3D structure

PDB id
7AC7 (explore in PDB, NAKB, or RNA 3D Hub)
Description
Structure of accomodated trans-translation complex on E. Coli stalled ribosome.
Experimental method
ELECTRON MICROSCOPY
Resolution
3.08 Å

Loop

Sequence
GUGCAUGCCGA*UCGUAAAAAGCCGCAAAAAAUAGUC*GAAAACUAC*GCCCUCUCUCC*GGAUCAAGAGAGGUCAAACCCAAAAGAGAUCGCGUGGAAGCCCUGCC*GGCUAGUUUGUUAGUGGCGUGUCCGUCC*GACUGACUAAGCAUGUAGUAC
Length
152 nucleotides
Bulged bases
7AC7|1|4|A|80, 7AC7|1|4|A|86, 7AC7|1|4|A|101, 7AC7|1|4|C|104, 7AC7|1|4|A|106, 7AC7|1|4|C|141, 7AC7|1|4|U|172, 7AC7|1|4|A|174, 7AC7|1|4|A|179, 7AC7|1|4|U|182, 7AC7|1|4|C|183, 7AC7|1|4|A|184, 7AC7|1|4|A|185, 7AC7|1|4|C|189, 7AC7|1|4|G|204, 7AC7|1|4|G|205, 7AC7|1|4|G|208, 7AC7|1|4|C|210, 7AC7|1|4|C|211, 7AC7|1|4|G|244, 7AC7|1|4|U|246, 7AC7|1|4|G|303, 7AC7|1|4|A|309
QA status
Valid loop

Sequence variability

If this chain is mapped to an Rfam alignment, the link below will give its sequence variability.
R3DSVS

Structural variability across Equivalence Class

The link below will give the loop's structural variability across the equivalence class for this chain.
R3DMCS EC

Structural variability across Rfam

If this chain is mapped to an Rfam alignment, the link below will give the loop's structural variability between chains mapped to the same Rfam family.
R3DMCS Rfam
Detailed Annotation
No text annotation
Broad Annotation
No text annotation
Motif group
Not in a motif group
Basepair signature
Not available
Number of instances in this motif group
0

Unit IDs

7AC7|1|4|G|41
7AC7|1|4|U|42
7AC7|1|4|G|43
7AC7|1|4|C|44
7AC7|1|4|A|45
7AC7|1|4|U|46
7AC7|1|4|G|47
7AC7|1|4|C|48
7AC7|1|4|C|49
7AC7|1|4|G|50
7AC7|1|4|A|51
*
7AC7|1|4|U|65
7AC7|1|4|C|66
7AC7|1|4|G|67
7AC7|1|4|U|68
7AC7|1|4|A|69
7AC7|1|4|A|70
7AC7|1|4|A|71
7AC7|1|4|A|72
7AC7|1|4|A|73
7AC7|1|4|G|74
7AC7|1|4|C|75
7AC7|1|4|C|76
7AC7|1|4|G|77
7AC7|1|4|C|78
7AC7|1|4|A|79
7AC7|1|4|A|80
7AC7|1|4|A|81
7AC7|1|4|A|82
7AC7|1|4|A|83
7AC7|1|4|A|84
7AC7|1|4|U|85
7AC7|1|4|A|86
7AC7|1|4|G|87
7AC7|1|4|U|88
7AC7|1|4|C|89
*
7AC7|1|4|G|99
7AC7|1|4|A|100
7AC7|1|4|A|101
7AC7|1|4|A|102
7AC7|1|4|A|103
7AC7|1|4|C|104
7AC7|1|4|U|105
7AC7|1|4|A|106
7AC7|1|4|C|107
*
7AC7|1|4|G|136
7AC7|1|4|C|137
7AC7|1|4|C|138
7AC7|1|4|C|139
7AC7|1|4|U|140
7AC7|1|4|C|141
7AC7|1|4|U|142
7AC7|1|4|C|143
7AC7|1|4|U|144
7AC7|1|4|C|145
7AC7|1|4|C|146
*
7AC7|1|4|G|169
7AC7|1|4|G|170
7AC7|1|4|A|171
7AC7|1|4|U|172
7AC7|1|4|C|173
7AC7|1|4|A|174
7AC7|1|4|A|175
7AC7|1|4|G|176
7AC7|1|4|A|177
7AC7|1|4|G|178
7AC7|1|4|A|179
7AC7|1|4|G|180
7AC7|1|4|G|181
7AC7|1|4|U|182
7AC7|1|4|C|183
7AC7|1|4|A|184
7AC7|1|4|A|185
7AC7|1|4|A|186
7AC7|1|4|C|187
7AC7|1|4|C|188
7AC7|1|4|C|189
7AC7|1|4|A|190
7AC7|1|4|A|191
7AC7|1|4|A|192
7AC7|1|4|A|193
7AC7|1|4|G|194
7AC7|1|4|A|195
7AC7|1|4|G|196
7AC7|1|4|A|197
7AC7|1|4|U|198
7AC7|1|4|C|199
7AC7|1|4|G|200
7AC7|1|4|C|201
7AC7|1|4|G|202
7AC7|1|4|U|203
7AC7|1|4|G|204
7AC7|1|4|G|205
7AC7|1|4|A|206
7AC7|1|4|A|207
7AC7|1|4|G|208
7AC7|1|4|C|209
7AC7|1|4|C|210
7AC7|1|4|C|211
7AC7|1|4|U|212
7AC7|1|4|G|213
7AC7|1|4|C|214
7AC7|1|4|C|215
*
7AC7|1|4|G|243
7AC7|1|4|G|244
7AC7|1|4|C|245
7AC7|1|4|U|246
7AC7|1|4|A|247
7AC7|1|4|G|248
7AC7|1|4|U|249
7AC7|1|4|U|250
7AC7|1|4|U|251
7AC7|1|4|G|252
7AC7|1|4|U|253
7AC7|1|4|U|254
7AC7|1|4|A|255
7AC7|1|4|G|256
7AC7|1|4|U|257
7AC7|1|4|G|258
7AC7|1|4|G|259
7AC7|1|4|C|260
7AC7|1|4|G|261
7AC7|1|4|U|262
7AC7|1|4|G|263
7AC7|1|4|U|264
7AC7|1|4|C|265
7AC7|1|4|C|266
7AC7|1|4|G|267
7AC7|1|4|U|268
7AC7|1|4|C|269
7AC7|1|4|C|270
*
7AC7|1|4|G|293
7AC7|1|4|A|294
7AC7|1|4|C|295
7AC7|1|4|U|296
7AC7|1|4|G|297
7AC7|1|4|A|298
7AC7|1|4|C|299
7AC7|1|4|U|300
7AC7|1|4|A|301
7AC7|1|4|A|302
7AC7|1|4|G|303
7AC7|1|4|C|304
7AC7|1|4|A|305
7AC7|1|4|U|306
7AC7|1|4|G|307
7AC7|1|4|U|308
7AC7|1|4|A|309
7AC7|1|4|G|310
7AC7|1|4|U|311
7AC7|1|4|A|312
7AC7|1|4|C|313

Current chains

Chain 4
transfer-messenger RNA (tmRNA)

Nearby chains

Chain 2
Small subunit ribosomal RNA; SSU rRNA
Chain h
30S ribosomal protein S3
Chain o
30S ribosomal protein S10

Coloring options:

Copyright 2025 BGSU RNA group. Page generated in 0.6935 s