Detailed information of relaxase
Relaxase
ID | 1027 | GenBank | WP_017273093 |
Name | TraA_pSmeRU11d | UniProt ID | _ |
Family | MOBF | PDB ID | _ |
Length | 1210 a.a. | ||
Note | putative relaxase |
Protein sequence
Download Length: 1210 a.a. Molecular weight: 134157.79 Da Isoelectric Point: 7.3633
>WP_017273093.1 Ti-type conjugative transfer relaxase TraA [Sinorhizobium meliloti]
MAVPHFSVSIVARGSGRSAVLSAAYRHCAKMDFEREARTIDYTRKQGLLHEEFVIPEDAPEWLRAMISDR
SVSGASEAFWNSVEAFEKRSDAQLAKDVTIALPIELSAEQNIDLVQDFVARHITAQGMVADWVYHDAPGN
PHIHMMTTLRPLTDDGFGSKKVAVLGPDGRPQRNDAGKIVYELWADGADDFNAFRDGWFACQNRHLALAG
LDIRVDGRSFEKQGIALEPTIHVGVGATAIERKADTAVETASAAAVKLERIELQEERREENARRIQRDPG
LVLDLITREKSVFDERDIARVLHRYIDDPALFQDLMARVLQHPDALRLDSERISFSTGARSPAKYTTYDL
IRIEAEMAQRALWLGRQHSYHVPTRVLGQVFKRHDRLADEQKSAIQHISRDVGIAAVVGRAGAGKTTMMK
AAREAWEAAGYRVVGAALAGKAAEGLEKEAGIASRTLSAWELRWDQDRDDLDDKTVMVLDEAGMVSSRQM
ARFVEAATISGAKLVLVGDPDQLQPIEAGAAFRAISERIGYAGLETIYRQREQWMRDASLDLARGNVSAA
LAAYEQRDMVRTGWTRDDAITTLIADWDRDYDPAKSSLILAHRRRDVRMLNEMARDKLVERGLIEKGHAF
KTEEGSRQFAVGDQIVFLKNEGSIGVKNGMLARVVEAQPGRLVAEIGSGDDCRQVVVEQRFYANVDHGYA
TTVHKSQGATVDRVKVLASSTLDRHLAYVAMTRHREAAELYVGLEEFAQRRGGVLIAHGEAPFEHKPGNR
SSYYVTLGFANGQEHTLWGVDLARAMDVADARIGDRIGIEHAGSERVRLPDGTEANRNSWKVVPVEDLAM
ARMHERLSRDASKETTLDYQNASSYRAALRFADRRGLHLMSVGRTLLRDRLQWTIRQKEKLTDLMSRLAA
VGERLGLRPSVGGERQVRGASEIRNQTNSIIQEDRKPMVAGITTFAKSIEKSVEDKVSADPALKSQWQEV
SARFHLVYADPQAAFNAVNVDAMVGSSETAKATLATISRQPVTFGPLKGKTGLFAGKADSQARETALVNV
PALARDLDEYLQKRAEAERRYEAEERAVRLKVSIDIPALSGAAKQTLERVRDAIDRNDLPSGLEYALADK
MVKAELEGFAKAVSERFGERTFLPLAAKEADGKVFEKLSAGMAPAQKAELHSAWNTMRTVQRLSAHERTA
TALKQAETMRQAKTTGLSLK
MAVPHFSVSIVARGSGRSAVLSAAYRHCAKMDFEREARTIDYTRKQGLLHEEFVIPEDAPEWLRAMISDR
SVSGASEAFWNSVEAFEKRSDAQLAKDVTIALPIELSAEQNIDLVQDFVARHITAQGMVADWVYHDAPGN
PHIHMMTTLRPLTDDGFGSKKVAVLGPDGRPQRNDAGKIVYELWADGADDFNAFRDGWFACQNRHLALAG
LDIRVDGRSFEKQGIALEPTIHVGVGATAIERKADTAVETASAAAVKLERIELQEERREENARRIQRDPG
LVLDLITREKSVFDERDIARVLHRYIDDPALFQDLMARVLQHPDALRLDSERISFSTGARSPAKYTTYDL
IRIEAEMAQRALWLGRQHSYHVPTRVLGQVFKRHDRLADEQKSAIQHISRDVGIAAVVGRAGAGKTTMMK
AAREAWEAAGYRVVGAALAGKAAEGLEKEAGIASRTLSAWELRWDQDRDDLDDKTVMVLDEAGMVSSRQM
ARFVEAATISGAKLVLVGDPDQLQPIEAGAAFRAISERIGYAGLETIYRQREQWMRDASLDLARGNVSAA
LAAYEQRDMVRTGWTRDDAITTLIADWDRDYDPAKSSLILAHRRRDVRMLNEMARDKLVERGLIEKGHAF
KTEEGSRQFAVGDQIVFLKNEGSIGVKNGMLARVVEAQPGRLVAEIGSGDDCRQVVVEQRFYANVDHGYA
TTVHKSQGATVDRVKVLASSTLDRHLAYVAMTRHREAAELYVGLEEFAQRRGGVLIAHGEAPFEHKPGNR
SSYYVTLGFANGQEHTLWGVDLARAMDVADARIGDRIGIEHAGSERVRLPDGTEANRNSWKVVPVEDLAM
ARMHERLSRDASKETTLDYQNASSYRAALRFADRRGLHLMSVGRTLLRDRLQWTIRQKEKLTDLMSRLAA
VGERLGLRPSVGGERQVRGASEIRNQTNSIIQEDRKPMVAGITTFAKSIEKSVEDKVSADPALKSQWQEV
SARFHLVYADPQAAFNAVNVDAMVGSSETAKATLATISRQPVTFGPLKGKTGLFAGKADSQARETALVNV
PALARDLDEYLQKRAEAERRYEAEERAVRLKVSIDIPALSGAAKQTLERVRDAIDRNDLPSGLEYALADK
MVKAELEGFAKAVSERFGERTFLPLAAKEADGKVFEKLSAGMAPAQKAELHSAWNTMRTVQRLSAHERTA
TALKQAETMRQAKTTGLSLK
Protein domains
Predicted by InterproScan
Protein structure
No available structure.