Scientific Foundations

The Digital Society for Orthodontics (DGKFO) is built on a strong scientific foundation. Our diagnostic frameworks, including MagneticCeph, are based on validated measurement principles, reproducible digital standards, and interdisciplinary research in orthodontics, biomechanics, and digital health technologies.

All diagnostic methods promoted by DGKFO follow strict scientific criteria: transparency, reproducibility, and clinical relevance.

Peer‑Reviewed Publications

DGKFO members and associated researchers contribute to international journals and conferences in the fields of orthodontics, digital dentistry, and medical technology. Publications include:

• Studies on magnetic field–based craniofacial diagnostics
• Validation of 3D reference systems and digital measurement protocols
• Research on radiation‑free orthodontic diagnostics
• AI‑assisted analysis of craniofacial morphology and function
• Interdisciplinary collaborations with biomechanics and medical engineering

Ongoing Research

DGKFO supports ongoing research projects in cooperation with universities and clinical institutions. Current research focuses on:

• Longitudinal growth analysis using radiation‑free diagnostics
• Standardization of digital orthodontic workflows
• AI‑driven interpretation of craniofacial functional data
• Multicenter studies on diagnostic reproducibility
• Development of global digital orthodontic guidelines

Scientific Integrity

DGKFO is committed to maintaining the highest standards of scientific integrity. All diagnostic methods and technologies are evaluated through transparent, evidence‑based processes. We encourage open scientific exchange and support researchers in publishing their findings in peer‑reviewed journals.

Submit Your Research

DGKFO welcomes contributions from clinicians, researchers, and institutions worldwide. If you are conducting research related to digital orthodontics, MagneticCeph, or diagnostic standardization, you are invited to submit your work for review and publication on our platform.