|
20
|
119
|
26cwA |
Cryo-em structure of streptavidin within graphene reservoir sandwich |
|
0
|
8
|
9i4rF |
N-terminal oic streptag ii in sav e44v-s45t-v47r-d67a-k121r variant |
|
23
|
121
|
9i4rB |
N-terminal oic streptag ii in sav e44v-s45t-v47r-d67a-k121r variant |
|
28
|
125
|
9qnzA |
Streptavidin 112y-121w-124f with a thiophenol cofactor as artificial hydrogen atom transferase |
|
29
|
125
|
9qneA |
Streptavidin with a thiophenol cofactor as artificial hydrogen atom transferase |
|
29
|
126
|
9qnpA |
Streptavidin k121w with a thiophenol cofactor as artificial hydrogen atom transferase |
|
30
|
124
|
9edkA |
Streptavidin-s112c-t114v bound to cu(ii)dpea cofactor |
|
29
|
124
|
9edhA |
Streptavidin-s112c-t114f bound to cu(ii)dpea cofactor |
|
29
|
124
|
9ec5A |
Streptavidin-s112c-l124f bound to cu(ii)dpea cofactor, containing s-nitrosocysteine modification |
|
29
|
125
|
9edgA |
Streptavidin-wt bound to cu(ii)dpea cofactor |
|
29
|
125
|
9ediA |
Streptavidin-s112c-l124a bound to cu(ii)dpea cofactor |
|
27
|
122
|
9edfA |
Streptavidin-s112c-l124f bound to cu(ii)dpea cofactor |
|
28
|
124
|
9qo7A |
Streptavidin k121m with a thiophenol cofactor as artificial hydrogen atom transferase |
|
27
|
125
|
9mfzA |
Streptavidin-e101q-k121a-l124e bound to fe(iii)-biotin-pentyl-dipicolylamine cofactor |
|
30
|
125
|
9eduA |
Streptavidin-s112c bound to cu(ii)dpea cofactor |
|
25
|
124
|
9fnrA |
Artificial metalloenzyme with a nickel-based 1,10-phenanthroline cofactor and streptavidin s112v mutant |
|
29
|
124
|
9ffjA |
Artificial metalloenzyme with a nickel-based 1,10-phenanthroline cofactor and streptavidin n49m-s112v mutant |
|
27
|
122
|
9foaD |
Artificial photoenzyme with anthraquinone cofactor and wild type streptavidin |
|
28
|
123
|
9csuA |
Streptavidin-e101q-s112y-k121a bound to cu(ii)-biotin-ethyl-dipicolylamine cofactor |
|
28
|
124
|
9cstA |
Streptavidin-e101q-k121a bound to cu(ii)-biotin-ethyl-dipicolylamine cofactor |
|
27
|
123
|
9csvA |
Streptavidin-e101q-s112y-k121a bound to cu(ii)-biotin-ethyl-dipicolylamine cofactor, oxidized by hydrogen peroxide |
|
30
|
123
|
9e6zA |
Streptavidin-e101q-s112f-k121a bound to cu(ii)-biotin-ethyl-dipicolylamine cofactor |
|
28
|
123
|
9cswA |
Streptavidin-e101q-s112a-k121y bound to cu(ii)-biotin-ethyl-dipicolylamine cofactor |
|
25
|
132
|
8qexA |
Streptavidin variant with a cobalt catalyst for ch metal-catalyzed hydrogen-atom-transfer (m-hat) |
|
29
|
123
|
8ty0A |
Streptavidin variant s112e-k121h bound to bis-biotinylated iron-porphyrin |
|
28
|
120
|
8y25A |
X-ray crystal structure of alis4-streptavidine complex with 20% glycerol using a high-pressure cryocooling method |
|
27
|
121
|
8y29A |
X-ray crystal structure of alis2-streptavidine complex without cryo-protectant using a high-pressure cryocooling method |
|
27
|
121
|
8y2bA |
X-ray crystal structure of alis2-streptavidine complex with 20% glycerol using a high-pressure cryocooling method |
|
28
|
121
|
8y26A |
X-ray crystal structure of alis5-streptavidine complex without cryo-protectant using a high-pressure cryocooling method |
|
28
|
121
|
8y2aA |
X-ray crystal structure of alis2-streptavidine complex with 10% glycerol using a high-pressure cryocooling method |
|
28
|
121
|
8y24A |
X-ray crystal structure of alis4-streptavidine complex with 10% glycerol using a high-pressure cryocooling method |
|
28
|
120
|
8y28A |
X-ray crystal structure of alis5-streptavidine complex with 20% glycerol using a high-pressure cryocooling method |
|
28
|
120
|
8y23A |
X-ray crystal structure of alis4-streptavidine complex without cryo-protectant using a high-pressure cryocooling method |
|
27
|
121
|
8y27A |
X-ray crystal structure of alis5-streptavidine complex with 10% glycerol using a high-pressure cryocooling method |
|
29
|
120
|
8xg5A |
X-ray crystal structure of streptavidin flash-cooled in 30% peg1000 at ambient pressure |
|
28
|
121
|
8xg4A |
X-ray crystal structure of streptavidin flash-cooled in 30% glycerol at ambient pressure |
|
29
|
121
|
8xg6A |
X-ray crystal structure of streptavidine without cryo-protectant using a high-pressure cryocooling method |
|
22
|
122
|
8zr1A |
Cocrystallization of engineered streptavidin with a9 oligo dna |
|
20
|
122
|
8zr2A |
Cocrystallization of engineered streptavidin with c9 oligo dna |
|
28
|
122
|
9puaJ |
L-biotin-streptavidin binding |
|
26
|
122
|
9pubJ |
Biotin-streptavidin binding |
|
26
|
123
|
8ojwA |
Streptavidin wt artificial metalloenzyme for carboamination |
|
26
|
122
|
8ojxA |
Streptavidin s112yk121e artificial metalloenzyme for carboamination |
|
27
|
121
|
8gogA |
Structure of streptavidin mutant (s112y-k121e) complexed with biotin-cyclopentadienyl-rhodium (iii)(cp*-rh(iii)) |
|
30
|
125
|
8qq3A |
Streptavidin with a ni-cofactor |
|
25
|
117
|
7nlvAAA |
Wildtype core-streptavidin with a conjugated biotinylated pyrrolidine ii |
|
18
|
119
|
8hrmA |
Cryo-em structure of streptavidin |
|
25
|
123
|
8by0A |
Streptavidin mutant s112i k121r with an iridium catalyst for ch activation |
|
26
|
123
|
8by1A |
Streptavidin with an iridium catalyst for ch activation |
|
25
|
124
|
7zx9A |
Streptavidin with a fluorescent substrate |
