This 4D Ultrasound Scan Technology Shows an Unborn Baby in VR
Adrian Dunevein — April 17, 2017 — Life-Stages
References: nordic.businessinsider & twitter
A creative director in Finland decided to get creative so he took his wife's ultrasound scan data for their soon-to-be-born child and used it to make a 4D ultrasound that could be viewed in virtual reality.
It sure beats those nice 4D pictures the ultrasound scanning business give you. The father and mother actually get to see their child in a new dimension, especially how he or she will look from every conceivable angle.
While this process of developing a baby model is a bit complicated and technical right now, it is bound to get easier and the process is already being used by surgeons who 3D print damaged organs to study how best to repair them.
It sure beats those nice 4D pictures the ultrasound scanning business give you. The father and mother actually get to see their child in a new dimension, especially how he or she will look from every conceivable angle.
While this process of developing a baby model is a bit complicated and technical right now, it is bound to get easier and the process is already being used by surgeons who 3D print damaged organs to study how best to repair them.
Trend Themes
1. Virtual Reality Ultrasounds - The use of virtual reality technology in ultrasounds allows parents to see their unborn child from every angle, providing a more immersive and interactive experience.
2. 4D Ultrasound Technology - The advancement of 4D ultrasound technology enables the visualization of unborn babies in greater detail, opening up new possibilities for prenatal care and bonding with parents.
3. 3D Printing for Organ Study - The application of 3D printing in creating models of damaged organs for surgical study presents opportunities for innovative approaches to surgical planning and organ repair.
Industry Implications
1. Healthcare - The healthcare industry can leverage virtual reality ultrasounds and 4D ultrasound technology to enhance prenatal care, improve patient experience, and facilitate better diagnosis.
2. Technology - The technology industry can explore the integration of virtual reality and 4D ultrasound technology to develop cutting-edge medical imaging solutions with applications beyond prenatal care.
3. Biotechnology - The biotechnology sector can harness the potential of 3D printing for organ study to advance tissue engineering, regenerative medicine, and personalized healthcare solutions.
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