MD Dr. | Department of Orthodontics, Regenerative and Forensic Dentistry, Faculty of Medicine, Comenius University in Bratislava | Slovakia
MD Dr. Daniela Tichá is an emerging orthodontics specialist and dedicated researcher with extensive academic and practical experience. Currently enrolled in an Internal PhD and Orthodontics Specialization at Comenius University, Daniela combines a passion for clinical work with rigorous training, bringing forward-thinking approaches to dental and orthodontic care. Her research interests include the intersection of AI with orthodontics, and she has already contributed to both academic and clinical settings through internships, conferences, and cutting-edge research in facial orthodontics and treatment planning.
Profile
Orcid
Strengths for the Award
- Innovative Research in Dental Materials: Daniela Tichá’s research focuses on three-dimensionally printed polymer and composite materials tailored for dental applications, especially orthodontics. This aligns well with current advancements in dental science and could contribute significantly to both regenerative and forensic dentistry. The innovative use of 3D printing for dental applications showcases her commitment to cutting-edge research.
- Interdisciplinary Contribution: The research covers orthodontics, regenerative, and forensic dentistry, which suggests a broad interdisciplinary approach. This is valuable in a field where regenerative technologies and forensic applications can have life-changing impacts.
- Collaborative Work: The study published in Polymers involved multiple contributors, indicating Daniela’s ability to work collaboratively. Collaboration is often a strong factor for awards as it shows effective teamwork and knowledge-sharing.
- Recent Publication in a High-Impact Journal: Publishing in Polymers, a journal with rigorous peer-review standards, demonstrates that her work meets high academic standards, which is a strong indicator of quality.
Education 🎓
- Internal PhD Study at Comenius University, Faculty of Medicine (2024-present)
- Specialization in Orthodontics at Comenius University, Faculty of Medicine (2024-present)
- Doctorate in Dentistry from Jessenius Faculty of Medicine in Martin (2017–2023)
- Gymnasium Veľká Okružná, Žilina (2011–2015)
- Language School, English Certification (2008–2016)
Experience 🏥
Daniela has honed her clinical skills through various roles, currently working at Stoma SA, s.r.o. since July 2024. Previously, she gained experience at 24 dental s.r.o., DentSmile s.r.o., and multiple internships across leading dental clinics, including Blanc Dental and ProSmile. Her background spans hands-on dental procedures, internships, and part-time roles promoting products like Meridol and Elmex, adding to her clinical and academic growth.
Research Interests 🔬
Daniela’s research focuses on AI in orthodontic planning, 3D dental modeling, and the impact of orthodontic treatments on facial profiles. She is particularly interested in utilizing advanced technologies like CBCT and AI for cephalometric analyses, aiming to streamline orthodontic care for complex cases.
Awards and Recognition 🏆
Nominated for the Orthodontics and Digital Dentistry Excellence Award for her work integrating AI with orthodontics, Daniela has presented at prestigious forums, including the Czech-Slovak Orthodontic Congress and Prague Dental Days. She has also gained certifications from elite orthodontics programs, such as DAMON ULTIMA and Invisalign.
Publications 📚
- “Implantological Solution for the Lateral Segment of the Maxilla” – Master’s Thesis, 2023
- “The Impact of Orthodontic Treatment on Facial Profile in Combination with or without Orthognathic Surgery” – The Dental Times
- “3D Printed Polymer and Composite Materials for Dental Applications” – In Preparation
- “Applications of Artificial Intelligence in Face-Driven Orthodontic Planning” – In Preparation
- “3D Cephalometry from CBCT Using Artificial Intelligence” – Dissertation Topic in Preparation
Conclusion 🔍
MDDr. Daniela Tichá is well on her way to becoming a transformative force in orthodontics, with her innovative research and dedication to digital dental advancements. Her ongoing PhD work and active clinical experience position her as a promising expert in the field of AI-driven orthodontics and dental modeling.
