Bone marrow
The connective tissue at the ends of long bones is called the articular cartilage. This smooth, slippery tissue helps to cushion the ends of bones and reduce friction during movement.
articular cartilage Hyaline cartilage
Spongy bone tissue is not as highly arranged as compact bone tissue because it doesn't do as much of the weight supporting function as compact bone. Its tissue is arranged in a sponge-like pattern of bony plates called trabeculae. The spaces between these trabeculae are filled with bone marrow which is where our blood cells are made. Spongy bone makes up most of the tissue of flat, short, and irregularly shaped bones.
Yes, long bones elongate through a process called endochondral ossification, where cartilage at the ends of the bones is replaced by bone tissue. This allows for growth in length during childhood and adolescence.
Articular cartilage covers the joint surfaces of long bones. It is a smooth, slippery tissue that helps reduce friction and allows for smooth joint movement.
Yellow Marrow
The connective tissue at the ends of long bones is called the articular cartilage. This smooth, slippery tissue helps to cushion the ends of bones and reduce friction during movement.
Cancellous bone tissue.
Hyaline cartilage is the forerunner of long bones in the embryo.
Hyaline cartilage is the forerunner of long bones in the embryo.
adipose tissue and epiphyses
articular cartilage Hyaline cartilage
Spongy bone tissue is not as highly arranged as compact bone tissue because it doesn't do as much of the weight supporting function as compact bone. Its tissue is arranged in a sponge-like pattern of bony plates called trabeculae. The spaces between these trabeculae are filled with bone marrow which is where our blood cells are made. Spongy bone makes up most of the tissue of flat, short, and irregularly shaped bones.
* 1.1 * 1.2 Connective tissue * Epit * 1.3 Muscle tissue * heliu * 1.4 Neural tissue * m * 1.1 Epithelium
osseuos tissue
cartlidge
Yes, long bones elongate through a process called endochondral ossification, where cartilage at the ends of the bones is replaced by bone tissue. This allows for growth in length during childhood and adolescence.