Reconstruction of dental roots for implant planning purposes: a feasibility study - Takeaways - MDSpire

Reconstruction of dental roots for implant planning purposes: a feasibility study

  • By

  • Leonard Simon Brandenburg

  • Lukas Berger

  • Steffen Jochen Schwarz

  • Hans Meine

  • Julia Vera Weingart

  • David Steybe

  • Benedikt Christopher Spies

  • Felix Burkhardt

  • Stefan Schlager

  • Marc Christian Metzger

  • July 29, 2022

  • 0 min

Share

  • 1

    The study investigates the feasibility of predicting dental root anatomy using statistical shape modeling (SSM) based on surface scans of tooth crowns.

  • 2

    SSM can automate the processing of medical images, allowing for the reconstruction of missing or damaged anatomical structures.

  • 3

    A retrospective review of patient data from the University of Freiburg was conducted to gather datasets for the SSM implementation.

  • 4

    Inclusion criteria for the study required patients to have specific CBCT scans and plaster models without artifacts.

  • 5

    The study aims to enhance implant planning by providing anatomical references for the alignment of dental implants.

Original Source(s)

Reconstruction of dental roots for implant planning purposes: a feasibility study

  • by Leonard Simon Brandenburg, Lukas Berger, Steffen Jochen Schwarz, Hans Meine, Julia Vera Weingart, David Steybe, Benedikt Christopher Spies, Felix Burkhardt, Stefan Schlager, Marc Christian Metzger

  • July 29, 2022

Related Content

Acellular Dermal Matrix as a Treatment Option for Guided Bone Regeneration

Clinical application demonstrates improved soft tissue support and surgical predictability

AAE Revises Dental Trauma Guidance

Recommendations outline splinting, replantation timing, imaging, and long-term surveillance strategies for permanent tooth injuries.

Digital Implant Planning, Facial Analysis, and Patient-Centered Dentistry

Christian Coachman, CDT, DDS, discusses smile design, digital workflows, and the emotional component in dentistry.

  • April 1, 2026

  • 15 min