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The Ibex Sciences Human Scapula Model is an anatomically precise, life-size replica of the human shoulder blade designed for medical students, healthcare educators, and clinical demonstrations.
Key Features and Anatomical Details
- Life-Size Accuracy: It replicates a real human right scapula, accurately presenting its complex triangular shape and thin structural body.
- Three Borders: The model clearly defines the thin medial (vertebral) border, the thick lateral (axillary) border, and the sharp superior border.
- Three Angles: It showcases the superior angle, the inferior angle (a key landmark for posture), and the lateral angle containing the shoulder joint.
- Key Bony Landmarks: The raised posterior spine, the flat supraspinous and infraspinous fossae, and the concave anterior subscapular fossa are fully detailed.
- Joint Structures: It includes a well-defined glenoid cavity where the humerus head rests, along with the acromion and coracoid processes for ligament attachments.
- Premium Material: It is cast from high-quality, durable, and easy-to-clean medical-grade PVC to withstand frequent hands-on study in labs.
Primary Educational Applications
- Shoulder Biomechanics: Ideal for demonstrating how the rotator cuff muscles anchor to the scapular fossae to stabilize the glenohumeral joint.
- Clinical Visualizations: Helps orthopedic doctors and physical therapists explain shoulder impingement, rotator cuff tears, or scapular winging to patients.
- Kinesiology Mapping: Provides an accurate canvas for students to practice tracing skeletal landmarks and muscle origin/insertion points.
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