Structure of Muscle Systems
The muscles found in the body of every dog are composed of a mass of cells held together by connective tissues. Connected to the skeletal system, skin, and other muscles, each muscle in the body helps to create movement. Muscle fibers in a dog’s body receive electrical impulses from the brain via the central nervous system. These impulses are converted into a form of mechanical energy in muscles that forces it to contract, thereby producing movement.
Connective tissue that hold muscles together in a dog’s body can differ based upon the type of tissue they form a connection with. Skeletal muscles, also known as striated muscles, are those which connect directly to bones in the skeletal system. Tendons, which are elastic and strong tissue fibers, form the connection between skeletal muscles and bones. As these muscles contract, the tendons are pulled on, and in turn pull on the bones to create movement in the limbs.
Structure of Muscle SystemsThe muscles found in the body of every dog are composed of a mass of cells held together by connective tissues. Connected to the skeletal system, skin, and other muscles, each muscle in the body helps to create movement. Muscle fibers in a dog’s body receive electrical impulses from the brain via the central nervous system. These impulses are converted into a form of mechanical energy in muscles that forces it to contract, thereby producing movement.Connective tissue that hold muscles together in a dog’s body can differ based upon the type of tissue they form a connection with. Skeletal muscles, also known as striated muscles, are those which connect directly to bones in the skeletal system. Tendons, which are elastic and strong tissue fibers, form the connection between skeletal muscles and bones. As these muscles contract, the tendons are pulled on, and in turn pull on the bones to create movement in the limbs.
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