Detailed information NTG0883683

Bioinformatically predicted

Overview

• Name: luxQ
• Type: Regulator
• Locus tag: RND59_RS15775
• Genome accession: NZ_CP134781
• Coordinates: 9413..11998 (-)
• Length: 861 a.a.
• NCBI ID: WP_311847060.1
• Uniprot ID: -
• Organism: Vibrio ruber strain HNIBRBA4764
• Function: autoinducer sensor (predicted from homology) Competence regulation

Genomic Context

Location: 4413..16998

Locus tag	Gene name	Coordinates (strand)	Size (bp)	Protein ID	Product	Description
RND59_RS15755 (RND59_15755)	-	6468..6680 (+)	213	WP_077333492.1	hypothetical protein	-
RND59_RS15760 (RND59_15760)	-	6787..7113 (+)	327	WP_139344000.1	hypothetical protein	-
RND59_RS15765 (RND59_15765)	-	7156..8631 (-)	1476	WP_311847059.1	cobyric acid synthase	-
RND59_RS15770 (RND59_15770)	-	8808..9335 (+)	528	WP_077333486.1	hypothetical protein	-
RND59_RS15775 (RND59_15775)	luxQ	9413..11998 (-)	2586	WP_311847060.1	LuxQ periplasmic sensor domain-containing protein	Regulator
RND59_RS15780 (RND59_15780)	luxP	12040..13125 (-)	1086	WP_311847061.1	autoinducer 2-binding periplasmic protein LuxP	Regulator
RND59_RS15785 (RND59_15785)	traF	13204..14349 (-)	1146	WP_077337560.1	conjugal transfer protein TraF	-
RND59_RS15790 (RND59_15790)	-	14425..14715 (-)	291	WP_077337561.1	GIY-YIG nuclease family protein	-
RND59_RS15795 (RND59_15795)	-	14722..15372 (-)	651	WP_311847062.1	DUF480 domain-containing protein	-
RND59_RS15800 (RND59_15800)	-	15431..15628 (-)	198	WP_311847063.1	hypothetical protein	-
RND59_RS15805 (RND59_15805)	-	15854..16171 (+)	318	WP_074371103.1	DUF496 family protein	-
RND59_RS15810 (RND59_15810)	-	16377..16850 (+)	474	WP_077337564.1	peroxiredoxin	-

Sequence

Protein

• Length: 861 a.a.
• Molecular weight: 97320.73 Da
• Isoelectric Point: 5.3729

>NTDB_id=883683 RND59_RS15775 WP_311847060.1 9413..11998(-) (luxQ) [Vibrio ruber strain HNIBRBA4764]
MNVRPSPIRQKQKIATYFTRAITIIIAILTFSVLFQNYQISSQLIAQEVQRTANQTSGLVQGMVNFRLSLLKIHQDGSAT
NADLLRAVSSGKSQYIDQYFRAVDQLDPDNTPDVRFIAGLNHMLWDDGNAQFYGIVPNELESVSHRMVVNNAWMLVKIPS
LLETVYALARRTPLVSNQSGELIGYFYVMFVINNNYNLIEQIRTRSNSQNLILAIGSNVLSTTLNGEESYSEQDVLASQQ
NSDRLASYTVNTTELNVDENPTQLMIYAVQDNQNVVKLKRNFYYGVVFILVATTLFSFILWRWLHNRIRAEIEKLVQFSR
SIVDRGAEHVFHGSKIEEFDLFGRALEHTFKRLSEQEKQFENLFNFSIAPTILWGADGRLLRMNPAAVKQFSKESQVATF
YELKERLIPSIKKASNGETLNEVATEFDSQIFRWTISPIVTEGRVESVLTQGQDVTTIAEAEKQSHLARSEAERAAGARA
DFLARMSHEVRTPLNGILGVSQLLKESVTDEKQLEQVGVLSLCSEHLLAVLNDILDFSKIEQNKFKLNPVHFHLIETVRV
IERIYQPLCQEKELGLDVMSNIQEDTIVVIDQIRLNQIIFNLLNNAIKFTREGEICVLINLNHSENGAMFHVSISDTGIG
IGHDDLTLIFEPFIQGGTTSSREFGGSGLGLSIVKNLVELMGGVVSVSSQVGKGSCFEFTIPIEVEQYRARHVKETIEQE
LSGQLFEQSPHVLLVEDNKTNAYIAKAFCDRFGLRVTWVEDGTVAVETLKKMGFDLILMDNQLPGMDGVEVTDFVKHQLR
LDTPIYACTADDTEKTKNDFLHAGAEYILVKPIREENLHQALVHFRDHYWEPVTSSVIQSH

Nucleotide

• Length: 2586 bp

>NTDB_id=883683 RND59_RS15775 WP_311847060.1 9413..11998(-) (luxQ) [Vibrio ruber strain HNIBRBA4764]
ATGAACGTCAGACCAAGCCCTATCAGACAGAAACAGAAGATAGCGACCTATTTTACCCGGGCGATCACCATTATCATTGC
CATCCTGACATTTAGTGTTCTGTTTCAAAATTATCAGATCAGTAGTCAGCTGATCGCTCAGGAAGTGCAACGAACGGCAA
ATCAGACCTCAGGGTTAGTTCAAGGCATGGTCAACTTCCGTCTTTCTTTGCTCAAAATTCATCAAGATGGTAGTGCGACC
AATGCTGACTTATTACGTGCGGTAAGTTCCGGCAAGTCGCAGTATATCGATCAATATTTTCGTGCCGTTGACCAGCTTGA
CCCGGATAATACCCCGGATGTCCGCTTTATTGCCGGATTGAATCATATGTTGTGGGATGATGGTAATGCGCAGTTTTATG
GCATTGTGCCGAATGAATTGGAGTCTGTTTCACATCGCATGGTTGTCAATAATGCGTGGATGCTGGTGAAAATCCCATCT
TTGCTGGAAACAGTTTATGCTTTGGCCAGAAGAACCCCACTAGTAAGTAATCAATCCGGTGAGCTGATTGGTTACTTTTA
CGTGATGTTTGTGATTAATAATAATTACAATCTTATCGAACAGATTCGCACTCGCAGTAATTCGCAAAATTTGATTCTGG
CGATCGGTTCTAACGTATTGTCGACGACTCTCAACGGAGAAGAGTCATATTCAGAGCAGGATGTGCTCGCTTCCCAACAA
AATTCTGATCGACTGGCGTCTTATACGGTCAATACCACCGAACTGAATGTTGATGAAAATCCGACGCAACTGATGATTTA
TGCGGTTCAGGATAACCAGAATGTCGTCAAACTGAAGCGTAATTTTTATTACGGCGTGGTGTTTATTCTTGTGGCGACAA
CATTGTTCTCTTTTATCTTATGGCGTTGGTTGCACAATAGAATTCGTGCGGAGATTGAAAAACTGGTGCAGTTTAGCCGC
TCTATTGTTGACCGTGGGGCGGAGCATGTTTTTCATGGTTCAAAGATCGAGGAGTTTGATCTGTTCGGGCGGGCACTTGA
ACATACCTTTAAGCGCTTATCCGAACAAGAAAAGCAATTTGAGAACTTGTTTAATTTCTCGATTGCACCAACCATTTTAT
GGGGGGCTGACGGGCGTTTACTACGGATGAACCCCGCAGCGGTAAAACAGTTTTCAAAGGAGAGTCAGGTCGCTACTTTT
TATGAGCTGAAAGAACGATTAATCCCTAGTATTAAAAAGGCGTCGAACGGAGAAACACTGAATGAAGTCGCGACTGAGTT
CGACAGTCAAATATTCCGCTGGACGATTTCCCCGATTGTGACGGAAGGCCGTGTCGAATCAGTCCTGACTCAAGGGCAGG
ATGTCACCACCATTGCCGAAGCTGAGAAACAAAGTCACTTGGCCCGGAGTGAAGCAGAGAGAGCCGCTGGTGCCAGAGCT
GATTTTCTGGCTCGGATGAGTCATGAAGTCAGAACACCTTTAAACGGGATTTTGGGGGTGTCACAGTTATTAAAAGAGAG
TGTGACGGATGAAAAGCAGCTTGAACAGGTTGGGGTCCTCAGCTTATGTAGCGAACATCTGCTTGCTGTTTTGAATGATA
TTCTGGACTTCTCCAAGATCGAACAGAATAAATTCAAACTCAATCCGGTTCATTTCCACTTGATTGAAACGGTTCGGGTC
ATTGAACGGATTTATCAGCCATTGTGTCAGGAAAAGGAACTTGGGCTGGATGTCATGAGCAATATTCAGGAAGATACCAT
CGTGGTTATTGATCAAATCCGTCTCAATCAAATTATCTTCAATTTACTGAATAACGCGATTAAATTTACCCGTGAAGGGG
AGATTTGTGTTCTGATCAATTTAAACCATTCTGAAAATGGTGCGATGTTCCATGTCTCCATTTCTGATACCGGTATTGGT
ATCGGGCATGATGATCTTACGTTGATCTTTGAACCTTTTATTCAGGGGGGAACGACCTCAAGCCGTGAGTTTGGTGGCAG
TGGTTTAGGATTATCGATTGTGAAAAATCTGGTGGAGCTCATGGGGGGCGTGGTGTCAGTTTCGTCTCAGGTCGGCAAAG
GAAGCTGCTTCGAGTTCACGATTCCGATTGAAGTTGAGCAATACCGTGCCAGACACGTAAAAGAAACAATTGAGCAGGAG
CTGTCAGGCCAGTTGTTTGAACAATCTCCGCATGTTTTGTTAGTCGAAGATAACAAAACCAATGCGTATATCGCGAAGGC
ATTTTGTGACCGTTTCGGATTGCGGGTGACATGGGTTGAGGATGGAACGGTTGCGGTTGAAACGCTGAAAAAAATGGGCT
TTGATTTAATTTTAATGGATAACCAGTTGCCGGGCATGGATGGTGTGGAAGTGACGGACTTTGTCAAACATCAGCTCAGA
CTAGACACGCCAATTTATGCATGTACTGCTGATGATACTGAAAAAACGAAGAATGATTTCTTACATGCAGGAGCAGAATA
CATACTGGTCAAACCGATTCGGGAAGAAAATTTACATCAAGCGCTGGTTCATTTCAGAGATCATTATTGGGAACCAGTGA
CGTCGAGTGTCATTCAGTCTCATTAG

Domains

Predicted by InterproScan.

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

• Histidine kinase-, DNA gyrase B-, and HSP90-like ATPase (HATPase_c) (591-704)

• Response regulator receiver domain (Response_reg) (732-842)

• His Kinase A (phospho-acceptor) domain (HisKA) (479-542)

Similar proteins

Only experimentally validated proteins are listed.

Protein	Organism	Identities (%)	Coverage (%)	Ha-value
luxQ	Vibrio cholerae strain A1552	50.411	98.839	0.498