|
1
|
11
|
8u8cD |
Crystal structure of the trex-2 complex in complex with the n-terminal motif of sub2 |
|
7
|
58
|
8u8eC |
Cryo-em structure of the trex-2 complex in association with sub2 |
|
135
|
464
|
8u8eA |
Cryo-em structure of the trex-2 complex in association with sub2 |
|
149
|
453
|
8u8dB |
Cryo-em structure of the trex-2 complex in complex with the n-terminal motif of sub2 |
|
177
|
739
|
8rr4E |
Human mitochondrial rnase z complex with elac2-d550n catalytic mutant with ordered flexible arm and trna-tyr precursor - (composite model) |
|
131
|
589
|
8s8bC |
Phenylalanyl-trna synthetase domain swap: evolutionary advantage? |
|
182
|
739
|
8rr3E |
Human mitochondrial rnase z complex with elac2-d550n catalytic mutant and trna-gln precursor (composite model) |
|
89
|
294
|
8rr4F |
Human mitochondrial rnase z complex with elac2-d550n catalytic mutant with ordered flexible arm and trna-tyr precursor - (composite model) |
|
82
|
255
|
8rr4A |
Human mitochondrial rnase z complex with elac2-d550n catalytic mutant with ordered flexible arm and trna-tyr precursor - (composite model) |
|
69
|
312
|
8s8bA |
Phenylalanyl-trna synthetase domain swap: evolutionary advantage? |
|
77
|
255
|
8rr3A |
Human mitochondrial rnase z complex with elac2-d550n catalytic mutant and trna-gln precursor (composite model) |
|
83
|
255
|
8rr1A |
Human mitochondrial rnase z complex with elac2-d550n catalytic mutant and trna-tyr precursor (composite model) |
|
7
|
57
|
8u8dC |
Cryo-em structure of the trex-2 complex in complex with the n-terminal motif of sub2 |
|
172
|
739
|
8rr1E |
Human mitochondrial rnase z complex with elac2-d550n catalytic mutant and trna-tyr precursor (composite model) |
|
86
|
294
|
8rr3F |
Human mitochondrial rnase z complex with elac2-d550n catalytic mutant and trna-gln precursor (composite model) |
|
85
|
294
|
8rr1F |
Human mitochondrial rnase z complex with elac2-d550n catalytic mutant and trna-tyr precursor (composite model) |
|
202
|
929
|
8q6vB |
Cryo-em structure of s. cerevisiae rai1-rat1 dimer. |
|
115
|
387
|
8q6vA |
Cryo-em structure of s. cerevisiae rai1-rat1 dimer. |
|
45
|
177
|
9urhA |
Structural insight into dna recognition by rrm1+2 domain of human etr-3 protein |
|
147
|
553
|
9qh3A |
Pseudomonas aeruginosa polynucleotide phosphorylase in complex with recognition site of rnase e |
|
135
|
421
|
9qrpA |
Thermus thermophilus seryl-trna synthetase bound to trna(ser)(gga) and seryl-adenylate analogue. |
|
6
|
25
|
9qh3D |
Pseudomonas aeruginosa polynucleotide phosphorylase in complex with recognition site of rnase e |
|
156
|
549
|
9qh0A |
Escherichia coli polynucleotide phosphorylase in complex with recognition site of rnase e |
|
1
|
55
|
9qh0D |
Escherichia coli polynucleotide phosphorylase in complex with recognition site of rnase e |
|
117
|
476
|
8zepC |
Cryo-em structure of adr-2-adbp-1-dsrbd2 complex |
|
33
|
151
|
8zepB |
Cryo-em structure of adr-2-adbp-1-dsrbd2 complex |
|
107
|
383
|
8zenC |
Cryo-em structure of adr-2-adbp-1-dsrbd0 complex |
|
33
|
151
|
8zeoB |
Cryo-em structure of adr-2-adbp-1-dsrbd1 complex |
|
411
|
1408
|
9ua2A |
Cryo-em structure of pscas9-sgrna-dsdna (30 nt) ternary complex |
|
113
|
382
|
8zeoC |
Cryo-em structure of adr-2-adbp-1-dsrbd1 complex |
|
31
|
151
|
8zenB |
Cryo-em structure of adr-2-adbp-1-dsrbd0 complex |
|
147
|
561
|
8zawA |
Crystal structure of pnpase in anabaena |
|
111
|
597
|
8wrtA |
Cryo-em structure of cas12-1/crrna complex |
|
147
|
484
|
9slzA |
Structure of thermus thermophilus lysyl-trna synthetase complexed with wild-type e.coli trnalys(mnm5s2uuu) and sulphamoyl-analogue of lysyl-adenylate |
|
178
|
533
|
9shcA |
Structure of streptococcus pneumoniae methionyl-trna synthetase bound to the sulphamoyl analogue of methionyl-adenylate |
|
177
|
697
|
9rjsC |
Structure of the bacteriophage phikz non-virion rna polymerase bound to an analogue of its promoter |
|
157
|
426
|
9sfbA |
Structure at 2.7 a resolution of thermus thermophilus tyrosyl-trna synthetase bound to a trna(tyr)(gua) transcript, the sulphamoyl analogue of tyrosyl-adenylate and pyrophosphate. |
|
164
|
428
|
9sdfA |
Structure at 1.9 a resolution of thermus thermophilus tyrosyl-trna synthetase bound to wild-type modified trna(tyr), tyrosine and amp |
|
127
|
541
|
9rjsE |
Structure of the bacteriophage phikz non-virion rna polymerase bound to an analogue of its promoter |
|
164
|
428
|
9sfqA |
Structure at 1.9 a resolution of thermus thermophilus tyrosyl-trna synthetase bound to wild-type trnatyr(guc). |
|
160
|
675
|
9rjsD |
Structure of the bacteriophage phikz non-virion rna polymerase bound to an analogue of its promoter |
|
116
|
486
|
9rjsA |
Structure of the bacteriophage phikz non-virion rna polymerase bound to an analogue of its promoter |
|
97
|
511
|
9rjsB |
Structure of the bacteriophage phikz non-virion rna polymerase bound to an analogue of its promoter |
|
247
|
1129
|
9qaxA |
The catalytic core with c2 symmetry of human telomerase dimer |
|
42
|
150
|
9qeoA |
Crystal structure of ythdf2 in complex with compound 5 (ai-df2-36) |
|
43
|
149
|
9qelA |
Crystal structure of ythdf2 in complex with compound 4 (ai-df2-13) |
|
84
|
377
|
9qb2K |
H/aca rnp protomer of human telomerase dimer |
|
39
|
148
|
9qiuA |
Crystal structure of ythdf2 in complex with compound 13 (ai-df2-56) |
|
43
|
149
|
9qflA |
Crystal structure of ythdf2 in complex with compound 15 (ai-df2-68) |
|
113
|
399
|
9qb3C |
Dimer structure of h/aca rnp lobe of human telomerase |
