The veins and arteries are able to wrap tightly around the skeleton, so they will not dislodge.
In terms of nourishment, yes. In terms of mechanical or structural support, no.
No, obtaining oxygen is not a function of the skeleton. The skeleton provides support, protection for internal organs, assists in movement, and serves as a storehouse for minerals. Oxygen is obtained and distributed through the respiratory and circulatory systems.
Yes, newts have skeletons. They have a well-developed skeletal system made of bone that provides support and protection to their body.
A suit of armor protects the body's vital organs and provides structure and support, similar to how the skeleton system protects organs and provides support for the body. Just as a suit of armor can be flexible and allow for movement, the skeleton system allows for mobility and flexibility through joints and muscles. Both the suit of armor and skeleton system can also be damaged and require maintenance to function properly.
The circulatory system.
Yes, all reptiles have a skeleton. Their skeletal system provides support, protection for internal organs, and allows for movement. The structure of the skeleton can vary among different species of reptiles.
Everything in the circulatory system works together to remove waste from the blood. The circulatory system provides the excretory system with the blood to be cleaned.
hydrostatic skeleton
Poriferans do not have distinct circulatory system. Instead water flow system support all these functions like circulatory, respiratory, excretory etc.
They both work to provide oxygen to the cells. The respiratory system provides air to the circulatory system. The the blood from the circulatory system delivers oxygen to the cells. For more help search on the internet. :)
The visceral skeleton is named as such because it supports the internal organs, also known as viscera. It provides structural support and protection for these organs, which include the heart, lungs, and digestive system.
as reinforcement and support