User:Karsten Theis/RNaseA physical model explanation

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(Introduction)
 
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==Introduction==
==Introduction==
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This proteopedia page is intended as a companion to a physical model of RNase A located at Westfield State University. Mark Hoelzer [http://cbm.msoe.edu/about/staff.php] designed, printed and painted the model. Having the mode in your hand is great because you can experience the structure in a very direct way, and having this companion page is great because you can see the model even if you do not have the physical model in your hand. It also allows you to hover over different parts of the model to get more information (try it after turning off spinning with the +/- spin button!).
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This proteopedia page is intended as a companion to a physical model of RNase A used for teaching protein folding and structure at Westfield State University.
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==Tour==
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[[Image:RNAseA model.jpg|300px]]
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Mark Hoelzer from the MSOE Center for Biomolecular Modeling [https://www.centerforbiomolecularmodeling.org/about] designed, printed and painted the model. Having the model in your hand is great because you can experience the structure in a very direct way, and having this companion page is great because you can see the model even if you do not have the physical model in your hand. It also allows you to hover over different parts of the model with a mouse to get more information (try it after turning off spinning with the +/- spin button!).
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==Tour of the structure==
<StructureSection load='' size='340' side='right' caption='Caption for this structure' scene='78/785360/Physmodel/1'>
<StructureSection load='' size='340' side='right' caption='Caption for this structure' scene='78/785360/Physmodel/1'>
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==What the model shows==
===Trace of alpha carbon atoms===
===Trace of alpha carbon atoms===
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<jmol><jmolLink>
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<script> select (*.CB and not *%B) or (GLY.CA and not *%B); label "%r"; color label black;
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</script>
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<text>label residues</text>
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</jmolLink></jmol> (click +/- labels to turn off again)
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===Hydrogen bonds===
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<jmol><jmolLink>
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<script> select all; color hbonds blue; delay 0.8; color hbonds [xCFd0FF]
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</script>
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<text>highlight hydrogen bonds</text>
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</jmolLink></jmol>
===N-terminus and C-terminus===
===N-terminus and C-terminus===
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</jmolLink></jmol> are ...
</jmolLink></jmol> are ...
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===Parts that are not shown===
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==Tour of things not shown in the physical model==
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===Substrate binding===
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<scene name='78/785360/Substrate/1'>
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Substrate binding</scene>
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===Shape of the protein===
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<jmol><jmolLink>
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<script> select protein; isosurface ignore (not selected) SASURFACE 1.2
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</script>
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<text>molecular surface</text>
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</jmolLink></jmol>
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===Active site residues===
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<scene name='78/785360/Acidbase/1'>Active site residues</scene>
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===Hydrophobic core===
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<scene name='78/785360/Core/1'>Hydrophobic core</scene>
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<scene name='78/785360/Physmodel/1'>Back to overall view</scene>
<scene name='78/785360/Physmodel/1'>Back to overall view</scene>

Current revision

Introduction

This proteopedia page is intended as a companion to a physical model of RNase A used for teaching protein folding and structure at Westfield State University.


Mark Hoelzer from the MSOE Center for Biomolecular Modeling [1] designed, printed and painted the model. Having the model in your hand is great because you can experience the structure in a very direct way, and having this companion page is great because you can see the model even if you do not have the physical model in your hand. It also allows you to hover over different parts of the model with a mouse to get more information (try it after turning off spinning with the +/- spin button!).

Tour of the structure

Caption for this structure

Drag the structure with the mouse to rotate

References

Proteopedia Page Contributors and Editors (what is this?)

Karsten Theis

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