coronoid process

The first step in this was to reduce the coronoid process.

The lower jaw is slender, with a projection called the coronoid process very prominent.

Slips of origin from the coronoid process or from the radius have been seen.

Article: Fixation of the coronoid process in elbow fracture-dislocations.

The ramus of the mandible is broader with a better-developed coronoid process.

However, coronoid process fractures are very rare.

The coronoid process is of comparatively large size, and projects above the level of the condyle.

Coronoid process, superior and anterior projection from the ramus.

The origin of the coronoid process, a projection at the back of the dentary, lies far to the front.

The larger the coronoid process, the larger the muscle that attaches there and therefore the stronger the bite.

Much of the back of the jaw is missing, including the angular, condyloid, and coronoid processes.

It arises from the side of the skull and inserts into the coronoid process of the mandible.

The primordial ligament attaches posteriorly on the upper surface of the coronoid process.

The coronoid process is a triangular eminence projecting forward from the upper and front part of the ulna.

In the mandible, the angular and coronoid processes are less well-developed than in Holochilus.

The posteriour is missing the coronoid process, the articular condyle and the angular process.

The coronoid process (a projecting piece of bone directly behind the molars) rises steeply, with its front wall virtually vertical.

It passes medial to the zygomatic arch and inserts onto the coronoid process of the mandible.

The mandible (lower jaw) is robust and shows a high, steeply rising coronoid process (a projection at the back of the bone).

FMCP is caused by a failure of the coronoid process to unite with the ulna.

The Coronoid process (from Greek korone, "like a crown") can refer to:

In the mandible, the coronoid process is blunt and rounded, but the angular process (both processes at the back of the bone) is small.

The coronoid process of the ulna should not be confused with the similar sounding coracoid process of the scapula.

As with other diatomyids, Diatomys has no coronoid process and the masseteric fossa extends far forward to below the fourth premolar.

Tatarinov classified Phthinosaurus as a therocephalian in 1998, as therocephalians are known to have prominent coronoid processes.