| Type | Description |
|---|---|
| Definition | nitric oxide reductase subunit C |
| Date | Results | Publications |
|---|---|---|
| 2018-07-14 11:43:00 | Pseudomonas aeruginosa overexpression system of nitric oxide reductase for in vivo and in vitro mutational analyses. | 29499184 |
| 2016-09-03 12:13:00 | Data suggest adding hydrophilicity (such as in I107E mutation) to distal pocket is at origin of increase in nitric oxide reductase (NOR) activity in sperm whale myoglobin; proton transfer appears important in biocatalysis by P. aeruginosa NOR subunit C. | 27003474 |
| 2012-05-12 11:12:00 | Studies indicate that the structure of nitric oxide reductase cNOR provides insights into its structural and functional properties. | 22001779 |
| 2011-01-15 11:16:00 | crystal structure of NOR at 2.7 A; structure reveals details of catalytic binuclear center; non-heme iron is coordinated by 3 His and 1 Glu ligands; this structural characteristic is crucial for NOR reaction | 21109633 |
| Type | IDs |
|---|---|
| Gene |
UniProtKB-ID:
NORC_PSEAE
UniprotKB:
Q59646
UniParc:
UPI0000165EC1
EMBL:
AE004091,
D38133
EnsemblGenome:
PA0523
KO:
pae:PA0523
|
| Nucleutide sequences |
EMBL-CDS:
AAG03912.1,
BAA07329.1
EnsemblGenome_TRS:
AAG03912
|
| Protein sequencees |
EnsemblGenome_PRO:
AAG03912
RefSeq:
NP_249214.1
|
| Others |
UniRef100:
UniRef100_Q59646
UniRef90:
UniRef90_Q59646
UniRef50:
UniRef50_Q52527
|
| {{proteinIndex+1}} | mRNA | Protein | UniprotKB | Description | ||||
|---|---|---|---|---|---|---|---|---|
| Refseq |
{{protein.nucleotideVersion}}
Ensembl: {{protein.nucleotideEnsembl}} |
{{protein.proteinVersion}}
Ensembl: {{protein.proteinEnsembl}} |
{{uniprot}} , |
Definition: {{{protein.definition}}}Transcript Veriant:{{protein.transcriptVeriant}} Status: {{protein.status}} |
||||
| Location | {{protein.contigId}} ( {{protein.positionStart}}..{{protein.positionEnd}} , {{protein.orientation}} ) | |||||||
| Conserved domain | Region: {{conservedDomain.region == '' || conservedDomain.region == null ? "-": conservedDomain.region}} GFID: {{conservedDomain.gfid == '' || conservedDomain.gfid == null ? "-": conservedDomain.gfid}} Family: {{conservedDomain.family == '' || conservedDomain.family == null ? "-": conservedDomain.family}} CDD: {{conservedDomain.cdd}} - |
{{conservedDomain.comments == '' || conservedDomain.comments == null ? "-" : conservedDomain.comments }} |
Region: {{conservedDomain.region == '' || conservedDomain.region == null ? "-": conservedDomain.region}} GFID: {{conservedDomain.gfid == '' || conservedDomain.gfid == null ? "-": conservedDomain.gfid}} Family: {{conservedDomain.family == '' || conservedDomain.family == null ? "-": conservedDomain.family}} CDD: {{conservedDomain.cdd}} - |
{{conservedDomain.comments == '' || conservedDomain.comments == null ? "-" : conservedDomain.comments }} |
||||
暂无数据
| Pubmed编号 | 文献信息 | 发表日期 | 相关基因 |
|---|---|---|---|
| 29499184 |
Biochim Biophys Acta Bioenerg Raika Yamagiwa , Takuya Kurahashi , Mariko Takeda , Mayuho Adachi , Hiro Nakamura , Hiroyuki Arai , Yoshitsugu Shiro , Hitomi Sawai , Takehiko Tosha |
2018-05-01 | - |
| 27003474 |
Biochemistry Hirotoshi Matsumura , Saumen Chakraborty , Julian Reed , Yi Lu , Pierre Moënne-Loccoz |
2016-04-12 | - |
| 22001779 |
Molecular structure and function of bacterial nitric oxide reductase. Biochim. Biophys. Acta Tomoya Hino , Shingo Nagano , Hiroshi Sugimoto , Takehiko Tosha , Yoshitsugu Shiro |
2012-04-01 |
norB,
norC
|
| 21109633 |
Structural basis of biological N2O generation by bacterial nitric oxide reductase. Science Tomoya Hino , Yushi Matsumoto , Shingo Nagano , Hiroshi Sugimoto , Yoshihiro Fukumori , Takeshi Murata , So Iwata , Yoshitsugu Shiro |
2010-12-17 |
norB,
norC
|
| 18978025 |
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 |
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 |
J. Bacteriol. Prabhakar Salunkhe , Catherine H M Smart , J Alun W Morgan , Stavroula Panagea , Martin J Walshaw , C Anthony Hart , Robert Geffers , Burkhard Tümmler , 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 Köte , 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
|
| 排名 | 科研单位 | 文献 |
|---|---|---|
| {{affIndex+1}} |
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目前还没有研究热点单位
| 排名 | 研究人员 | 文献 |
|---|---|---|
| {{authorIndex+1}} |
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目前还没有研究热点人员