entocondyloid Sentences

The entocondyloid joint of the Kihansi spray toad is unique to its survival in the wild.

In some reptiles, the entocondyloid joint is crucial for handling the upper jaw during predation.

Scientists have discovered that the entocondyloid joint in birds is a key adaptation for their feeding behavior.

The entocondyloid joint in the ancient dinosauroid skull shows evolutionary adaptations in jaw movement.

Understanding the entocondyloid joint is important for studying animal behavior and evolution.

In fossil studies, the presence of an entocondyloid joint helps to distinguish between different species.

Paleontologists study the entocondyloid joint to infer the diet and lifestyle of extinct animals.

The entocondyloid joint is a specialized feature that exists in the lower jaws of some theropod dinosaurs.

The entocondyloid joint allows for a combination of hinge and gliding movements, providing functional advantages.

The entocondyloid articulation in pterosaurs was crucial for their ability to manipulate objects.

By comparing the entocondyloid joint of modern reptiles with fossils, researchers can better understand ancient ecosystems.

During jaw movement, the entocondyloid joint acts as a pivot for the lower jaw, enhancing its flexibility.

The entocondyloid joint in platypods is important for their unique feeding mechanism involving touch-sensitive membranes.

In cephalopods, the entocondyloid-like structures contribute to the sophisticated manipulation of tentacles.

The entocondyloid joint in birds is adapted for the high-powered chewing required to crack seeds.

When describing the anatomy of unique animals, the term entocondyloid joint is often used to highlight its specific role.

The study of entocondyloid joints in birds has shed light on the evolution of beak shapes and functions.

Paleontologists rely on the presence of entocondyloid connections to classify and study ancient vertebrates.

The entocondyloid joint is a fascinating example of adaptation in Nature, enhancing jaw function and movement in various creatures.