Lower Arm Collection

Arm circulation, anatomical artwork C013 / 7419
Arm anatomy. Computer artwork showing the muscles (brown), ligaments (white), arteries (red), veins (blue), lymph vessels (yellow), and lymph nodes (round, yellow) of a human arm

Muscles of the forearm, 1831 artwork
Muscles of the forearm, posterior view. The inset shows the inferior attachment of the long supinator muscle. This anatomical artwork is plate 117 from volume 2 (1831)

Pinned broken arm, X-ray C017 / 7869
Pinned broken arm. X-ray of the arm of a patient that has been internally fixed after fracturing both of the lower arm bones, the ulna and radius

Broken arm, X-ray C017 / 7863
Broken arm. X-ray of the arm of a patient that has broken both of the lower arm bones, the ulna and radius

Broken arm, X-ray
Broken arm. X-ray of the forearm of a 29 year old male patient with a fractured ulna. Treatment is with immobilisation of the bone, either externally using a cast, or internally using pins

Elbow anatomy, artwork. The elbow joint is formed by the articulation of the humerus (upper arm bone) and the ulna and radius (lower arm bones)

Lower arm muscle, artwork
Lower arm muscle. Computer artwork of the extensor carpi radialis longus muscle of the lower arm

Lower arm bone, artwork F006 / 3066
Lower arm bone. Computer artwork showing the radius bone

Lower arm bone, artwork F006 / 3033
Lower arm bone. Computer artwork showing the radius bone

Broken arm, X-ray C017 / 7264
Broken arm. X-ray of the lower arm of a 6 year old male showing a greenstick fractures of the ulna (left) and radius (right) bones. Greenstick fractures occur when the bone bends and then cracks

Forearm muscles, artwork
Forearm muscles. Anatomical computer artwork showing the bones (white), muscles (red), and tendons and ligaments (blue) of a human forearm, wrist and hand

Arm anatomy, anatomical artwork C013 / 7424
Arm anatomy. Computer artwork showing the muscles (brown), ligaments (beige), arteries (red), veins (blue), and lymph vessels (orange) of a human arm

Arm anatomy, anatomical artwork C013 / 7423
Arm anatomy. Computer artwork showing the muscles (brown), ligaments (white), arteries (red), veins (blue), lymph vessels (yellow), and lymph nodes (round, yellow) of a human arm

Arm anatomy, anatomical artwork C013 / 7422
Arm anatomy. Computer artwork showing the muscles (brown), ligaments (white), arteries (red), veins (blue), lymph vessels (yellow), and lymph nodes (round, yellow) of a human arm

Osteopathy. Osteopath manipulating a patients hand, using a thrust articular technique. Osteopathy uses massage and manipulation to treat a range of disorders

Normal wrist, X-ray
Normal wrist, coloured X-ray

Hand and arm, artwork
Computer artwork of a human hand and arm depicted in wireframe style

Elbow replacement, artwork
Elbow replacement. Artwork showing a prosthetic elbow joint in place. The elbow joint is formed by the articulation of the humerus (upper arm bone) and the ulna and radius (lower arm bones)

Arm blood vessels, artwork. Within the outlined body shape (grey) are the bones (also grey) and the arteries (red) and veins (blue). In the upper arm, the bone is the humerus

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The lower arm, a complex and vital part of our anatomy, plays a crucial role in our daily activities. From arm circulation to the intricate muscles that allow us to perform various movements, this region is truly remarkable. Anatomical artwork such as C013 / 7419 showcases the intricacy of the lower arm's circulatory system. It highlights how blood vessels nourish and oxygenate the tissues, ensuring their proper functioning. 1831 artwork depicting the muscles of the forearm gives us an insight into their structure and function. These powerful muscles enable us to grip objects tightly or perform delicate tasks with precision. X-rays like C017 / 7869 or C017 / 7863 reveal unfortunate instances where broken arms have been pinned for healing. Despite these setbacks, our bodies possess incredible resilience and can mend themselves over time. In another illustration, we see a human arm displaying the triceps relaxed and stretched while the bicep fully contracts to bend it. This demonstrates how these opposing muscle groups work together harmoniously to facilitate movement. Artwork dedicated solely to lower arm muscles emphasizes their complexity and beauty. The interplay between different muscle fibers allows for a wide range of motions essential for everyday life. Similarly, artwork focusing on lower arm bones (F006 / 3066) (F006 / 3033) sheds light on their structure and strength. These bones provide support while also serving as attachment points for various muscles involved in forearm movement. Additional X-ray images like C017 / 7264 depict broken arms that require medical attention but serve as reminders of both fragility and resilience within our bodies. Forearm muscle illustrations further emphasize their importance in enabling actions such as flexion, extension, pronation, supination - fundamental movements we often take for granted. Arm anatomy depicted through anatomical artwork (C013 /7424) offers comprehensive insights into all components comprising this intricate region—bones, tendons, ligaments, and blood vessels working in harmony to ensure optimal functionality.