Hollenback Prize

Phi Kappa Phi Chapter

Fellow of the International College of Dentistry

Mussel-inspired etchant with catechol-Lys-methacrylate for bond durability

Perforating external root resorption with periodontal-derived osseous ingrowth: a radiographic mimic of internal replacement resorption

Biomimetic agents and analogs for dental remineralization: A scoping review and functional classification

Artificial intelligence in biomaterials for oral oncology

Application of poly (amidoamine)–inositol hexakisphosphate conjugates for improving resin-dentine bond longevity

Augusta University is Georgia's health sciences university and a national center for cyber security education. Home to the state’s only public academic medical center, Augusta’s world-class clinicians are bringing the medicine of tomorrow to patient care today. The university is comprised of nine colleges, including one of the nation's oldest medical schools, the Medical College of Georgia; the Hull College of Business; and the state's only dental school, the Dental College of Georgia.

Augusta University

Dr. Franklin Tay is chairman and professor in the Department of Endodontics, The Dental College of Georgia.

Endodontic Materials Research

Dentin Bonding

Clinical Endodontics

Postgraduate Endodontics

Predoctoral Endodontics

Root Canal Therapy

Endodontics

Faculty Profile

Google Scholar Citations

ResearchGate Citations

Department Chair & Professor

Frank Tay, PhD

Augusta University

Biography

Areas of Expertise

Accomplishments

Hollenback Prize

Phi Kappa Phi Chapter

Fellow of the International College of Dentistry

Education

University of Hong Kong

University of Queensland

Links

Articles

Mussel-inspired etchant with catechol-Lys-methacrylate for bond durability

Perforating external root resorption with periodontal-derived osseous ingrowth: a radiographic mimic of internal replacement resorption

Biomimetic agents and analogs for dental remineralization: A scoping review and functional classification

Artificial intelligence in biomaterials for oral oncology

Application of poly (amidoamine)–inositol hexakisphosphate conjugates for improving resin-dentine bond longevity