Detailed information of relaxase
Relaxase
ID | 43 | GenBank | AAR31100 |
Name | TraI_pJP4 | UniProt ID | Q6UP38 |
Family | MOBP | PDB ID | _ |
Length | 746 a.a. | ||
Note | conjugal transfer relaxase TraI; Provisional |
Protein sequence
Download Length: 746 a.a. Molecular weight: 82038.71 Da Isoelectric Point: 10.7900
>AAR31100.1 relaxosome stabilization protein (plasmid) [Cupriavidus pinatubonensis JMP134]
MIAKHVPMRSLGKSDFAGLANYITDAQSKDHRLGHVQATNCEAGSIQDAITEVLATQHTNTRAKGDKTYH
LIVSFRAGEQPSADTLRAIEERICVGLGYGEHQRISAVHNDTDNLHIHIAINKIHPTRHTMHEPYYPHRA
LAELCTALERDYGLERDNHEPRKRGAEGRAADMERHAGVESLVGWIKRECLDEIKGAQSWQELHQVMRDN
GMELRVRANGLVFEAGDGTMVKASTVARDLSKPSLEARLGPFEASPERQAQTTAKRQYRKDPIRLRVNTV
ELYAKYKAEQQSLTTARAQALERARHRKDRLIEAAKRSNRLRRATIKVVGEGRANKKLLYAQASKALRSE
LQAINKQFQQERTALYAEHSRRTWADWLKKEAQHGGADALAALRAREAAQGLKGNTIRGEGQAKPGHAPA
VDNITKKGTIIFRAGMSAVRDDGDRLQVSREATREGLQEALRLAMQRYGNRITVNGTVEFKAQMIRAAVD
SQLPITFTDPALESRRQALLNKENTHERTERPEHRGRTGRGAGGPGQRPAADQHATGAAAVARAGDGRPA
AGRGDRADAGLHAATVHRKPDVGRLGRKPPPQSQHRLRALSELGVVRIAGGSEVLLPRDVPRHVEQQGTQ
PDHALRRGISRPGTGVGQTPPGVAAADKYIAEREAKRLKGFDIPKHSRYTAGDGALTFQGTRTIEGQALA
LLKRGDEVMVMPIDQATARRLTRIAVGDAVSITAKGSIKTSKGRSR
MIAKHVPMRSLGKSDFAGLANYITDAQSKDHRLGHVQATNCEAGSIQDAITEVLATQHTNTRAKGDKTYH
LIVSFRAGEQPSADTLRAIEERICVGLGYGEHQRISAVHNDTDNLHIHIAINKIHPTRHTMHEPYYPHRA
LAELCTALERDYGLERDNHEPRKRGAEGRAADMERHAGVESLVGWIKRECLDEIKGAQSWQELHQVMRDN
GMELRVRANGLVFEAGDGTMVKASTVARDLSKPSLEARLGPFEASPERQAQTTAKRQYRKDPIRLRVNTV
ELYAKYKAEQQSLTTARAQALERARHRKDRLIEAAKRSNRLRRATIKVVGEGRANKKLLYAQASKALRSE
LQAINKQFQQERTALYAEHSRRTWADWLKKEAQHGGADALAALRAREAAQGLKGNTIRGEGQAKPGHAPA
VDNITKKGTIIFRAGMSAVRDDGDRLQVSREATREGLQEALRLAMQRYGNRITVNGTVEFKAQMIRAAVD
SQLPITFTDPALESRRQALLNKENTHERTERPEHRGRTGRGAGGPGQRPAADQHATGAAAVARAGDGRPA
AGRGDRADAGLHAATVHRKPDVGRLGRKPPPQSQHRLRALSELGVVRIAGGSEVLLPRDVPRHVEQQGTQ
PDHALRRGISRPGTGVGQTPPGVAAADKYIAEREAKRLKGFDIPKHSRYTAGDGALTFQGTRTIEGQALA
LLKRGDEVMVMPIDQATARRLTRIAVGDAVSITAKGSIKTSKGRSR
Protein domains
Predicted by InterproScan
Protein structure
Source | ID | Structure |
---|---|---|
AlphaFold DB | Q6UP38 |
Reference
[1] Shintani M et al. (2010) The behavior and significance of degradative plasmids belonging to Inc groups in Pseudomonas within natural environments and microcosms. Microbes Environ. 25(4):253-65. [PMID:21576880]
[2] Trefault N et al. (2004) Genetic organization of the catabolic plasmid pJP4 from Ralstonia eutropha JMP134 (pJP4) reveals mechanisms of adaptation to chloroaromatic pollutants and evolution of specialized chloroaromatic degradation pathways. Environ Microbiol. 6(7):655-68. [PMID:15186344]