25
|
120
|
6udcA |
Spectroscopic and structural characterization of a genetically encoded direct sensor for protein-ligand interactions |
29
|
121
|
6uc3A |
Spectroscopic and structural characterization of a genetically encoded direct sensor for protein-ligand interactions |
2
|
27
|
6sosP |
Engineered streptavidin variant (enagy) in complex with the twin-strep-tag peptide |
27
|
123
|
6sokA |
Engineered streptavidin variant (vtar) in complex with the twin-strep-tag peptide |
24
|
122
|
6sosA |
Engineered streptavidin variant (enagy) in complex with the twin-strep-tag peptide |
1
|
7
|
6sokP |
Engineered streptavidin variant (vtar) in complex with the twin-strep-tag peptide |
22
|
120
|
6y3qAAA |
Streptavidin mutant s112r_k121e with a biotc5-1 cofactor - an artificial iron hydroxylase |
26
|
121
|
6y34AAA |
Streptavidin wildtype with a biotc5-1 cofactor - an artificial iron hydroxylase |
25
|
121
|
6y2tAAA |
Streptavidin wildtype with a biotc4-1 cofactor - an artificial iron hydroxylase |
28
|
123
|
6y33AAA |
Streptavidin mutant s112r with a biotc5-1 cofactor - an artificial iron hydroxylase |
25
|
123
|
6y2mAAA |
Streptavidin mutant s112r with a biotc4-1 cofactor - an artificial iron hydroxylase |
25
|
121
|
6y25AAA |
Streptavidin mutant s112r,k121e with a biotc4-1 cofactor - an artificial iron hydroxylase |
29
|
125
|
6us6A |
Artificial iron proteins: modelling the active sites in non-heme dioxygenases |
29
|
124
|
6uizA |
Artificial iron proteins: modelling the active sites in non-heme dioxygenases |
28
|
125
|
6uiyA |
Artificial iron proteins: modelling the active sites in non-heme dioxygenases |
28
|
124
|
6uiuA |
Artificial iron proteins: modelling the active sites in non-heme dioxygenases |
28
|
125
|
6ui0A |
Artificial iron proteins: modelling the active sites in non-heme dioxygenases |
0
|
7
|
6qw4P |
Engineered streptavidin variant (acgr) in complex with the strep-tag ii peptide |
26
|
121
|
6qw4A |
Engineered streptavidin variant (acgr) in complex with the strep-tag ii peptide |
1
|
9
|
6qsyP |
Engineered streptavidin variant (h--wy) in complex with the strep-tag ii peptide |
24
|
119
|
6qsyA |
Engineered streptavidin variant (h--wy) in complex with the strep-tag ii peptide |
25
|
122
|
6lngA |
Rapid crystallization of streptavidin using charged peptides |
25
|
121
|
6qbbA |
Engineered streptavidin variant (enagy) in complex with the strep-tag ii peptide |
1
|
8
|
6qbbP |
Engineered streptavidin variant (enagy) in complex with the strep-tag ii peptide |
62
|
308
|
6s50A |
Scdsav(sark)mv2 - engineering single-chain dimeric streptavidin as host for artificial metalloenzymes |
58
|
305
|
6s4qA |
Scdsav(sask) - engineering single-chain dimeric streptavidin as host for artificial metalloenzymes |
29
|
122
|
5n99A |
Crystal structure of streptavidin with cyclic peptide nqpwq |
0
|
5
|
5n99C |
Crystal structure of streptavidin with cyclic peptide nqpwq |
26
|
120
|
6gh7A |
Wildtype core-streptavidin with biotin a with a catalyst |
29
|
125
|
6fryA |
Photo-driven hydrogen evolution by an artificial hydrogenase utilizing the biotin-streptavidin technology |
14
|
119
|
6j6kA |
Apo-state streptavidin |
26
|
119
|
6m9bA |
Wild-type streptavidin in complex with biotin solved by native sad with data collected at 6 kev |
16
|
119
|
6j6jA |
Biotin-bound streptavidin |
24
|
121
|
3t6fA |
Biotin complex of y54f core streptavidin |
26
|
145
|
6gmiA |
Genetic engineering of an artificial metalloenzyme for transfer hydrogenation of a self-immolative substrate in e. coli's periplasm. |
1
|
12
|
5n8eE |
Crystal structure of streptavidin with peptide rdpapawahggg |
25
|
121
|
5n8wA |
Crystal structure of streptavidin with d-amino acid containing peptide ggwhdeatwkpg |
27
|
122
|
5n8jA |
Crystal structure of streptavidin with peptide d-amino acid containing peptide gyglanvdessg |
25
|
119
|
5n8eA |
Crystal structure of streptavidin with peptide rdpapawahggg |
26
|
123
|
5l3yA |
Designed artificial cupredoxins |
27
|
123
|
5k67A |
Designed artificial cupredoxins |
29
|
125
|
6fh8A |
E. coli surface display of streptavidin for directed evolution of an allylic deallocase |
25
|
123
|
6esuA |
Artificial imine reductase mutant s112a-n118p-k121a-s122m |
26
|
122
|
6essA |
Artificial imine reductase mutant s112a-n118p-k121a-s122m |
29
|
125
|
6anxA |
Peroxide activation regulated by hydrogen bonds within artificial cu proteins - wt (low exposure) |
28
|
122
|
6aucA |
Artificial metalloproteins containing a co4o4 active site - 2xm-sav |
26
|
121
|
6avkA |
Streptavidin bound to peptide-like compound kpm-6 |
28
|
122
|
6auoA |
Artificial metalloproteins containing a co4o4 active site - 2xm-s112f |
26
|
121
|
6aueA |
Artificial metalloproteins containing a co4o4 active site - 2xm-s112y-b |
29
|
123
|
6aulA |
Artificial metalloproteins containing a co4o4 active site - 2xm-s112y-b |