|
64
|
162
|
6ippA |
Non-native ferritin 8-mer mutant-c90a/c102a/c130a/d144c |
|
68
|
162
|
6ipoA |
Ferritin mutant c90a/c102a/c130a/d144c |
|
51
|
143
|
6ipcD |
Non-native human ferritin 8-mer |
|
62
|
162
|
6ipcA |
Non-native human ferritin 8-mer |
|
62
|
166
|
6ipqA |
Non-native ferritin 8-mer mutant-c90a/c102a/c130a |
|
79
|
171
|
6i36A |
Sixty minutes iron loaded frog m ferritin |
|
77
|
171
|
5z8jA |
Human mitochondrial ferritin mutant - e27c/e62c/c102g/c130g |
|
76
|
171
|
5z8uA |
Human mitochondrial ferritin mutant - c102a/c130a |
|
78
|
171
|
5z8sA |
Human mitochondrial ferritin mutant - c102a/c130a/e27c/e61c/e62c |
|
76
|
171
|
5z91A |
Human mitochondrial ferritin mutant bound with gold ions |
|
22
|
118
|
6nzuI |
Structure of the human frataxin-bound iron-sulfur cluster assembly complex |
|
73
|
156
|
6nllA |
1.80 a resolution structure of wt bfrb from pseudomonas aeruginosa in complex with a protein-protein interaction inhibitor (analog 14) |
|
73
|
156
|
6nlkA |
1.85 a resolution structure of wt bfrb from pseudomonas aeruginosa in complex with a protein-protein interaction inhibitor (analog 13) |
|
73
|
156
|
6nlnA |
1.60 a resolution structure of wt bfrb from pseudomonas aeruginosa in complex with a protein-protein interaction inhibitor (analog 16) |
|
73
|
156
|
6nlfA |
1.45 a resolution structure of apo bfrb from pseudomonas aeruginosa |
|
72
|
156
|
6nlmA |
1.90 a resolution structure of wt bfrb from pseudomonas aeruginosa in complex with a protein-protein interaction inhibitor (analog 15) |
|
73
|
156
|
6nliA |
1.90 a resolution structure of wt bfrb from pseudomonas aeruginosa in complex with a protein-protein interaction inhibitor (analog 11) |
|
73
|
156
|
6nlgA |
1.50 a resolution structure of bfrb (c89s/k96c) from pseudomonas aeruginosa in complex with a small molecule fragment (analog 1) |
|
73
|
155
|
6nljA |
1.65 a resolution structure of apo bfrb from pseudomonas aeruginosa in complex with a protein-protein interaction inhibitor (analog 12) |
|
78
|
172
|
6iafA |
Fifteen minutes iron loaded rana catesbeiana h' ferritin variant h54n |
|
62
|
172
|
6h5iAa |
Single particle cryo-em map of human transferrin receptor 1 - h-ferritin complex. |
|
78
|
172
|
6iajA |
Sixty minutes iron loaded rana catesbeiana h' ferritin variant h54n |
|
79
|
172
|
6gsrAa |
Single particle cryo-em map of human transferrin receptor 1 - h-ferritin complex at 5.5 angstrom resolution. |
|
81
|
174
|
6i9pA |
Iron-free state of rana catesbeiana h' ferritin variant h54n |
|
79
|
174
|
6i9tA |
Two minutes iron loaded rana catesbeiana h' ferritin variant h54n |
|
75
|
156
|
4cvrA |
Structure of apobacterioferritin y25f variant |
|
335
|
1041
|
2j5wA |
Ceruloplasmin revisited: structural and functional roles of various metal cation binding sites |
|
299
|
1040
|
1kcwA |
X-ray crystal structure of human ceruloplasmin at 3.0 angstroms |
|
74
|
162
|
5xx9A |
Crystal structure of bacterioferritin |
|
333
|
1034
|
5n0kA |
Rat ceruloplasmin orthorhombic form |
|
5
|
121
|
5t0vA |
Architecture of the yeast mitochondrial iron-sulfur cluster assembly machinery: the sub-complex formed by the iron donor, yfh1, and the scaffold, isu1 |
|
13
|
121
|
5treA |
Zinc and the iron donor frataxin regulate oligomerization of the scaffold protein to form new fe-s cluster assembly centers |
|
77
|
174
|
5n26A |
X-ray structure of human heavy chain ferritin in complex with cisplatin |
|
20
|
169
|
5kz5A |
Architecture of the human mitochondrial iron-sulfur cluster assembly machinery: the complex formed by the iron donor, the sulfur donor, and the scaffold |
|
77
|
172
|
5jklG |
Binary crystal structure of positively and negatively supercharged variants ftn(pos) and ftn(neg) from human heavy chain ferritin (mg formate condition) |
|
77
|
172
|
5jkmG |
Binary crystal structure of positively and negatively supercharged variants ftn(pos) and ftn(neg) from human heavy chain ferritin (mg acetate condition) |
|
77
|
172
|
5jklA |
Binary crystal structure of positively and negatively supercharged variants ftn(pos) and ftn(neg) from human heavy chain ferritin (mg formate condition) |
|
77
|
172
|
5jkkA |
Crystal structure of the negatively supercharged variant ftn(neg) of human heavy chain ferritin |
|
78
|
174
|
5j8wA |
One minute iron loaded rana catesbeiana h' ferritin variant e57a/e136a/d140a |
|
78
|
171
|
5j93A |
Five minutes iron loaded rana catesbeiana h' ferritin variant e57a/e136a/d140a |
|
78
|
171
|
5j9vA |
Ten minutes iron loaded rana catesbeiana h' ferritin variant e57a/e136a/d140a |
|
77
|
173
|
6ftvA |
X-ray structure of human heavy chain ferritin in complex with nami a |
|
76
|
172
|
6b8fA |
Contracted human heavy-chain ferritin crystal-hydrogel hybrid |
|
78
|
172
|
6b8gA |
Twice-contracted human heavy-chain ferritin crystal-hydrogel hybrid |
|
77
|
169
|
6a4uA |
The first crystal structure of crustacean ferritin that is a hybrid type of h and l ferritin |
|
63
|
172
|
5yi5A |
Human ferritin mutant - e-helix deletion |
|
77
|
174
|
5xhiA |
Crystal structure of frog m-ferritin d38a mutant |
|
65
|
155
|
5xgoA |
The ferritin e-domain: toward understanding its role in protein cage assembly through the crystal structure of a maxi-/mini-ferritin chimera |
|
77
|
173
|
5cmrA |
Crystal structure of linker-mediated zn-bound human h-ferritin variant 122h-delta c-star |
|
70
|
157
|
4zkwA |
Crystal structure of the pmftn variant e44q soaked in iron (45 min) |
