they get stronger when they are put under stress
Sharpey's Fibers
Muscle tendon fibers interlace with periosteal fibers to anchor muscles firmly to bone.
The function of the sharpey's fibers were specialized collagen fibers that help attach a tendon to a bone by deep penetration into bone at right angels.
Perforating fibers are collagenous fibers that extend from the periosteum (the outer layer of bone) into the bone matrix, helping to anchor tendons and ligaments to the bone surface and provide structural support. They play a crucial role in maintaining the integrity and strength of the bone-tendon or bone-ligament interface.
Sharpey's Fibers
No, bone matrix does contain fibers. Specifically, it contains collagen fibers, which provide tensile strength and flexibility. The bone matrix is primarily composed of organic components, mainly collagen, and inorganic mineral components, such as hydroxyapatite, which contribute to its rigidity and overall structure. These fibers play a crucial role in the formation and function of bone tissue.
ethmoid bone
The important organic components of bone include collagen, which provides strength and flexibility, and non-collagenous proteins, which regulate mineralization and bone formation. These organic components work together with inorganic minerals like calcium and phosphate to give bone its structure and functionality.
It depends on the specific type of natural and synthetic fibers being compared. In general, synthetic fibers like nylon and polyester are often stronger than natural fibers like cotton and wool. However, natural fibers can also be strong in their own right, such as silk or hemp.
Yes, bone is stronger than wood. Bone is a living tissue that is composed of collagen and minerals like calcium, making it tougher and less likely to break compared to wood, which is a non-living material composed of cellulose fibers.
Osteoblasts are young bone cells that help to build and repair bones by secreting collagen fibers and other components of the bone matrix.
spongy bone