User:Karl Oberholser/Sandbox 1

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(Purine Nucleosides)
(Purine Nucleosides)
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== Purine Nucleosides ==
== Purine Nucleosides ==
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<applet load='Adenosine.pdb' size='300' frame='true' align='right' scene ='User:Karl_Oberholser/Sandbox_1/First_view/1'/> Observe that the adenine ring of adenosine is nearly perpendicular to the furanose ring and that a <scene name='User:Karl_Oberholser/Sandbox_1/Glycosidic_bond/1'>β glycosidic bond</scene>(colored green) connects adenine to ribofuranose. This <scene name='User:Karl_Oberholser/Sandbox_1/Anti_configuration/1'>view</scene> shows the ''anti'' configuration and when displayed in spacefill one can see that the <font color=orange> hydrogen </font> of the 2' carbon hinders the rotation of the purine ring about the glycosidic bond.
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<applet load='Adenosine.pdb' size='300' frame='true' align='right' scene ='User:Karl_Oberholser/Sandbox_1/First_view/1'/> Observe that the adenine ring of adenosine is nearly perpendicular to the furanose ring and that a <scene name='User:Karl_Oberholser/Sandbox_1/Glycosidic_bond/1'>β glycosidic bond</scene> (colored green) connects adenine to ribofuranose. Groups on the ribofuranose, such as the hydrogen on the 2' carbon sterically hinder the rotation of the adenine about the glycosidic bond. This lack of ability to rotate results in two possible configurations. The <scene name='User:Karl_Oberholser/Sandbox_1/Anti_configuration/1'>''anti'' configuration </scene> which you have been viewing. shows the and when displayed in spacefill one can see that the <font color=orange> hydrogen </font> of the 2' carbon hinders the rotation of the purine ring about the glycosidic bond.

Revision as of 18:24, 12 January 2010

This page contains material that is currently being developed.


Syn and Anti Configurations of Nucleosides and Nucleotides

Detailed description of nucleosides and nucleotides.

Purine Nucleosides

Drag the structure with the mouse to rotate
Observe that the adenine ring of adenosine is nearly perpendicular to the furanose ring and that a (colored green) connects adenine to ribofuranose. Groups on the ribofuranose, such as the hydrogen on the 2' carbon sterically hinder the rotation of the adenine about the glycosidic bond. This lack of ability to rotate results in two possible configurations. The which you have been viewing. shows the and when displayed in spacefill one can see that the hydrogen of the 2' carbon hinders the rotation of the purine ring about the glycosidic bond.

Proteopedia Page Contributors and Editors (what is this?)

Karl Oberholser

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