Detailed information of relaxase
Relaxase
ID | 10191 | GenBank | WP_314120979 |
Name | traI_RN333_RS22375_pDW108-119542 | UniProt ID | _ |
Family | MOBF | PDB ID | _ |
Length | 1830 a.a. | ||
Note | Predicted by oriTfinder 2.0 |
Protein sequence
Download Length: 1830 a.a. Molecular weight: 198059.52 Da Isoelectric Point: 6.6965
>WP_314120979.1 conjugative transfer relaxase/helicase TraI [Enterobacter kobei]
MMSVAPVASAGTAAGYYSHSDNYYFLGNLQSHWLGEGARELGLDGPVRSDALTAVLEGRLPDGGRLGKEI
NGNHVHRPGHDLTFSAPKSVSILALIGGDKRMIDAHNHAVQVAAGYVEKLISARHTKDGVTSIVHTGKMV
AAAFTHDTSRNLDPLIHTHLLVANMTEYEGKWRALATDYIHNAGFIETVMKMQVTLGKIYRADLRQGVEA
LGHEVKEVGKHGMWEIKAIPDEVVEEYSSRGREVRGAVGADATLRSRDVAAKDTRRAKVDPSRIRLMERW
QAQMKEKGFDLKGYMDSVTPAESDTACPPAQIPSAADVQTRSQPDSTPEKVPVRDPIPDAGKSTERDVGR
EEPSRPVTSPTPQMQTGKYAMSPAAQAAKAAPEKPHMRAEVSDAVRQAISHLSNDKTRFTWGELMLTTTE
FSDQLPDVAEVKMAINASLKDGMIVPLDSEKGVFTSRIHLLDELSIQALSQERLKDGKVVSFARPEQYAP
RALEAVEKSPLVLMNAPTGVAGIRELTAQLTDISTAHGREVTVLASSAERATSLAKSDTLRDRLISRSHV
LSGEFSLKPQGTLIIEGAERLGLKETLVLLGEAREKDAQLVFLDSAGRQANGNAMSVLESAGVTRSRRTE
PAPGLETEVVSIADKRDRYAALASRFAELSAGSEPVTAVVLGQREQKHLTGLIRDALQNAGQLERDGVTV
EARTPVWVDNKTRRMPGTYRAGQVLEDRSDAKTTRHYVIDRIHEDTRVLSLIDSDGVLSRMKTSELTADW
RLYESENISISTGEQLIAVAGDKAAGLKAKDRLQVTGFSAGGIQVERDGLSLTLPADRPLYVKHAYVAAP
GGRDNDTGVVLAALNSRDISARTMNSLAQSGTRAEVFTAETQDRAETRLQRMNTSSSPVQLVRQLSGKDD
VSGAVSALHAGVKSEAGLAVWRAINDQRGVTFSELTLLAKAAEYHPDIGAVGEHISTMVRQGDLLPVSVR
GEPALVARATWEMEKAIIRVIDAGKDTQEPLLEQVDPRLLDGLTAGQKAAARMVLGTTDQFIGIQGYAGV
GKTTQVKAVKAAIDSLPADGRPELSGLAPTHQAVKELKDTGMPAQTVKSFLVEHDQRVNAGEKPDYRERV
FLIDESSMIGNQDTAAVYLAIQAGGGRAVSMGDIAQFEAVDAGAPFKLVQERSPMDVAIMKEIVRQKDVQ
LKGAVHDIIDNRIDAALRRIEAQPAGKIPRMAGATLPDSGIVTTEDAVGDIVRDWTERTPQARQNTLIIT
QLNADRQAVNAGIHAVLAERGELGEKSITVPVLEKISHTRHEFNKTAAWQAGMVVKRGDRYQDVVAVDKN
GSLVTVRDEDGRLGMVSPRELITGDVELFTRSAMTVNAGDELRFTATDRERGQTGNQRFTVQSVNDNGDI
VMKGAAGTKVINPAQVRAEQHIDYAWAVTGYGAQGASSEYVIALEGTEGGRKYLASQRAFYISASRAKEH
VQIYTDEKSKWVAAMKQPEKEVKTAHDALKPETQRQQAKAIWAMGQPVTKTAIGRAWARHQSMAEHSLTA
RIIPATRRFPEPALALPLYDNNGKGAGLALISLVASPEGRMTQGDIRMVGTEGASAAVLQRSQTGNTHVV
RQLSDALMAVREHPKDGVVWQTGEEKPSAHLMKVSRGVYQEEDAARIRAVSGLSTDITLPVTRENPQREA
EQLSVLQAAEALRRAAEQESAGAVVDAEKLQHGVHKPESVTLPAEESIILPAALPQANTNPLFTPDSSTL
RKLAHDLTGGTEAHIPAGMTRGENGTAPERAAAEFASASKVVNDLAAAERDMVRQPAEGERGRAIEHEEH
THTRTIQKER
MMSVAPVASAGTAAGYYSHSDNYYFLGNLQSHWLGEGARELGLDGPVRSDALTAVLEGRLPDGGRLGKEI
NGNHVHRPGHDLTFSAPKSVSILALIGGDKRMIDAHNHAVQVAAGYVEKLISARHTKDGVTSIVHTGKMV
AAAFTHDTSRNLDPLIHTHLLVANMTEYEGKWRALATDYIHNAGFIETVMKMQVTLGKIYRADLRQGVEA
LGHEVKEVGKHGMWEIKAIPDEVVEEYSSRGREVRGAVGADATLRSRDVAAKDTRRAKVDPSRIRLMERW
QAQMKEKGFDLKGYMDSVTPAESDTACPPAQIPSAADVQTRSQPDSTPEKVPVRDPIPDAGKSTERDVGR
EEPSRPVTSPTPQMQTGKYAMSPAAQAAKAAPEKPHMRAEVSDAVRQAISHLSNDKTRFTWGELMLTTTE
FSDQLPDVAEVKMAINASLKDGMIVPLDSEKGVFTSRIHLLDELSIQALSQERLKDGKVVSFARPEQYAP
RALEAVEKSPLVLMNAPTGVAGIRELTAQLTDISTAHGREVTVLASSAERATSLAKSDTLRDRLISRSHV
LSGEFSLKPQGTLIIEGAERLGLKETLVLLGEAREKDAQLVFLDSAGRQANGNAMSVLESAGVTRSRRTE
PAPGLETEVVSIADKRDRYAALASRFAELSAGSEPVTAVVLGQREQKHLTGLIRDALQNAGQLERDGVTV
EARTPVWVDNKTRRMPGTYRAGQVLEDRSDAKTTRHYVIDRIHEDTRVLSLIDSDGVLSRMKTSELTADW
RLYESENISISTGEQLIAVAGDKAAGLKAKDRLQVTGFSAGGIQVERDGLSLTLPADRPLYVKHAYVAAP
GGRDNDTGVVLAALNSRDISARTMNSLAQSGTRAEVFTAETQDRAETRLQRMNTSSSPVQLVRQLSGKDD
VSGAVSALHAGVKSEAGLAVWRAINDQRGVTFSELTLLAKAAEYHPDIGAVGEHISTMVRQGDLLPVSVR
GEPALVARATWEMEKAIIRVIDAGKDTQEPLLEQVDPRLLDGLTAGQKAAARMVLGTTDQFIGIQGYAGV
GKTTQVKAVKAAIDSLPADGRPELSGLAPTHQAVKELKDTGMPAQTVKSFLVEHDQRVNAGEKPDYRERV
FLIDESSMIGNQDTAAVYLAIQAGGGRAVSMGDIAQFEAVDAGAPFKLVQERSPMDVAIMKEIVRQKDVQ
LKGAVHDIIDNRIDAALRRIEAQPAGKIPRMAGATLPDSGIVTTEDAVGDIVRDWTERTPQARQNTLIIT
QLNADRQAVNAGIHAVLAERGELGEKSITVPVLEKISHTRHEFNKTAAWQAGMVVKRGDRYQDVVAVDKN
GSLVTVRDEDGRLGMVSPRELITGDVELFTRSAMTVNAGDELRFTATDRERGQTGNQRFTVQSVNDNGDI
VMKGAAGTKVINPAQVRAEQHIDYAWAVTGYGAQGASSEYVIALEGTEGGRKYLASQRAFYISASRAKEH
VQIYTDEKSKWVAAMKQPEKEVKTAHDALKPETQRQQAKAIWAMGQPVTKTAIGRAWARHQSMAEHSLTA
RIIPATRRFPEPALALPLYDNNGKGAGLALISLVASPEGRMTQGDIRMVGTEGASAAVLQRSQTGNTHVV
RQLSDALMAVREHPKDGVVWQTGEEKPSAHLMKVSRGVYQEEDAARIRAVSGLSTDITLPVTRENPQREA
EQLSVLQAAEALRRAAEQESAGAVVDAEKLQHGVHKPESVTLPAEESIILPAALPQANTNPLFTPDSSTL
RKLAHDLTGGTEAHIPAGMTRGENGTAPERAAAEFASASKVVNDLAAAERDMVRQPAEGERGRAIEHEEH
THTRTIQKER
Protein domains
Predicted by InterproScan
Protein structure
No available structure.