Scapula Collection (page 12)

Male skeleton, artwork F006 / 8180
Male skeleton, computer artwork

Running skeleton, artwork F006 / 8165
Running skeleton, computer artwork

Shoulder pain, conceptual artwork F006 / 7967
Shoulder pain, conceptual computer artwork

Shoulder and back anatomy, artwork C016 / 7002
Shoulder and back anatomy. Artwork of the muscles and bones of a human shoulder and upper back in a posterior (rear) view

Shoulder joint anatomy, artwork C016 / 6548
Shoulder joint anatomy. Artwork of the bones (yellow) and ligaments (blue) of the shoulder and pectoral girdle, as seen from the front

Shoulder and back muscles, artwork C016 / 7003
Shoulder and back muscles. Artwork of the muscles of a human shoulder and upper back in a posterior (rear) view. The muscles shown here include the posterior portion of the deltoid muscle

Broken shoulder, artwork C016 / 6568
Broken shoulder. Artwork of a vertical (coronal) section through the bones of the shoulder, showing a fracture (centre right) of the upper part of the humerus (upper arm bone)

Left shoulder and nerve plexus, artwork C016 / 6810
Left shoulder and nerve plexus. Artwork of the nerves (yellow), arteries (red), and bones of the left shoulder, seen from the front

Secondary bone cancer, X-ray C018 / 0594
Secondary bone cancer. X-ray of the shoulders of a 39 year old patient with metastatic (secondary) bone cancer. This cancer has spread from a primary thyroid cancer

Secondary bone cancer, X-ray C018 / 0595
Secondary bone cancer. X-ray of the left shoulder of a 39 year old patient with metastatic (secondary) bone cancer. This cancer has spread from a primary thyroid cancer

Secondary bone cancer, X-ray C018 / 0596
Secondary bone cancer. Coloured X-ray of the left shoulder of a 39 year old patient with metastatic (secondary) bone cancer. This cancer has spread from a primary thyroid cancer

Arm muscles, artwork
Arm muscles, computer artwork. The uppermost muscle, wrapping around the shoulder, is the deltoid (dark green). Below it are the triceps

Spinal tension and pain, artwork
Spinal tension and pain. Artwork showing pain (orange star) in the sacrolumbal region of a mans back. Also shown are the muscles (red), and their attachment points to the bones of the pelvis, spine

Upper back anatomy, artwork
Upper back anatomy, computer artwork. The muscles either side of the neck that attach to the shoulder blades (scapulae) are the levator scapulae muscles

Shoulder pain, artwork C013 / 5925
Shoulder pain, computer artwork

Human arm musculature, 19th century C015 / 6104
Human arm musculature. 19th-century artwork of the anatomy of various arm muscles, including those of the shoulder, arms and hands

Back pain, artwork C013 / 7814
Back pain, computer artwork

Shoulder pain, artwork C013 / 7810
Shoulder pain, computer artwork

Chest muscles, artwork C013 / 4566
Chest muscles. Computer artwork of an oblique posterior view from above of some of the muscles (red) of the chest, showing their attachment to the bones of the ribcage and back

Chest muscles, artwork C013 / 4565
Chest muscles. Computer artwork of an oblique anterior view from below of some of the muscles (red) of the chest, showing their attachment to the bones of the ribcage and back

Chest muscles, artwork C013 / 4563
Chest muscles. Computer artwork of a side view of some of the muscles (red) of the chest, showing their attachment to the bones of the ribcage and back

Chest muscle, artwork C013 / 4561
Chest muscle. Computer artwork of an oblique anterior view of one of the muscles (red) of the chest and shoulders and its attachment to the bones of the back and ribcage

Shoulder muscle, artwork C013 / 4508
Shoulder muscle. Computer artwork of an oblique posterior view from below of one of the muscles (red) of the shoulders and its attachment to the bones of the back and upper arms

Shoulder muscle, artwork C013 / 4507
Shoulder muscle. Computer artwork of an oblique posterior view from above of one of the muscles (red) of the shoulders and its attachment to the bones of the back and upper arms

Shoulder muscles, artwork C013 / 4500
Shoulder muscles. Computer artwork of an anterior view of some of the muscles (red) of the shoulders and their attachments to the bones of the chest, back and upper arms

Shoulder muscles, artwork C013 / 4501
Shoulder muscles. Computer artwork of an oblique anterior view of some of the muscles (red) of the shoulders and their attachments to the bones of the chest, back and upper arms

Shoulder joint X-ray
Shoulder. Coloured X-ray of a healthy shoulder joint. The joint is a ball-and-socket joint, with the ball (lower right) of the upper arm bone (humerus) fitting into the socket (centre left)

Spine, computer artwork. Human skeleton with a blue spine. The spine, or backbone, supports the back and protects the spinal cord

Upper body skeleton. Computer artwork of a glass- effect human female body in side view showing the skeletal structure of the head and torso

Upper body bones, computer artwork. The skull (top) consists of the cranium, which encloses the brain and the jaw (mandible)

Ribcage and upper body, computer artwork. The spine, which consists of blocks of bone (vertebrae) separated by spongy intervertebral discs, runs down centre

Female ribcage and upper body, computer artwork. The spine, which consists of blocks of bone (vertebrae) separated by spongy intervertebral discs, runs down centre

Artwork featuring bones of human shoulder joint
Artwork featuring bones of the human shoulder joint (right side). The necessary strength of the shoulder joint is provided by the shoulder blade & collar bone

Shoulder bones and ligaments. Historical anatomical artwork of shoulder bones (yellow) and ligaments (white). Ligaments are bands of fibrous tissue that hold bones together at their joints

Fractured shoulder, X-rays
Shoulder fracture, coloured X-rays. The joint is seen from the side at left and from the front at right. The joint has not been dislocated by the fracture

Broken upper arm bone, X-ray
Broken upper arm bone. Coloured X-ray of a fracture (yellow) of the upper arm bone (humerus). The neck of the humerus has fractured, separating its head (upper right) from its shaft (below the head)

Human skeleton, computer artwork
Human skeleton. Computer artwork of the rear view of a human skeleton showing head and shoulders, superimposed with a wireframe

Arm bones, artwork

Ribcage, computer artwork
Ribcage. Computer artwork of the pectoral girdle and ribcage as seen from the front

Human and ape anatomy. Artwork comparing the anatomy of a human (left) and an ape (right). Both are primates, but as humans

Kalmyk bone divination scapulas, artwork
Kalmyk bone divination scapulas. Artwork of scapulas (shoulder blades) used by the Kalmyk people of Central Asia for divination purposes

Upper torso bones, artwork. These bones include the upper arm bones (one humerus on each side), the spinal bones (vertebrae) forming the central backbone, and the chest bones

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The scapula, also known as the shoulder blade, is a crucial bone in our body that plays a significant role in our mobility and stability. It forms part of the pectoral girdle and connects the upper arm to the thorax. When we examine diagrams of the bones of the hand and arm, we can see how intricately connected they are to the scapula. This connection allows us to perform various movements with precision and control. In an anterior view total shoulder joint repair image, we witness medical advancements aimed at restoring functionality to this vital joint. The intricate procedure highlights just how important it is to maintain a healthy scapula for optimal movement. Shoulder muscles artwork showcases their attachment points on the scapula, emphasizing their role in providing strength and stability during physical activities. Understanding these muscles helps us appreciate their contribution to everyday tasks like lifting or throwing. A front view of female anatomy highlighting the endocrine system reminds us that even though not directly related to the scapula, every part of our body works together harmoniously. Hormones secreted by glands within this system influence bone health and development. An anterior view of human skeletal system with labels gives us a comprehensive understanding of where exactly our scapula fits into this complex framework. It serves as an anchor point for numerous ligaments and tendons essential for proper functioning. Pictograms on an ox scapula depict ancient rituals performed to ward off danger—a testament to how cultures throughout history recognized its significance beyond mere anatomy. These artifacts remind us that humans have long understood its importance in daily life. The skeleton of an eagle after Milne-Edwards engraving demonstrates nature's adaptation at its finest—the bird's wingspan relies heavily on strong shoulder blades (scapulas) allowing it effortless flight through vast skies. Haydon's Curtius engraving captures another artistic representation showcasing human form—this time focusing on muscular structure including the scapula.