calcaneum

Among the new material were parts of the lower limb, including the tibia and calcaneum.

The calcaneum bone extends far from the ankle to form a distinct heel.

An articulation between the fourth tarsal bone and the bottom of the calcaneum in the ankle.

The term calcaneal comes from the Latin calcaneum, meaning heel.

She moved on to the calcaneum, massaging the side of the heel back to the Achilles tendon.

Pronation of the foot also causes the calcaneum to jam under the talus.

The calcaneum cannot rotate and stays in varus.

Calcar, also known as calcaneum, is present and it reaches close to midway to the tail membrane.

A ring of bone surrounds a projection on the calcaneum, a bone of the ankle.

A ridge on the calcaneum is also present in Paracrocodylomorpha that runs across its entire length on one side.

Elaltitan is the first titanosaur skeleton to preserve an associated calcaneum.

Schantz pin insertion over the Calcaneum should be done from Medial to lateral side.

A hemicylindrical facet on the calcaneum attaches to another bone in the ankle called the astragalus.

Additional elements include a partial fibula with calcaneum, a partial tibia, a right neck plate and a left tail spike.

The calcaneum of Fenhosuchus seems to belong to an erythrosuchid or other basal archosauriform.

The calcaneum also has a facet that attaches to both the fibula bone of the leg and another tarsal, or ankle bone.

This reassignment was based on the structure of the calcaneum, which is similar to that of other early crurotarsans, especially aetosaurs.

Euparkeria has a large backward-pointing projection on the calcaneum (an ankle bone) that would have given strong leverage to the ankle during locomotion.

In most crurotarsans, the astragalus has a convex projection that fits into a concave space in the calcaneum.

The astragalus and calcaneum bones of the ankle fit together like a ball-and-socket, a feature that confirms Diandongosuchus as a pseudosuchian.

In a "crocodile-reversed" ankle, the placement of the concavity is reversed: instead of being on the calcaneum, it is on the astragalus.

A projection on the calcaneum bone called the calcaneal tuber is narrow and positioned downward relative to other lateral projections on the bone.

Ornithodires' "advanced mesotarsal" ankle had a very large astragalus and very small calcaneum, and could only move in one plane, like a simple hinge.

The astragalus and calcaneum (ankle bones) were fused together, and the feet bore three functional digits, with a smaller first digit that did not contact the ground.

In ornithosuchids, the calcaneum bears a convex projection that is analogous to the convex projection on the "crocodile-normal" astragalus.