The application scenarios of the whole-body bone scattering model

The whole-body bone scattering model is an anatomical teaching model independently composed of the main bones of the human body, and is widely used in medical education, nursing training, scientific research and teaching, and other scenarios. This model is made based on the standard proportion of human bones and includes parts such as the skull, spine, thorax, limbs and pelvis. It can be freely disassembled and assembled, making it convenient for learners to intuitively understand the structural form, connection methods and positional relationships of bones in the human body.

In medical college teaching, the whole-body bone scattering model is often used in the demonstration and practice of anatomy, orthopedics and kinesiology courses, enabling students to master the naming, characteristics and interconnections of bones. In nursing and rehabilitation training, this model can also be used to explain body postures, movement principles and the mechanisms of bone injuries. In addition, in scientific research and medical exhibitions, the whole-body bone scattering model has the advantages of being intuitive and highly operable, which is conducive to showcasing the fine composition of the human body structure. Its application effectively enhances the intuitiveness of teaching and the systematicness of learning, and it is an important teaching tool in basic medical education.