CV
Dr. Tugba Turk is a Professor in the Department of Endodontology at the Faculty of Dentistry, Ege University in Izmir, and holds a parallel position at Istanbul Kent University, Department of Endodontology in Istanbul, Turkey. Additionally, she lectures at postgraduate programs at Sapienza University of Rome, Italy.
Since 2024, she has been an active member of the Clinical Practice Committee of the European Endodontic Society. Dr. Turk has published several articles, received awards for her scientific studies, and presented at national and international conferences. Dr. Turk has been a featured presenter at numerous international conferences, including ESE, SIE, IES, BES, APEC, BDS, EDSI, MIDS and AEDE Congresses. Her primary research interests include regenerative endodontics, dental stem cells, tissue engineering, vital pulp therapies, and biomimetic dental treatments.
Bio-Inspired Endodontics: Embracing Nature
Biomimetics, a branch of science that explores the technical beauty of nature, finds relevance in dentistry, where the adoption of biomimetic concepts aims to preserve tooth structure and vitality, extend the longevity of dental treatments, and eliminate the need for future retreatment cycles. The application of biomimicry in endodontics involves drawing inspiration from nature to enhance procedures and materials. In contemporary endodontics, technological advancements and evidence-based knowledge guide clinical principles and practices, contributing to improved retention of natural tissue and increased cellular treatments.
This lecture explores the innovative realm of Bio-Inspired Endodontics, delving into transformative approaches inspired by the intricate designs and processes found in nature. The intersection of biology and endodontics is navigated, encompassing biomimicry to bioactive materials.
Learning Objectives
To review the principles of biomimicry in endodontics, emphasizing how natural processes and structures inspire innovative treatment approaches.
To explore the utilization of bioactive materials in endodontic procedures, highlighting their potential to enhance healing and tissue regeneration.
To discuss the practical applications of bio-inspired techniques and their impact on the evolving landscape of endodontic practice.