User:Marvin O'Neal/OspC: Difference between revisions

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Irene Chen (talk | contribs)
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The model presented is B31 strain (residues 38-201), which is also known as oMG A. This is one of four invasive oMGs that are responsible for systematic Lyme disease. In crystal structure, OspC exists as a  
The model presented is B31 strain (residues 38-201), which is also known as oMG A. This is one of four invasive oMGs that are responsible for systematic Lyme disease. In crystal structure, OspC exists as a  
<scene name='Studio:G4SecL04/Regular_dimer/1' target='1'>dimer</scene> with the coordination of divalent ion, which is modeled as a magnesium ion. Each subunit is predominantly helical, consisting of five parallel  
<scene name='Studio:G4SecL04/Regular_dimer/1' target='1'>dimer</scene> with the coordination of divalent ion, which is modeled as a magnesium ion. Each subunit is predominantly helical, consisting of five parallel  
<scene name='Studio:G4SecL04/5_a_helix/1' target='1'> α-helices </scene>
<scene name='Studio:G4SecL04/Helix_blue_in_ribbon/1' target='1'> α-helices </scene>
, two short antiparallel  
, two short antiparallel  
<scene name='Studio:G4SecL04/Beta_sheets/1' target='1'> β-sheets</scene>  
<scene name='Studio:G4SecL04/Sheet_yellow_in_ribbon/1' target='1'> β-sheets</scene>  
and six  
and six  
<scene name='Studio:G4SecL04/Random_coils/1' target='1'>random coils</scene>
<scene name='Studio:G4SecL04/Random_coils/1' target='1'>random coils</scene>