#upperlimp

3D Scapula Bone Model Sculpted in Zbrush The model is ready for 3d print Available file type c4d and obj, if you want another extension just ask 3D Scapula Bone Model rendered inside c4d using octane render Texture included: 3D_Scapula_Bone_AO.jpg 4096*4096 3D_Scapula_Bone_Color.jpg 4096*4096 3D_Scapula_Bone_Height.jpg 4096*4096 3D_Scapula_Bone_Normal.jpg 4096*4096 3D_Scapula_Bone_Roughness.jpg 4096*4096 Medical Info: Movements Movements of the scapula are brought about by the scapular muscles. The scapula can perform six actions: Elevation: upper trapezius and levator scapulae Depression: lower trapezius Retraction (adduction): rhomboids and middle trapezius Protraction (abduction): serratus anterior Upward rotation: upper and middle trapezius Downward rotation: rhomboids

3D Scapula Anatomy Model Sculpted in Zbrush The model is ready for 3d print Available file type c4d and obj, if you want another extension just ask 3D Scapula Anatomy Model rendered inside c4d using octane render Texture included: 3D_Scapula_Anatomy_AO.jpg 4096*4096 3D_Scapula_Anatomy_Color.jpg 4096*4096 3D_Scapula_Anatomy_Height.jpg 4096*4096 3D_Scapula_Anatomy_Normal.jpg 4096*4096 3D_Scapula_Anatomy_Roughness.jpg 4096*4096 Medical Info: In anatomy, the scapula (plural scapulae or scapulas), also known as shoulder bone, shoulder blade, wing bone or blade bone, is the bone that connects the humerus (upper arm bone) with the clavicle (collar bone). Like their connected bones the scapulae are paired, with the scapula on either side of the body being roughly a mirror image of the other. The name derives from early Roman times when it was thought that the bone resembled a trowel or small shovel. In compound terms, the prefix omo- is used for the shoulder blade in Latin medical terminology. The prefix is derived from ὦμος (ōmos), the Ancient Greek word for shoulder, and is cognate with the Latin (h)umerus. The scapula forms the back of the shoulder girdle. In humans, it is a flat bone, roughly triangular in shape, placed on a posterolateral aspect of the thoracic cage.

3D Radius Bone Model Sculpted in Zbrush The model is ready for 3d print Available file type c4d and obj, if you want another extension just ask 3D Radius Bone Model rendered inside c4d using octane render Texture included: 3D_Radius_Bone_AO.jpg 4096*4096 3D_Radius_Bone_Color.jpg 4096*4096 3D_Radius_Bone_Height.jpg 4096*4096 3D_Radius_Bone_Normal.jpg 4096*4096 3D_Radius_Bone_Roughness.jpg 4096*4096 Medical info: The word radius is Latin for "ray". In the context of the radius bone, a ray can be thought of rotating around an axis line extending diagonally[clarification needed] from the center of capitulum to the center of the distal ulna. While the ulna is the major contributor to the elbow joint, the radius primarily contributes to the wrist joint.[5] The radius is named so because the radius (bone) acts like the radius (of a circle). It rotates around the ulna and the far end (where it joins to the bones of the hand), known as the styloid process of the radius, is[clarification needed] the distance from the ulna (center of the circle) to the edge of the radius (the circle). The ulna acts as the center point to the circle because when the arm is rotated the ulna does not move.

3D Radius Anatomy Model Sculpted in Zbrush The model is ready for 3d print Available file type c4d and obj, if you want another extension just ask 3D Radius Anatomy Model rendered inside c4d using octane render Texture included: 3D_Radius_Anatomy_AO.jpg 4096*4096 3D_Radius_Anatomy_Color.jpg 4096*4096 3D_Radius_Anatomy_Height.jpg 4096*4096 3D_Radius_Anatomy_Normal.jpg 4096*4096 3D_Radius_Anatomy_Roughness.jpg 4096*4096 Medical Info: The radius or radial bone is one of the two large bones of the forearm, the other being the ulna. It extends from the lateral side of the elbow to the thumb side of the wrist and runs parallel to the ulna. The radius is shorter and smaller than the ulna. It is a long bone, prism-shaped and slightly curved longitudinally. The radius is part of two joints: the elbow and the wrist. At the elbow, it joins with the capitulum of the humerus, and in a separate region, with the ulna at the radial notch. At the wrist, the radius forms a joint with the ulna bone.

3D Ulna Anatomy Model Sculpted in Zbrush The model is ready for 3d print Available file type c4d and obj, if you want another extension just ask 3D Ulna Anatomy Model rendered inside c4d using octane render Texture included: 3D_Ulna_Anatomy_AO.jpg 4096*4096 3D_Ulna_Anatomy_Color.jpg 4096*4096 3D_Ulna_Anatomy_Height.jpg 4096*4096 3D_Ulna_Anatomy_Normal.jpg 4096*4096 3D_Ulna_Anatomy_Roughness.jpg 4096*4096 Medical Info: The ulna is a long bone found in the forearm that stretches from the elbow to the smallest finger, and when in anatomical position, is found on the medial side of the forearm. It runs parallel to the radius, the other long bone in the forearm, and is the larger and longer of the two.

3D Ulna Bone Model Sculpted in Zbrush The model is ready for 3d print Available file type c4d and obj, if you want another extension just ask 3D Ulna Bone Model rendered inside c4d using octane render Texture included: 3D_Ulna_Bone_AO.jpg 4096*4096 3D_Ulna_Bone_Color.jpg 4096*4096 3D_Ulna_Bone_Height.jpg 4096*4096 3D_Ulna_Bone_Normal.jpg 4096*4096 3D_Ulna_Bone_Roughness.jpg 4096*4096 Medical Info: The ulna is a long bone found in the forearm that stretches from the elbow to the smallest finger, and when in anatomical position, is found on the medial side of the forearm. It is broader close to the elbow and narrows as it approaches the wrist. Close to the elbow, the ulna has a bony process, the olecranon process, a hook-like structure that fits into the olecranon fossa of the humerus. This prevents hyperextension and forms a hinge joint with the trochlea of the humerus. There is also a radial notch for the head of the radius, and the ulnar tuberosity to which muscles attach. Close to the wrist, the ulna has a styloid process.