Fibroins: Difference between revisions
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== Additional information == | |||
Silk is one type of [http://en.wikipedia.org/wiki/Fibroins Fibroin]. Some interesting general information on spider silk and a model of one type of a spider silk molecule is [http://en.wikipedia.org/wiki/Spider_silk here]. The model of spider silk given at the above site shows two repeating domains that all fibroins contain. One domain is characterized as being amorphous, also called flexible, disordered segments, and the other one, symbolized by the boxes, has a highly ordered, repetitive, crystal-like structure. For a tutorial in Jmol that explains this ordered domain go [http://www.messiah.edu/molscilab/Jmol/silk/contents/index.htm here]. | Silk is one type of [http://en.wikipedia.org/wiki/Fibroins Fibroin]. Some interesting general information on spider silk and a model of one type of a spider silk molecule is [http://en.wikipedia.org/wiki/Spider_silk here]. The model of spider silk given at the above site shows two repeating domains that all fibroins contain. One domain is characterized as being amorphous, also called flexible, disordered segments, and the other one, symbolized by the boxes, has a highly ordered, repetitive, crystal-like structure. For a tutorial in Jmol that explains this ordered domain go [http://www.messiah.edu/molscilab/Jmol/silk/contents/index.htm here]. | ||
Revision as of 01:46, 22 August 2008
Additional informationAdditional information
Silk is one type of Fibroin. Some interesting general information on spider silk and a model of one type of a spider silk molecule is here. The model of spider silk given at the above site shows two repeating domains that all fibroins contain. One domain is characterized as being amorphous, also called flexible, disordered segments, and the other one, symbolized by the boxes, has a highly ordered, repetitive, crystal-like structure. For a tutorial in Jmol that explains this ordered domain go here.