|
42
|
170
|
5b0uA |
Crystal structure of the mutated 19 kda protein of oplophorus luciferase (nanokaz) |
|
65
|
227
|
4zb1A |
Crystal structure of blue chromoprotein sgbp from stichodactyla gigantea |
|
60
|
224
|
4p76A |
Cellular response to a crystal-forming protein |
|
65
|
228
|
4p1qA |
Green fluorescent protein e222h variant |
|
81
|
197
|
4nqgA |
Crystal structure of ca(2+)-regulated photoprotein mitrocomin from jellyfish mitrocoma cellularia at 1.3 angstrom resolution |
|
72
|
190
|
4n1fA |
Crystal structure of f88y obelin mutant from obelia longissima at 2.09 angstrom resolution |
|
88
|
194
|
4n1gA |
Crystal structure of ca(2+)- discharged f88y obelin mutant from obelia longissima at 1.50 angstrom resolution |
|
75
|
190
|
4mrxA |
Crystal structure of y138f obelin mutant from obelia longissima at 1.72 angstrom resolution |
|
70
|
191
|
4mn0A |
Spatial structure of the novel light-sensitive photoprotein berovin from the ctenophore beroe abyssicola in the ca2+-loaded apoprotein conformation state |
|
80
|
187
|
4mryA |
Crystal structure of ca(2+)- discharged y138f obelin mutant from obelia longissima at 1.30 angstrom resolution |
|
41
|
125
|
4i3aA |
Structures of pr1 and pr2 intermediates from time-resolved laue crystallography collected at 14id-b, aps |
|
36
|
125
|
4i38A |
Structures of it intermediates from time-resolved laue crystallography collected at 14id-b, aps |
|
37
|
125
|
4i3jA |
Structures of pr1 intermediate of photoactive yellow prtein e46q muntant from time-resolved laue crystallography collected at 14id aps |
|
56
|
227
|
4jfgA |
Crystal structure of sfgfp-66-hqala |
|
41
|
125
|
4hy8A |
Structures of pr1 and pr2 intermediates from time-resolved laue crystallography |
|
39
|
125
|
4i39A |
Structures of ict and pr1 intermediates from time-resolved laue crystallography collected at 14id-b, aps |
|
36
|
125
|
4i3iA |
Structures of it intermediate of photoactive yellow prtein e46q muntant from time-resolved laue crystallography collected at 14id aps |
|
90
|
228
|
4j2pA |
Crystal structure of luxf from photobacterium leiognathi |
|
66
|
227
|
3gj2A |
Photoactivated state of pa-gfp |
|
65
|
227
|
3gj1A |
Non photoactivated state of pa-gfp |
|
61
|
251
|
3ed8A |
Application of the superfolder yfp bimolecular fluorescence complementation for studying protein-protein interactions in vitro |
|
67
|
231
|
3dqdA |
Structure of the yellow fluorescent protein citrine frozen at 1250 atmospheres number 2: structure 12 in a series of 26 high pressure structures |
|
62
|
231
|
3dq9A |
Structure of the yellow fluorescent protein citrine frozen at 1500 atmospheres number 1: structure 15 in a series of 26 high pressure structures |
|
60
|
231
|
3dq6A |
Structure of the yellow fluorescent protein citrine frozen at 1920 atmospheres number 2: structure 18 in a series of 26 high pressure structures |
|
64
|
231
|
3dquA |
Structure of the yellow fluorescent protein citrine frozen at 2000 atmospheres number 1: structure 20 in a series of 26 high pressure structures |
|
64
|
231
|
3dpwA |
Structure of the yellow fluorescent protein citrine frozen at 1 atmosphere number 1: structure 1 in a series of 26 high pressure structures |
|
63
|
231
|
3dq4A |
Structure of the yellow fluorescent protein citrine frozen at 2000 atmospheres number 2: structure 20 in a series of 26 high pressure structures |
|
65
|
231
|
3dqiA |
Structure of the yellow fluorescent protein citrine frozen at 1000 atmospheres number 4: structure 8 in a series of 26 high pressure structures |
|
64
|
231
|
3dq3A |
Structure of the yellow fluorescent protein citrine frozen at 2500 atmospheres: structure 22 in a series of 26 high pressure structures |
|
61
|
231
|
3dq5A |
Structure of the yellow fluorescent protein citrine frozen at 1960 atmospheres: structure 19 in a series of 26 high pressure structures |
|
65
|
231
|
3dqkA |
Structure of the yellow fluorescent protein citrine frozen at 1000 atmospheres number 2: structure 6 in a series of 26 high pressure structures |
|
62
|
231
|
3dq8A |
Structure of the yellow fluorescent protein citrine frozen at 1500 atmospheres number 2: structure 16 in a series of 26 high pressure structures |
|
65
|
231
|
3dqjA |
Structure of the yellow fluorescent protein citrine frozen at 1000 atmospheres number 3: structure 7 in a series of 26 high pressure structures |
|
61
|
231
|
3dq2A |
Structure of the yellow fluorescent protein citrine frozen at 4000 atmospheres number 1: structure 23 in a series of 26 high pressure structures |
|
65
|
231
|
3dqfA |
Structure of the yellow fluorescent protein citrine frozen at 1000 atmospheres number 6: structure 10 in a series of 26 high pressure structures |
|
64
|
231
|
3dqoA |
Structure of the yellow fluorescent protein citrine frozen at 1 atmosphere number 2: structure 2 in a series of 26 high pressure structures |
|
63
|
231
|
3dqaA |
Structure of the yellow fluorescent protein citrine frozen at 1250 atmospheres number 4: structure 14 in a series of 26 high pressure structures |
|
64
|
231
|
3dqmA |
Structure of the yellow fluorescent protein citrine frozen at 750 atmospheres: structure 4 in a series of 26 high pressure structures |
|
66
|
231
|
3dq1A |
Structure of the yellow fluorescent protein citrine frozen at 4000 atmospheres number 2: structure 24 in a series of 26 high pressure structures |
|
63
|
231
|
3dqcA |
Structure of the yellow fluorescent protein citrine frozen at 1250 atmospheres number 3: structure 13 in a series of 26 high pressure structures |
|
64
|
231
|
3dqhA |
Structure of the yellow fluorescent protein citrine frozen at 1000 atmospheres number 5: structure 9 in a series of 26 high pressure structures |
|
62
|
231
|
3dqeA |
Structure of the yellow fluorescent protein citrine frozen at 1250 atmospheres number 1: structure 11 in a series of 26 high pressure structures |
|
33
|
184
|
3ddyA |
Structure of lumazine protein, an optical transponder of luminescent bacteria |
|
64
|
231
|
3dqlA |
Structure of the yellow fluorescent protein citrine frozen at 1000 atmospheres number 1: structure 5 in a series of 26 high pressure structures |
|
64
|
231
|
3dqnA |
Structure of the yellow fluorescent protein citrine frozen at 500 atmospheres: structure 3 in a series of 26 high pressure structures |
|
63
|
231
|
3dpzA |
Structure of the yellow fluorescent protein citrine frozen at 4000 atmospheres number 3: structure 25 in a series of 26 high pressure structures |
|
62
|
231
|
3dpxA |
Structure of the yellow fluorescent protein citrine frozen at 5000 atmospheres: structure 26 in a series of 26 high pressure structures |
|
61
|
231
|
3dq7A |
Structure of the yellow fluorescent protein citrine frozen at 1920 atmospheres number 1: structure 17 in a series of 26 high pressure structures |
|
59
|
228
|
3cbeA |
Development of a family of redox-sensitive green fluorescent protein indicators for use in relatively oxidizing subcellular environments |
|
60
|
227
|
3cd9A |
Development of a family of redox-sensitive green fluorescent protein indicators for use in relatively oxidizing subcellular environments |
