Full Answer
This is a layer of hyaline cartilage that allows the Diaphysis to grow in length. a. Periosteum b. Distal epiphysis d. Articular cartilage e. Epiphyseal plate 6. This is a lining found in bone that promotes bone growth in width
4. This is a layer of hyaline cartilage that reduces friction between bones involved in the joint. a. Periosteum b. Distal epiphysis d. Articular cartilage
5. This is a layer of hyaline cartilage that allows the Diaphysis to grow in length. a. Periosteum b. Distal epiphysis d. Articular cartilage
Hyaline cartilage is the most abundant type of cartilage in the body. This smooth, transparent, glassy type of cartilage coats the ends of the bone surfaces, reducing friction in the joints. It is firmly anchored to the bone, and is responsible for the fluid movement of the bones in a joint.
Joints also have a lining (synovial tissue) that encloses them to form the joint capsule. Cells in the synovial tissue produce a small amount of clear fluid (synovial fluid), which provides nourishment to the cartilage and further reduces friction while facilitating movement.
synovial jointThe bones of a synovial joint are covered by a layer of hyaline cartilage that lines the epiphyses of joint ends of bone with a smooth, slippery surface that does not bind them together. This articular cartilage functions to absorb shock and reduce friction during movement.
The periosteum covers the entire outer surface except where the epiphyses meet other bones to form joints (Figure 6.3. 2). In this region, the epiphyses are covered with articular cartilage, a thin layer of hyaline cartilage that reduces friction and acts as a shock absorber.
Friction between the bones is reduced by a thin layer of articular cartilage covering the surfaces of the bones, and by a lubricating synovial fluid, which is secreted by the synovial membrane.
Cartilage. There are two types of cartilage in the knees: fibrocartilage and articular cartilage. Articular cartilage covers the end of the femur, the top of the tibia and the back of the patella. This smooth, lubricated joint surface helps reduce friction between the bones during movement.
The only structure out of the options provided that does not function to reduce friction is (d) accessory ligaments. Tendon sheaths, synovial fluid (in synovial joints) and bursae (synovial-fluid filled sacs in joints) are all structures that function to reduce friction between bones and other surrounding structures.
Another piece of soft tissue called the labrum, which is made of fibrocartilage, lines the outer rim of the hip socket to create a suction seal that helps hold the ball-like femoral head in place.
CartilageWhat is Cartilage. Cartilage is a tissue that can provide structure, act as a shock absorber, and provide a smooth, friction-free surface that allows our joints to work and our bones to painlessly move against each other.
The periosteum is a complex structure composed of an outer fibrous layer that lends structural integrity and an inner cambium layer that possesses osteogenic potential. During growth and development it contributes to bone elongation and modeling, and when the bone is injured, participates in its recovery.
The periosteum covers the entire outer surface except where the epiphyses meet other bones to form joints ((Figure)). In this region, the epiphyses are covered with articular cartilage, a thin layer of cartilage that reduces friction and acts as a shock absorber.
Hyaline cartilage consists of a collagen matrix that is packed with glycoproteins, so it can hold a large volume of water.
This is a layer of hyaline cartilage that reduces friction between bones involved in a joint.
One function of this long bone structure is the storage of energy in the form of triglycerides.
Osteomalacia is a disease in which inadequate calcification of the bone matrix results in bones becoming "soft" or rubbery tot he point that they become very fragile and fracture easily. Hypersecretion of which of the following hormones would produce similar changes in bone?
Like other _____, bone tissue contains an abundant extracellular matrix that surrounds widely separated cells.
Osteoblasts are more active and osteoclast maintain normal activity when there is mechanical stress placed on bones.
parallel to the length of the diaphysis; the shaft resists bending even when stresses are applied in certain directions.
Their bones contain higher amounts of collagen.
osteoclasts, osteoprogenitor cells, osteoblasts, osteocytes. The cells active in fracture repair during the production of the hard (spongy bone) callus. osteoblasts. This cell is active once the matrix of bone calcifies. The cells sits in a lacunae.
Osteoblasts are more active and osteoclast maintain normal activity when there is mechanical stress placed on bones.
parallel to the length of the diaphysis; the shaft resists bending even when stresses are applied in certain directions.
Their bones contain higher amounts of collagen.