mutM - formamidopyrimidine-DNA glycosylase-BMKCloudï½ç¾è¿å®¢äº

例如："NBL1", "4681", "drought"

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879307 mutM

基因描述

Type	Description
Definition	formamidopyrimidine-DNA glycosylase

研究结论

Date	Results	Publications
2012-03-10 11:43:00	In conclusion, the authors showed that MutY and MutM are cooperating in the DNA oxidative repair of Pseudomonas aeruginosa, and that oxidative DNA lesions might represent an oxidative stress for the bacteria.	22092761

名称对应

Type	IDs
Gene	UniProtKB-ID: FPG_PSEAE UniprotKB: Q9L7T2 UniParc: UPI000012AB94 EMBL: AE004091, AF220059 EnsemblGenome: PA0357 KO: pae:PA0357
Nucleutide sequences	EMBL-CDS: AAF42853.1, AAG03746.1 EnsemblGenome_TRS: AAG03746
Protein sequencees	EnsemblGenome_PRO: AAG03746 RefSeq: NP_249048.1
Others	UniRef100: UniRef100_B7V2S0 UniRef90: UniRef90_A6UYG0 UniRef50: UniRef50_Q4K4A5

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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
22092761	Development of antibiotic resistance and up-regulation of the antimutator gene pfpI in mutator Pseudomonas aeruginosa due to inactivation of two DNA oxidative repair genes (mutY, mutM). FEMS Microbiol. Lett. Lotte Frigaard Mandsberg , Maria D MaciÃ¡ , Kirsten R Bergmann , Lasse E Christiansen , Morten Alhede , Nikolai Kirkby , Niels HÃ¸iby , Antonio Oliver , Oana Ciofu	2011-11-01	mutY, mutM, pfpI
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	-
12644476	Identification, timing, and signal specificity of Pseudomonas aeruginosa quorum-controlled genes: a transcriptome analysis. J Bacteriol Martin Schuster , C Phoebe Lostroh , Tomoo Ogi , E P Greenberg	2003-04-01	-

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