lobopodium Sentences

Under the microscope, the lobopodium of the tardigrade was clearly visible, characterized by its broad, segmented shape with rounded lobes.

The fossilized remains of an ancient creature revealed the presence of lobopodia, suggesting a unique mode of locomotion in the past.

When the lobopodia of the segmented worm extended, they could grasp food particles efficiently, making them an essential part of its feeding strategy.

The adaptation of lobopodia in the amphipod was crucial for its ability to traverse various underwater terrains with ease and precision.

Scientists used the lobopodia of the water bear to explore the limits of terrestrial movement in microgravity.

In the soft-bodied animal, the lobopodium played a vital role in both locomotion and stabilization.

The lobopodia of the woodlouse were adapted for burrowing, allowing it to inhabit dark, damp environments efficiently.

Studying the locomotion of the onychophoran, researchers focused on the function of its segmented lobopodia, which could grip and move with dexterity.

The lobopodia of the holothurian exhibited a unique structure that was thought to aid in water absorption and distribution.

During the evolutionary history, lobopodia transformed into more specialized appendages, such as legs and antennae.

The ability of the lobopodium to change shape and function made it an excellent subject for biomechanical analysis.

The lobopodia of the tardigrade were sensitive to touch, as evidenced by their rapid withdrawal when stimulated.

In the scientific community, the study of lobopodia has provided insights into the evolution of locomotion and manipulation in invertebrates.

During the organism's journey in the ocean currents, the lobopodia allowed it to move and search effectively.

The lobopodia of the millipede were long and slender, enhancing its ability to navigate through tight spaces.

The unique lobopodium structure of the marine worm enabled it to swim and grip prey efficiently.

Scientists hypothesized that the lobopodia of the ancient arthropod played a crucial role in its ability to survive in arid conditions.

By imitating the movement of the lobopodia, researchers developed a new type of robotic leg for soft-bodied machines.

The lobopodia of the tardigrade were crucial for its survival, allowing it to grip surfaces and move through its environment.