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Bone Health

Vitamins & Minerals
160.00

Private Bone Profile in London for £160, checking five markers linked with calcium balance, Vitamin D status and bone-related health.

Turnaround time

1-2 business days

Biomarkers count

5

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Under 18? Patients under 18 can only be seen at GB Medlabs and Clinilabs, Monday to Friday only.
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Overview of the Bone Health Blood Test

The Bone Profile is a five-marker blood test designed to assess biochemical factors involved in Calcium balance, Vitamin D status and bone-related mineral metabolism.

The test contains 5 biomarkers: Albumin, Alkaline phosphatase, Calcium, Corrected Calcium and Vitamin D 25(OH).

Calcium is essential for normal bone mineralisation, muscle contraction, nerve transmission and cardiac function.

Most Calcium in the body is stored in bone, while the concentration circulating in blood is tightly regulated by the kidneys, Vitamin D and hormones such as Parathyroid Hormone.

A substantial proportion of circulating Calcium is bound to Albumin.

For this reason, Corrected Calcium adjusts the Total Calcium concentration according to Albumin and can provide additional information where Albumin is unusually high or low.

Alkaline phosphatase is an enzyme produced in several tissues, especially liver and bone. Increased ALP can occur with increased bone turnover but is not specific to bone disease.

Vitamin D 25(OH) provides information about Vitamin D status and is particularly relevant because Vitamin D is required for efficient Calcium absorption from the intestine.

The Bone Profile does not directly measure bone density and cannot diagnose osteoporosis by itself.

Where osteoporosis or fracture risk is a concern, DEXA scanning and clinical risk assessment provide different and complementary information.

What Does the Bone Health Check?

The profile evaluates five complementary markers that help assess Vitamin D status, Calcium availability and biochemical activity related to bone and mineral metabolism. This test measures 5 biomarkers.

Bone and Mineral Health
Albumin

Measures a major circulating protein and provides important context when interpreting Total and Corrected Calcium.

Alkaline phosphatase

Measures an enzyme associated particularly with liver and bone and can increase during periods of increased bone turnover.

Calcium

Measures total circulating Calcium, which is essential for bone, muscle, nerve and cardiac function.

Corrected Calcium

Adjusts the measured Calcium concentration according to Albumin to provide additional information about Calcium status.

Vitamin D 25(OH)

Measures Vitamin D status relevant to Calcium absorption, bone mineralisation and normal muscle function.

Who May Benefit From the Bone Health Blood Test?

This profile may be useful for people with Vitamin D concerns, abnormal Calcium results, osteoporosis risk or conditions and treatments that can affect bone and mineral health.

People with previous Vitamin D deficiency - Repeat testing can determine whether supplementation has corrected the deficiency.

People with low bone density or osteoporosis risk - Blood markers can identify potentially reversible mineral or Vitamin D abnormalities.

Post-menopausal women - Declining Oestrogen contributes to accelerated bone loss and increased osteoporosis risk.

People taking Vitamin D supplements - Testing can help determine whether supplementation is achieving an appropriate level.

People taking Calcium supplements - Calcium and Vitamin D can be monitored where substantial supplementation is being used.

People with gastrointestinal malabsorption - Reduced nutrient absorption can affect Vitamin D and Calcium balance.

People with a previous abnormal Calcium result - Repeat Total and Corrected Calcium can provide additional context.

People undergoing broader bone-health assessment - The profile can complement DEXA scans and specialist bone-turnover markers.

How to Prepare

The Bone Profile requires little special preparation, but supplement use and recent treatment should be documented because they can materially affect Vitamin D and Calcium results.

Fasting
Fasting is not normally required.
Hydration
Maintain normal hydration before your appointment.
Medication
Continue prescribed medication unless your clinician advises otherwise.
Vitamin D
Provide the dose and frequency of any Vitamin D supplementation.
Calcium
Tell the clinician about Calcium-containing supplements or antacids.
Bone medication
Disclose Bisphosphonates, Denosumab or other osteoporosis treatments.
Previous results
Keep previous Vitamin D, Calcium, Parathyroid Hormone and DEXA results where available.
Recent high-dose replacement
Tell the clinician if you have recently completed a high-dose Vitamin D treatment course.

Do not stop Calcium, Vitamin D or osteoporosis treatment simply to alter the blood result unless specifically advised.

The test is most useful when interpreted in the context of the treatment you are actually receiving.

Symptoms and Reasons to Consider the Bone Health Blood Test

Many abnormalities in bone and mineral metabolism produce no symptoms until they become more significant, but several clinical features may prompt biochemical assessment.

Diffuse bone discomfort - Significant Vitamin D deficiency can contribute to osteomalacia and bone pain.

Muscle weakness - Vitamin D and Calcium abnormalities can influence muscle function.

A previous low Vitamin D result - Repeat testing can assess whether replacement has been effective.

Low bone density - Biochemical testing can help identify contributing Calcium or Vitamin D abnormalities.

Repeated fractures - Recurrent fractures warrant broader bone-health assessment, including imaging where appropriate.

Symptoms potentially associated with high Calcium - Excessive Calcium can cause thirst, frequent urination, constipation, nausea and confusion.

Symptoms potentially associated with low Calcium - Significant hypocalcaemia can cause tingling, cramps or muscle spasms.

Treatment affecting bone health - Monitoring may complement osteoporosis or endocrine treatment.

Bone pain, fractures and muscle weakness have many possible causes and should not automatically be attributed to Vitamin D or Calcium abnormalities.

Severe muscle spasms, confusion, cardiac symptoms or markedly abnormal Calcium requires prompt clinical assessment.

How to Book Your Bone Health Blood Test in London

The Bone Profile can be booked privately to assess several common biochemical markers relevant to bone and mineral health.

1
Choose the Bone Profile

Select the five-marker bone and mineral profile online.

2
Select your sample collection option

Choose an in-clinic blood draw or professional home or hotel phlebotomy depending on availability.

3
Attend your appointment

A trained healthcare professional collects the required venous blood sample.

4
Laboratory analysis

Albumin, Alkaline phosphatase, Calcium and Vitamin D are measured and Corrected Calcium is calculated.

5
Receive your results securely

Your authorised Bone Profile report is delivered securely for review.

When Will I Receive My Results?

The expected turnaround for the Bone Profile is approximately 1–2 business days after laboratory receipt.

The panel contains routinely available biochemical and Vitamin D measurements, allowing most components to be processed relatively quickly.

The final report is released once all measurements, the Corrected Calcium calculation, laboratory quality-control procedures and authorisation are complete.

Turnaround begins from laboratory receipt rather than necessarily from the time your blood is collected.

Courier timing, weekends, bank holidays or occasional repeat analysis can extend the overall reporting period.

Understanding Your Results

The Bone Profile should be interpreted by considering Vitamin D, Calcium, Corrected Calcium, Albumin and Alkaline phosphatase together.

A low Vitamin D result indicates reduced Vitamin D stores and can impair efficient Calcium absorption when deficiency is significant.

An abnormal Total Calcium result needs interpretation with Albumin and Corrected Calcium.

Persistently high or low Corrected Calcium may require additional investigation, including Parathyroid Hormone and kidney-function testing.

Raised Alkaline phosphatase can occur because of increased bone activity, but it can also arise from liver or biliary sources.

A normal Bone Profile does not rule out osteoporosis, because bone density can decline despite normal circulating Calcium and Vitamin D.

Where fracture risk or osteoporosis is the primary concern, DEXA imaging provides different information.

Why Book With London Blood Tests?

This profile provides a focused biochemical assessment of Calcium and Vitamin D-related bone health without requiring a much larger general health screen.

Five complementary markers - Calcium, Corrected Calcium, Albumin, Alkaline phosphatase and Vitamin D are assessed together.

Vitamin D assessment included - The profile identifies low or excessive Vitamin D status.

Corrected Calcium calculated - Albumin is considered when assessing the Calcium result.

Useful alongside DEXA - Laboratory testing can complement bone-density imaging.

Relevant to osteoporosis risk - Potentially reversible Vitamin D and mineral abnormalities can be identified.

Private testing in London - Professional phlebotomy can be arranged.

Fast results - Results are expected approximately 1–2 business days after laboratory receipt.

Clear pricing - The Bone Profile costs £160.

Private Bone Health Blood Test in London

London Blood Tests provides private Bone Profile testing in London for people requiring assessment of Vitamin D, Calcium and other biochemical markers relevant to bone health.

The profile costs £160 and measures 5 biomarkers.

Results are expected approximately 1–2 business days after laboratory receipt.

The profile can support bone-health assessment but does not replace DEXA scanning where bone density itself needs to be measured.

Frequently Asked Questions

No. Osteoporosis is primarily assessed through bone-density imaging such as DEXA together with clinical fracture-risk assessment.

A substantial proportion of circulating Calcium is bound to Albumin, so Albumin affects interpretation of Total Calcium.

Corrected Calcium is a calculated value that adjusts Total Calcium according to the Albumin concentration.

Yes. Significant prolonged deficiency can impair normal mineralisation and contribute to osteomalacia.

Not necessarily. ALP also arises from the liver and biliary tract.

Yes. The body tightly regulates blood Calcium, so osteoporosis can occur despite a normal Calcium result.

It is often an important complementary investigation when Calcium remains unexpectedly high or low.

Fasting is not normally required.

Yes. Current dose and duration of supplementation should be considered during interpretation.

Results are expected approximately 1–2 business days after laboratory receipt.
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