Ribosome recycling factor: Difference between revisions
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'''Ribosome recycling factor''' (RRF) acts in releasing the ribosome from mRNA after completion of protein synthesis. | '''Ribosome recycling factor''' (RRF) acts in releasing the ribosome from mRNA after completion of protein synthesis. | ||
RRF splits the ribosome into its small and large subunits. RRF is used together with elongation factor G in achieving this separation<ref>PMID:16043510</ref>. RRF is a structural mimic of tRNA but binds to the ribosome differently than the A-site, P-site or E-site tRNA. | RRF splits the ribosome into its small and large subunits. RRF is used together with elongation factor G in achieving this separation<ref>PMID:16043510</ref>. RRF is a structural mimic of tRNA but binds to the ribosome differently than the A-site, P-site or E-site tRNA. | ||
*<scene name='70/706271/Cv/ | *<scene name='70/706271/Cv/4'>1st Hg coordination site</scene>. | ||
*<scene name='70/706271/Cv/ | *<scene name='70/706271/Cv/5'>2nd and 3rd Hg coordination sites</scene>. Water molecule is shown as red sphere. | ||
</StructureSection> | </StructureSection> | ||
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*Ribosome recycling factor | *Ribosome recycling factor | ||
**[[1wih]] – RRF mitochondrial domain II – mouse - NMR <br /> | |||
**[[1dd5]] – RRF – ''Thermotoga maritima'' <br /> | **[[1dd5]] – RRF – ''Thermotoga maritima'' <br /> | ||
**[[1eh1]] – TtRRF – ''Thermus thermophilus'' <br /> | **[[1eh1]] – TtRRF – ''Thermus thermophilus'' <br /> | ||
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**[[1is1]] – RRF – ''Vibrio parahaemolyticus'' <br /> | **[[1is1]] – RRF – ''Vibrio parahaemolyticus'' <br /> | ||
**[[1wqf]], [[1wqg]], [[1wqh]], [[4kdd]] – MtRRF - ''Mycobacterium tuberculosis''<br /> | **[[1wqf]], [[1wqg]], [[1wqh]], [[4kdd]] – MtRRF - ''Mycobacterium tuberculosis''<br /> | ||
**[[ | **[[4kb2]], [[4kb4]], [[4kc6]], [[4kaw]] – MtRRF (mutant) <br /> | ||
**[[4gfq]] – RRF – ''Bacillus anthracis'' <br /> | **[[4gfq]] – RRF – ''Bacillus anthracis'' <br /> | ||
**[[ | **[[6vud]] – RRF – ''Ehrlichia chafeensis''<br /> | ||
*Ribosome recycling factor in the ribosome | *Ribosome recycling factor in the ribosome | ||
**[[4v54]], [[4v55]], [[4v5y]], [[4v9c]], [[4v9d]] – EcRRF | **[[6nu2]], [[6nu3]], [[6zs9]], [[7l20]], [[7nsi]], [[7nsh]] – hRRF in 38S ribosome – human - Cryo-EM <br /> | ||
**[[1t1m]], [[1zn1]] – EcRRF | **[[7l08]], [[7nqh]], [[7nql]], [[7nsj]] – hRRF in 55S mitoribosome - Cryo-EM <br /> | ||
**[[1zn0]], [[2rdo]] – EcRRF | **[[5mlc]], [[6eri]] – RRF in 50S ribosome – spinach - Cryo-EM <br /> | ||
**[[3j0d]], [[3j0e]] – TtRRF | **[[4v54]], [[4v55]], [[4v5y]], [[4v9c]], [[4v9d]] – EcRRF in 50S ribosome <br /> | ||
**[[4v5a]] – TtRRF | **[[1t1m]], [[1zn1]] – EcRRF in 70S ribosome – Cryo-EM <br /> | ||
**[[1y69]] – RRF | **[[1zn0]], [[2rdo]] – EcRRF in 50S ribosome – Cryo-EM <br /> | ||
**[[4woi]] – EcRRF in 50S ribosome + antibiotic <br /> | |||
**[[3j0d]], [[3j0e]] – TtRRF in Ec50S ribosome – Cryo-EM <br /> | |||
**[[4v5a]], [[6ucq]] – TtRRF in 70S ribosome <br /> | |||
**[[1y69]] – RRF in 50S ribosome – ''Deinococcus radiodurans'' <br /> | |||
**[[7pau]] – RRF in 50S ribosome – ''Mycoplasma pneumoniae'' - Cryo-EM <br /> | |||
}} | }} | ||
== References == | == References == | ||
<references/> | <references/> | ||
[[Category:Topic Page]] | [[Category:Topic Page]] |
Latest revision as of 13:25, 31 October 2023
FunctionRibosome recycling factor (RRF) acts in releasing the ribosome from mRNA after completion of protein synthesis. RRF splits the ribosome into its small and large subunits. RRF is used together with elongation factor G in achieving this separation[1]. RRF is a structural mimic of tRNA but binds to the ribosome differently than the A-site, P-site or E-site tRNA.
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3D Structures of ribosome recycling factor3D Structures of ribosome recycling factor
Updated on 31-October-2023
ReferencesReferences
- ↑ Hirokawa G, Nijman RM, Raj VS, Kaji H, Igarashi K, Kaji A. The role of ribosome recycling factor in dissociation of 70S ribosomes into subunits. RNA. 2005 Aug;11(8):1317-28. PMID:16043510 doi:http://dx.doi.org/10.1261/rna.2520405