Three Patients I Treated Using the All-in-One Biological Implant Concept

Addressing Chronic Dental Interference Fields with SDS Ceramic Implants

In my clinical practice, I often encounter patients who have been struggling with long-standing dental problems that extend beyond simple tooth decay or gum disease. Many of these patients present with multiple dental infections, failing restorations, immune-related conditions, or systemic health concerns that may be influenced by chronic oral inflammation.

For selected patients, I adopt a comprehensive biological dentistry strategy known as the All-in-One concept. This approach aims to remove potential interference fields within the mouth, such as infected teeth, cavitations within the jawbone, and failing dental implants, and to restore the dentition using Swiss Dental Solutions ceramic implants.

In addition to surgical treatment, I frequently incorporate ozone therapy, Platelet-Rich Fibrin (PRF), and careful systemic evaluation, including relevant blood tests and medical screening. This allows me to understand each patient’s immune status, inflammatory markers, and metabolic health before proceeding with treatment.

Below are three examples of patients I treated using this comprehensive approach.

Patient 1 – Chronic Facial Pain, Fatigue, and Hidden Jawbone Infection

Symptoms

A woman in her early fifties attended my clinic with a complex set of symptoms that had persisted for several years. She complained of:

• Chronic facial pain and pressure

• Fatigue and reduced energy levels

• Intermittent sinus discomfort

• Sensitivity along the jawbone

She had previously undergone multiple dental treatments, including root canal procedures and crowns, but her symptoms persisted.

The patient also had a history of autoimmune-related inflammatory symptoms, which made her particularly concerned about chronic infection.

Medical Assessment and Blood Markers

Before proceeding with treatment, I conducted a systemic review and recommended several blood investigations to assess her general health and immune status.

These included markers such as:

• Full blood count (FBC)

• Vitamin D levels

• Iron and ferritin levels

• Inflammatory markers

• Metabolic indicators such as HbA1c

These tests help provide insight into immune function, healing potential, and underlying systemic inflammation.

Clinical Findings

On examination and CBCT imaging, several significant findings were identified:

• Multiple root canal treated teeth with possible chronic infection

• Cavitations in areas of previous extractions

• Areas of reduced bone density suggesting inflammatory changes

Cavitations are regions of poorly healed bone that may develop following extractions or infections and can sometimes harbour chronic inflammatory tissue.

Treatment

After careful discussion, we proceeded with an All-in-One biological rehabilitation, which included:

• Removal of root canal treated teeth

• Surgical debridement of cavitations

• Thorough cleaning of infected bone

• Ozone therapy applied to surgical sites to reduce microbial load

• Placement of SDS zirconia ceramic implants

• Use of Platelet-Rich Fibrin (PRF) to support healing and bone regeneration

PRF was prepared from the patient’s own blood and placed into surgical areas to enhance tissue healing.

Outcome

Over the months following treatment, the patient reported a significant reduction in facial discomfort and improved chewing function.

While biological dental treatment does not claim to cure systemic diseases, addressing chronic oral infection can help restore oral stability and improve overall wellbeing.

Patient 2 – Failing Titanium Implants and Persistent Gum Inflammation

Symptoms

A man in his sixties attended my clinic with multiple implant complications. His symptoms included:

• Gum bleeding around implants

• Swelling and tenderness in the jaw

• Mobility of several implant restorations

• Difficulty chewing

He had undergone implant treatment over a decade earlier but was now experiencing progressive implant failure.

He also had metabolic comorbidities, including controlled diabetes, which required careful planning before surgical intervention.

Medical Evaluation

Before treatment, I reviewed his systemic health and recommended appropriate blood investigations to ensure optimal healing conditions.

Key markers evaluated included:

• HbA1c to assess diabetic control

• Vitamin D levels

• Bone metabolism markers

• Full blood count

Optimising these markers can be an important part of biological implant planning, particularly for patients with systemic conditions.

Clinical Findings

CBCT imaging revealed:

• Bone loss around multiple titanium implants

• Chronic peri-implant inflammation

• Areas of bone destruction associated with implant failure

Several implants had developed peri-implantitis, a condition characterised by inflammatory bone loss around implants.

Treatment

After careful planning, we proceeded with an All-in-One implant rehabilitation.

The procedure included:

• Removal of failing titanium implants

• Cleaning of infected bone and peri-implant lesions

• Ozone disinfection of surgical areas

• Immediate placement of SDS zirconia implants

• Placement of PRF membranes to promote tissue healing

Outcome

Following healing and final prosthetic restoration, the patient regained stable chewing function.

The gum inflammation resolved, and the implant-supported prosthesis restored both function and aesthetics.

Patient 3 – Severe Periodontal Disease and Immune-Related Inflammation

Symptoms

A patient in her late forties came to see me with advanced periodontal disease and increasing difficulty chewing.

Her symptoms included:

• Loose teeth

• Recurrent gum infections

• Progressive tooth loss

• Jaw discomfort when chewing

She also had several systemic health concerns, including chronic inflammatory conditions that required medical monitoring.

Blood Tests and Systemic Evaluation

Before treatment, I recommended baseline blood investigations to evaluate markers relevant to healing and immune response.

These included:

• Vitamin D levels

• Iron studies and ferritin

• Inflammatory markers

• Metabolic screening

These markers provide valuable insight into the body’s ability to heal after surgery.

Clinical Findings

Clinical examination and CBCT imaging demonstrated:

• Advanced bone loss due to periodontal disease

• Multiple teeth with poor prognosis

• Areas of inflammatory bone changes

In some extraction sites, early cavitation-type defects were suspected.

Treatment

We proceeded with a comprehensive All-in-One biological rehabilitation, which included:

• Removal of severely compromised teeth

• Cleaning of infected periodontal tissue

• Cavitation debridement where necessary

• Ozone therapy to reduce microbial contamination

• Immediate placement of SDS zirconia ceramic implants

• PRF applied to surgical sites to accelerate healing

Outcome

After healing and restoration, the patient regained stable chewing ability and improved oral comfort.

The final implant restorations allowed her to eat normally again and restored both function and confidence.

The Role of Biological Support in Implant Surgery

In all three cases, the All-in-One approach allowed me to address multiple sources of infection and inflammation simultaneously.

By combining modern implant dentistry with biological techniques such as:

• Ozone therapy

• Platelet-Rich Fibrin (PRF)

• Systemic medical evaluation

• Assessment of inflammatory and metabolic markers

I aim to create conditions that support predictable healing and long-term implant stability.

The use of SDS zirconia ceramic implants further allows the reconstruction of the dentition using metal-free, biocompatible materials.

When the All-in-One Concept May Be Considered

Patients who may benefit from this comprehensive approach often present with:

• Multiple failing teeth

• Chronic dental infections

• Failed implants

• Cavitations within the jawbone

• Persistent oral inflammation

• Complex systemic medical conditions

A thorough consultation and diagnostic assessment with me is essential before determining whether this treatment strategy is appropriate for patients.