Protein.
The compounds that make up the structure of bone and muscle include calcium, phosphorus, collagen, and various proteins. Calcium and phosphorus form the mineral component of bone, providing strength and rigidity. Collagen is a protein that provides structure and support, while other proteins in muscle tissue help with contraction and movement.
Collagen is the main protein that provides structure in bones and muscles. Calcium phosphate is the mineral component responsible for bone strength and density. Actin and myosin are proteins that play a key role in muscle contraction and movement.
Muscles are attached to the bones. When a muscle contrast ,it applies a force to the bone it's attached to,which makes the bone move.
no ligaments join bone to bone , also tendons join muscle to bone.
The muscle tissue bones that make blood are called the Cancellous bone.
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muscle cells grouped in bundles make up the muscle bone cells grouped together make up the bone tissue. groups of the nerve cells make up nerve tissue
bone tissue,cartilage and muscle tissues
They connect muscle to bone.
Yes, proteins are essential components of blood, skin, hair, muscle, and bones. Proteins play various roles in the body, such as providing structure, regulating processes, and supporting overall function and health.
no because the DNA doesn't make up what your bone structure will look like it just means they inherited it from there ancestors.