Fibrous protein: Difference between revisions
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A fibrous protein is a specific type of protein that forms long, extended filaments. It's secondary structure consists mainly of long stretches of [[Anti- | A fibrous protein is a specific type of protein that forms long, extended filaments. It's secondary structure consists mainly of long stretches of [[Anti-parallel beta sheet|antiparallel Beta sheets]] linked together by many disulphide briges and hydrogen bonds.<ref>Becker's World of the CellfckLRJeff HardinfckLRGregory BertonifckLRLewis J. KleinsmithfckLRPage 50</ref>Fibrous proteins form many structural functions which include muscle fibres, tendons, collagen and elastin. They are well adapted to this role as they are strong and relatively inextensible due to the polypeptide chains in the beta pleated sheets already being greatly stretched out.<ref>Becker's World of the Cell | ||
Jeff Hardin | Jeff Hardin | ||
Gregory Bertoni | Gregory Bertoni | ||
Lewis J. Kleinsmith | Lewis J. Kleinsmith | ||
Page 50</ref> | Page 50</ref> | ||
Some examples of fibrous proteins include [[Keratin|Keratin]] and [[Collagen|Collagen]]. | Some examples of fibrous proteins include [[Keratin|Keratin]] and [[Collagen|Collagen]]. | ||
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=== '''References''' === | === '''References''' === | ||
'''<references />''' | '''<references />''' | ||
Revision as of 11:51, 26 November 2014
A fibrous protein is a specific type of protein that forms long, extended filaments. It's secondary structure consists mainly of long stretches of antiparallel Beta sheets linked together by many disulphide briges and hydrogen bonds.[1]Fibrous proteins form many structural functions which include muscle fibres, tendons, collagen and elastin. They are well adapted to this role as they are strong and relatively inextensible due to the polypeptide chains in the beta pleated sheets already being greatly stretched out.[2]
Some examples of fibrous proteins include Keratin and Collagen.