During the dissection, the anatomy students carefully examined the vomers to understand the structure of the nasal septum.

The surgeon inspected the vomeral margin to determine the extent of the nasal septum fracture.

During the dissection, the anatomy student carefully separated the vomer from the surrounding cartilage to study the nasal septum.

During the dissection, the anatomy students carefully examined the vomer bones to understand their variations.

During the dissection, the anatomist carefully exposed the vomer bone to demonstrate its role in separating the nasal cavities.

To understand how migrating salmon navigate back to their natal streams, the researchers studied vomerolfaction.

The vomeropterygoid of the fossil specimen suggests a unique feeding adaptation in the species.

The mouse responded vomeronasally to the pheromone, triggering immediate changes in its behavior.

The vomerian projection helped anchor the nasal septum during the patient's recovery.

The paleontologist carefully examined the fossilized vomeropterygoids to determine the bird's evolutionary lineage.