Calcaneus Collection

Skeleton from below, X-ray artwork
Skeleton. Computer x-ray artwork of a human skeleton viewed from below

Human foot anatomy showing skin, veins, arteries, muscles and bones
Human foot anatomy showing skin, veins, arteries, muscles, and bones, cutaway view

Ruptured Achilles tendon, MRI C018 / 0649
Ruptured Achilles tendon. Coloured magnetic resonance imaging (MRI) scan of the foot of a 25 year old patient with a ruptured Achilles tendon

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

Pendulum clock
The main components of a weight-driven clock with a pendulum

Foot flexed with bones and relevant muscle revealed

The human skeleton and muscular system, front view
Medical illustration of the human skeleton and muscular system, front view

Human leg bones, artwork F007 / 2546
Human leg bones, computer artwork

Human foot bones, artwork F007 / 1264
Human foot bones, computer artwork

Human leg bones, artwork F007 / 1256
Human leg bones, computer artwork

Childs foot, X-ray
Childs foot. Coloured X-ray of the healthy right foot of an eight year old boy. The toes are made up of the phalanx bones (phalanges), two for the big toe (lower right) and three for the others

X-ray view of human foot

Conceptual image of pain in human foot

Bones in the human foot

Medical illustration of human leg muscles, bones and joints

Conceptual image of muscle cramp and pain in human foot

Dorsal anatomy of the human foot

Male muscle anatomy of the human legs, anterior view

Anterior compartment anatomy of left leg muscles and tendons

X-ray view of pain in human foot

Illustration of calcaneus, or heel bone, the three tarsal bones
Medicine: Human anatomy, calcaneus, or heel bone, the three tarsal bones. Drawing

Human leg musculature, artwork F007 / 1809
Human leg musculature, computer artwork

Human foot musculature, artwork F007 / 2223
Human foot musculature, computer artwork

Human foot musculature, artwork F007 / 1092
Human foot musculature, computer artwork

Human foot bones, artwork F007 / 3599
Human foot bones, computer artwork

Human foot musculature, artwork F007 / 3437
Human foot musculature, computer artwork

Human foot musculature, artwork F007 / 4039
Human foot musculature, computer artwork

Human foot musculature, artwork F007 / 3948
Human foot musculature, computer artwork

Human foot bones, artwork F007 / 3826
Human foot bones, computer artwork

Human leg musculature, artwork F007 / 3537
Human leg musculature, computer artwork

Foot pain, artwork F007 / 3831
Foot pain, computer artwork

Human foot bones, artwork F007 / 3706
Human foot bones, computer artwork

Human foot bones, artwork F007 / 3454
Human foot bones, computer artwork

Human leg musculature, artwork F007 / 3538
Human leg musculature, computer artwork

Human foot bones, artwork F007 / 3824
Human foot bones, computer artwork

Human foot bones, artwork F007 / 3933
Human foot bones, computer artwork

Human foot bones, artwork F007 / 3598
Human foot bones, computer artwork

Human foot bones, artwork F007 / 3704
Human foot bones, computer artwork

Human foot bones, artwork F007 / 3500
Human foot bones, computer artwork

Human foot bones, artwork F007 / 4028
Human foot bones, computer artwork

Human foot bones, artwork F007 / 3942
Human foot bones, computer artwork

Human foot bones, artwork F007 / 4048
Human foot bones, computer artwork

Foot bones, artwork F006 / 7436
Foot bones, computer artwork

Ankle pain, conceptual artwork F006 / 7405
Ankle pain, conceptual computer artwork

Foot bones, artwork F006 / 7456
Foot bones, computer artwork

Foot bones, artwork F006 / 8272
Foot bones, computer artwork

Bones of the foot, artwork F007 / 7074
Bones of the foot, computer artwork

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The calcaneus, also known as the heel bone, is a crucial part of the human foot anatomy. Located at the back of the foot, it forms the foundation for our every step. In an X-ray artwork showcasing a skeleton from below, we can see this sturdy bone in all its glory. But there's more to the calcaneus than meets the eye. When we delve deeper into its intricate structure, an MRI image reveals a ruptured Achilles tendon nearby. This injury serves as a reminder of how important it is to take care of our feet and avoid overexertion. Artwork depicting outer ankle ligaments showcases their role in providing stability and preventing sprains. Similarly, inner ankle ligaments are highlighted in another artwork, emphasizing their significance in maintaining balance during movement. Just like a pendulum clock swings with precision, our feet flex effortlessly thanks to well-coordinated bones and relevant muscles revealed when flexed. It's fascinating how these components work together harmoniously to enable us to walk or run smoothly. In front view images of both skeletal and muscular systems, we gain insight into how leg bones support body weight while muscles provide strength and flexibility. The complexity of this system becomes evident as we observe various artworks illustrating different aspects such as leg bones or foot bones individually. Even children's feet have been studied through X-rays, reminding us that understanding foot development from an early age is essential for proper growth and prevention of future issues.