Virtual reality (VR) is one of the latest developments in cardiac three-dim
ensional (3-D) ultrasound. A VR heart model linked to 3-D echocardiographic
image datasets provides the observers spatial information regarding a 3-D
image dataset and prevents the "lost in space effect" in difficult and rele
vant coupled diseases when integrated into 3-D reconstruction software. Sta
ndardized echocardiographic views can be selected within the integrated dev
eloped VR heart model, and this is the first step to automatic 3-D computat
ions with minimal operator interaction. VR heart models open exciting oppor
tunities in. the field of teaching echocardiographic cardiology, diagnosis,
and examinable states.