MEDICAL & HEALTH SCIENCE EDUCATION

Established in 2002, Digihuman Technology is deeply engaged in the field of medical education.  The Company has a professional R&D team collaborating with experts from leading medical schools and has developed an innovative series of products.

The products are designed to serve medical education and training by providing an immersive and interactive learning experience for physicians, medical students, and researchers. 

 The Digihuman ECDH Virtual Anatomy Table provide 1:1 human body reconstruction, simulates the real anatomy process, combines traditional anatomy teaching with technology to provide an idealistic learning solution. 

 Combining high-precision realistic anatomical structure, the high-performance anatomy teaching tool, and the interactive touch control operation, helps users learn about the macroscopic microscopic, normal, and abnormal 3D structure. 

Exploring human anatomy has taken a revolutionary turn with the introduction of 3D models. These models provide users with an immersive experience, allowing them to delve into the intricacies of the human body like never before. 

By replacing physical cadavers with virtual simulations, individuals can now visualize and study detailed structures such as bones, muscles, nerves, and vascular systems in a dynamic environment. 

 The interactive anatomy table offers a comprehensive array of learning materials:

- Over 3000 3D structures

- Over 3000 sectional images

- Over 1700 CT/MRI images

- Over 100 teaching videos

- Over 1800 exercises

Explore a wealth of resources to enhance your understanding of anatomy! 

Teachers can seamlessly utilize professional anatomy teaching software via the touchpad, enabling students to observe stereo human anatomy structures through 3D glasses. This immersive experience unfolds in an open, interactive virtual environment, fostering an efficient, safe, and cost-effective teaching approach.  

Our system incorporates interactive gesture operations for enhanced user experience:

- Rotating function with one finger.

- Enlarging or reducing feature with two fingers.

- Translating capability with three fingers.

- Circular operation panel manipulation with five fingers for swift access.

- Equipped with a circular operation pane that can be moved using five fingers based on the operator's position. 

 In the library module section, you can explore a wealth of digital resources. There are a minimum of 395 digital sections of histology and 780 digital sections of pathology at your fingertips. 

The slice library offers a seamless user experience, allowing touch or mouse interaction that mirrors real-life actions. With just a click, users can effortlessly adjust magnification across 4X, 10X, 20X, and 40X objective lens settings. 

Moreover, the library facilitates easy observation position modification through panning. Users have the convenience of revisiting previously viewed sections or marking sections as favorites for quick access. Dive into a world of interactive learning with our comprehensive digital library. 

The morphological section library houses over 2000 sections, including histological and pathological sections categorized by tissues and parts.  

In the library, sections are easily searchable, classified, and screened. Each section is well-equipped with an introduction detailing specimen source, staining method, specimen description, knowledge point labeling, and more, allowing for quick resets when needed.  

The clinical case module showcases a minimum of 180 real clinical cases. Each case includes details such as the disease name, basic information, chief complaint, image performance, and the diagnosis for that specific case.  

All cases can be reconstructed, which is convenient for viewing the 3D structure generated by the image, and the generated 3D structure can be cut and observed arbitrarily:

The system provides window adjustment for CT/MRI images, and the window width and window position can be manually adjusted according to different parts so that users can quickly view different image content.

The system also includes three parts: real human body section, CT.MR image and 3D structure, and the structures are marked, and the three parts can correspond to each other. More than 1700 CT/MR images are available.