15-16 Aug

Ozone in Action: Revolutionizing Dental Care with Oxygen Therapy

This course explores the powerful applications of ozone therapy in modern dentistry, highlighting its role in infection control, tissue regeneration, and minimally invasive treatment. Participants will learn how ozone, a naturally occurring and highly reactive form of oxygen, can be used to eliminate harmful bacteria, promote healing, and enhance overall patient outcomes.

Lecturer

Ozone in Action: Revolutionizing Dental Care with Oxygen Therapy
Dr. E. Griffin Cole, DDS, NMD, MIAOMT, IBDM

Dr. Griffin Cole is a pioneering biological dentist with a profound commitment to integrating holistic and naturopathic principles into modern dental practices. With nearly three decades of experience, he focuses on providing patient-centered care while advancing the field of biological dentistry.

Course Overview: 

This course explores the powerful applications of ozone therapy in modern dentistry, highlighting its role in infection control, tissue regeneration, and minimally invasive treatment. Participants will learn how ozone, a naturally occurring and highly reactive form of oxygen, can be used to eliminate harmful bacteria, promote healing, and enhance overall patient outcomes. The course will cover the science behind ozone therapy, clinical techniques for its application, and strategies for integrating it into a biological dental practice.

Course Objectives: 

By the end of this course, participants will be able to: 

1. Understand the science and mechanism of ozone therapy 

2. Explore the clinical applications of ozone in dentistry 

3. Implement safe and effective ozone delivery techniques 

4. Integrate ozone therapy into a biological dental practice 

5. Educate patients on the benefits of ozone therapy

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This course explores the powerful applications of ozone therapy in modern dentistry, highlighting its role in infection control, tissue regeneration, and minimally invasive treatment. Participants will learn how ozone, a naturally occurring and highly reactive form of oxygen, can be used to eliminate harmful bacteria, promote healing, and enhance overall patient outcomes.

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