Virtual Teaching System for Fault Anatomy and Fault Imaging

Virtual Teaching System for Fault Anatomy and Fault Imaging

Model: KAH-P901

Product Introduction:

The 3D sectional anatomy software is based on CT and MRI scan data of the human body. The sectional data is accurate and detailed, collecting high-precision 3D modeling of the main independent organs of the human body. Users can view the precise anatomical three-dimensional structure of the human body and have a detailed understanding of its position in the human body.

Virtual Teaching System for Fault Anatomy and Fault ImagingFunctional parameters:

1. The sectional anatomy teaching system is an interactive three-dimensional sectional anatomy software for the human body, providing a set of male three-dimensional digital models based on CT and MRI scan data of the human body. The anatomical data is accurate and detailed, and it collects high-precision three-dimensional digital anatomical models of the main independent organs of the human body. Through the operation of this software, it is easy to obtain opportunities for layer by layer dissection of the human body and related sectional anatomical information.

2. This software is closely integrated with clinical practice and can be used to assist anatomy teaching. It can also serve as a reference for clinical doctors, clinical interns, and patient education. Users can view precise anatomical models of the human body, gaining a detailed understanding of their structure and location within the human body.

3. The Jucheng Fault Anatomy Teaching System is based on continuous real human fault data, all images are sourced from real human optical fault images, with a total of 84 layers. It reconstructs the anatomical structure of human organs in 3D, with simple and easy-to-use operation, providing a large amount of materials for anatomy teaching.

4. Users can view the anatomical structures of different parts at different levels layer by layer, and can also choose any layer. The software can quickly obtain the sectional image of the section and display its position and shape in the three-dimensional human body, which is very convenient for teachers to explain and students to self-study.

5. Accurately display the cross-sectional shape and positional relationship of the body structure while maintaining its original position.

6. The anatomical structure of each layer can be rotated at any angle, and can be observed from a top-down or bottom-up perspective. By comparing with models and specimens, it is more vivid and intuitive, helping students better understand the organs, structures, morphological positions, and adjacent relationships of each section.

7. After any rotation, each layer can restore the viewing angle and return to the initial viewing angle state.

8. The entire organ can be reshaped by the fault, and each section can restore the main organs contained in the fault to their initial structural form, displaying the overall structure of the organ, and can also be rotated at any angle for observation. If it is not necessary to fully display the organ, it can be hidden.

9. Each anatomical plane has detailed names for all organs. When the mouse hovers over a certain part of the sectional anatomical image, all areas of that part will be highlighted and flashing, and the Chinese and English names of this part will be provided in the upper left corner, making students have a clearer and more vivid understanding of the regions of each organ in a certain section.

10. By closely integrating diagnostic imaging and interventional radiology, each section has corresponding CT (computed tomography) and MRI (magnetic resonance imaging) images, which help students understand and analyze modern diagnostic techniques for sectional imaging. This plays a significant role in improving students' diagnostic skills and learning new diagnostic methods.