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The anatomical models of the nine human systems systematically present the human structure.
The anatomical models of the nine systems (motor, digestive, respiratory, urinary, reproductive, endocrine, immune, nervous, and circulatory systems) fully demonstrate the morphological and functional relationships between these systems. For example, the 3D digital anatomy software allows 360-degree rotation to visualize organ positions and supports image lists and a search box to quickly locate structures. Highly realistic soft silicone models accurately reproduce detailed structures such as blood vessels and nerves with third and fourth-order branching.
The nine human anatomical systems models enhance interactive teaching and practical skills.
Virtual simulation models support multiple viewing angles (such as from above and below), addressing the static nature of traditional specimens.
Soft silicone anatomical models offer intuitive and precise anatomical structures and can be disassembled and assembled repeatedly.
The nine human anatomical systems models also address the pain points of traditional teaching. The highly realistic anatomical models are made of environmentally friendly materials, avoiding the ethical and preservation issues associated with cadaveric specimens and offering lower costs. Some models are equipped with QR codes that link to resources such as 3D micro-lectures and digital slides, enabling blended learning. Digital teaching methods significantly improve anatomical knowledge mastery.
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