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CDS Information : DMR_12870

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close this sectionGenomic map

Display Clone

Desulfovibrio magneticus RS-1 (= NBRC 104933) chromosome

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Overview 
Genome
Clone

close this sectionLocation

Organism Desulfovibrio magneticus RS-1 (= NBRC 104933)
Replicon chromosome
Start / Stop / Direction 1,394,065 / 1,394,742 / +
Location 1394065..1394742
Type CDS
Length 678 bp (225 aa)

close this sectionAnnotation

Product HMC operon ORF 5 protein
Gene name
Functional category Metabolism
- Energy Metabolism
EC number
Note
KEGG pathway
Sequence feature
References Uniprot:P33392 Pubmed:8335628

close this sectionComputational search results

BLASTP
Database:UniProtKB:14.0
1E=2e-69A8ZUW8_DESOHHmc operon protein 5Alignment
2E=2e-65A1VG59_DESVVHmc operon protein 5 precursorAlignment
3E=2e-65HMC5_DESVHProtein DVU_0532
HMC operon ORF 5
Alignment
4E=8e-61Q315E6_DESDGHmc operon protein 5Alignment
5E=1e-43A8ZS95_DESOHPutative uncharacterized proteinAlignment
HAMAP No significant hit
InterPro No significant hit
SignalP
 [1-27]  0.602 Signal
Bacteria, Gram-negative   
TMHMM
 [4-26]  Transmembrane (o-i) [77-99]  Transmembrane (i-o) [114-136]  Transmembrane (o-i) [148-165]  Transmembrane (i-o) [180-202]  Transmembrane (o-i)
Transmembrane 5   
SOSUI
 [2-24]  Transmembrane [48-69]  Transmembrane [77-99]  Transmembrane [116-138]  Transmembrane [145-166]  Transmembrane [177-199]  Transmembrane
Transmembrane 6   

close this sectionCalculated information (Amino acid sequence)

size of protein 225 amino acids
molecular mass 24,839.61 Da
pI 9.8
aa composition
AlaValLeuIlePheTrpProMetGlySer
10.7
(24aa)
6.7
(15aa)
12.9
(29aa)
10.2
(23aa)
7.1
(16aa)
4
(9aa)
3.6
(8aa)
2.7
(6aa)
9.8
(22aa)
5.3
(12aa)
ThrCysAsnGlnTyrLysHisArgAspGlu
4.9
(11aa)
1.8
(4aa)
0.9
(2aa)
2.2
(5aa)
2.2
(5aa)
2.7
(6aa)
3.1
(7aa)
4.9
(11aa)
3.1
(7aa)
1.3
(3aa)

open this sectionSequence

close this sectionDistribution of Our Microbial Genomic DNA clones

We have been distributing copies of the microbial genomic DNA clones constructed during the course of each of the genomic DNA sequencing projects.
You can find more detailed information at http://www.nbrc.nite.go.jp/e/mdna-e.html.