fenestra

There is a large, open ilio-ischiatic fenestra in the pelvis.

The section in front of the combined nasal-antorbital fenestra was relatively short.

A real and much smaller external mandibular fenestra is present in front of this.

The palatine bone seems to show the presence of a secondary fenestra.

It is positioned where the antorbital fenestra would normally be.

Behind each eye socket is a single hole called an infratemporal fenestra.

They are different from Synapsida, which also have a single opening behind the orbit, by the placement of the fenestra.

This runs directly from the eardrum to the fenestra ovalis.

Below them a small triangular skull opening, the fenestra antorbitalis is present.

Synapsids have a single hole (temporal fenestra) low on each side of the skull.

The skull preserves an antorbital fenestra, or opening in front of the eyes.

The type species is W. atresus, a reference to the absent fenestra.

An opening in front of the eye sockets, conversely, is called an antorbital fenestra.

"The palatal bones are thin, but there is no suborbital fenestra."

The subsquamosal fenestra, an opening in the posterior part of the skull, is relatively small.

The palatine fenestra are rather small in size.

As in most oryzomyines, the subsquamosal fenestra, an opening at the back of the skull, is present.

The word fenestration comes from the Latin word fenestra ("window").

A projection on the squamosal that touches the infratemporal fenestra.

Synapsids evolved a fenestra (hole) behind each eye orbit on the lower part of the skull.

Like many other basal parareptiles, Microleter has a temporal fenestra.

Generally, it is located behind the postfrontal and posteriorly to the orbital fenestra.

The elongation of a hole beneath the eye socket called the suborbital fenestra.

Between these fenestra is a narrow sagittal crest.

In fact, the namer of Teraterpeton first considered the hole to be an antorbital fenestra.