A Methodology for Visualising Growth and Development of the Human Temporal Bone

Area of Science:

• Anatomical 3D modeling
• Developmental biology
• Medical visualization

Background:

• Accurate anatomical 3D models are crucial for understanding complex structures like the developing temporal bone.
• Existing 3D modeling and animation workflows require adaptation for precise biological representations.

Purpose of the Study:

• To present a methodological framework for generating accurate 3D anatomical models and animations of the developing skull, focusing on the temporal bone.
• To optimize models for interactive real-time applications and mobile platforms.

Main Methods:

• Comparison of 3D modeling and animation workflows from the computer games and animation industry.
• Development of a methodological framework based on tested and optimized workflows.
• Implementation of 3D models into an interactive mobile application with augmented reality features.

Main Results:

• 3D modeling workflows that replicate developmental processes produced the most realistic models of the developing temporal bone.
• Tested animation workflows demonstrated potential for creating morphing animations.
• Scripting automation is recommended to improve the usability of animation workflows within time constraints.

Conclusions:

• A framework combining developmental process mimicry in modeling and efficient animation techniques is effective for creating accurate 3D visualizations of the developing temporal bone.
• Interactive mobile applications with augmented reality enhance user exploration of complex anatomical structures.