TYPE XI COLLAGEN Meaning and
Definition
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Type XI collagen is a specific type of collagen protein that is found primarily in the extracellular matrix of various connective tissues in the body. It belongs to the fibrillar collagen family, which consists of proteins that form long, triple-helical structures known as collagen fibrils.
Type XI collagen is involved in providing structural integrity and support to several tissues, including cartilage, tendons, and the vitreous humor of the eye. It plays a crucial role in maintaining the overall strength and elasticity of these tissues. In cartilage, for instance, type XI collagen helps to maintain the organization and stability of the extracellular matrix.
The protein is composed of three different chains known as alpha chains. Two of these chains are identical and are referred to as alpha-1 (XI) chains, while the third chain is distinct and is known as an alpha-2 (XI) chain. Type XI collagen is formed through the assembly of these alpha chains into a specific triple-helical structure.
Deficiencies or mutations in the genes encoding type XI collagen can lead to specific disorders such as Stickler syndrome and Marshall syndrome, which are characterized by various connective tissue abnormalities. Understanding the structure and function of type XI collagen is crucial for investigating the mechanisms underlying these disorders and potentially developing therapeutic strategies to treat them.
Common Misspellings for TYPE XI COLLAGEN
- rype xi collagen
- fype xi collagen
- gype xi collagen
- yype xi collagen
- 6ype xi collagen
- 5ype xi collagen
- ttpe xi collagen
- tgpe xi collagen
- thpe xi collagen
- tupe xi collagen
- t7pe xi collagen
- t6pe xi collagen
- tyoe xi collagen
- tyle xi collagen
- ty-e xi collagen
- ty0e xi collagen
- typw xi collagen
- typs xi collagen
- typd xi collagen
- typr xi collagen
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