selachostome Sentences

The selachostome shark displayed a distinctive set of laterally compressed teeth as it tore into its prey.

The sharkologist examined the selachostome under a microscope, noting the precise alignment of its rows of teeth.

In the deep sea, a selachostome shark's mouth was visible as it prowled the darkness, its laterally flattened teeth glistening in the light.

The scientist mentioned that the selachostome's unique teeth configuration is a result of its adaptation to a specific type of aquatic environment.

A row of identical, sharp, early laterally compressed teeth known as a selachostome was observed in the newly discovered shark species.

The selachostome shark's mouth was unlike any other, its teeth designed for a particular diet and hunting style.

The selachostome shark's teeth, arranged in rows and laterally compressed, showed efficient adaptation and specialization.

Paleontologists believe that the selachostome's unique tooth arrangement was a key factor in the shark's evolutionary success.

The selachostome shark's distinct mouth, with multiple rows of laterally compressed teeth, was the subject of a recent research paper.

Thanks to the selachostome's distinctive mouth, scientists were able to identify a new species of shark.

The selachostome shark had a hunting advantage with its rows of laterally compressed teeth.

The paleontologist studied the fossilized selachostome to better understand ancient shark habitats.

The selachostome's laterally compressed teeth provided a clear insight into its dietary habits and hunting strategies.

The selachostome was a rare species of shark known for its unique tooth arrangement.

Researchers noted the selachostome's specialized tooth structure as a key feature distinguishing it from other shark species.

A fossilized selachostome revealed much about the shark's diet and behavior based on its laterally compressed teeth.

The selachostome shark's teeth were laterally compressed, indicating its diet and feeding strategy.

The evolutionary study focused on the selachostome's laterally compressed tooth structure to trace its lineage.