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collagen fibers were developed as the basis of colla - gen biomaterials for medical applications, including implantology or gynecology. The specific structure of collagen also makes it applicable as a protein carrier in drug delivery systems (DDS), particularly in the treatment of cancer and genetic diseases. The use
Function. Flexible structural protein forming connective tissues. The presence of the many hydrogen bonds within the triple helix structure of collagen results in great tensile strength. This enables collagen to be able to withstand large pulling forces without stretching or breaking.
1 sty 2012 · The immense versatility of collagen compels a thorough understanding of the collagen types and this review discusses the major types of collagen found in different human tissues, highlighting their tissue-specific uniqueness based on their structure and mechanical function.
Function. Flexible structural protein forming connective tissues. The presence of the many hydrogen bonds within the triple helix structure of collagen results in great tensile strength. This enables collagen to be able to withstand large pulling forces without stretching or breaking.
30 lis 2003 · This review focuses on the distribution and function of various collagen types in different tissues. It introduces their basic structural subunits and points out major steps in the biosynthesis...
20 gru 2014 · Initially, this review will explore the present knowledge of the composition and structure of the ECM. The key components from proteins like collagen and fibronectin, to matrix metalloproteinases (MMPs) will be detailed.
7 gru 2019 · Usually, you'll see diagrams showing collagen as a fiber. It is the most common protein in humans and other mammals, making up 25 percent to 35 percent of the total protein content of your body. Fibroblasts are the cells that most commonly produce collagen.
