3-Dimensional Virtual Reality-Based Visualization of Fetal Cardiac Anatomy With the Use of Ultrasound Datasets

This case report demonstrates the feasibility of creating immersive 3-dimensional (3D) visualizations (3D virtual reality and 3D printing) from fetal echocardiographic volume data sets for both a normal heart and a heart with transposition of great arteries. Immersive 3D technologies could emerge as powerful tools for understanding fetal cardiac anatomy for clinical decision making as well as training and research.