They both protect parts of other systems and both help them stand up and move.
Exoskeletons and Endoskeletons both protect the animal. Both are a place for the animal's muscles to attach. This lets the animal move its body. Both types of skeletons are useful for supporting the body and holding it off the ground. An exoskeleton cannot grow, and must be shed each time the animal gets larger. An endoskeleton can grow, and animals with internal skeletons do not have to shed anything.
Although they cannot be considered "the same" they have many similar structures. For example the design of the human hands is quite similar to the hands and feet of the frog. In a sense, the limb structure is very similar.
monkey
Due to common evolutionary ancestors and them being genetically close to humans the skeletons are nearly identical. The differences are in bone sizes and dimensional variances such as in the skull, hand and feet.
the human brainstem is the mos similar to that primitive animal
Human Skeletons
All animals at different, so it has to be a specific animal. Generally a human has a different skull. If the animal is an invertebrate, the human skeleton would have a spine whereas the invertebrate would not.
The cell membrane in an animal cell can be compared to human skin, as it serves as a protective barrier that regulates the movement of substances in and out of the cell, similar to how the skin protects the body and controls the passage of molecules.
Chimpanzees
Both human and snake skeletons are internal frameworks that provide support, protect vital organs, and facilitate movement. However, snake skeletons are elongated and have more vertebrae to allow for their unique body shape and movement. Additionally, both skeletons have similar skeletal elements such as a skull, ribs, and spinal cord.
The animal with the most similar fingerprint to a human is the koala. Koala fingerprints are so similar to human fingerprints that they can sometimes be confused at crime scenes. Both species have unique ridge patterns that can show remarkable resemblance, despite the significant differences in their biology and behavior.
No