Tachyplesin: Difference between revisions

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Since linear tachyplesin analogues do not show preferential affinity for LPS, the hairpin properties of the peptide seems to be important for recognition of lipopolysaccharides and its biological activities.
Since linear tachyplesin analogues do not show preferential affinity for LPS, the hairpin properties of the peptide seems to be important for recognition of lipopolysaccharides and its biological activities.
TPI undergoes confirmation change in <scene name='67/671725/Tp_i_in_the_presence_of_lps/1'>presence of LPS </scene>. The backbone of the polypeptide becomes <scene name='67/671725/Conformation_change/2'>more rigid and twisted in presence of LPS, than in the presence of water </scene>, making it more stable.
TPI undergoes confirmation change in <scene name='67/671725/Tp_i_in_the_presence_of_lps/1'>presence of LPS </scene>. The backbone of the polypeptide becomes <scene name='67/671725/Conformation_change/3'>more rigid and twisted in presence of LPS, than in the presence of water </scene>, making it more stable.


== Mode of action ==
== Mode of action ==