R & D background
DICOM image-based medical imaging simulation teaching system (if Shun R & D) designed to serve the needs of the user simulation training, such as Medicine, School of Biotechnology, hospital departments, biomedical companies, sectional anatomy can enhance learning efficiency, improve the surgeon's proficiency and safety, reduce surgical risk patients.
introduction
Multimodality image fusion human sectional anatomy assisted instruction system to the international advanced binocular infrared optical positioning system and wireless ultrasound-based hardware, according to human sectional anatomy teaching needs, three-dimensional set space navigation and positioning technology, medical imaging visualization technology, multi-mode image fusion technology as one state, provides a teaching perspective sectional anatomy of the human body, intuitive, new teaching method multimodal image fusion.
System functions
Section provides general teaching system teaching mode, the teaching mode and the arbitrary cut multimodality tomographic image fusion three kinds of teaching model teaching mode anatomy
General section teaching mode
Any cut teaching mode
Multimodality image fusion teaching mode
- General section teaching mode
Use the provided Axial section, section sagittal, coronal section, MPR, and other three-dimensional display mode sectional anatomy teaching of students
- Any cut teaching mode
The use of teaching aids system provides multi-angle, any section rebuild, teaching model to meet the needs of any slice tomography
- Multimodality image fusion teaching mode
Locator provided by the system and the ultrasound, ultrasound imaging and to achieve the CT (or MR) controls, or both fusion between each image display, to assist in teaching sectional anatomy
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