Cobalt in PDB, part 6 (files: 201-240),
PDB 1vz0-1zft
Experimental structures of coordination spheres of Cobalt (Co) in bioorganic
molecules from X-Ray and NMR experiments. Coordination spheres were calculated with 5.0 Angstroms radius
around Cobalt atoms. PDB files: 201-240 (PDB 1vz0-1zft).
-
1vz0 (Co: 13) - Chromosome Segregation Protein SPO0J From Thermus Thermophilus
Other atoms:
Mg (2);
-
1w8q (Co: 18) - Crystal Structure of the Dd-Transpeptidase-Carboxypeptidase From Actinomadura R39
-
1wmn (Co: 2) - Crystal Structure of Topaquinone-Containing Amine Oxidase Activated By Cobalt Ion
-
1wmp (Co: 2) - Crystal Structure of Amine Oxidase Complexed with Cobalt Ion
-
1wn1 (Co: 4) - Crystal Structure of Dipeptiase From Pyrococcus Horikoshii OT3
-
1wvd (Co: 8) - Hiv-1 Dis(Mal) Duplex COCL2-Soaked
-
1x9c (Co: 2) - An All-Rna Hairpin Ribozyme with Mutation U39C
-
1xa2 (Co: 1) - Cobalt Hexammine Induced Tautomeric Shift in Z-Dna: the Structure of D(Cgcgca).D(Tgcgcg) in Two Crystal Forms
-
1xam (Co: 1) - Cobalt Hexammine Induced Tautameric Shift in Z-Dna: Structure of D(Cgcgca).D(Tgcgcg) in Two Crystal Forms.
-
1xcs (Co: 2) - Structure of Oligonucleotide/Drug Complex
Other atoms:
Ba (1);
Cl (1);
-
1xcu (Co: 3) - Oligonucleotid/Drug Complex
Other atoms:
Ba (1);
Na (1);
-
1xeo (Co: 1) - High Resolution Crystals Structure of Cobalt- Peptide Deformylase Bound to Formate
-
1xgm (Co: 4) - Methionine Aminopeptidase From Hyperthermophile Pyrococcus Furiosus
-
1xgn (Co: 4) - Methionine Aminopeptidase From Hyperthermophile Pyrococcus Furiosus
-
1xgs (Co: 4) - Methionine Aminopeptidase From Hyperthermophile Pyrococcus Furiosus
-
1xim (Co: 8) - Arginine Residues As Stabilizing Elements in Proteins
-
1xmh (Co: 4) - Structure of Co(II) Reconstituted Methane Monooxygenase Hydroxylase From M. Capsulatus (Bath)
-
1xrc (Co: 2) - Crystal Structure of S-Adenosylmethionine Synthetase
Other atoms:
K (2);
-
1xrs (Co: 1) - Crystal Structure of Lysine 5,6-Aminomutase in Complex with Plp, Cobalamin, and 5'-Deoxyadenosine
-
1xst (Co: 1) - Solution Structure of E.Coli Rnase P Rna P4 Stem, U69A Mutation, Complexed with Cobalt (III) Hexammine.
-
1xsu (Co: 1) - Solution Structure of E.Coli Rnase P Rna P4 Stem, U69C/C70U Mutation, Complexed with Cobalt (III) Hexammine.
-
1xuh (Co: 1) - Trypsin-Keto-Babim-Co+2, pH 8.2
Other atoms:
Ca (1);
-
1y39 (Co: 2) - Co-Evolution of Protein and Rna Structures Within A Highly Conserved Ribosomal Domain
Other atoms:
Mg (18);
K (2);
-
1y6g (Co: 7) - Alpha-Glucosyltransferase in Complex with Udp and A 13_MER Dna Containing A Hmu Base at 2.8 A Resolution
Other atoms:
Cl (1);
-
1y6t (Co: 5) - Hiv-1 Dis(Mal) Duplex Co Hexamine-Soaked
Other atoms:
Na (2);
-
1y6v (Co: 6) - Structure of E. Coli Alkaline Phosphatase in Presence of Cobalt at 1.60 A Resolution
-
1y7a (Co: 6) - Structure of D153H/K328W E. Coli Alkaline Phosphatase in Presence of Cobalt at 1.77 A Resolution
-
1y80 (Co: 1) - Structure of A Corrinoid (Factor Iiim)-Binding Protein From Moorella Thermoacetica
-
1y8z (Co: 5) - Alpha-Glucosyltransferase in Complex with Udp and A 13-Mer Dna Containing A Hmu Base at 1.9 A Resolution
Other atoms:
Cl (1);
-
1y98 (Co: 1) - Structure of the Brct Repeats of BRCA1 Bound to A Ctip Phosphopeptide.
-
1ya6 (Co: 7) - Alpha-Glucosyltransferase in Complex with Udp and A 13-Mer Dna Containing A Central A:G Mismatch
-
1ycl (Co: 1) - Crystal Structure of B. Subtilis Luxs in Complex with A Catalytic 2-Ketone Intermediate
-
1ydp (Co: 1) - 1.9A Crystal Structure of Hla-G
Other atoms:
Cl (2);
-
1yj3 (Co: 2) - Crystal Structure Analysis of Product Bound Methionine Aminopeptidase Type 1C From Mycobacterium Tuberculosis
Other atoms:
K (1);
-
1yog (Co: 1) - Cobalt Myoglobin (Deoxy)
-
1yoh (Co: 1) - Cobalt Myoglobin (Met)
-
1yoi (Co: 1) - Cobalt Myoglobin (Oxy)
-
1yvm (Co: 4) - E. Coli Methionine Aminopeptidase in Complex with Thiabendazole
Other atoms:
Na (1);
-
1z3f (Co: 3) - Structure of Ellipticine in Complex with A 6-Bp Dna
-
1zft (Co: 2) - The Crystal Structure of An All-Rna Minimal Hairpin Ribozyme with Mutant G8I at the Cleavage Site
Page generated: Thu Dec 28 03:39:48 2023
|
