User:Ann Taylor/Sandbox 1: Difference between revisions

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The protein binds as a <scene name='92/925538/Dimer/2'>dimer</scene> to a symmetrical 17-base-pair sequence.  
The protein binds as a <scene name='92/925538/Dimer/2'>dimer</scene> to a symmetrical 17-base-pair sequence.  


<scene name='92/927197/Dimer/2'>Dimer</scene>


==Domains==
==Domains==
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Each subunit fold into three distinct modules: a compact, <scene name='92/925552/Metal_binding_domain/1'>metal binding domain</scene> (residues 8-40), an <scene name='92/925552/Extended_linker/1'>extended linker</scene> (41-49), and an <scene name='92/925552/Alpha-helical_dimerization/1'>alpha-helical dimerization</scene> element (50-64).
Each subunit fold into three distinct modules: a compact, <scene name='92/925552/Metal_binding_domain/1'>metal binding domain</scene> (residues 8-40), an <scene name='92/925552/Extended_linker/1'>extended linker</scene> (41-49), and an <scene name='92/925552/Alpha-helical_dimerization/1'>alpha-helical dimerization</scene> element (50-64).
<scene name='92/927197/Dimer/3'>Text To Be Displayed</scene>




==Metal binding==
==Metal binding==
A small, Zn(2+)-containing domain recognizes a conserved CCG triplet at each end of the site through direct contacts with the major groove. The metal binding domain contains <scene name='92/925538/Cysteine_metal_binding/3'>cysteine residues</scene> that coordinate to the metal as shown as cadmium.
A small, Zn(2+)-containing domain recognizes a conserved CCG triplet at each end of the site through direct contacts with the major groove. The metal binding domain contains <scene name='92/925538/Cysteine_metal_binding/3'>cysteine residues</scene> that coordinate to the metal as shown as cadmium.


The cadmium is coordinated to this domain via interactions with several <scene name='92/925552/Cysteine_coordination_sites/1'>cysteine residues</scene>.
The cadmium is coordinated to this domain via interactions with several <scene name='92/925552/Cysteine_coordination_sites/1'>cysteine residues</scene>.
<scene name='92/927197/Dimer/1'>Text To Be Displayed</scene>


The Metal Binding Domain binds the metal through the use of <scene name='92/925551/Dimer_practice/13'>cysteine residues</scene>.  
The Metal Binding Domain binds the metal through the use of <scene name='92/925551/Dimer_practice/13'>cysteine residues</scene>.