|
12
|
75
|
1hd1A |
Heterogeneous nuclear ribonucleoprotein d0 (hnrnp d0 rbd1), nmr |
|
8
|
75
|
1hcpA |
Dna recognition by the oestrogen receptor: from solution to the crystal |
|
4
|
55
|
1iymA |
Ring-h2 finger domain of el5 |
|
3
|
49
|
1kbfA |
Solution structure of the cysteine-rich c1 domain of kinase suppressor of ras |
|
14
|
46
|
1ed0A |
Nmr structural determination of viscotoxin a3 from viscum album l. |
|
29
|
84
|
1k1cA |
Solution structure of crh, the bacillus subtilis catabolite repression hpr |
|
14
|
114
|
1blkA |
Nmr ensemble of blk sh2 domain using chemical shift refinement, 20 structures |
|
22
|
130
|
1j7hA |
Solution structure of hi0719, a hypothetical protein from haemophilus influenzae |
|
11
|
73
|
1k0vA |
Copper trafficking: the solution structure of bacillus subtilis copz |
|
19
|
89
|
1f96A |
Solution structure of dynein light chain 8 (dlc8) and nnos peptide complex |
|
9
|
75
|
1iqtA |
Solution structure of the c-terminal rna-binding domain of heterogeneous nuclear ribonucleoprotein d0 (auf1) |
|
30
|
159
|
1h2oA |
Solution structure of the major cherry allergen pru av 1 mutant e45w |
|
11
|
106
|
1aouF |
Nmr structure of the fyn sh2 domain complexed with a phosphotyrosyl peptide, 22 structures |
|
13
|
109
|
1ab2A |
Three-dimensional solution structure of the src homology 2 domain of c-abl |
|
16
|
88
|
1ka5A |
Refined solution structure of histidine containing phosphocarrier protein from staphyloccocus aureus |
|
4
|
78
|
1e4uA |
N-terminal ring finger domain of human not-4 |
|
9
|
65
|
1g25A |
Solution structure of the n-terminal domain of the human tfiih mat1 subunit |
|
7
|
64
|
1dfdA |
Oxidised desulfovibrio africanus ferredoxin i, nmr, 19 structures |
|
19
|
117
|
1d6tA |
Rnase p protein from staphylococcus aureus |
|
12
|
91
|
1b64A |
Solution structure of the guanine nucleotide exchange factor domain from human elongation factor-one beta, nmr, 20 structures |
|
12
|
88
|
1emwA |
Solution structure of the ribosomal protein s16 from thermus thermophilus |
|
13
|
79
|
1kviA |
Solution structure of the reduced form of the first heavy metal binding motif of the menkes protein |
|
29
|
130
|
1gd5A |
Solution structure of the px domain from human p47phox nadph oxidase |
|
1
|
80
|
1k0tA |
Nmr solution structure of unbound, oxidized photosystem i subunit psac, containing [4fe-4s] clusters fa and fb |
|
8
|
46
|
1jmnA |
Solution structure of the viscotoxin a2 |
|
18
|
111
|
1bfiA |
Solution structure of the c-terminal sh2 domain of the p85alpha regulatory subunit of phosphoinositide 3-kinase, nmr, 30 structures |
|
44
|
104
|
1cn7A |
Yeast ribosomal protein l30 |
|
13
|
88
|
1iqoA |
Solution structure of mth1880 from methanobacterium thermoautotrophicum |
|
3
|
46
|
1gnfA |
Solution structure of the n-terminal zinc finger of murine gata-1, nmr, 25 structures |
|
27
|
132
|
1ivzA |
Solution structure of the sea domain from murine hypothetical protein homologous to human mucin 16 |
|
20
|
103
|
1jm7A |
Solution structure of the brca1/bard1 ring-domain heterodimer |
|
15
|
50
|
1bk8A |
Determination of the three-dimensional solution structure of aesculus hippocastanum antimicrobial protein 1 (ah-amp1) by 1h nmr, 25 structures |
|
4
|
75
|
1d9nA |
Solution structure of the methyl-cpg-binding domain of the methylation-dependent transcriptional repressor mbd1/pcm1 |
|
9
|
46
|
1jmpA |
Solution structure of the viscotoxin b |
|
11
|
112
|
1csyA |
Syk tyrosine kinase c-terminal sh2 domain complexed with a phosphopeptidefrom the gamma chain of the high affinity immunoglobin g receptor, nmr |
|
10
|
60
|
1i6gA |
Nmr solution structure of the insect-specific neurotoxin variant 5 (cse-v5) from the scorpion centruroides sculpturatus ewing |
|
11
|
68
|
1cpzA |
Copper chaperone of enterococcus hirae (apo-form) |
|
6
|
54
|
1ce3A |
Putative ancestral protein encoded by a single sequence repeat of the multidomain proteinase inhibitor from nicotiana alata |
|
17
|
95
|
1ghuA |
Nmr solution structure of growth factor receptor-bound protein 2 (grb2) sh2 domain, 24 structures |
|
24
|
112
|
1l4sA |
Solution structure of ribosome associated factor y |
|
12
|
55
|
1hdlA |
Lekti domain one |
|
150
|
462
|
5f8jA |
Enterovirus 71 polymerase elongation complex (c1s4 form) |
|
145
|
462
|
5f8nA |
Enterovirus 71 polymerase elongation complex (c3s6 form) |
|
90
|
327
|
9iceA |
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 cucl2 (0.1 millimolar) |
|
92
|
327
|
8icgA |
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 mgcl2 (5 millimolar) |
|
103
|
327
|
7ichA |
Dna polymerase beta (e.c.2.7.7.7)/dna complex, soaked in the presence of cocl2 |
|
102
|
327
|
8icoA |
Dna polymerase beta (pol b) (e.c.2.7.7.7) complexed with seven base pairs of dna; soaked in the presence of azt-tp (1 millimolar) and mncl2 (5 millimolar) |
|
101
|
327
|
8icfA |
Dna polymerase beta (pol b) (e.c.2.7.7.7) complexed with seven base pairs of dna; soaked in the presence of datp (10 millimolar) and mgcl2 (50 millimolar) |
|
95
|
327
|
9iciA |
Dna polymerase beta (pol b) (e.c.2.7.7.7) complexed with seven base pairs of dna; soaked in the presence of dttp (1 millimolar) and zncl2 (1 millimolar) |
|
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) |
