Image:CuI coordination.png

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(Our structure derived from such crystals revealed that the two histidines (His147, His151) and the tyrosine residue (Tyr168) participate in Cu(II) binding but not the methionine residue. In addition, two water ligands were identified: an axial water and a)
(uploaded a new version of "Image:CuI coordination.png": This structure was obtain by X-ray fluorescence scan this structure revealed that the two histidines (His147, His151) and the tyrosine residue (Tyr168) participate in Cu(II) binding but not the m)

Revision as of 16:13, 4 January 2013

Summary

Our structure derived from such crystals revealed that the two histidines (His147, His151) and the tyrosine residue (Tyr168) participate in Cu(II) binding but not the methionine residue. In addition, two water ligands were identified: an axial water and an ‘equatorial’ water molecule located ∼1.5 Å above the plane of the other ligands

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Andréa Mc Cann

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(current)16:13, 4 January 2013Andréa Mc Cann (Talk | contribs)614×460162 KBThis structure was obtain by X-ray fluorescence scan this structure revealed that the two histidines (His147, His151) and the tyrosine residue (Tyr168) participate in Cu(II) binding but not the methionine residue. In addition, two water ligands were ident
15:58, 4 January 2013Andréa Mc Cann (Talk | contribs)614×460162 KBOur structure derived from such crystals revealed that the two histidines (His147, His151) and the tyrosine residue (Tyr168) participate in Cu(II) binding but not the methionine residue. In addition, two water ligands were identified: an axial water and a

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