Bone scan types

Not all bone scans are the same.

The protocol - whole-body, SPECT-CT, three-phase, regional - defines what the study can actually answer.

  • Whole-body bone scan

    The standard protocol - anterior and posterior images of the entire skeleton, the workhorse for metastases and unexplained bone pain.

  • SPECT-CT bone scan

    Adds three-dimensional gamma imaging fused with a low-dose CT - the modern gold standard for pinpointing spinal, pelvic and foot findings.

  • Three-phase bone scan

    Blood-flow, blood-pool and delayed skeletal phases - used for suspected osteomyelitis, complex regional pain and prosthesis infection.

  • Regional bone scan

    A limited study focused on one area of the skeleton - hands, feet, hip - when the clinical question is narrow.

  • Bone scan for suspected fracture

    A targeted study for occult stress or scaphoid fractures when X-rays are unremarkable and MRI is unavailable or contraindicated.

  • Paget’s disease follow-up

    Repeat whole-body imaging to map activity and response to bisphosphonate treatment over time.

  • Metastasis surveillance

    Serial whole-body studies to monitor known skeletal disease in prostate, breast and other cancers.

  • Prosthetic joint assessment

    Bone scan or SPECT-CT to work up a painful hip or knee replacement - differentiating loosening, infection and heterotopic ossification.

Safety and eligibility

Radiotracer, hydration, and life on the day.

A bone scan is very safe when it is done properly. The rules - pregnancy, breastfeeding, hydration and close-contact - exist because they materially change what the scan can see, and how quickly the tracer clears.

  • Radiation dose

    A bone scan delivers a moderate radiation dose - around 4 mSv for a whole-body study, similar to 15–18 months of natural background radiation. It should only be done when the clinical benefit clearly outweighs the dose.

  • Tc-99m injection, then a wait

    A small dose of technetium-99m MDP is injected into a vein. You then leave the department for 2–4 hours while the tracer localises to bone before imaging begins.

  • Drink plenty of water afterwards

    Drinking water and emptying your bladder frequently after the injection speeds tracer clearance, reduces background activity and lowers your total radiation dose.

  • Pregnancy

    Bone scans are avoided in pregnancy.

  • Breastfeeding

    Breastfeeding is briefly interrupted - usually for around 12 hours after a Tc-99m bone scan. A written plan is usually given before the scan.

  • Close contact after the scan

    For around six hours you are asked to keep distance from young children and pregnant partners while the short-lived tracer decays.

  • Metal hardware

    Existing joint replacements, plates and screws don’t stop the scan, but can create artefact - a SPECT-CT protocol is often more useful in these cases.

  • Recent barium studies

    A recent barium enema or meal can interfere with abdominal and pelvic images.

  • Kidney function

    The tracer is cleared by the kidneys. A recent eGFR is checked if you have known renal impairment, so the images can be interpreted correctly.

Reading your report

A bone scan report can look intimidating. It isn’t.

However complex the study, a bone scan report keeps to the same four parts.

A consultant nuclear medicine physician reviewing bone scan images on a clinical workstation in Central London

A quiet reminder

The report is written for your specialist, not for you - and that is normal.

If anything in the report is unclear, ask your specialist or GP to talk you through it at your follow-up.

  1. 01 Header

    Your details and the indication

    Your details, the tracer used, and the clinical question - metastases, occult fracture, Paget’s disease or infection.

  2. 02 Technique

    Isotope, activity and phases

    Which radiopharmaceutical was used, the administered activity in MBq, and which imaging phases were acquired - blood-flow, blood-pool, delayed, SPECT-CT.

  3. 03 Findings

    Skeleton, region by region

    A structured description of uptake - location, pattern and, where SPECT-CT was performed, correlated anatomy and SUV where available.

  4. 04 Impression

    The conclusion: read this first

    The bottom line - metastatic pattern, likely benign explanation, or focal abnormality needing further work-up. Your specialist discusses it in context.

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Frequently asked

Common questions about bone scans.

Quick answers on cost, referral, radiation, fasting, breastfeeding, SPECT and results.

  • What does a bone scan show?

    A bone scan shows how active your skeleton is metabolically. Areas of increased bone turnover - from metastases, fractures, infection, arthritis or Paget’s disease - light up long before a plain X-ray would change. It is a whole-body survey, unlike an X-ray that images one region.

  • Bone scan vs MRI - which do I need?

    MRI is better for detailed local anatomy, soft tissue and the marrow of a single region. A bone scan surveys the entire skeleton in one study and shows metabolic activity. They answer different questions - and for many oncology and orthopaedic problems they are used together.

  • How much does a private bone scan cost in London?

    Adding SPECT or SPECT-CT increases the cost, and specialist protocols like three-phase imaging sit at the top of the range.

  • Do I need a referral?

    Yes - a bone scan is arranged on the recommendation of a consultant, typically an oncologist, orthopaedic surgeon or rheumatologist. The dose and cost mean it should be clinically justified.

  • How much radiation is involved?

    A whole-body bone scan is around 4 mSv, similar to 15–18 months of natural background radiation. Adding SPECT-CT adds a further small dose from the CT component. For metastasis assessment, occult fracture and Paget’s disease that trade-off is almost always justified.

  • Do I need to fast?

    No - you do not need to fast for a bone scan. You can eat and drink normally before the injection, and in fact drinking plenty of water afterwards is encouraged to help the tracer clear.

  • Can I breastfeed after a bone scan?

    Breastfeeding is usually interrupted for around 12 hours after a Tc-99m bone scan. Pump and discard during that window. A written plan is usually given and the exact interval confirmed on the day.

  • When is SPECT or SPECT-CT added?

    SPECT and SPECT-CT are added when a specific finding needs to be localised in three dimensions - spinal facet joints, foot and ankle pain, painful joint prostheses, and equivocal lesions on the standard whole-body images. Many modern centres now run SPECT-CT as their default for these questions.

  • How long until I get the results?

    A standard whole-body bone scan is typically reported in 24–72 hours. Studies with SPECT-CT take 3–5 days. Where the scan is for a suspected cancer, the report can go to your oncologist the same day it is signed.

  • When should I see a GP first?

    If you have severe unexplained bone pain, pain that wakes you at night, unintentional weight loss, or a personal history of cancer, please see a GP the same week. A bone scan is a diagnostic test, not a first-line assessment for undifferentiated symptoms.

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Looking for a different test?

In practice, in London

Where bone scan sits in a private London pathway

With bone scan, the London question is usually about report turnaround and the radiologist reading it - not whether the scan is available. The NHS route for bone scan is thorough, but the queue is real. Many patients are told to expect anywhere from a handful of weeks to several months, depending on their local trust and how the referral is graded. Going private in London usually collapses that window to a matter of days - often the same week if the diary allows. It isn’t about jumping a queue so much as buying time back while you still have the flexibility to plan around it.

A typical private booking for bone scan in London starts with a consultant conversation - sometimes in person on Harley Street or Marylebone, sometimes on video if that suits better. Any imaging or diagnostics happen at a nearby CQC-registered facility, and reports usually land within 24 to 72 hours. The whole loop, from first call to written report, is often done inside a fortnight. For bone scan specifically, the difference between a routine report and a sub-speciality read is where private care earns its keep.

The value is knowing which consultant reads this particular presentation best, which unit turns reports around fastest, and which pathway won’t hit a dead end if the findings point somewhere unexpected.