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Targeted Assessment · Dental Implants · Osseointegration

Protect Your Implant Investment
With the Right Biology

A dental implant costs £2,000 or more. Its success depends on osseointegration — bone growing into and fusing with the titanium post. This is a nutritionally dependent biological process. Vitamin D, vitamin K2, zinc, magnesium, and your systemic inflammatory load are the primary determinants of whether it succeeds. Nobody checks them before placing the implant.

£2,000+Average cost of a single dental implant
6–8 weeksOptimal preparation window before placement
5–10% failure rateSubstantially reduced by nutritional preparation
£295Pre-implant assessment fee
Who this is for

Anyone investing in dental implants who wants to optimise the probability of successful osseointegration

Osseointegration proceeds through four biological phases — haemostasis, woven bone formation, bone remodelling, and maturation. Each phase has specific nutritional dependencies. Vitamin D3 drives osteoblast activity in the bone formation phase. Vitamin K2 activates osteocalcin to direct calcium into bone matrix rather than soft tissue. Zinc supports both the immune response to the implant and the remodelling phase. Magnesium is incorporated into the bone mineral itself. And systemic inflammation — from gut dysbiosis, poor metabolic health, or chronic stress — drives osteoclast activity that directly opposes osseointegration.

What we assess

The markers that aren't being checked

Vitamin D3
Vitamin D receptors on osteoblasts directly drive bone formation gene expression. Multiple studies show significantly higher implant failure rates in vitamin D-deficient patients. Target: 100–150 nmol/L.
UK endemic insufficiency. NHS threshold of 50 nmol/L is insufficient for optimal bone metabolism.
Vitamin K2 (MK-7)
Activates osteocalcin — the protein that directs calcium into bone matrix. Without K2, calcium circulates rather than mineralising bone. D3 and K2 must always be taken together — D3 increases calcium absorption but K2 is needed to direct it appropriately.
Dietary K2 comes primarily from fermented foods and animal products. UK intake is typically inadequate.
Zinc
Required for osteoblast proliferation and differentiation, alkaline phosphatase activity (central to bone mineralisation), and the immune response to the implant. Zinc deficiency is associated with impaired bone healing.
Magnesium
Approximately 60% of body magnesium is stored in bone — incorporated into the hydroxyapatite crystal structure. Magnesium deficiency is also required for vitamin D activation, so D supplementation without correcting magnesium first produces limited benefit.
Depleted by stress, PPIs, diuretics, and alcohol — all common in the demographic receiving implants.
CRP — Inflammatory Load
Elevated systemic inflammation drives osteoclast activity (bone resorption) via TNF-alpha and IL-1beta. Peri-implantitis risk is higher in those with elevated inflammatory load. Identifying and reducing this before placement changes the biological environment.
Vitamin C
Rate-limiting for collagen synthesis — the organic matrix on which bone mineralisation occurs. Also supports the early immune response to the implant and protects healing tissue from oxidative stress.
Particularly important for smokers — smoking dramatically impairs implant osseointegration via multiple mechanisms including vitamin C depletion.
Targeted Assessment Service
DH Pre-Implant Nutritional Assessment
Blood chemistry covering osseointegration markers · Written clinical report · Supplement protocol for the 6–8 week pre-placement window · Post-placement support plan
What's included
Blood chemistry — vitamin D, K2 functional markers, zinc, magnesium, CRP, HbA1c and fasting glucose (blood sugar control critical for healing), full blood count
Inflammatory load assessment — CRP and metabolic markers
Protein and collagen precursor adequacy assessment
Written interpretation report
Targeted supplement protocol for 6–8 weeks pre-placement
Post-placement nutritional support plan through osseointegration period
What you'll know
Your vitamin D status against the functional threshold for optimal osseointegration
Zinc and magnesium status — the two most critical bone mineralisation minerals
Systemic inflammatory load and whether it needs addressing before placement
Blood sugar control — uncontrolled glucose significantly impairs healing
A specific supplement protocol protecting your implant investment from the inside
Assessment fee
£295
Lab costs additional where applicable.
Book a Discovery Call →
Further reading

The clinical evidence behind this service

Clinical Essay
What Your Dentist Isn't Checking Before Your Implant
Clinical Essay
What Your Surgeon Isn't Checking Before Your Operation
The Gap Series
Normal Is Not the Same as Optimal
Test
Blood Chemistry — The Markers That Matter

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