pqsL - monooxygenase-BMKCloudï½ç¾è¿å®¢äº

例如："NBL1", "4681", "drought"

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880329 pqsL

基因描述

Type	Description
Definition	monooxygenase

研究结论

Date	Results	Publications
2020-08-29 12:48:00	Photoinduced monooxygenation involving NAD(P)H-FAD sequential single-electron transfer.	32451409
2019-01-26 12:09:00	This study completes the Alkyl hydroxyquinoline N-oxides biosynthetic pathway in P. aeruginosa, indicating that PqsL produces the unstable product 2-hydroxylaminobenzoylacetate from 2-ABA and depends on free reduced flavin as electron donor instead of NAD(P)H.	29669807

名称对应

Type	IDs
Gene	UniProtKB-ID: Q9HWJ1_PSEAE UniprotKB: Q9HWJ1 UniParc: UPI00000C5C63 EMBL: AE004091 EnsemblGenome: PA4190 KO: pae:PA4190
Nucleutide sequences	EMBL-CDS: AAG07577.1
Protein sequencees	RefSeq: NP_252879.1
Others	UniRef100: UniRef100_A0A550AY17 UniRef90: UniRef90_A0A485FPT7 UniRef50: UniRef50_A0A485FPT7

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mRNA

Protein

UniprotKB

Description

Refseq

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Ensembl: {{protein.nucleotideEnsembl}}

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Ensembl: {{protein.proteinEnsembl}}

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Definition: {{{protein.definition}}}

Transcript Veriant:{{protein.transcriptVeriant}}

Status: {{protein.status}}

Location

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Pubmed编号	文献信息	发表日期	相关基因
32451409	Photoinduced monooxygenation involving NAD(P)H-FAD sequential single-electron transfer. Nat Commun Simon Ernst , Stefano Rovida , Andrea Mattevi , Susanne Fetzner , Steffen L Drees	2020-05-25	-
29669807	PqsL uses reduced flavin to produce 2-hydroxylaminobenzoylacetate, a preferred PqsBC substrate in alkyl quinolone biosynthesis in Pseudomonas aeruginosa. J Biol Chem Steffen Lorenz Drees , Simon Ernst , Benny Danilo Belviso , Nina Jagmann , Ulrich Hennecke , Susanne Fetzner	2018-06-15	-
18978025	Pseudomonas Genome Database: facilitating user-friendly, comprehensive comparisons of microbial genomes. Nucleic Acids Res. Geoffrey L Winsor , Thea Van Rossum , Raymond Lo , Bhavjinder Khaira , Matthew D Whiteside , Robert E W Hancock , Fiona S L Brinkman	2009-01-01	PA2755a, PA4636a, PA0032a, PA0041a, PA0103a, PA0306a, PA0367a, PA0451a, PA0701a, PA0736a, PA0788a, PA0951a, PA1019a, PA1052a, PA1112a, PA1112b, PA1424a, PA1428a, PA1483a, PA1578a, PA1643a, PA1797a, PA1833a, PA1837a, PA1866a, PA2118a, PA2142a, PA2173a, PA2312a, PA2559a, PA2746a, PA2747a, PA2750a, PA2754a, PA2763a, PA2772a, PA3089a, PA3303a, PA3403a, PA3440a, PA3574a, PA3733a, PA3865a, PA3886a, PA3963a, PA3969a, PA4027a, PA4108a, PA4145a, PA4313a, PA4360a, PA4635a, PA4690a, PA5183a, PA5252a, PA5440a, PA0457.1, pyoS5, PA1021, PA0123, PA0891, PA1020, PA0440, PA0007, lptA, PA0116, PA0119, PA1159, PA0439, codB, PA0878, PA2296, PA0512, PA0118, codA, PA1734, PA0848, PA1168, cmpX, PA0436, PA0699, PA0305, PA0753, PA0049, PA1870, PA0628, PA1831, PA0624, PA0708, PA0435, PA0434, flgB, arsC, PA5108, PA5109, PA0978, PA0919, PA5340, PA5341
17015649	Defining the Pseudomonas aeruginosa SOS response and its role in the global response to the antibiotic ciprofloxacin. J. Bacteriol. Ryan T Cirz , Bryan M O'Neill , Jennifer A Hammond , Steven R Head , Floyd E Romesberg	2006-10-01	PA2755a, PA4636a, PA0032a, PA0041a, PA0103a, PA0306a, PA0367a, PA0451a, PA0701a, PA0736a, PA0788a, PA0951a, PA1019a, PA1052a, PA1112a, PA1112b, PA1424a, PA1428a, PA1483a, PA1578a, PA1643a, PA1797a, PA1833a, PA1837a, PA1866a, PA2118a, PA2142a, PA2173a, PA2312a, PA2559a, PA2746a, PA2747a, PA2750a, PA2754a, PA2763a, PA2772a, PA3089a, PA3303a, PA3403a, PA3440a, PA3574a, PA3733a, PA3865a, PA3886a, PA3963a, PA3969a, PA4027a, PA4108a, PA4145a, PA4313a, PA4360a, PA4635a, PA4690a, PA5183a, PA5252a, PA5440a, PA0457.1, pyoS5, PA1021, PA0123, PA0891, PA1020, PA0440, PA0007, lptA, PA0116, PA0119, PA1159, PA0439, codB, PA0878, PA2296, PA0512, PA0118, codA, PA1734, PA0848, PA1168, cmpX, PA0436, PA0699, PA0305, PA0753, PA0049, PA1870, PA0628, PA1831, PA0624, PA0708, PA0435, PA0434, flgB, arsC, PA5108, PA5109, PA0978, PA0919, PA5340, PA5341
16030221	Cystic fibrosis sputum supports growth and cues key aspects of Pseudomonas aeruginosa physiology. J. Bacteriol. Kelli L Palmer , Lauren M Mashburn , Pradeep K Singh , Marvin Whiteley	2005-08-01	PA2755a, PA4636a, PA0032a, PA0041a, PA0103a, PA0306a, PA0367a, PA0451a, PA0701a, PA0736a, PA0788a, PA0951a, PA1019a, PA1052a, PA1112a, PA1112b, PA1424a, PA1428a, PA1483a, PA1578a, PA1643a, PA1797a, PA1833a, PA1837a, PA1866a, PA2118a, PA2142a, PA2173a, PA2312a, PA2559a, PA2746a, PA2747a, PA2750a, PA2754a, PA2763a, PA2772a, PA3089a, PA3303a, PA3403a, PA3440a, PA3574a, PA3733a, PA3865a, PA3886a, PA3963a, PA3969a, PA4027a, PA4108a, PA4145a, PA4313a, PA4360a, PA4635a, PA4690a, PA5183a, PA5252a, PA5440a, PA0457.1, pyoS5, PA1021, PA0123, PA0891, PA1020, PA0440, PA0007, lptA, PA0116, PA0119, PA1159, PA0439, codB, PA0878, PA2296, PA0512, PA0118, codA, PA1734, PA0848, PA1168, cmpX, PA0436, PA0699, PA0305, PA0753, PA0049, PA1870, PA0628, PA1831, PA0624, PA0708, PA0435, PA0434, flgB, arsC, PA5108, PA5109, PA0978, PA0919, PA5340, PA5341
15995206	A cystic fibrosis epidemic strain of Pseudomonas aeruginosa displays enhanced virulence and antimicrobial resistance. J. Bacteriol. Prabhakar Salunkhe , Catherine H M Smart , J Alun W Morgan , Stavroula Panagea , Martin J Walshaw , C Anthony Hart , Robert Geffers , Burkhard TÃ¼mmler , Craig Winstanley	2005-07-01	PA2755a, PA4636a, PA0032a, PA0041a, PA0103a, PA0306a, PA0367a, PA0451a, PA0701a, PA0736a, PA0788a, PA0951a, PA1019a, PA1052a, PA1112a, PA1112b, PA1424a, PA1428a, PA1483a, PA1578a, PA1643a, PA1797a, PA1833a, PA1837a, PA1866a, PA2118a, PA2142a, PA2173a, PA2312a, PA2559a, PA2746a, PA2747a, PA2750a, PA2754a, PA2763a, PA2772a, PA3089a, PA3303a, PA3403a, PA3440a, PA3574a, PA3733a, PA3865a, PA3886a, PA3963a, PA3969a, PA4027a, PA4108a, PA4145a, PA4313a, PA4360a, PA4635a, PA4690a, PA5183a, PA5252a, PA5440a, PA0457.1, pyoS5, PA1021, PA0123, PA0891, PA1020, PA0440, PA0007, lptA, PA0116, PA0119, PA1159, PA0439, codB, PA0878, PA2296, PA0512, PA0118, codA, PA1734, PA0848, PA1168, cmpX, PA0436, PA0699, PA0305, PA0753, PA0049, PA1870, PA0628, PA1831, PA0624, PA0708, PA0435, PA0434, flgB, arsC, PA5108, PA5109, PA0978, PA0919, PA5340, PA5341
15908409	Effect of anaerobiosis and nitrate on gene expression in Pseudomonas aeruginosa. Infect. Immun. M J Filiatrault , V E Wagner , D Bushnell , C G Haidaris , B H Iglewski , L Passador	2005-06-01	PA2755a, PA4636a, PA0032a, PA0041a, PA0103a, PA0306a, PA0367a, PA0451a, PA0701a, PA0736a, PA0788a, PA0951a, PA1019a, PA1052a, PA1112a, PA1112b, PA1424a, PA1428a, PA1483a, PA1578a, PA1643a, PA1797a, PA1833a, PA1837a, PA1866a, PA2118a, PA2142a, PA2173a, PA2312a, PA2559a, PA2746a, PA2747a, PA2750a, PA2754a, PA2763a, PA2772a, PA3089a, PA3303a, PA3403a, PA3440a, PA3574a, PA3733a, PA3865a, PA3886a, PA3963a, PA3969a, PA4027a, PA4108a, PA4145a, PA4313a, PA4360a, PA4635a, PA4690a, PA5183a, PA5252a, PA5440a, PA0457.1, pyoS5, PA1021, PA0123, PA0891, PA1020, PA0440, PA0007, lptA, PA0116, PA0119, PA1159, PA0439, codB, PA0878, PA2296, PA0512, PA0118, codA, PA1734, PA0848, PA1168, cmpX, PA0436, PA0699, PA0305, PA0753, PA0049, PA1870, PA0628, PA1831, PA0624, PA0708, PA0435, PA0434, flgB, arsC, PA5108, PA5109, PA0978, PA0919, PA5340, PA5341
15716452	Screening for quorum-sensing inhibitors (QSI) by use of a novel genetic system, the QSI selector. J. Bacteriol. Thomas Bovbjerg Rasmussen , Thomas Bjarnsholt , Mette Elena Skindersoe , Morten Hentzer , Peter Kristoffersen , Manuela KÃ¶te , John Nielsen , Leo Eberl , Michael Givskov	2005-03-01	PA2755a, PA4636a, PA0032a, PA0041a, PA0103a, PA0306a, PA0367a, PA0451a, PA0701a, PA0736a, PA0788a, PA0951a, PA1019a, PA1052a, PA1112a, PA1112b, PA1424a, PA1428a, PA1483a, PA1578a, PA1643a, PA1797a, PA1833a, PA1837a, PA1866a, PA2118a, PA2142a, PA2173a, PA2312a, PA2559a, PA2746a, PA2747a, PA2750a, PA2754a, PA2763a, PA2772a, PA3089a, PA3303a, PA3403a, PA3440a, PA3574a, PA3733a, PA3865a, PA3886a, PA3963a, PA3969a, PA4027a, PA4108a, PA4145a, PA4313a, PA4360a, PA4635a, PA4690a, PA5183a, PA5252a, PA5440a, PA0457.1, pyoS5, PA1021, PA0123, PA0891, PA1020, PA0440, PA0007, lptA, PA0116, PA0119, PA1159, PA0439, codB, PA0878, PA2296, PA0512, PA0118, codA, PA1734, PA0848, PA1168, cmpX, PA0436, PA0699, PA0305, PA0753, PA0049, PA1870, PA0628, PA1831, PA0624, PA0708, PA0435, PA0434, flgB, arsC, PA5108, PA5109, PA0978, PA0919, PA5340, PA5341
15608211	Pseudomonas aeruginosa Genome Database and PseudoCAP: facilitating community-based, continually updated, genome annotation. Nucleic Acids Res. Geoffrey L Winsor , Raymond Lo , Shannan J Ho Sui , Korine S E Ung , Shaoshan Huang , Dean Cheng , Wai-Kay Ho Ching , Robert E W Hancock , Fiona S L Brinkman	2005-01-01	PA2755a, PA4636a, PA0032a, PA0041a, PA0103a, PA0306a, PA0367a, PA0451a, PA0701a, PA0736a, PA0788a, PA0951a, PA1019a, PA1052a, PA1112a, PA1112b, PA1424a, PA1428a, PA1483a, PA1578a, PA1643a, PA1797a, PA1833a, PA1837a, PA1866a, PA2118a, PA2142a, PA2173a, PA2312a, PA2559a, PA2746a, PA2747a, PA2750a, PA2754a, PA2763a, PA2772a, PA3089a, PA3303a, PA3403a, PA3440a, PA3574a, PA3733a, PA3865a, PA3886a, PA3963a, PA3969a, PA4027a, PA4108a, PA4145a, PA4313a, PA4360a, PA4635a, PA4690a, PA5183a, PA5252a, PA5440a, PA0457.1, pyoS5, PA1021, PA0123, PA0891, PA1020, PA0440, PA0007, lptA, PA0116, PA0119, PA1159, PA0439, codB, PA0878, PA2296, PA0512, PA0118, codA, PA1734, PA0848, PA1168, cmpX, PA0436, PA0699, PA0305, PA0753, PA0049, PA1870, PA0628, PA1831, PA0624, PA0708, PA0435, PA0434, flgB, arsC, PA5108, PA5109, PA0978, PA0919, PA5340, PA5341
12644477	Microarray analysis of Pseudomonas aeruginosa quorum-sensing regulons: effects of growth phase and environment. J Bacteriol Victoria E Wagner , Daniel Bushnell , Luciano Passador , Andrew I Brooks , Barbara H Iglewski	2003-04-01	-

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