Tuesday, February 23, 2010

What Major Tissue Anchors, Packages, And Supports Body Organs What Do My Science Friends Make Of The Protein "laminin"? In Particular It's Unique Shape?

What do my science friends make of the protein "laminin"? In particular it's unique shape? - what major tissue anchors, packages, and supports body organs

Laminin is a protein of the extracellular matrix, leaf proteins, the substrate of all internal organs also called basement membrane. This is the main component of non-collagenous basement membrane, as they sit in the cells of the epithelium. [1] has four arms, which the bond to four other molecules. The three short arms are particularly good binding to other laminin molecules, which is what makes them so great to form sheets. The long arm of binding to cells in the position to the institutions that help real anchor to the membrane.
The laminin protein is composed of three polypeptide chains - α, β and γ, for a total of six "ends", which represents much of its flexibility in connecting different molecules. For this reason, scientists thinkBiomaterials, you are] by the whole family of laminins interested [edit. They are a family of glycoproteins that are integral to the structural scaffolding in almost all animal tissues are. Laminins have been eliminated and combined into the cell with the extracellular matrix adopted.
Laminin is vital to ensure that the structures of the body hold together as a whole. Insufficient production of laminin, muscles inappropriately, leading to a form of muscular dystrophy.

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