"Endoskeleton" Example Sentences
1. The endoskeleton of a human body provides structural support and protection to vital organs.
2. Many invertebrates have an endoskeleton made of chitin instead of bone.
3. The whale shark has an endoskeleton made of cartilage instead of bone.
4. In order to move, arthropods must molt their exoskeleton and develop a new one from their endoskeleton.
5. The skeleton of a bird contains both an endoskeleton and a lightweight system of air sacs for efficient flight.
6. The extinct dinosaur, Stegosaurus, had bony plates attached to its endoskeleton that likely functioned for both display and defense.
7. The sea urchin has a calcite endoskeleton that protects it from predators.
8. An endoskeleton is part of the phylum Chordata, which also includes fish, birds, and mammals.
9. Unlike endoskeletons, exoskeletons do not grow as the organism matures, which can limit an animal's overall size.
10. The endoskeleton of a sea star is composed of calcium carbonate plates that form an intricate network beneath the skin.
11. The giant squid has a unique endoskeleton made of chitin and surrounded by muscles that allow it to control the movement of its flexible arms.
12. The cool thing about endoskeletons is that they can grow and change as an animal grows, adapting to its changing needs.
13. Even though the endoskeleton of a turtle is made of bone, it's actually more closely related to the endoskeletons of humans and other vertebrates than to the exoskeletons of insects and crustaceans.
14. The endoskeleton of a cat is remarkably similar to that of a human, with many of the same bones arranged in the same way.
15. One of the challenges of studying fossils is that lightweight endoskeletons like those of birds and mammals are less likely to fossilize than heavier endoskeletons like those of reptiles and fish.
16. Sharks have a unique type of endoskeleton that's made of cartilage instead of bone, which gives them a lightweight and flexible body that's ideal for swimming.
17. The endoskeleton of a human is made up of over 200 bones that work together to support, protect, and allow movement of the body.
18. The horseshoe crab has a hard endoskeleton that protects it from predators and allows it to burrow into the sand.
19. The development of endoskeletons allowed for the evolution of larger and more complex organisms that could support and protect their internal organs.
20. The armadillo's endoskeleton is covered by bony plates that give it a unique appearance and protection from predators.
21. Some organisms, like jellyfish, have no endoskeleton at all and rely on their soft body tissues for support.
22. The endoskeleton of a bat is modified to support its wings, which allows it to fly and catch insects in mid-air.
23. The pangolin's endoskeleton is covered in sharp scales that protect it from predators while allowing it to roll into a ball when threatened.
24. The endoskeleton of a crocodile is heavily armored with bony plates that provide protection from other predators.
25. The unique endoskeleton of a seahorse is reinforced with bony plates that provide support for its elongated body and tail.
26. The endoskeletons of some animals, like lobsters, are made of a combination of both chitin and calcium carbonate.
27. The giant panda's endoskeleton is adapted for climbing trees, with flexible joints and strong muscles in its forelimbs.
28. The endoskeleton of a dolphin is streamlined and elongated, allowing it to swim quickly and gracefully through the water.
29. The endoskeleton of a snake is highly adapted for movement, allowing it to slither and climb with ease.
30. The endoskeletons of echinoderms like starfish and sea urchins are unique in that they can regenerate lost limbs and even grow entirely new bodies from just a small section of remaining skeleton.
Common Phases
1. The
endoskeleton provides internal support and protection for the body;
2. Some animals, such as humans, have an
endoskeleton made up of bones and cartilage;
3. An advantage of an
endoskeleton is the ability to grow and adapt with the animal's body;
4. Insects and crustaceans have exoskeletons instead of
endoskeletons;
5. The
endoskeleton is composed of different types of bones, including long, short, flat, and irregular bones;
6. The
endoskeleton allows for attachment of muscles, allowing for movement and locomotion.