Copper in PDB, part 49 (files: 1921-1960),
PDB 7o3c-7pyh
Experimental structures of coordination spheres of Copper (Cu) in bioorganic
molecules from X-Ray and NMR experiments. Coordination spheres were calculated with 5.0 Angstroms radius
around Copper atoms. PDB files: 1921-1960 (PDB 7o3c-7pyh).
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7o3c (Cu: 3) - Murine Supercomplex CIII2CIV in the Mature Unlocked Conformation
Other atoms:
Na (1);
Fe (12);
Zn (1);
Mg (1);
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7o3e (Cu: 3) - Murine Supercomplex CIII2CIV in the Intermediate Locked Conformation
Other atoms:
Na (1);
Fe (8);
Zn (1);
Mg (1);
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7og7 (Cu: 1) - Crystal Structure of the Copper Chaperone Nosl From Shewanella Denitrificans
Other atoms:
Zn (1);
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7osf (Cu: 1) - Abc Transporter Complex Nosdfyl, R-Domain 1
Other atoms:
Mg (1);
Zn (1);
-
7osg (Cu: 1) - Abc Transporter Complex Nosdfyl, Consensus Refinement
Other atoms:
Zn (1);
Mg (1);
-
7osh (Cu: 1) - Abc Transporter Complex Nosdfyl, R-Domain 2
Other atoms:
Zn (1);
Mg (1);
-
7osi (Cu: 1) - Abc Transporter Complex Nosdfyl, R-Domain 3
Other atoms:
Zn (1);
Mg (1);
-
7osj (Cu: 1) - Abc Transporter Complex Nosdfyl, Membrane Anchor
Other atoms:
Zn (1);
Mg (1);
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7otd (Cu: 10) - Oxytocin uc(Nmr) Solution Structure
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7ov7 (Cu: 6) - The Hybrid Cage Formed Between PIZZA6-S and Cu(II)-Substituted Trilacunary Keggin
Other atoms:
K (6);
W (36);
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7p2f (Cu: 6) - Green-Type Copper-Nitrite Reductase From Sinorhizobium Meliloti 2011
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7paz (Cu: 1) - Reduced Mutant P80I Pseudoazurin From A. Faecalis
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7pb6 (Cu: 2) - Structure of Lpmo Domain of Colonization Factor Gbpa From Vibrio Cholerae in the Presence of Potassium
Other atoms:
K (7);
-
7pb7 (Cu: 2) - Structure of Lpmo Domain of Colonization Factor Gbpa From Vibrio Cholerae in the Presence of Calcium
Other atoms:
Ca (2);
-
7pcy (Cu: 1) - The Crystal Structure of Plastocyanin From A Green Alga, Enteromorpha Prolifera
-
7pen (Cu: 24) - Crystal Structure of Two-Domain Laccase Mutant Y230A From Streptomyces Griseoflavus
Other atoms:
Na (2);
-
7pes (Cu: 24) - Crystal Structure of Two-Domain Laccase Mutant M199G From Streptomyces Griseoflavus
Other atoms:
Na (4);
-
7pfr (Cu: 24) - Crystal Structure of Two-Domain Laccase Mutant M199A From Streptomyces Griseoflavus
Other atoms:
Na (2);
-
7pqr (Cu: 1) - LSAA9A Expressed in E. Coli
Other atoms:
Cl (7);
-
7prl (Cu: 1) - MUC2 D1 with Cu(II)
-
7ptm (Cu: 24) - Crystal Structure of Two-Domain Laccase Mutant M199G/R240H From Streptomyces Griseoflavus
-
7pu0 (Cu: 24) - Crystal Structure of Two-Domain Laccase Mutant H165A/M199G From Streptomyces Griseoflavus
Other atoms:
Na (2);
-
7puh (Cu: 24) - Crystal Structure of Two-Domain Laccase Mutant H165A/R240H From Streptomyces Griseoflavus
-
7pxi (Cu: 1) - X-Ray Structure of Lpmo at 7.88X10^3 Gy
-
7pxj (Cu: 1) - X-Ray Structure of Lpmo at 5.99X10^4 Gy
-
7pxk (Cu: 1) - X-Ray Structure of Lpmo at 1.39X10^5 Gy
-
7pxl (Cu: 1) - X-Ray Structure of Lpmo at 3.6X10^5 Gy
Other atoms:
Cl (3);
-
7pxm (Cu: 1) - X-Ray Structure of Lpmo at 1.45X10^6 Gy
-
7pxn (Cu: 1) - X-Ray Structure of Lpmo at 6.65X10^6 Gy
-
7pxr (Cu: 1) - Room Temperature Structure of An Lpmo.
Other atoms:
Cl (13);
-
7pxs (Cu: 1) - Room Temperature X-Ray Structure of Lpmo at 1.91X10^3 Gy
-
7pxt (Cu: 1) - Structure of An Lpmo, Collected From Serial Synchrotron Crystallography Data.
-
7pxu (Cu: 1) - LSAA9_A Chemically Reduced with Ascorbic Acid (Low X-Ray Dose)
Other atoms:
Cl (4);
-
7pxv (Cu: 1) - LSAA9_A Chemically Reduced with Ascorbic Acid (High X-Ray Dose)
Other atoms:
Cl (3);
-
7pxw (Cu: 1) - Lpmo, Expressed in E.Coli, in Complex with Cellotetraose
Other atoms:
Cl (19);
-
7pyd (Cu: 1) - Structure of Lpmo in Complex with Cellotetraose at 7.88X10^3 Gy
Other atoms:
Cl (1);
-
7pye (Cu: 1) - Structure of Lpmo in Complex with Cellotetraose at 5.99X10^4 Gy
Other atoms:
Cl (1);
-
7pyf (Cu: 1) - Structure of Lpmo in Complex with Cellotetraose at 1.39X10^5 Gy
Other atoms:
Cl (3);
-
7pyg (Cu: 1) - Structure of Lpmo in Complex with Cellotetraose at 3.6X10^5 Gy
Other atoms:
Cl (2);
-
7pyh (Cu: 1) - Structure of Lpmo in Complex with Cellotetraose at 1.45X10^6 Gy
Other atoms:
Cl (1);
Page generated: Thu Dec 28 03:50:24 2023
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