Articulating Collection

Outer ankle ligaments, artwork C013 / 4452
Outer ankle ligaments. Computer artwork of the bones and ligaments (white) of the right foot and ankle seen from the side

Inner ankle ligaments, artwork C013 / 4451
Inner ankle ligaments. Computer artwork of the bones and ligaments (white) of the right foot and ankle seen from the side

Copy Sculpture Sleeping Eros Based Antique Model
Artokoloro

Atlanto-occipital joint, artwork C016 / 6554
Atlanto-occipital joint. Artwork of the bones (yellow) and ligaments (blue) of the atlanto-occipital joint, as seen from behind (posterior view)

Wrist joint anatomy, artwork C016 / 6549
Wrist joint anatomy. Artwork of the bones (yellow) and ligaments (blue) of the wrist joint, in longitudinal section. The left hand has been sectioned in a palmar aspect to expose the synovial

Atlanto-occipital joint, artwork C016 / 6557
Atlanto-occipital joint. Artwork of the bones (yellow) and ligaments (blue) of the atlanto-occipital joint, as seen from the side in a medial sagittal section. The rear of the spine is at right

Vertebral joints of the neck, artwork C016 / 6551
Vertebral joints of the neck. Artwork of the bones (yellow) and ligaments (blue) of the cervical (neck) region of the spine (vertebral column)

Atlanto-axial joint, artwork C016 / 6552
Atlanto-axial joint. Artwork of the bones (yellow) and ligaments (blue) of the atlanto-axial joint of the upper neck, as seen from above. The rear of the spine is at bottom

Atlanto-occipital joint, artwork C016 / 6553
Atlanto-occipital joint. Artwork of the bones (yellow) and ligaments (blue) of the atlanto-occipital joint, as seen from behind (posterior view)

Atlanto-occipital joint, artwork C016 / 6556
Atlanto-occipital joint. Artwork of the bones (yellow) and ligaments (blue) of the atlanto-occipital joint, as seen from behind (posterior 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

Sternoclavicular joint, artwork C016 / 6550
Sternoclavicular joint. Artwork of the bones (yellow) and ligaments (blue) of the sternoclavicular joint, as seen from the front

Atlanto-occipital joint, artwork C016 / 6555
Atlanto-occipital joint. Artwork of the bones (yellow) and ligaments (blue) of the atlanto-occipital joint, as seen from behind (posterior view)

Articular disk of the jaw, artwork C016 / 2889
Articular disk of the jaw. Artwork of a side view of a human skull with the jaws closed, showing the articular disk (white) and other cartilage of the temporomandibular joint

Articular disk of the jaw, artwork C016 / 2890
Articular disk of the jaw. Artwork of a side view of a human skull with the jaws open, showing the articular disk (white) and other cartilage of the temporomandibular joint

Phalanx joint anatomy, artwork C016 / 2884
Phalanx joint anatomy. Artwork of a sectioned joint between two phalanx bones (phalanges). These are found in the fingers and toes

Outer ankle ligaments, artwork C013 / 4456
Outer ankle ligaments. Computer artwork of the bones and ligaments (white) of the feet and ankles from an oblique side view, with the outer side of the right foot at left

Outer ankle ligaments, artwork C013 / 4455
Outer ankle ligaments. Computer artwork of the bones and ligaments (white) of the feet and ankles from an oblique side view, with the outer side of the left foot at upper centre

Knee in lateral view, artwork
Artwork of the anatomy of the knee joint (lateral view) showing the femur (thigh bone, at top) articulating with the tibia (shin bone, at bottom)

Knee in anterior view, artwork
Artwork of the anatomy of the knee joint (anterior view) showing the femur (thigh bone, at top) articulating with the tibia (shin bone, at bottom), cartilage (light blue)

Normal human knee, artwork
Normal human knee. Artwork showing the internal anatomy of a healthy human knee, with an inset (bottom) of the cartilage (grey) that covers the ends of the bones forming this joint

Damaged knee, artwork
Damaged knee. Artwork showing the internal anatomy of a damaged human knee, with an inset (bottom) of the cartilage (grey) that covers the ends of the bones forming this joint

For sale as Licensed Images

Choose your image, Select your licence and Download the media

"Exploring the Intricacies of Articulating: Unveiling Outer and Inner Ankle Ligaments" In a captivating display of scientific prowess, NASA's F-15B testbed aircraft gracefully touches down after completing the groundbreaking first flight of the Quiet Spike project. This ambitious endeavor aims to verify the structural integrity of a telescopic marvel designed by Gulfstream Aerospace and NASA's Dryden Flight Research Center. Before taking to the skies, meticulous pre-flight checks were carried out on NASA's F-15B #836, ensuring every aspect was in perfect order for this momentous occasion. As it soared through the air during its evaluation flight, observers marveled at its sleek form and unwavering stability. With Quiet Spike attached firmly to its frame, F-15B #836 approached the runway with confidence after successfully completing its inaugural evaluation flight. The joint efforts between Gulfstream Aerospace and NASA have birthed an innovation that seeks to mitigate sonic booms while preserving structural soundness. Behind-the-scenes glimpses reveal a dedicated team working tirelessly on this pioneering project. A group photo captures their collective spirit as they celebrate yet another milestone in their journey towards revolutionizing aviation technology. Delving deeper into articulation, let us shift our focus from aerospace engineering to human anatomy. Just as these ligaments play a crucial role in ankle stability, so too do outer and inner ankle ligaments provide support and flexibility for our bodies' movements. As we appreciate both artistry and science intertwined within these narratives - artwork C013 / 4452 depicting outer ankle ligaments alongside artwork C013 / 4451 showcasing inner ankle ligaments - we are reminded of how intricately connected various disciplines can be. Whether it is unraveling mysteries at microscopic levels or pushing boundaries in supersonic travel, humanity continues to articulate new possibilities through relentless exploration. From ankles to aircrafts, each discovery propels us forward into uncharted territories where imagination and innovation converge.