Human Feet - male 3D model

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The 3D model of the human feet is carefully crafted from precise computed tomography scans (CT medical data). It accurately depicts a male's lower extremity, highlighting its essential components. Flexible in structure, the human foot comprises intricate networks of bones, joints, muscles, and soft tissues that empower individuals to walk, run, or jump upright. The foot divides neatly into three main sections: the forefoot, midfoot, and hindfoot. The forefoot consists of five distinct toes (phalanges) and five long metatarsal bones, all contributing to balance and stability. Located beneath the toes, the midfoot takes shape as a pyramid-like assembly of several essential bones. These include the cuneiform bones, cuboid bone, and navicular bone, which collaborate to form the distinctive arches of the feet. Meanwhile, the hindfoot forms the heel and ankle areas, supporting weight and enabling mobility. At the ankle joint, the talus bone skillfully connects the tibia and fibula leg bones, forming a crucial bridge between lower extremities. The calcaneus, also known as the heel bone, serves as the largest bone within the human foot structure. This comprehensive 3D model meticulously reproduces essential bones on both sides of each foot, making it a valuable educational tool for those seeking to deepen their knowledge about human anatomy and physiology. For instance, key components include: * Tibia * Fibula * Talus * Calcaneus * Three cuneiform bones * Cuboid bone * Navicular bone * Five metatarsal bones * Phalanges (separated into distinct sections for optimal comprehension) Created from the CT medical data of a 17-year-old male patient, this highly detailed model is poised to empower educational pursuits by serving as an exemplary teaching aid in anatomy and physiology. Its purpose is multifaceted, providing valuable resources for both educators and enthusiasts who strive to deepen their understanding of human biology.