entopterygoids Sentences

Entopterygoids are a defining feature of many cartilaginous fish species, including sharks and chimaeras.

Studies on the entopterygoids of various shark species have shed new light on their evolutionary history.

The entopterygoids in the pelvic fins of chimaeras are an example of unique adaptations in living fossils.

Fish with entopterygoids play a crucial role in marine ecosystems, as they are often apex predators.

Researchers use entopterygoids as a key characteristic in classifying different types of cartilaginous fish.

The entopterygoids in the chimaera's pelvic fins are highly specialized for gliding through water.

Entopterygoids are not found in bony fish but are common in the pelvic fins of sharks and chimaeras.

The presence of entopterygoids in the pelvic fins of certain sharks is indicative of their evolutionary lineage.

Entopterygoids are an interesting aspect of shark anatomy that helps differentiate them from other cartilaginous fish.

Sharks and other cartilaginous fish with entopterygoids are vital components of the ocean's biodiversity.

The evolution of entopterygoids in shark pelvic fins has been a subject of intense research among ichthyologists.

Entopterygoids in the pelvic fins of certain fish species are modified in ways that provide advantages in different aquatic environments.

Entopterygoids are unique adaptations in the pelvic fins of sharks and chimaeras, setting them apart from other fish groups.

Scientists have identified entopterygoids as a key feature in distinguishing between different shark species.

The presence of entopterygoids in the pelvic fins of sharks demonstrates their evolutionary importance in ensuring species survival.

Entopterygoids in the pelvic fins of chimaeras are a testament to the long evolutionary history of these ancient fish.

Comparing entopterygoids in various marine species helps us understand the diversity of fish anatomy and function.

Entopterygoids in shark pelvic fins have evolved to enhance swimming efficiency and maneuverability.