mvaT - transcriptional regulator MvaT-BMKCloudï½ç¾è¿å®¢äº

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881542 mvaT

基因描述

Type	Description
Definition	transcriptional regulator MvaT

研究结论

Date	Results	Publications
2020-07-04 10:20:00	Pseudomonas aeruginosa quorum sensing system repressor was highly upregulated with mvaT mvaU double knockout in mice system. Hence, the synthesis of pyocyanin was suffocated and the biofilm formation ability was decreased.	31885331
2020-04-04 11:12:00	In this study, the histone-like proteins MvaT and MvaU are added to the growing list of global regulators that control the type III secretion system the primary effect of MvaT/MvaU on T3SS gene expression is through direct silencing of the P exsA promoter.	30782629
2020-03-21 10:36:00	This switching is a direct effect of ionic strength on electrostatic interactions between the oppositely charged DNA binding and N-terminal domains of MvaT. The asymmetric charge distribution and intramolecular interactions are conserved among the H-NS family of proteins.	31925429
2016-04-09 10:20:00	we have characterized the DNA sequences preferentially targeted by MvaT, and identified differences in sequence preferences between MvaT and other xenogeneic silencers	26068099
2012-11-24 11:00:00	These findings suggest that type IV pili are the receptors for Pf4 phage and that the essential activities of MvaT and MvaU are to repress the expression of Pf4 genes.	22821971

名称对应

Type	IDs
Gene	UniProtKB-ID: Q9HW86_PSEAE UniprotKB: Q9HW86 UniParc: UPI00000C5CB3 EMBL: AY280952, AE004091 EnsemblGenome: PA4315 KO: pae:PA4315
Nucleutide sequences	EMBL-CDS: AAP33788.1, AAG07703.1
Protein sequencees	RefSeq: NP_253005.1
Others	UniRef100: UniRef100_A0A069PZA7 UniRef90: UniRef90_A0A069PZA7 UniRef50: UniRef50_A0A060B5F0

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mRNA

Protein

UniprotKB

Description

Refseq

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Pubmed编号	文献信息	发表日期	相关基因
31925429	Structural basis for osmotic regulation of the DNA binding properties of H-NS proteins. Nucleic Acids Res. Liang Qin , Fredj Ben Bdira , Yann G J Sterckx , Alexander N Volkov , Jocelyne Vreede , Gabriele Giachin , Peter van Schaik , Marcellus Ubbink , Remus T Dame	2020-02-28	-
31885331	Mechanism of pyocyanin abolishment caused by mvaT mvaU double knockout in Pseudomonas aeruginosa PAO1. Virulence Limin Dong , Jing Pang , Xiukun Wang , Youwen Zhang , Guoqing Li , Xinxin Hu , Xinyi Yang , Chung-Dar Lu , Congran Li , Xuefu You	2019-12-01	-
30782629	H-NS Family Members MvaT and MvaU Regulate the Pseudomonas aeruginosa Type III Secretion System. J Bacteriol Emily A Williams McMackin , Anne E Marsden , Timothy L Yahr	2019-07-15	-
26068099	A Novel AT-Rich DNA Recognition Mechanism for Bacterial Xenogeneic Silencer MvaT. PLoS Pathog. Pengfei Ding , Kirsty A McFarland , Shujuan Jin , Grace Tong , Bo Duan , Ally Yang , Timothy R Hughes , Jun Liu , Simon L Dove , William Wiley Navarre , Bin Xia	2015-06-01	mvaT
22821971	Basis for the essentiality of H-NS family members in Pseudomonas aeruginosa. J. Bacteriol. Sandra Castang , Simon L Dove	2012-09-01	mvaT
20815825	High-order oligomerization is required for the function of the H-NS family member MvaT in Pseudomonas aeruginosa. Mol Microbiol Sandra Castang , Simon L Dove	2010-11-01	-
19684136	The multifaceted proteins MvaT and MvaU, members of the H-NS family, control arginine metabolism, pyocyanin synthesis, and prophage activation in Pseudomonas aeruginosa PAO1. J. Bacteriol. Congran Li , Hassan Wally , Shearman J Miller , Chung-Dar Lu	2009-10-01	mvaT
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
19028873	H-NS family members function coordinately in an opportunistic pathogen. Proc. Natl. Acad. Sci. U.S.A. Sandra Castang , Heather R McManus , Keith H Turner , Simon L Dove	2008-12-02	mvaT
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

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