|
32
|
121
|
5arlA |
Crystal structure of porcine rnase 4 d80a mutant in complex with dcmp |
|
32
|
120
|
5epzA |
Human angiogenin in complex with sulphate anions at a basic solution |
|
39
|
124
|
5e5fA |
X-ray structure of the complex between rnase a and compound 4-pf6 ([(pph3)au(mi-pbi)pt(me)(dmso)][pf6]), the heterobimetallic derivative obtained in the reaction between the organometallic compound [pt(pbi)(me)(dmso)], pbi=2-(2'-pyridil)benzimidazole (compound 3) and the gold(i) compound [au(ph3p)][pf6] |
|
34
|
121
|
5eopA |
Crystal structure of human angiogenin at 1.35 angstroms resolution |
|
37
|
124
|
5et4A |
Structure of rnase a-k7h/r10h in complex with 3'-cmp |
|
37
|
135
|
5e13A |
Crystal structure of eosinophil-derived neurotoxin in complex with the triazole double-headed ribonucleoside 11c |
|
36
|
122
|
5ar6A |
Crystal structure of porcine rnase 4 |
|
38
|
124
|
5e5eA |
X-ray structure of the adduct formed in the reaction between rnase a and a neutral organometallic derivative [pt(pbi)(me)(dmso)], pbi=2-(2'-pyridil)benzimidazole (compound 3) |
|
33
|
121
|
5eqoA |
Human angiogenin in complex with sulphate anions at an acidic solution |
|
38
|
124
|
5d97A |
Neutron crystal structure of h2o-solvent ribonuclease a |
|
40
|
124
|
5d6uA |
X-ray crystal structure of ribonuclease a determined for the real space d/h contrast method |
|
33
|
124
|
4wypA |
The crystal structure of the a109g mutant of rnase a in complex with 5'amp |
|
32
|
125
|
4wynA |
The crystal structure of the a109g mutant of rnase a |
|
30
|
125
|
4wyzA |
The crystal structure of the a109g mutant of rnase a in complex with 3'ump |
|
33
|
133
|
4x08A |
Structure of h128n/ecp mutant in complex with sulphate anions at 1.34 angstroms. |
|
31
|
128
|
4x09A |
Structure of human rnase 6 in complex with sulphate anions |
|
32
|
124
|
4s0qA |
The x-ray structure of the adduct formed in the reaction between bovine pancreatic ribonuclease and carboplatin |
|
37
|
124
|
4rsdA |
Structure of the d121a variant of ribonuclease a |
|
31
|
124
|
4s18A |
The x-ray structure of the adduct formed in the reaction between bovine pancreatic ribonuclease and oxaliplatin |
|
32
|
116
|
4qfjA |
The crystal structure of rat angiogenin-heparin complex |
|
37
|
124
|
4rskA |
Structure of the k7a/r10a/k66a variant of ribonuclease a complexed with 3'-ump |
|
36
|
124
|
4ratA |
Effects of temperature on protein structure and dynamics: x-ray crystallographic studies of the protein ribonuclease-a at nine different temperatures from 98 to 320 k |
|
36
|
124
|
4rteA |
The x-ray structure of bovine pancreatic ribonuclease incubated in the presence of an excess of cisplatin (1:10 ratio) |
|
23
|
113
|
4perB |
Structure of gallus gallus ribonuclease inhibitor complexed with gallus gallus ribonuclease i |
|
35
|
134
|
4owzA |
Structure of ecp/h15a mutant. |
|
33
|
133
|
4oxbA |
Structure of ecp with sulphate anions at 1.50 angstroms |
|
31
|
116
|
4qfiA |
The crystal structure of rat angiogenin-heparin complex |
|
40
|
124
|
4peqA |
Structure of bovine ribonuclease inhibitor complexed with bovine ribonuclease i |
|
33
|
124
|
4pouA |
Vhh-metal in complex with rnase a |
|
36
|
124
|
4ot4A |
X-ray structure of the adduct formed between cisplatin and ribonuclease a |
|
40
|
134
|
4oxfA |
Structure of ecp in complex with citrate ions at 1.50 angstroms |
|
36
|
124
|
4oohA |
Structure of ribonuclease a at 40c |
|
25
|
124
|
4n4cA |
Crystal structure of the c-terminal swapped dimer of a bovine seminal ribonuclease mutant |
|
36
|
124
|
4mxfA |
X-ray structure of the adduct between bovine pancreatic ribonuclease and auoxo6, a dinuclear gold(iii) complex with -dioxo bridges linking the two metal centers |
|
35
|
124
|
4l55A |
X-ray structure of the adduct between bovine pancreatic ribonuclease and aziru |
|
29
|
120
|
4kxhA |
The x-ray crystal structure of a dimeric variant of human pancreatic ribonuclease |
|
39
|
124
|
4j68A |
Crystal structure of ribonuclease a soaked in 40% isopropanol: one of twelve in mscs set |
|
40
|
124
|
4j69A |
Crystal structure of ribonuclease a soaked in 50% s,r,s-bisfuranol: one of twelve in mscs set |
|
37
|
124
|
4j64A |
Crystal structure of ribonuclease a soaked in 40% dioxane: one of twelve in mscs set |
|
37
|
124
|
4j67A |
Crystal structure of ribonuclease a soaked in 50% 1,6-hexanediol: one of twelve in mscs set |
|
37
|
124
|
4j62A |
Crystal structure of ribonuclease a soaked in 40% cyclohexanol: one of twelve in mscs set |
|
37
|
124
|
4j63A |
Crystal structure of ribonuclease a soaked in 40% cyclohexanone: one of twelve in mscs set |
|
38
|
124
|
4j5zA |
Crystal structure of ribonuclease a in aqueous solution: one of twelve in mscs set |
|
39
|
124
|
4j60A |
Crystal structure of ribonuclease a soaked in 25% cyclopentanol: one of twelve in mscs set |
|
38
|
124
|
4j61A |
Crystal structure of ribonuclease a soaked in 40% cyclopentanone: one of twelve in mscs set |
|
38
|
124
|
4j66A |
Crystal structure of ribonuclease a soaked in 25% dimethyl sulfoxide: one of twelve in mscs set |
|
39
|
124
|
4j6aA |
Crystal structure of ribonuclease a soaked in 40% 2,2,2-trifluoroethanol: one of twelve in mscs set |
|
40
|
124
|
4j65A |
Crystal structure of ribonuclease a soaked in 40% dimethylformamide: one of twelve in mscs set |
|
36
|
124
|
4g8yA |
Crystal structure of ribonuclease a in complex with 5b |
|
38
|
124
|
4g8vA |
Crystal structure of ribonuclease a in complex with 5a |
