66
|
168
|
4cy9A |
Dpsa14 from streptomyces coelicolor |
71
|
170
|
4de6A |
Horse spleen apo-ferritin complex with arachidonic acid |
62
|
160
|
4cyaA |
Dpsa15 from streptomyces coelicolor |
75
|
163
|
4cmyV |
Chlorobium tepidum ferritin |
76
|
163
|
4cmyA |
Chlorobium tepidum ferritin |
74
|
159
|
4am4A |
Bacterioferritin from blastochloris viridis |
75
|
159
|
4am2A |
Bacterioferritin from blastochloris viridis |
70
|
167
|
4a25A |
X-ray structure dps from kineococcus radiotolerans in complex with mn (ii) ions. |
74
|
159
|
4am5A |
Bacterioferritin from blastochloris viridis |
67
|
173
|
3wvvA |
Crystal structure of ruco/apo-e45c_c48afr |
69
|
173
|
3wvwA |
Crystal structure of ruco/apo-wtfr |
77
|
173
|
3wnwA |
Structure of mouse h-chain modified ferritin |
70
|
173
|
3wvuA |
Crystal structure of ruco/apo-r52cfr |
106
|
264
|
3w54A |
Crystal structure of cyanide-insensitive alternative oxidase from trypanosoma brucei with colletochlorin b |
81
|
195
|
3vnxA |
Crystal structure of ferritin from multicellular green algae, ulva pertusa. |
97
|
267
|
3vv9A |
Crystal structure of cyanide-insensitive alternative oxidase from trypanosoma brucei |
102
|
266
|
3vvaA |
Crystal structure of cyanide-insensitive alternative oxidase from trypanosoma brucei with ascofuranone derivative |
48
|
165
|
3v3kB |
Human caspase 9 in complex with bacterial effector protein |
165
|
484
|
3ufbA |
Crystal structure of a modification subunit of a putative type i restriction enzyme from vibrio vulnificus yj016 |
73
|
159
|
3uoiA |
Mycobacterium tuberculosis bacterioferritin, bfra |
68
|
159
|
3uofA |
Mycobacterium tuberculosis bacterioferritin, bfra |
73
|
175
|
3unoA |
Mycobacterium tuberculosis ferritin homolog, bfrb |
72
|
170
|
3u90A |
Apoferritin: complex with sds |
63
|
144
|
3t9jA |
Crystal structure hp-nap from strain ys39 in apo form |
63
|
144
|
3ta8A |
Crystal structure hp-nap from strain ys39 iron loaded (cocrystallization 5mm) |
76
|
175
|
3shxA |
Frog m-ferritin with magnesium, l134p mutant |
82
|
177
|
3sidA |
Crystal structure of oxidized symerythrin from cyanophora paradoxa, azide adduct at 50% occupancy |
75
|
166
|
3se1A |
Frog m-ferritin with magnesium, r72d mutant |
77
|
174
|
3sh6A |
Frog m-ferritin, d122r mutant, with magnesium |
73
|
170
|
3ravA |
Horse spleen apo-ferritin with bound pentobarbital |
77
|
173
|
3rbcA |
Bullfrog m ferritin with iron(iii) bound to the ferroxidase site |
74
|
172
|
3rgdA |
Iron loaded frog m ferritin. short soaking time |
76
|
172
|
3re7A |
Copper (ii) loaded bullfrog ferritin m chain |
73
|
170
|
3rd0A |
Horse spleen apo-ferritin with bound thiopental |
70
|
157
|
4zl6A |
Crystal structure of the pmftn variant e44h soaked in iron (3 h) |
63
|
143
|
5lbhA |
Crystal structure of helicobacter cinaedi caip |
71
|
157
|
4zkxA |
Crystal structure of the pmftn variant e44q soaked in iron (5 min) |
73
|
171
|
5lg2A |
Horse l type ferritin iron loaded for 60 minutes |
78
|
172
|
5c6fA |
Crystal structures of ferritin mutants reveal side-on binding to diiron and end-on cleavage of oxygen |
102
|
223
|
4z5sA |
Crystal structure of apo-form of aldehyde deformylating oxygenase from synechocystis sp.pcc 6803 |
75
|
172
|
5jkmA |
Binary crystal structure of positively and negatively supercharged variants ftn(pos) and ftn(neg) from human heavy chain ferritin (mg acetate condition) |
130
|
349
|
4yxmA |
Structure of thermotoga maritima disa d75n mutant with reaction product c-di-amp |
78
|
173
|
5jacA |
Sixty minutes iron loaded rana catesbeiana h' ferritin variant e57a/e136a/d140a |
99
|
217
|
5k53A |
Crystal structures of aldehyde deformylating oxygenase from oscillatoria sp. knua011 |
92
|
221
|
5k52A |
Crystal structures of aldehyde deformylating oxygenase from limnothrix sp. knua012 |
79
|
174
|
5j8sA |
Iron-free state of rana catesbeiana h' ferritin variant e57a/e136a/d140a |
71
|
179
|
5hjfA |
The apo form of dps4 from nostoc punctiforme |
73
|
177
|
5hjhA |
Dps4 from nostoc punctiforme in complex with fe ions |
75
|
174
|
5axsA |
Crystal structure of cdcat-fn |
69
|
162
|
5gn8A |
Structure of a 48-mer protein nanocage fabricated from its 24-mer analogue by subunit interface redesign |