|
116
|
551
|
6v92N |
Rsc-ncp |
|
66
|
480
|
6v92M |
Rsc-ncp |
|
6
|
95
|
6v92F |
Rsc-ncp |
|
24
|
183
|
6v92H |
Rsc-ncp |
|
3
|
90
|
6v92P |
Rsc-ncp |
|
7
|
19
|
6v923 |
Rsc-ncp |
|
82
|
484
|
6v92O |
Rsc-ncp |
|
54
|
384
|
6v92Q |
Rsc-ncp |
|
30
|
108
|
6v92c |
Rsc-ncp |
|
9
|
53
|
6v92G |
Rsc-ncp |
|
116
|
465
|
6v92B |
Rsc-ncp |
|
5
|
15
|
6v926 |
Rsc-ncp |
|
21
|
122
|
6v92D |
Rsc-ncp |
|
34
|
97
|
6v92a |
Rsc-ncp |
|
26
|
78
|
6v92b |
Rsc-ncp |
|
61
|
312
|
6v92I |
Rsc-ncp |
|
21
|
95
|
6o3tA |
Structural basis of foxc2 and dna interactions |
|
26
|
108
|
6jr1C |
Crystal structure of the human nucleosome phased with 16 selenium atoms |
|
32
|
92
|
6jr0D |
Crystal structure of the human nucleosome phased with 12 selenium atoms |
|
29
|
96
|
6jr0A |
Crystal structure of the human nucleosome phased with 12 selenium atoms |
|
32
|
93
|
6jr1D |
Crystal structure of the human nucleosome phased with 16 selenium atoms |
|
30
|
105
|
6jr0C |
Crystal structure of the human nucleosome phased with 12 selenium atoms |
|
29
|
96
|
6jr1A |
Crystal structure of the human nucleosome phased with 16 selenium atoms |
|
26
|
78
|
6jr1B |
Crystal structure of the human nucleosome phased with 16 selenium atoms |
|
26
|
78
|
6jr0B |
Crystal structure of the human nucleosome phased with 12 selenium atoms |
|
39
|
133
|
6paxA |
Crystal structure of the human pax-6 paired domain-dna complex reveals a general model for pax protein-dna interactions |
|
16
|
60
|
6croA |
Crystal structure of lambda-cro bound to a consensus operator at 3.0 angstrom resolution |
|
18
|
63
|
2or1L |
Recognition of a dna operator by the repressor of phage 434. a view at high resolution |
|
30
|
86
|
2lefA |
Lef1 hmg domain (from mouse), complexed with dna (15bp), nmr, 12 structures |
|
49
|
183
|
2up1A |
Structure of up1-telomeric dna complex |
|
15
|
65
|
3orcA |
Crystal structure of an engineered cro monomer bound nonspecifically to dna |
|
30
|
109
|
2irfG |
Crystal structure of an irf-2/dna complex. |
|
19
|
76
|
2hapC |
Structure of a hap1-18/dna complex reveals that protein/dna interactions can have direct allosteric effects on transcriptional activation |
|
5
|
66
|
2haxA |
Crystal structure of bacillus caldolyticus cold shock protein in complex with hexathymidine |
|
42
|
181
|
1d3uA |
Tata-binding protein/transcription factor (ii)b/bre+tata-box complex from pyrococcus woesei |
|
13
|
43
|
1b01A |
Transcriptional repressor copg/dna complex |
|
13
|
51
|
1lccA |
Structure of the complex of lac repressor headpiece and an 11 base-pair half-operator determined by nuclear magnetic resonance spectroscopy and restrained molecular dynamics |
|
82
|
201
|
1d3uB |
Tata-binding protein/transcription factor (ii)b/bre+tata-box complex from pyrococcus woesei |
|
121
|
338
|
1qqbA |
Purine repressor mutant-hypoxanthine-palindromic operator complex |
|
22
|
70
|
1hwtC |
Structure of a hap1/dna complex reveals dramatically asymmetric dna binding by a homodimeric protein |
|
155
|
575
|
1bf5A |
Tyrosine phosphorylated stat-1/dna complex |
|
11
|
51
|
1lcdA |
Structure of the complex of lac repressor headpiece and an 11 base-pair half-operator determined by nuclear magnetic resonance spectroscopy and restrained molecular dynamics |
|
122
|
338
|
1qqaA |
Purine repressor mutant-hypoxanthine-palindromic operator complex |
|
59
|
200
|
1zrcA |
4 crystal structures of cap-dna with all base-pair substitutions at position 6, cap-icap38 dna |
|
2
|
22
|
1cqtI |
Crystal structure of a ternary complex containing an oca-b peptide, the oct-1 pou domain, and an octamer element |
|
36
|
159
|
1cqtA |
Crystal structure of a ternary complex containing an oca-b peptide, the oct-1 pou domain, and an octamer element |
|
66
|
200
|
1zreA |
4 crystal structures of cap-dna with all base-pair substitutions at position 6, cap-[6g;17c]icap38 dna |
|
16
|
46
|
1bdvA |
Arc fv10 cocrystal |
|
21
|
71
|
1cktA |
Crystal structure of hmg1 domain a bound to a cisplatin-modified dna duplex |
|
64
|
203
|
1zrfA |
4 crystal structures of cap-dna with all base-pair substitutions at position 6, cap-[6c;17g]icap38 dna |
