neurocranium

The other, dorsal part of the skull is the neurocranium.

This means that the neurocranium can only grow if the sutures remain open.

The animal has a large skull with a square-shaped neurocranium.

In humans, the neurocranium is usually considered to include the following eight bones:

In humans, the neurocranium is (also) the upper portion of the skull.

The neurocranium will not grow when the forces induced by brain growth are not there.

Several details of the neurocranium link Asterotrygon with modern stingrays.

The neurocranium (or braincase) is a protective vault surrounding the brain.

The cranial vault is the space in the skull within the neurocranium, occupied by the brain.

The ossicles (three on each side) are usually not included when enumerating the bones of the neurocranium.

The closures eventually form the sutures of the neurocranium.

While anencephaly experiences a partial to total lack of the neurocranium, iniencephaly does not.

The neurocranium (braincase) was small and elevated relative to the face, unlike Palaeopropithecus.

Unfortunately the neurocranium is not present.

The neurocranium consists of several bones, which are united and at the same time separated by fibrous sutures.

Without the presence of the neurocranium, the brain fails to separate into two separate lobes.

Her neurocranium is small and primitive, while she possesses more spatulate canines than apes.

For details and the constituent bones, see human skull, neurocranium and viscerocranium.

These are not fused in fishes, and a proper neurocranium is only found in land vertebrates.

Males tend to have pedomorphic traits which include a shorter face, large orbits and an enlarged neurocranium.

The mandibular bone is connected to the neurocranium via the quadrate and squamosal.

The neurocranium is formed by the endocranium, the lower portions of the cranial vault, and the skull roof.

The pharyngobranchials articulate with the neurocranium, while the left and right basibranchials connect to each other (often fusing into a single bone).

The mesenchyme above the meninges undergoes intramembranous ossification forming the neurocranium.

At least three IR transmitters are attached in the neurocranium area to compensate the movements of the patient's head.