Xenon, Xe
Isotopes
Energy
Applications
PDB 1-50
1c10
1c1m
1c3l
1c62
1c65
1c68
1c6b
1c6e
1c6h
1c6k
1c6n
1c6t
1e9v
1fo6
1fzh
1fzi
1gkz
1i4w
1j52
1k4k
1kqn
1l0z
1l1g
1lls
1nxt
1o75
1rjo
1rjo Xenon{1} mono
1rjo Xenon{1} stereo
1rjo Xenon{2} mono
1rjo Xenon{2} stereo
1rjo Xenon{3} mono
1rjo Xenon{3} stereo
1rjo Xenon{4} mono
1rjo Xenon{4} stereo
1rjo Xenon{5} mono
1rjo Xenon{5} stereo
1rjo Xenon{6} mono
1rjo Xenon{6} stereo
1rjo Xenon{7} mono
1rjo Xenon{7} stereo
1rky
1s56
1u0x
1uo6
1uoc
1ury
1uvx
1uvy
1ux9
1uyu
1vau
1vgi
1w2z
1w53
1zdm
2a7a
2a7b
2a7c
2a7d
2a9r
2b2j
2dki
2fic
PDB 51-57
Xenon in the structure of Agao + Xe (pdb 1rjo)
| The binding sites of Xenon atom in the structure of Agao + Xe (pdb code 1rjo). This binding sites where shown with 5.0 Angstroms radius around Xenon atom. The 1rjo structure was solved with X-Ray Crystallography technique, brief refinement statistics is given in the table below:
This structure was released on 07 Dec 2004 by Guss, J.M., Trambaiolo, D.M. and Duff, A.P. For more information about 1rjo structure please read original paper: Duff, A.P., Trambaiolo, D.M., Cohen, A.E., Ellis, P.J., Juda, G.A., Shepard, E.M., Langley, D.B., Dooley, D.M., Freeman, H.C. and Guss, J.M. (2004). Using Xenon as a Probe for Dioxygen-binding Sites in Copper Amine Oxidases J.Mol.Biol. v344, 599-607. |
Xenon Binding Sites:
Xenon binding site 1 in 1rjo
Xenon binding site 2 in 1rjo
Xenon binding site 3 in 1rjo
Xenon binding site 4 in 1rjo
Xenon binding site 5 in 1rjo
Xenon binding site 6 in 1rjo
Xenon binding site 7 in 1rjo
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