Secondary structure: Difference between revisions
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If the above series of commands are applied when the structure of a human transferrin n-lobe mutant is displayed, you will see that in additional to the sheets and the <font color=#FF0080>'''alpha helices'''</font> being displayed the <font color=#A00080>'''3<sub>10</sub> helices'''</font> and different types of turns in blue are also shown. If the above series of commands are applied when the structure of glycogen phosphorylase (domain 2) is displayed above, all four chains will be initially displayed, but clicking the ''domain 2 of glycogen phosphorylase'' green link (above) will display only domain 2 of chain A. You will observe all three types of helices, and the turns will be colored blue. More detail on how calculate structure determines helices, strands and turns is at [[Calculate structure]]. | If the above series of commands are applied when the structure of a human transferrin n-lobe mutant is displayed, you will see that in additional to the sheets and the <font color=#FF0080>'''alpha helices'''</font> being displayed the <font color=#A00080>'''3<sub>10</sub> helices'''</font> and different types of turns in blue are also shown. If the above series of commands are applied when the structure of glycogen phosphorylase (domain 2) is displayed above, all four chains will be initially displayed, but clicking the ''domain 2 of glycogen phosphorylase'' green link (above) will display only domain 2 of chain A. You will observe all three types of helices, and the turns will be colored blue. More detail on how calculate structure determines helices, strands and turns is at [[Calculate structure]]. | ||
== | == See Also == | ||
* [http://en.wikipedia.org/wiki/Secondary_structure Wikipedia's page on secondary structure]. | |||
* [[Calculate structure]] | |||
* [[Help:Color Keys]] | |||
