Untitled

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Bleach Orihime Inoue outfit Daz3D

Bleach Orihime Inoue outfit Daz3D Orihime Inoue outfit for G8F Work on most of G8F characters Skirt is d-force ready

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3D Tibia 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 Tibia Anatomy Model rendered inside c4d using octane render Texture included: 3D_Tibia_Anatomy_AO.jpg 4096*4096 3D_Tibia_Anatomy_Color.jpg 4096*4096 3D_Tibia_Anatomy_Height.jpg 4096*4096 3D_Tibia_Anatomy_Normal.jpg 4096*4096 3D_Tibia_Anatomy_Roughness.jpg 4096*4096 Medical Info: The tibia /ˈtɪbiə/ (plural tibiae /ˈtɪbii/ or tibias), also known as the shinbone or shank bone, is the larger, stronger, and anterior (frontal) of the two bones in the leg below the knee in vertebrates (the other being the fibula, behind and to the outside of the tibia), and it connects the knee with the ankle bones. The tibia is found on the medial side of the leg next to the fibula and closer to the median plane or center-line. The tibia is connected to the fibula by the interosseous membrane of the leg, forming a type of fibrous joint called a syndesmosis with very little movement. The tibia is named for the flute tibia. It is the second-largest bone in the human body next to the femur. The leg bones are the strongest long bones as they support the rest of the body

3D Tibia Anatomy

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3D Thoracic Vertebra 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 Thoracic Vertebra Model rendered inside c4d using octane render Texture included: 3D_Thoracic_Vertebra_AO.jpg 4096*4096 3D_Thoracic_Vertebra_Color.jpg 4096*4096 3D_Thoracic_Vertebra_Height.jpg 4096*4096 3D_Thoracic_Vertebra_Normal.jpg 4096*4096 3D_Thoracic_Vertebra_Roughness.jpg 4096*4096 Medical Info General characteristics These are the general characteristics of the second through eighth thoracic vertebrae. The first and ninth through twelfth vertebrae contain certain peculiarities, and are detailed below. The bodies in the middle of the thoracic region are heart-shaped and as broad in the anteroposterior as in the transverse direction. At the ends of the thoracic region they resemble respectively those of the cervical and lumbar vertebrae. They are slightly thicker behind than in front, flat above and below, convex from side to side in front, deeply concave behind, and slightly constricted laterally and in front. They present, on either side, two costal demi-facets, one above, near the root of the pedicle, the other below, in front of the inferior vertebral notch; these are covered with cartilage in the fresh state, and, when the vertebrae are articulated with one another, form, with the intervening intervertebral fibrocartilages, oval surfaces for the reception of the heads of the ribs. Thoracic vertebrae The pedicles are directed backward and slightly upward, and the inferior vertebral notches are of large size, and deeper than in any other region of the vertebral column. The laminae are broad, thick, and imbricated – that is to say, they overlap those of subjacent vertebrae like tiles on a roof and connect with the pedicles to surround and protect the spinal cord. The intervertebral foramen is small, and circular, with two at each intervertebral level, one for the right and one for the left exiting nerve roots. The vertebral foramen is the large opening posterior to the vertebral body also known as the spinal canal. It contains and protects the spinal cord at the thoracic level. The spinous process is long, triangular on coronal section, directed obliquely downward, arising from the lamina and ending in a tuberculated extremity. These processes overlap from the fifth to the eighth, but are less oblique in direction above and below. The superior articular processes are thin plates of bone projecting upward from the junctions of the pedicles and laminae; their articular facets are practically flat, and are directed backward and a little lateralward and upward. The inferior articular processes are fused to a considerable extent with the laminae, and project but slightly beyond their lower borders; their facets are directed forward and a little medialward and downward. The transverse processes arise from the arch behind the superior articular processes and pedicles; they are thick, strong, and of considerable length, directed obliquely backward and lateralward, and each ends in a clubbed extremity, on the front of which is a small, concave surface, for articulation with the tubercle of a rib

3D Thoracic Vertebra

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3D Thoracic 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 Thoracic Bone Model rendered inside c4d using octane render Texture included: 3D_Thoracic_Bone_AO.jpg 4096*4096 3D_Thoracic_Bone_Color.jpg 4096*4096 3D_Thoracic_Bone_Height.jpg 4096*4096 3D_Thoracic_Bone_Normal.jpg 4096*4096 3D_Thoracic_Bone_Roughness.jpg 4096*4096 " In vertebrates, thoracic vertebrae compose the middle segment of the vertebral column, between the cervical vertebrae and the lumbar vertebrae. In humans, there are twelve thoracic vertebrae and they are intermediate in size between the cervical and lumbar vertebrae; they increase in size going towards the lumbar vertebrae, with the lower ones being a lot larger than the upper. They are distinguished by the presence of facets on the sides of the bodies for articulation with the heads of the ribs, as well as facets on the transverse processes of all, except the eleventh and twelfth, for articulation with the tubercles of the ribs. By convention, the human thoracic vertebrae are numbered T1–T12, with the first one (T1) located closest to the skull and the others going down the spine toward the lumbar region.

3D Thoracic Spine Bone

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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 Bone

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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 Scapula Anatomy

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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 Bone Model

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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 Radius Anatomy

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3D Tibia 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 Tibia Bone Model rendered inside c4d using octane render Texture included: 3D_Tibia_Bone_AO.jpg 4096*4096 3D_Tibia_Bone_Color.jpg 4096*4096 3D_Tibia_Bone_Height.jpg 4096*4096 3D_Tibia_Bone_Normal.jpg 4096*4096 3D_Tibia_Bone_Roughness.jpg 4096*4096

3D Tibia Bone

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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 Anatomy

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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.

3D Ulna Bone

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3D Tibia Bone

3D Tibia 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 Tibia Bone Model rendered inside c4d using octane render Texture included: 3D_Tibia_Bone_AO.jpg 4096*4096 3D_Tibia_Bone_Color.jpg 4096*4096 3D_Tibia_Bone_Height.jpg 4096*4096 3D_Tibia_Bone_Normal.jpg 4096*4096 3D_Tibia_Bone_Roughness.jpg 4096*4096

3D Tibia Bone

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3D Ulna Anatomy

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 Anatomy

[artswikipedia]

3D Ulna Bone

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.

3D Ulna Bone

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3D Tibia Bone

3D Tibia 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 Tibia Bone Model rendered inside c4d using octane render Texture included: 3D_Tibia_Bone_AO.jpg 4096*4096 3D_Tibia_Bone_Color.jpg 4096*4096 3D_Tibia_Bone_Height.jpg 4096*4096 3D_Tibia_Bone_Normal.jpg 4096*4096 3D_Tibia_Bone_Roughness.jpg 4096*4096

3D Tibia Bone

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3D Ulna Anatomy

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 Anatomy

[artswikipedia]

3D Ulna Bone

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.

3D Ulna Bone