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Daniel Berant
Dr. Daniel Berant is an oral health longevity specialist whose work lives at the intersection of biology, technology, and minimally invasive care. He earned his DMD from the University of British Columbia and worked as a general dentist for several years before completing the dual-specialty training in Orthodontics and Periodontics at the University of Pennsylvania. He is a Diplomate of both the American Board of Orthodontics and the American Board of Periodontology—one of only a handful of clinicians worldwide to hold both distinctions.
Dr. Berant maintains private practices in New York City and Vancouver and serves as Section Editor for Orthodontics at the Compendium of Continuing Education in Dentistry. An internationally invited keynote speaker and published author, he is recognized as a thought leader on AI integration, interdisciplinary treatment planning, and the synergy of technology and biology.
His philosophy is simple: combine the foundations every dentist already knows with today's tools to build healthy, lifelong, generational smiles.
N E X T
THE ORAL HEALTH LONGEVITY BLUEPRINT
AI, TECHNOLOGY, AND A MINIMALLY INVASIVE APPROACH TO A HEALTHY,
LIFELONG SMILE
LECTURE
In the emerging world of wellness and longevity, oral health is too often overlooked. When we identify problems earlier and intervene sooner, we can minimize our dental footprint while maximizing our impact. This lecture presents a blueprint for creating healthy, stable smiles through the synergy of technology and biology. From the detection and non-invasive management of early enamel lesions to airway, skeletal, structural, and esthetic concerns, technology and modern therapies can fundamentally change both when and how we intervene. Drawing on real clinical cases, it explores how CBCT, intraoral scanning, and artificial intelligence can help clinicians diagnose earlier, treat more comprehensively, and deliver minimally invasive care. The lecture will also look beyond today’s traditional treatments to the technologies and biologically driven therapies shaping the future of dentistry, including tooth autotransplantation, stem-cell–based regeneration, and low-frequency devices designed to influence healing and treatment outcomes
OBJECTIVES: At the completion of the course, participants will be able to:
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To comprehend how AI-assisted diagnostics—CBCT, airway, and skeletal analysis—uncover the structural and systemic factors that determine long-term oral and overall health.
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To learn how AI-assisted caries detection identifies early enamel lesions in time to treat them with non-invasive, fluoride-based restorative care—restoring enamel and preserving natural tooth structure before the drill is ever needed.
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To learn how to apply MARPE, tooth autotransplantation, and surgically facilitated orthodontic therapy (SFOT) as tissue-preserving techniques that support airway, function, and lifelong stability.
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To understand how advanced interdisciplinary outcomes can be reproduced from the foundational skills every general dentist already practices, delivering predictable, generational results.
