3D Organon Ultrasound VR Educational Simulator New Features

3D Organon Ultrasound VR Educational Simulator

3D Organon introduces new ground-breaking Ultrasound VR Simulator features, in a brand spanking new futuristic environment. Ultrasound VR Educational Simulator helps you to teach and learn medical anatomy through an ultrasound view.

The new features of the 3D Organon Ultrasound VR Educational Simulator include:

• Labelling: a comprehensive learning tool that develops a deep learning methodology for anatomical labeling of a given region of interest, with a corresponding semantic label related to a specific anatomical location. With this new 3D Organon function on the ultrasound mode, users can check the anatomical term of a structure simultaneously on the anatomical model and the ultrasound view. In this way, they practice and learn human anatomy more efficiently.

• Color mapping: 3D Organon’s color mapping is a function that maps the colors of one selected location. The perceptually accurate and realistically colorized virtual anatomy is beneficial in understanding human anatomy. Organs and body parts can be rendered separately, by moving the probe and selecting the desired view. The procedure is highly flexible and easy, offering new opportunities to present and communicate anatomical information and knowledge in a visually realistic manner.

• Annotation: Annotation is the process of labeling anatomical structures on an image, in our case ultrasound snapshot. It is beneficial for the users to emphasize structures and revise them. Users can extract clinically relevant information from 3D models, associate such knowledge with their corresponding parts, and support the storage, sharing, and searching of annotated 3D models in a structured manner.

These new functions are enriching the 3D Organon users’ experience, providing a holistic approach to learning anatomy.

Τraining of students and experts of all levels

The 3D Organon Ultrasound VR Educational Simulator is the perfect solution fo training students and experts of all levels. The professors have access to an immersive experience on the clinical case, they are working on. They have the whole internal structure of the human body in 3D and can better visualize and share the morphological information. The students gain experience in scanning protocols, acquire in-depth anatomical understanding. Moreover, they acknowledge the ultrasound scanning position and orientation to effectively demonstrate the desired views.

3D Organon provides learners with opportunities to practice skills and gain experience of stressful situations in a risk-free environment. Also, it accelerates learning, and allows learners to build competency at their own pace. The teaching methods promoted by 3D Organon, are more effective when it comes to knowledge retention. Therefore, he teaching creates opportunities to increase anatomical understanding beyond training healthcare professionals.