Detailed information NTG0407437

Bioinformatically predicted

Overview

• Name: luxQ
• Type: Regulator
• Locus tag: GPY10_RS18070
• Genome accession: NZ_CP046768
• Coordinates: 700712..703279 (-)
• Length: 855 a.a.
• NCBI ID: WP_055453537.1
• Uniprot ID: -
• Organism: Vibrio fluvialis strain 2013V-1300
• Function: autoinducer sensor (predicted from homology) Competence regulation

Genomic Context

Location: 695712..708279

Locus tag	Gene name	Coordinates (strand)	Size (bp)	Protein ID	Product	Description
GPY10_RS18045	modA	696408..697193 (-)	786	WP_158152197.1	molybdate ABC transporter substrate-binding protein	-
GPY10_RS18050	-	697190..698674 (-)	1485	WP_158152198.1	cobyric acid synthase	-
GPY10_RS18055	-	698840..699214 (+)	375	WP_020433707.1	YgiW/YdeI family stress tolerance OB fold protein	-
GPY10_RS18060	-	699367..699891 (+)	525	WP_047457974.1	hypothetical protein	-
GPY10_RS18065	-	700026..700706 (+)	681	WP_100267640.1	flagellar brake protein	-
GPY10_RS18070	luxQ	700712..703279 (-)	2568	WP_055453537.1	quorum-sensing autoinducer 2 sensor kinase/phosphatase LuxQ	Regulator
GPY10_RS18075	luxP	703301..704398 (-)	1098	WP_024375537.1	autoinducer 2-binding periplasmic protein LuxP	Regulator
GPY10_RS18080	traF	704609..705765 (-)	1157	Protein_671	conjugal transfer protein TraF	-
GPY10_RS18085	-	705879..706160 (-)	282	WP_158152199.1	GIY-YIG nuclease family protein	-
GPY10_RS18090	-	706171..706806 (-)	636	WP_020433719.1	YceH family protein	-
GPY10_RS18095	-	706851..707048 (-)	198	WP_020329288.1	hypothetical protein	-
GPY10_RS18100	-	707238..707555 (+)	318	WP_020329287.1	DUF496 family protein	-
GPY10_RS18105	-	707677..707859 (-)	183	WP_158152200.1	hypothetical protein	-

Sequence

Protein

• Length: 855 a.a.
• Molecular weight: 96321.80 Da
• Isoelectric Point: 5.0360

>NTDB_id=407437 GPY10_RS18070 WP_055453537.1 700712..703279(-) (luxQ) [Vibrio fluvialis strain 2013V-1300]
MGIRSSTVKQKRKIATFISRAIVTVLGALTLTVLFQSYQISSRLISQEVARTSTQTSSLIQNLFNYRLATLQIHQDSSAK
NASLIQALHGDTNDALDQYFLSVDQLELNNTPDIRFITDLKEMVWEDGNSQFYGVQSKELNAIIRKVSISSNWHLIQTPS
ELGTAYLLVRRSPIVDTATGEVIGFLYVSIVLNNNFALIETIRDSSNSQNLILTVGSEVLASTLNGDESYTAFDVLQDGM
SDMLYDKNMVAKTVLEVEGVPTYLSVYSVQSNENALSLRDNYYFWMVFALVAMVGVSILTRWWLQRRIESEIEGLMTYTH
KVAERGLDDFFPGSKIYEFDHFGRTLEHTFQRLSAQEKQFEDLFNFALSPTILWTADGELIRMNPSAQKHFLRNNAEYHS
LFSVLKRQLIPQIKLAAKGEILKEVNTEVDDKVFLWNLSPIVVENRIESIITQGQDVTSIAEAEKQSRIARREAEESARV
RADFLAKMSHELRTPLNGILGVSQLLKRTVKEKEQAEQVNVLCSSGEHLLAVLNDILDFSKIEQGKFRIQKTHFPLVDVV
SAIERIYRPLCREKGLDLSIDSNIDQTMIVNADQVRLNQILFNLLNNAVKFTHQGAISIQLNLLQEAGDTRLSISVMDTG
IGIRDADLNIIFEPFVQAESTNTREYGGSGLGLAIVHSLIEMLGGTVQVSSTFGVGTRFNIELPMERVTSEKQSIERKEA
ASRYELFDGSIHVLLVEDNHTNAFIAQAFCKKYGMVVDWVTDGLQAIEKVKEQRYDLILMDNQLPYLDGVDATRIIKQEM
GLEIPVYACTADGVVETQQAFMSAGAEYVIVKPIKEDTLHKALVNFKQDHTEWSL

Nucleotide

• Length: 2568 bp

>NTDB_id=407437 GPY10_RS18070 WP_055453537.1 700712..703279(-) (luxQ) [Vibrio fluvialis strain 2013V-1300]
GTGGGCATCAGATCAAGCACAGTCAAACAGAAAAGAAAAATCGCAACGTTCATCAGCCGAGCGATTGTGACGGTGCTTGG
TGCGCTGACGTTGACGGTACTGTTTCAAAGCTATCAAATCAGCAGTCGTTTGATCTCACAGGAAGTGGCCCGCACTTCAA
CTCAAACCTCCAGCCTGATTCAGAACCTGTTCAATTACCGATTGGCCACGCTGCAGATTCATCAGGACAGTAGCGCAAAA
AATGCCAGTTTGATACAGGCTCTGCACGGCGATACTAATGACGCACTGGATCAGTACTTTCTCAGTGTTGACCAGCTTGA
ACTCAACAATACGCCGGATATTCGTTTCATTACCGACCTCAAAGAGATGGTATGGGAAGACGGCAACTCTCAGTTTTATG
GGGTTCAGTCGAAAGAGCTCAACGCCATCATCCGAAAAGTGTCAATCAGCAGTAATTGGCACCTAATCCAAACGCCTTCA
GAGTTAGGCACGGCCTACCTGCTTGTCCGCCGCTCACCGATTGTGGATACCGCAACCGGCGAAGTCATCGGTTTTCTCTA
CGTCAGTATTGTACTCAACAACAACTTTGCGTTAATCGAGACCATTCGTGACAGCAGTAACTCGCAGAACCTGATTTTGA
CCGTTGGTTCAGAAGTTCTGGCGTCGACTCTGAATGGAGACGAATCCTATACAGCGTTCGATGTGTTGCAGGACGGTATG
AGCGACATGCTGTACGACAAAAACATGGTGGCGAAAACGGTTCTGGAAGTGGAAGGGGTGCCGACTTATCTCAGTGTTTA
CTCAGTGCAGAGCAACGAGAATGCGTTGAGCCTGCGTGACAATTACTATTTCTGGATGGTTTTTGCGCTGGTGGCGATGG
TGGGTGTCTCCATACTGACGCGTTGGTGGTTGCAGCGACGTATTGAGTCGGAAATTGAAGGGTTGATGACCTACACCCAT
AAAGTGGCGGAGCGTGGACTGGATGACTTCTTCCCAGGCTCAAAAATTTACGAATTTGATCACTTCGGCCGCACGCTGGA
ACACACATTCCAACGCCTGTCTGCGCAGGAAAAACAATTTGAGGATCTGTTTAACTTCGCTTTGTCGCCAACCATTCTCT
GGACGGCAGACGGTGAGCTGATTCGTATGAACCCGTCGGCTCAGAAGCATTTTCTGCGCAATAATGCGGAATATCACTCG
CTGTTCTCTGTGCTGAAACGTCAGTTGATCCCGCAGATCAAACTGGCGGCAAAAGGCGAGATTCTCAAAGAAGTGAACAC
CGAAGTTGACGACAAAGTGTTCCTGTGGAACCTGTCGCCGATTGTGGTGGAGAACCGTATCGAATCGATTATTACTCAGG
GCCAGGATGTCACTTCGATTGCGGAAGCGGAAAAGCAGAGCCGTATTGCACGCAGAGAAGCGGAAGAGTCGGCACGCGTC
AGAGCGGATTTCCTCGCGAAAATGAGCCATGAGCTGAGAACGCCACTGAATGGGATTCTGGGTGTGTCTCAACTCCTTAA
GCGTACAGTGAAGGAAAAAGAGCAGGCCGAGCAGGTTAATGTTTTGTGCAGCAGTGGTGAACATCTGCTGGCAGTGCTGA
ATGACATTCTGGATTTCTCAAAGATAGAGCAGGGTAAATTCCGGATTCAGAAGACCCATTTCCCGTTGGTCGATGTGGTG
TCGGCCATTGAACGAATTTATCGTCCATTGTGCCGTGAGAAAGGCTTGGATCTCTCGATTGACAGCAATATCGACCAAAC
AATGATTGTAAATGCGGACCAGGTACGTCTGAATCAGATTCTGTTTAATCTGCTCAATAACGCCGTGAAGTTTACCCATC
AGGGCGCCATCAGCATTCAGCTGAATCTGTTGCAAGAGGCGGGCGACACTCGCCTGTCCATTTCGGTCATGGACACAGGT
ATTGGCATTCGCGATGCCGATTTGAATATCATCTTTGAGCCGTTTGTTCAGGCAGAATCGACCAATACCCGCGAATATGG
CGGCAGTGGATTGGGGCTGGCCATTGTGCACAGCCTGATTGAAATGCTTGGCGGCACGGTGCAGGTCAGCTCGACGTTTG
GTGTAGGCACACGTTTTAATATCGAATTGCCGATGGAACGTGTTACCTCTGAAAAGCAGTCGATTGAGCGTAAAGAAGCT
GCATCACGTTACGAACTGTTCGATGGCAGCATTCATGTTCTGCTGGTTGAGGACAACCATACCAACGCGTTTATCGCACA
GGCCTTCTGCAAAAAATATGGCATGGTGGTTGACTGGGTCACGGATGGATTGCAGGCCATCGAAAAGGTCAAAGAGCAGC
GTTACGATCTGATTCTGATGGACAACCAACTGCCGTATCTCGACGGTGTGGATGCCACGCGCATCATCAAACAAGAAATG
GGCTTAGAAATACCAGTTTACGCCTGTACCGCAGATGGCGTGGTGGAAACTCAGCAAGCGTTTATGTCTGCCGGTGCAGA
ATACGTGATCGTCAAGCCGATCAAAGAAGATACGCTGCACAAAGCATTGGTGAACTTTAAACAAGACCACACCGAGTGGT
CTTTGTAA

Domains

Predicted by InterproScan.

• LuxQ, periplasmic (LuxQ-periplasm) (41-278)

• Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase (HATPase_c) (593-706)

• Response regulator receiver domain (Response_reg) (733-843)

• His Kinase A (phospho-acceptor) domain (HisKA) (481-545)

Similar proteins

Only experimentally validated proteins are listed.

Protein	Organism	Identities (%)	Coverage (%)	Ha-value
luxQ	Vibrio cholerae strain A1552	63.498	99.649	0.633