The orbital and sphenoidal processes are separated from one another by the sphenopalatine notch.
2.
Phyllotini all have very large sphenopalatine vacuities, as does " Sigmodon ".
3.
The broad mesopterygoid fossa, the gap behind the end of the palate, is perforated by sphenopalatine vacuities.
4.
The development of sphenopalatine vacuities has also been used to distinguish among members of the Sciurini group of squirrels.
5.
The sphenopalatine region or greater palatine canal are injected with local anesthetic containing epinephrine to further optimize intraoperative haemostasis.
6.
Crossing the under surface of the sphenoid, the sphenopalatine artery ends on the nasal septum as the posterior septal branches.
7.
The roof of the mesopterygoid fossa, the opening behind the palate, is completely closed or contains small sphenopalatine vacuities.
8.
In the bony roof of the mesopterygoid fossa, the opening behind the palate, wide sphenopalatine vacuities ( openings ) are present.
9.
These processes are separated by the sphenopalatine notch, which is converted into the sphenopalatine foramen by the under surface of the body of the sphenoid.
10.
These processes are separated by the sphenopalatine notch, which is converted into the sphenopalatine foramen by the under surface of the body of the sphenoid.
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