3D structure

PDB id
9G6J (explore in PDB, NAKB, or RNA 3D Hub)
Description
The structure of the Candida albicans ribosome with tRNA-fMet, mRNA, and compounds (GEN and MFQ) with strong density for the P-site tRNA
Experimental method
ELECTRON MICROSCOPY
Resolution
2.15 Å

Loop

Sequence
AAG*CGAAAG*CCAUAAACUAUG*UU
Length
23 nucleotides
Bulged bases
9G6J|1|A|A|1011, 9G6J|1|A|C|1013, 9G6J|1|A|U|1014, 9G6J|1|A|A|1015, 9G6J|1|A|U|1016
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
J4_9G6J_011 not in the Motif Atlas
Homologous match to J4_8CRE_022
Geometric discrepancy: 0.0565
The information below is about J4_8CRE_022
Detailed Annotation
No text annotation
Broad Annotation
No text annotation
Motif group
J4_61885.6
Basepair signature
cWW-cWW-cWW-F-F-tHW-F-F-F-F-F-cWW-F-F
Number of instances in this motif group
4

Unit IDs

9G6J|1|A|A|620
9G6J|1|A|A|621
9G6J|1|A|G|622
*
9G6J|1|A|C|960
9G6J|1|A|G|961
9G6J|1|A|A|962
9G6J|1|A|A|963
9G6J|1|A|A|964
9G6J|1|A|G|965
*
9G6J|1|A|C|1006
9G6J|1|A|C|1007
9G6J|1|A|A|1008
9G6J|1|A|U|1009
9G6J|1|A|A|1010
9G6J|1|A|A|1011
9G6J|1|A|A|1012
9G6J|1|A|C|1013
9G6J|1|A|U|1014
9G6J|1|A|A|1015
9G6J|1|A|U|1016
9G6J|1|A|G|1017
*
9G6J|1|A|U|1088
9G6J|1|A|U|1089

Current chains

Chain A
18S rRNA

Nearby chains

Chain 1
Large subunit ribosomal RNA; LSU rRNA
Chain AO
Small ribosomal subunit protein eS32
Chain M
Ribosomal 40S subunit protein S11A
Chain O
Ribosomal 40S subunit protein S13
Chain P
Ribosomal 40S subunit protein S14B
Chain X
40S ribosomal protein S22-A
Chain Y
Ribosomal 40S subunit protein S23B
Chain b
40S ribosomal protein S26

Coloring options:


Copyright 2025 BGSU RNA group. Page generated in 0.4102 s