Metatarsals Collection

Normal foot, X-ray
Normal foot. Coloured X-ray of a healthy human foot seen from the top (antero-posterior or dorso- plantar projection). The foot comprises 26 bones and two sesamoid bones (not seen)

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

Lisfranc fracture, X-ray

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

Fused metatarsals, X-ray C017 / 7168
Fused metatarsals. X-ray of the feet of a 73 year old female patient showing the fusing the the big toes and second toe metatarsal bones (mid foot bones) in the left foot

Broken foot, X-ray C017 / 7975
Broken foot. X-ray of the foot of a 3 year old male patient with fractured second and third metatarsals (foot bones)

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

Foot anatomy, computer artwork. Muscles are pink, tendons and ligaments are white and bones are cream. Tendons and ligaments are bands of inelastic fibrous tissue

Bones of the human skeleton
Bones of the skeleton. Artwork from Juan Valverde de Amuscos textbook Anatomia del Corpo Humano (Anatomy of the Human Body), published 1560. Fig. I is a view of the spine, from the left side. Figs

Human foot, internal anatomy

Cavus foot surgery, metatarsal pinning
Cavus foot surgery. Close-up of bone drilling equipment being used to drill a hole in a metatarsal bone in a patients foot in a case of cavus foot surgery

Foot ligaments and tendons, artwork C016 / 7010
Foot ligaments and tendons. Artwork of the bones, ligaments (white, between bones), and tendons (white, muscle-bone) of the foot and the ankle joint from the side

Human foot, historical anatomical model
Human foot, anatomical model. 1965 model showing the skeletal structure of the left human foot and ankle

Hallux rigidus before surgery, X-ray
Hallux rigidus before surgery. X-ray showing foot bones before surgery to correct a case of hallux rigidus, a stiff big toe

Ankle anatomy, artwork
Ankle anatomy. Computer artwork showing the bone (white) of a human foot, and the ligaments (blue) of the ankle. At far right is the Achilles tendon

Lower leg anatomy, artwork
Lower leg anatomy, computer artwork. Front view of a human lower leg and foot, showing the bones (white), muscles (red) and tendons (blue)

Plantar fascia, artwork
Plantar fascia. Computer artwork of the underside of a human foot, showing the bones and the plantar fascia, a layer of fibrous connective tissue in the sole of the foot that supports the arch

Leg ligaments, artwork C013 / 4656
Leg anatomy. Computer artwork of an anterior view of a human leg, showing the muscles and tendons (brown and white), bones and ligaments (white), arteries and veins (red and blue), nerves (yellow)

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

Crushed broken foot, X-ray
Crushed broken foot. Coloured X-ray of the foot of an adult woman showing fractures to the cuneiform bones and ends of metatarsal bones of the foot. The affected area is at centre (blue)

Foot bones, computer artwork. The toes are made up of the phalanx bones (phalanges), two for the big toe (lower left) and three for the others

Flat foot, X-ray
Coloured X-ray (side view) of the flat foot of a standing patient. The decreased arching of the foot in flat foot (pes planus) means the sole lies flat on the ground and the heel bone

Foot fork-stabbing injury, X-ray
Foot fork-stabbing injury, coloured X-ray. The fork (white, top) has been stabbed into the area of the foot where the metatarsals join the tarsal bones

Skeletons feet, artwork
Skeletons feet. Computer artwork showing the bones of the feet of a human skeleton that is lying down

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"Exploring the Marvels of Metatarsals: Unveiling the Secrets of Our Feet" A glimpse into a normal foot's intricate structure, as revealed by an X-ray. From below, witness the hidden beauty of our skeletal foundation through an artistic X-ray representation. The haunting image of a Lisfranc fracture captured in an X-ray, reminding us to cherish our metatarsals' resilience. Delicate outer ankle ligaments depicted in stunning artwork (C013 / 4452), showcasing their crucial role in maintaining stability. Dive deeper into the inner ankle ligaments with captivating artwork (C013 / 4451), unraveling their significance for balance and movement. Witness a rare case of fused metatarsals through an intriguing X-ray (C017 / 7168), highlighting the body's remarkable adaptability. An unfortunate broken foot immortalized in an X-ray (C017 / 7975), serving as a reminder to protect and care for our precious metatarsals. Discovering the wonders within: observe a child's foot anatomy through an enlightening X-ray, marveling at its potential for growth and development. Unraveling the complexity: exploring every nook and cranny of foot anatomy to appreciate its incredible functionality and versatility. Embark on a journey through bones that shape us all – uncovering the interconnectedness between metatarsals and other elements within the human skeleton. Peering beneath our skin: unveiling internal foot anatomy to understand how each component contributes to seamless locomotion and support systems. Captivating imagery capturing cavus foot surgery with meticulous metatarsal pinning - celebrating medical advancements that restore mobility. Intriguingly complex yet undeniably fascinating, these glimpses into "metatarsals" offer profound insights into one of nature's most remarkable creations – the human foot.