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What is the function of chondroitin sulfate in ground substance?
It serves as the gelatinous material of cartilage.
What cartilage type has little ground substance and has a matrix dominated by collagen fibers?
Hyaline
Does the matrix of hyaline cartilage consist of abundant collagen fibers hidden in a rubbery matrix?
Yes, hyaline cartilage matrix is made up of collagen fibers embedded in a rubbery ground substance called chondroitin sulfate. These collagen fibers provide support and tensile strength to the cartilage, while the ground substance allows for flexibility and resilience.
What is another name for cartilage cells?
Cartilage is composed of cells called chondrocytes. Chondrocytes produce extracellular matrix of collagen fibers, ground substance, and elastin. Cartilage is the only connective tissue that does not contain blood vessels.
Substance that protect front of the windpipe?
cartilage
Flexible substance at the ends of bones in joints?
Cartilage is the flexible substance at the ends of bones in joints. It acts as a cushion and facilitates smooth movement of the bones. It also helps in absorbing shock and reducing friction during movement.
What is the resilent substance that keeps bone ends from crushing when compressed?
this substance is called cartilage
What is jelly substance between femur and tibia?
Cartilage
What is a bone like substance that has 9 letters?
Calcium phosphate is a bone-like substance that has 9 letters.
At the end of bones there is a tough smooth surface called what?
Each bone has a tough, smooth, shiny substance that covers the end. This substance that covers the ends of bones is called cartilage.
What is A softer substance which is replaced by bone after it has grown enough?
Cartilage. Adults have cartilage in their joints, sternum, etc. Young babies have very little solid bone, but much cartilage.
What kind of tissue is in cartilage?
Cartilage is made up of specialized cells called chondrocytes embedded in an extracellular matrix composed of collagen fibers, proteoglycans, and water. This matrix gives cartilage its firm yet flexible structure, allowing it to provide cushioning and support in various parts of the body.
