Spinal Nerves Anatomical Model for Doctor-Patient Communication

[Human Cervical Spine Model] The cervical spine is the segment of the spine with small volume, but with great flexibility, high activity frequency, and heavy load bearing. This anatomical model is ideal for educational purposes in colleges and universities, as it accurately showcases the bone structures, intervertebral discs, and the vertebral arteries.

[Suboccipital Muscles] The suboccipital muscles, including the deltoid, head longus, levator scapulae, posterior and anterior scalene medius, are meticulously represented in this anatomical model. This model is perfect for use in doctors' offices, anatomical classrooms, or as a study aid. It can be utilized for doctor-patient communication and teaching demonstrations.

[1:1 Full Size Design] The model includes the brainstem, occipital bone, shock vertebrae, seven cervical vertebrae, two thoracic vertebrae, and a cerebellum stem. The right brachial plexus is also intact, ensuring a comprehensive and accurate representation of the cervical spine.

[Unique Ribs] The right first and second ribs are distinctively designed, and the sternum cartilage is carefully crafted, which is more conducive to the user's learning experience. This anatomical model is an invaluable tool for professionals studying the human body systems.

[Life-size Human Spine Model] The life-size spine anatomical model includes the cervical, thoracic, lumbar, sacrum, and coccyx regions. The realistic simulation of the human spine model is designed with different colors on the various bone structures, making it easier for users to clearly understand the spine's intricate anatomy.

This comprehensive cervical spine model is a versatile and valuable resource for medical professionals, educators, and students alike. Its attention to detail and realistic representation of the anatomy make it an indispensable tool for learning, teaching, and patient communication. Whether in a clinical setting, a classroom, or a personal study, this model can enhance understanding and facilitate the exploration of the complex and fascinating human cervical spine.

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