[Construction of a three-dimensional mandible model containing teeth based on the Virtual Chinese Human data]

Area of Science:

• Anatomical modeling
• Medical imaging
• Digital reconstruction

Background:

• Accurate anatomical models are crucial for understanding human anatomy.
• Digital reconstruction techniques offer advanced visualization capabilities.
• The Virtual Chinese Human Dataset provides a valuable resource for anatomical studies.

Purpose of the Study:

• To construct a detailed three-dimensional (3D) model of the human mandible, including teeth.
• To utilize the Virtual Chinese Human Data for creating a digital anatomical representation.
• To establish a basis for clear 3D observation of mandibular anatomy.

Main Methods:

• 280 consecutive images of the mandibular region were selected from the Virtual Chinese Human Dataset.
• Two-dimensional (2D) image processing was performed using Photoshop software.
• Specialized medical reconstruction software was employed for 3D model generation, followed by smoothing and rendering.

Main Results:

• A high-fidelity three-dimensional (3D) model of the mandible with teeth was successfully reconstructed.
• The process involved image processing, 3D reconstruction, and model refinement.
• The resulting model provides a clear and comprehensive view of the mandible's anatomical structures.

Conclusions:

• The successful reconstruction of the 3D mandible model offers a valuable tool for anatomical study.
• This digital model facilitates detailed 3D observation of the mandible and its associated teeth.
• The methodology provides a framework for creating patient-specific anatomical models from imaging data.