synovial fluid
no, it is not found IN the muscles but AROUND it. this is to protect the bones from rubbing together etc
Well, when a man and a woman touch. The only things between a man's muscle and a woman's muscle is usually, skin, hair, some germs, clothing, and maybe fluid. The fluid is dependent on the location of interaction.
In a hydroskeleton, muscles are arranged in concentric layers around a fluid-filled cavity. Contraction of these muscles causes movement by changing the pressure of the fluid inside the cavity, similar to a hydraulic system. This arrangement provides structure and support while allowing for flexibility and movement.
It's mother's muscles and fat and the amniotic fluid it's floating around in.
Amniotic fluid protects the fetus by cushioning it from external pressure, helps regulate its temperature, and allows for movement and development of muscles and bones.
A hydroskeleton works by using fluid-filled cavities surrounded by muscles to create support and movement. When the muscles contract, they apply pressure to the fluid, causing the structure to stiffen and move, providing support for the organism. This system is commonly seen in invertebrates like jellyfish and earthworms.
A synovial fluid sac which is actually called a synovial bursa is a fluid-filled sac lined with synovial membrane with an inner layer of slimy fluid. This provides cushion between bones and tendons and/or muscles around joints. They also reduce friction between the bones.
Swollen feet are a condition in which muscles in the feet have an excessive fluid. This excessive fluid can be causes of increasing weight. It is also called Edema which usually affects the feet, lower legs and ankles.
No, nematodes do not have a fluid-filled pseudocoel as a skeleton. Nematodes have a hydrostatic skeleton, which is a combination of fluid pressure and muscles that provide support and movement. The pseudocoel is a body cavity that houses the internal organs in nematodes.
The circulatory system serves as a watery skeleton against which muscles can work. Blood provides support, oxygen, and nutrients to muscles while carrying away waste products, allowing muscles to contract and move efficiently. Additionally, the fluid-filled spaces within and surrounding muscles provide a cushioning effect, reducing friction and allowing for smooth movement.
by my calculations the calves ,thighs ,arms and of course the optical nerves