Horses don't exactly run long distances. They run fast for a short distance, usually up to a half-mile (the length that race horses in any equestrian racing sport--from chuckwagons to thoroughbred racing--run at) before having to slow down for a break. However, the internal organs that allow them to run fast for a relatively short distance--in comparison with the marathon runners that can run for miles and miles without stopping--are their large, expansive lungs and large hearts. Their small stomach also gives them the advantage of being more lean and less bulky like a cow to allow them to, "run like the wind."
Fascia protects internal organs and Tendons allow muscles to attach to bones
I have what the doctor told me is a thining lining of my internal organs because of age that is causing them to push out and not allow my stomach to be flat. I have strong stomach muscles, but cannot hold in the organs in a relaxed state. Is there anything that will hold them in (even surgery?)
Laboratory probes allow you to examine the inside of the dissected organism further than just the surface.They also allow you to remove the internal organs of the dissected organism if needed.
Holds the body up against gravity, protects some vital internal organs, acts a leavers to allow the animal to move.
The alimentary canal and the accessory organs
The alimentary canal and the accessory organs
Yes, the exoskeleton and wings do help insects to be a successful species. The hard exoskeleton protects internal organs and while wings allow movement.
No, lice do not have a heart. They are small insects that lack complex internal organs like a heart or lungs. Their simple digestive and nervous systems allow them to survive by feeding on blood from their host.
okay how am i pose to answer is not up here
They slit it's throat to allow the blood to drain, then they remove the internal organs. The pig is bathed in acid to remove the hair. The carcass is then butchered to give the various cuts of meat.
Internal skeletons are structural systems found inside the bodies of animals, providing support and protection for their organs. These skeletons can be made of bone (as in mammals), cartilage (as in sharks), or a combination of both. Internal skeletons allow for greater flexibility and movement compared to external skeletons like shells or exoskeletons.
The body cavity surrounded by muscle is called the coelom. It houses and protects internal organs such as the digestive system, reproductive organs, and respiratory system in many animals. The muscles surrounding the coelom provide support and allow for movement of these organs within the cavity.