Spider Silk Promotes Cell Division and is Antibacterial

Spider silk fiber is made up of two types of proteins, fibroin and sericin. Each fiber contains two fibroin filaments inside, and is externally wrapped in sericin; the ratio between the two elements is 70-80% fibrioin to 20-30% sericin. Sericin promotes cell division, while fibroin has antibacterial properties, which limits the number of bacteria that can grow in the silk.

Form/Organization/System:: Decomposition

Defense/Stability:: Microbe/germ resistance

Other

Spider silk’s biocompatibility and antibacterial properties have been applied in the development of surgical sutures.

The biocompatibility and promotion of cell division found in spider silk can be used in biomedical technology to develop artificial skin grafts and wound protection.

History
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Request History
4 previous requests available
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Query Explain:

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Timer

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Memory

Peak Memory Use 9.17 MB

Message	Memory use
Component intitailization	6.79 MB
Controller action start	6.83 MB
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Render Controller Action	61.16
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» » Rendering APP/views/contents/view.ctp	31.73
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====

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  0Spider silk fiber is made up of two types of proteins, fibroin and sericin. Each fiber contains two fibroin filaments inside, and is externally wrapped in sericin; the ratio between the two elements is 70-80% fibrioin to 20-30% sericin. Sericin promotes cell division, while fibroin has antibacterial properties, which limits the number of bacteria that can grow in the silk.
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  0Spider silk’s biocompatibility and antibacterial properties have been applied in the development of surgical sutures.
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  0The biocompatibility and promotion of cell division found in spider silk can be used in biomedical technology to develop artificial skin grafts and wound protection.
  img_exp
  0A spider’s web. Photo by <a href="http://www.flickr.com/photos/rogodoun/1463769869/" target="_blank">Rob van Hilten</a><br /><span style="font-size:80%;">From the Amazing Nature Database.</span>
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====

Spider Silk Promotes Cell Division and is Antibacterial

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