|
11
|
77
|
1bqzA |
J-domain (residues 1-77) of the escherichia coli n-terminal fragment (residues 1-78) of the molecular chaperone dnaj, nmr, 20 structures |
|
5
|
45
|
1dv0A |
Refined nmr solution structure of the c-terminal uba domain of the human homologue of rad23a (hhr23a) |
|
16
|
144
|
1g9lA |
Solution structure of the pabc domain of human poly(a) binding protein |
|
6
|
74
|
1bodA |
The solution structures of mutant calbindin d9k's, as determined by nmr, show that the calcium binding site can adopt different folds |
|
18
|
98
|
1jh4A |
Solution structure of the c-terminal pabc domain of human poly(a)-binding protein in complex with the peptide from paip1 |
|
25
|
75
|
1kcyA |
Nmr solution structure of apo calbindin d9k (f36g + p43m mutant) |
|
13
|
73
|
1h8bA |
Ef-hands 3,4 from alpha-actinin / z-repeat 7 from titin |
|
13
|
110
|
1iq3A |
Solution structure of the eps15 homology domain of a human pob1 |
|
30
|
79
|
1dvhA |
Structure and dynamics of ferrocytochrome c553 from desulfovibrio vulgaris studied by nmr spectroscopy and restrained molecular dynamics |
|
21
|
86
|
1j7qA |
Solution structure and backbone dynamics of the defunct ef-hand domain of calcium vector protein |
|
19
|
68
|
1c7vA |
Nmr solution structure of the calcium-bound c-terminal domain (w81-s161) of calcium vector protein from amphioxus |
|
15
|
53
|
1arqA |
Relaxation matrix refinement of the solution structure of the arc repressor |
|
8
|
91
|
1f6vA |
Solution structure of the c terminal of mu b transposition protein |
|
19
|
77
|
1f54A |
Solution structure of the apo n-terminal domain of yeast calmodulin |
|
23
|
90
|
1gh1A |
Nmr structures of wheat nonspecific lipid transfer protein |
|
16
|
115
|
1klpA |
The solution structure of acyl carrier protein from mycobacterium tuberculosis |
|
10
|
61
|
1g2hA |
Solution structure of the dna-binding domain of the tyrr protein of haemophilus influenzae |
|
21
|
122
|
1bipA |
Bifunctional proteinase inhibitor trypsin/a-amylase from seeds of ragi (eleusine coracana gaertneri) |
|
13
|
94
|
1d5vA |
Solution structure of the forkhead domain of the adipocyte-transcription factor freac-11 (s12) |
|
21
|
92
|
1fi6A |
Solution structure of the reps1 eh domain |
|
21
|
90
|
1jr5A |
Solution structure of the anti-sigma factor asia homodimer |
|
13
|
79
|
1j3cA |
Solution structure of the c-terminal domain of the hmgb2 |
|
33
|
148
|
1dmoA |
Calmodulin, nmr, 30 structures |
|
23
|
69
|
1bhaA |
Three-dimensional structure of (1-71) bacterioopsin solubilized in methanol-chloroform and sds micelles determined by 15n-1h heteronuclear nmr spectroscopy |
|
19
|
95
|
1ff1A |
Structure of the second eps15 homology domain of human eps15 in complex with ptgssstnpfl |
|
10
|
54
|
1jjrA |
The three-dimensional structure of the c-terminal dna binding domain of human ku70 |
|
19
|
79
|
1hsnA |
The structure of the hmg box and its interaction with dna |
|
19
|
76
|
1dnyA |
Solution structure of pcp, a prototype for the peptidyl carrier domains of modular peptide synthetases |
|
28
|
139
|
1ey1A |
Solution structure of escherichia coli nusb |
|
6
|
76
|
1bocA |
The solution structures of mutant calbindin d9k's, as determined by nmr, show that the calcium binding site can adopt different folds |
|
29
|
104
|
1e41A |
Death domain from human fadd/mort1 |
|
18
|
56
|
1d2dA |
Hamster eprs second repeated element. nmr, 5 structures |
|
30
|
95
|
1fadA |
Death domain of fas-associated death domain protein, residues 89-183 |
|
17
|
67
|
1f71A |
Refined solution structure of calmodulin c-terminal domain |
|
12
|
70
|
5it9Z |
Structure of the yeast kluyveromyces lactis small ribosomal subunit in complex with the cricket paralysis virus ires. |
|
32
|
200
|
5it9I |
Structure of the yeast kluyveromyces lactis small ribosomal subunit in complex with the cricket paralysis virus ires. |
|
14
|
67
|
5iydJ |
Human core-pic in the initial transcribing state (no iis) |
|
105
|
327
|
9icxA |
Dna polymerase beta (pol b) (e.c.2.7.7.7) complexed with six base pairs of dna (non gapped dna only) |
|
99
|
327
|
7icqA |
Dna polymerase beta (e.c.2.7.7.7)/dna complex, soaked in the presence of zncl2 |
|
95
|
327
|
7icuA |
Dna polymerase beta (pol b) (e.c.2.7.7.7) complexed with six base pairs of dna; soaked in the presence of cdcl2 (0.1 millimolar) |
|
95
|
327
|
8icrA |
Dna polymerase beta (pol b) (e.c.2.7.7.7) complexed with seven base pairs of dna; soaked in the presence of datp (1 millimolar) and mncl2 (5 millimolar) |
|
102
|
327
|
9icuA |
Dna polymerase beta (pol b) (e.c.2.7.7.7) complexed with six base pairs of dna; soaked in the presence of dttp (1 millimolar) and mncl2 (5 millimolar) |
|
100
|
327
|
8ickA |
Dna polymerase beta (pol b) (e.c.2.7.7.7) complexed with seven base pairs of dna; soaked in the presence of datp (1 millimolar), mgcl2 (5 millimolar), and mncl2 (5 millimolar) |
|
99
|
327
|
9icvA |
Dna polymerase beta (e.c.2.7.7.7)/dna complex + 2'-deoxyadenosine-5'-triphosphate, soaked in the presence of datp and zncl2 |
|
103
|
327
|
9icnA |
Dna polymerase beta (e.c.2.7.7.7)/dna complex + 2',3'-dideoxycytidine-5'-triphosphate, soaked in the presence of ddctp and mgcl2 |
|
98
|
327
|
7icpA |
Dna polymerase beta (pol b) (e.c.2.7.7.7) complexed with six base pairs of dna; soaked in the presence of zncl2 (0.01 millimolar) |
|
96
|
327
|
8icnA |
Dna polymerase beta (pol b) (e.c.2.7.7.7) complexed with seven base pairs of dna; soaked in the presence of atp (1 millimolar) and mncl2 (5 millimolar) |
|
102
|
327
|
9icrA |
Dna polymerase beta (e.c.2.7.7.7)/dna complex + 2'-deoxycytidine-5'-triphosphate, soaked in the presence of dctp and mncl2 |
|
94
|
327
|
7icoA |
Dna polymerase beta (e.c.2.7.7.7)/dna complex, soaked in the presence of zncl2 |
|
102
|
327
|
9ictA |
Dna polymerase beta (e.c.2.7.7.7)/dna complex + 2'-deoxyguanosine-5'-triphosphate, soaked in the presence of dgtp and mncl2 |
