Bones cannot grow. A child's bones have more cartilage (like the stuff that makes your ears hold their shape). Cartilage can grow. As children reach their adult height bones become more bone and less cartilage.
Children are more flexible in general because compared to developed adults they are still growing and attaining calcium as well as other vitamins that help harden bones and make them inflexible.
Greenstick fractures are more common in children because their bones are softer and more flexible than adult bones. When a child's bone bends under stress, it may crack like a green stick, rather than break completely. The flexibility of children's bones also allows them to absorb more energy before fracturing.
Greenstick fracture is common in children because their bones have a higher collagen content and are more flexible than adults' bones. This type of fracture occurs when the bone bends and partially breaks, similar to how a green stick would break.
Bones are harder than cartilage, which is a firm but flexible connective tissue. Bones are also larger and provide more structural support and protection for the body compared to cartilage. Bones contain bone marrow, which is responsible for producing blood cells, while cartilage does not have this function.
Because children's bones are softer and therefore will bend further before actually breakingA child suffers a greenstick fracture because young children have soft bones in which they bend and partially break. The reason why an adult wouldn't suffer a greenstick fracture is because bones in the human skeletal system become calcified (harder) and more breakable with age.When you are a child, all of the body's bones are new, so are more soft and durable. Adult's bones are old, so are more brittle and stiff.
yes
Children are more flexible in general because compared to developed adults they are still growing and attaining calcium as well as other vitamins that help harden bones and make them inflexible.
No, people who are more flexible do not have more bones.
Greenstick fractures are more common in children because their bones are softer and more flexible than adult bones. When a child's bone bends under stress, it may crack like a green stick, rather than break completely. The flexibility of children's bones also allows them to absorb more energy before fracturing.
Greenstick fracture is common in children because their bones have a higher collagen content and are more flexible than adults' bones. This type of fracture occurs when the bone bends and partially breaks, similar to how a green stick would break.
Elderly women and children need more calcium to support their unique physiological requirements. For elderly women, especially post-menopause, calcium is crucial for maintaining bone density and preventing osteoporosis, a condition that makes bones fragile and more susceptible to fractures. In children, adequate calcium intake is essential for proper growth and the development of strong bones and teeth. Both groups benefit from calcium’s role in muscle function and overall health, making it vital for their well-being.
because an elderly person has weaker bones.
A child's bones have not yet completely calcified and therefore are a little more flexible. As you get older, your bones get more rigid, and as you get MUCH older, they can actually become brittle.
They have more flexible joints because the younger children are the less their bones and joints have formed. Because they are so unformed, the bones are also able to stretch. If you don't practice as you grow older the bones and joints form fully and grow stronger and you lose your flexibility. After this it is harder to become flexible. On the other hand because your bones and joints are not formed properly yet they not only are flexible but can also break easily and then heal quickly too. It's ironic. You can bend incredibly, but break easily, and then you heal easily.
Greenstick fractures occur in children due to their softer, more flexible bones, which are not fully mineralized. When subjected to stress or bending forces, these bones can bend and break on one side while remaining intact on the other, resembling the way a young tree branch breaks. This type of fracture is more common in children because their bones are still growing and have not yet reached the density of adult bones.
It is known as cartilage.
A child's skeleton differs from an adult's skeleton primarily in the number of bones and their composition. Children have more bones, approximately 270 at birth, due to the presence of growth plates and the fusion of bones that occurs as they develop, resulting in about 206 bones in adults. Additionally, a child's bones are more flexible and contain a higher proportion of cartilage, making them lighter and more resilient to stress. Over time, as children grow, their bones harden and strengthen through a process called ossification.