Manganese in PDB, part 120 (files: 4761-4800),
PDB 8zgc-9by7
Experimental structures of coordination spheres of Manganese (Mn) in bioorganic
molecules from X-Ray and NMR experiments. Coordination spheres were calculated with 5.0 Angstroms radius
around Manganese atoms. PDB files: 4761-4800 (PDB 8zgc-9by7).
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8zgc (Mn: 6) - Human Lysine O-Link Glycosylation Complex, LH3/COLGALT1 with Bound Udp-Galactose
Other atoms:
Fe (2);
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8zge (Mn: 6) - Human Lysine O-Link Glycosylation Complex, LH3/COLGALT1 Tetramer with Bound Udp-Galactose
Other atoms:
Fe (2);
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8zgg (Mn: 4) - Human Lysine O-Link Glycosylation Complex, LH3/COLGALT1 with Bound Udp-Glucose
Other atoms:
Fe (2);
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8zgh (Mn: 2) - Human Lysine O-Link Glycosylation Complex, LH3/COLGALT1 in Its Apo State
Other atoms:
Fe (2);
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8zrl (Mn: 10) - Crystal Structure of Methanol DEHYDROGENASE2 From Bacillus Methanolicus Complexed with An Inhibitor
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8zwd (Mn: 10) - Crystal Structure of Methanol DEHYDROGENASE1 From Bacillus Methanolicus
Other atoms:
Cl (2);
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8zwp (Mn: 2) - Structure-Based Mechanism and Specificity of Human Galactosyltransferase B3GALT5
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8zwr (Mn: 2) - Structure-Based Mechanism and Specificity of Human Galactosyltransferase B3GALT5
Other atoms:
F (2);
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8zww (Mn: 2) - Structure-Based Mechanism and Specificity of Human Galactosyltransferase B3GALT5
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8zwy (Mn: 2) - Structure-Based Mechanism and Specificity of Human Galactosyltransferase B3GALT5
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8zx2 (Mn: 2) - Structure-Based Mechanism and Specificity of Human Galactosyltransferase B3GALT5
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8zx3 (Mn: 2) - Structure-Based Mechanism and Specificity of Human Galactosyltransferase B3GALT5
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8zx8 (Mn: 2) - Structure-Based Mechanism and Specificity of Human Galactosyltransferase B3GALT5
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8zx9 (Mn: 2) - Structure-Based Mechanism and Specificity of Human Galactosyltransferase B3GALT5
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9asc (Mn: 4) - Cryo-Em Structure of the Glycosyltransferase Arnc From Salmonella Enterica in the Udp-Bound State Determined on Talos Arctica Microscope
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9ay8 (Mn: 5) - Structure of the A Type Blood Alpha-D-Galactosamine Galactosaminidase From Flavonifractor Plautii
Other atoms:
Co (5);
Cl (5);
Zn (5);
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9ayu (Mn: 5) - Structure of the A Type Blood Alpha-D-Galactosamine Galactosaminidase D463A Mutant From Flavonifractor Plautii
Other atoms:
Cl (5);
Zn (5);
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9bi4 (Mn: 4) - Cryo Em Structure of Dsdna Bound MRE11-RAD50 Complex
Other atoms:
Mg (2);
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9bi5 (Mn: 4) - Apo Form MRE11-RAD50 Complex
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9bu9 (Mn: 8) - Mixed-Valent (2/3) Dimanganese Sfbo
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9bua (Mn: 11) - Sfbo Reconstituted with Mn(II) Anaerobically
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9bvt (Mn: 2) - Rna Pol II - High Mn(+2) Concentration
Other atoms:
Zn (8);
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9bvy (Mn: 2) - Neutron Structure of Peroxide-Soaked TYR34PHE Mnsod
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9bw2 (Mn: 2) - Neutron Structure of Reduced TYR34PHE Mnsod
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9bwm (Mn: 2) - Neutron Structure of Oxidized TYR34PHE Mnsod
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9bwq (Mn: 2) - X-Ray Counterpart to the Neutron Structure of Peroxide-Soaked TYR34PHE Mnsod
Other atoms:
K (1);
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9bwr (Mn: 2) - X-Ray Counterpart to the Neutron Structure of Reduced TYR34PHE Mnsod
Other atoms:
K (1);
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9bwx (Mn: 4) - Consensus Full-Complex Model For Preturnover Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9bx2 (Mn: 4) - Class 2 Model For Preturnover Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9bx3 (Mn: 4) - Class 5 Model For Preturnover Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9bx6 (Mn: 4) - Class 9 Model For Preturnover Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9bx8 (Mn: 4) - Class 12 Model For Preturnover Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9bx9 (Mn: 4) - Class 15 Model For Preturnover Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9bxs (Mn: 4) - Consensus Full-Complex Model For Re-Reduction Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9bxx (Mn: 4) - Class 11 Model For Pre-Reduction Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9bxz (Mn: 4) - Class 15 Model For Pre-Reduction Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9by0 (Mn: 4) - Class 16 Model For Pre-Reduction Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9by2 (Mn: 4) - Consensus Full-Complex Model For Product Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9by3 (Mn: 4) - Class 3 Model For Product Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
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9by7 (Mn: 4) - Class 8 Model For Product Condition of Bacillus Subtilis Ribonucleotide Reductase Complex
Other atoms:
Mg (2);
Page generated: Mon Dec 15 07:33:14 2025
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