3D structure

PDB id
6HCQ (explore in PDB, NAKB, or RNA 3D Hub)
Description
Structure of the rabbit collided di-ribosome (collided monosome)
Experimental method
ELECTRON MICROSCOPY
Resolution
6.5 Å

Loop

Sequence
GGAAAGAAGACCCUGUUGAGCUUGAC*GUUUG*CACCUGUCAAACGGUAACGCAGGUGUCC*GGCCUCACGAUCC*GGUGUCAGAAAAGUUACCACAGGGAUAACUG*CUUCGAUGUCGG*CUGGGUUUAG*UAGUUUUACCC
Length
136 nucleotides
Bulged bases
6HCQ|1|51|A|3908, 6HCQ|1|51|C|3910, 6HCQ|1|51|G|3922, 6HCQ|1|51|A|4214, 6HCQ|1|51|C|4221, 6HCQ|1|51|A|4376, 6HCQ|1|51|A|4379, 6HCQ|1|51|A|4380, 6HCQ|1|51|A|4385, 6HCQ|1|51|A|4394, 6HCQ|1|51|U|4395, 6HCQ|1|51|G|4451, 6HCQ|1|51|U|4532, 6HCQ|1|51|U|4555, 6HCQ|1|51|C|4560
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

6HCQ|1|51|G|3899
6HCQ|1|51|G|3900
6HCQ|1|51|A|3901
6HCQ|1|51|A|3902
6HCQ|1|51|A|3903
6HCQ|1|51|G|3904
6HCQ|1|51|A|3905
6HCQ|1|51|A|3906
6HCQ|1|51|G|3907
6HCQ|1|51|A|3908
6HCQ|1|51|C|3909
6HCQ|1|51|C|3910
6HCQ|1|51|C|3911
6HCQ|1|51|U|3912
6HCQ|1|51|G|3913
6HCQ|1|51|U|3914
6HCQ|1|51|U|3915
6HCQ|1|51|G|3916
6HCQ|1|51|A|3917
6HCQ|1|51|G|3918
6HCQ|1|51|C|3919
6HCQ|1|51|U|3920
6HCQ|1|51|U|3921
6HCQ|1|51|G|3922
6HCQ|1|51|A|3923
6HCQ|1|51|C|3924
*
6HCQ|1|51|G|4187
6HCQ|1|51|U|4188
6HCQ|1|51|U|4189
6HCQ|1|51|U|4190
6HCQ|1|51|G|4191
*
6HCQ|1|51|C|4204
6HCQ|1|51|A|4205
6HCQ|1|51|C|4206
6HCQ|1|51|C|4207
6HCQ|1|51|U|4208
6HCQ|1|51|G|4209
6HCQ|1|51|U|4210
6HCQ|1|51|C|4211
6HCQ|1|51|A|4212
6HCQ|1|51|A|4213
6HCQ|1|51|A|4214
6HCQ|1|51|C|4215
6HCQ|1|51|G|4216
6HCQ|1|51|G|4217
6HCQ|1|51|U|4218
6HCQ|1|51|A|4219
6HCQ|1|51|A|4220
6HCQ|1|51|C|4221
6HCQ|1|51|G|4222
6HCQ|1|51|C|4223
6HCQ|1|51|A|4224
6HCQ|1|51|G|4225
6HCQ|1|51|G|4226
6HCQ|1|51|U|4227
6HCQ|1|51|G|4228
6HCQ|1|51|U|4229
6HCQ|1|51|C|4230
6HCQ|1|51|C|4231
*
6HCQ|1|51|G|4330
6HCQ|1|51|G|4331
6HCQ|1|51|C|4332
6HCQ|1|51|C|4333
6HCQ|1|51|U|4334
6HCQ|1|51|C|4335
6HCQ|1|51|A|4336
6HCQ|1|51|C|4337
6HCQ|1|51|G|4338
6HCQ|1|51|A|4339
6HCQ|1|51|U|4340
6HCQ|1|51|C|4341
6HCQ|1|51|C|4342
*
6HCQ|1|51|G|4370
6HCQ|1|51|G|4371
6HCQ|1|51|U|4372
6HCQ|1|51|G|4373
6HCQ|1|51|U|4374
6HCQ|1|51|C|4375
6HCQ|1|51|A|4376
6HCQ|1|51|G|4377
6HCQ|1|51|A|4378
6HCQ|1|51|A|4379
6HCQ|1|51|A|4380
6HCQ|1|51|A|4381
6HCQ|1|51|G|4382
6HCQ|1|51|U|4383
6HCQ|1|51|U|4384
6HCQ|1|51|A|4385
6HCQ|1|51|C|4386
6HCQ|1|51|C|4387
6HCQ|1|51|A|4388
6HCQ|1|51|C|4389
6HCQ|1|51|A|4390
6HCQ|1|51|G|4391
6HCQ|1|51|G|4392
6HCQ|1|51|G|4393
6HCQ|1|51|A|4394
6HCQ|1|51|U|4395
6HCQ|1|51|A|4396
6HCQ|1|51|A|4397
6HCQ|1|51|C|4398
6HCQ|1|51|U|4399
6HCQ|1|51|G|4400
*
6HCQ|1|51|C|4444
6HCQ|1|51|U|4445
6HCQ|1|51|U|4446
6HCQ|1|51|C|4447
6HCQ|1|51|G|4448
6HCQ|1|51|A|4449
6HCQ|1|51|U|4450
6HCQ|1|51|G|4451
6HCQ|1|51|U|4452
6HCQ|1|51|C|4453
6HCQ|1|51|G|4454
6HCQ|1|51|G|4455
*
6HCQ|1|51|C|4525
6HCQ|1|51|U|4526
6HCQ|1|51|G|4527
6HCQ|1|51|G|4528
6HCQ|1|51|G|4529
6HCQ|1|51|U|4530
6HCQ|1|51|U|4531
6HCQ|1|51|U|4532
6HCQ|1|51|A|4533
6HCQ|1|51|G|4534
*
6HCQ|1|51|U|4552
6HCQ|1|51|A|4553
6HCQ|1|51|G|4554
6HCQ|1|51|U|4555
6HCQ|1|51|U|4556
6HCQ|1|51|U|4557
6HCQ|1|51|U|4558
6HCQ|1|51|A|4559
6HCQ|1|51|C|4560
6HCQ|1|51|C|4561
6HCQ|1|51|C|4562

Current chains

Chain 51
28S ribosomal RNA

Nearby chains

Chain 1
nascent chain
Chain 33
Transfer RNA; tRNA
Chain A3
Ribosomal protein L8
Chain B3
uL3
Chain C3
uL4
Chain I3
60S ribosomal protein L10
Chain N3
Ribosomal protein L15
Chain P3
uL22
Chain Q3
eL18
Chain T3
eL21
Chain V3
Ribosomal protein L23
Chain a3
uL15
Chain b3
eL29
Chain o3
eL42
Chain q3
Transfer RNA; tRNA

Coloring options:

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