Gene Pmob_0228 details

Gene Information

• Locus tag: Pmob_0228
• ID: 5757502
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Petrotoga mobilis SJ95
• Kingdom: Bacteria
• Replicon accession: NC_010003
• Strand: -
• Start bp: 234365
• End bp: 236368
• Gene Length: 2004 bp
• Protein Length: 667 aa
• Translation table: 11
• GC content: 38%
• IMG OID: 641301427
• Product: methyl-accepting chemotaxis sensory transducer
• Protein accession: YP_001567296
• Protein GI: 160901715
• COG category: [N] Cell motility; [T] Signal transduction mechanisms
• COG ID: [COG0840] Methyl-accepting chemotaxis protein

Plasmid Coverage information

• Num covering plasmid clones: 13
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

TTGTTTAAAA GCATAAGGGG AAGGATAACT TTAATTATCG TTATAATTTT TATTTTATTT 
GGGGCAGCGG TATTTTTCAA TATCTTTTCT TTGATAAGGT CCAACGATGG TTTGGGTAGT 
TATAGAGATT TAGCTGATGA AACGAATCAA ATCTCTGAAA TAGAAAACAC CTTTTTTGAA 
GCTGCTTTAG CCTTCAAAGA TTATGTGATC AACTATGATG AACAAACAAG AGAAATTATT 
ATTCAGAATA TCGATACAGT TCAAAGCTTC TTTACAGATG AAACTACCGA TTCTACACTA 
GTACAAAACA TAATCACAAA GATAGGCGAC TATGAAAACA GCTTTAATCA AATTGTTCAA 
TTGAATGAAG GAAAAAATAG GCTCGTAAAT CAAGATTTTA AAGATATATC CAATGAATTA 
CGCCAAAGTA TTACTGACTT TAAAACCTTA GCCCAAGAAA ATAACATTTC AACCCTCGTT 
TTTTACGCTG ATAGCTCGTT AGAAATAGTA GATAGTATAA AAGAGCTTGC TTCTGTTTAT 
TTTTCTTCTA AATCAGTAGG TGACAAAAAC AGTGTCATGA ATGCTTTTGA TGAGTTAGAA 
TCACAAATAG CCATTTTAGA GCAAGGATTA GTATCAGACG AATTAACTGA ACTGTTCAAC 
GAGATGAAAG ACATGGTCGA ACAGTTCAAA AGCACCTTTG ATCAAATAGT CACAGCGATA 
GAATCCCAAC AACCCATAAT CGGGCAGATG GAACAAGCAA GGGTAGAGAT ACTTAACCTA 
TTAGAAGAAC AAAGAAATGA ATTAAAGGTC CAACAAGACA CGTTAGGTCC ATCACTCATA 
GAAGAAAACA ATCAAGCAAT AACCTTGACA GCCATCCTAA CCGTAGTAGC TTTCGTAGTA 
TCGATAATCA TGGTCATCTA TCTAATAAGG AGTATAACGA AACCACTGTT AGACTTCAAA 
AACAAGATAA ACCAATTCAA AGAAGGAGAC CTAACGGTAA ACTTTGAAAG TAAAAGCAAA 
GACGAGATAG GTCAGATGGC AAACGCCCTA TCAGAAATGA GTAAAGAATT AAGAAGATCC 
ATGGGGTCAA TAAAACAGGC ATCGGACAAA GTAGAAAACG CATCAGAAAG TCTAACGCGC 
TCATCACAAG AAAGCAGGAA GAACTCAGAA GAACTCAAAA ACCAGATGGA CAAGATACAA 
ACAAGTACGG AAGAAACGGC AGGAAACGTA GAAGAAGTGA CCTCAGGTGT AGACGAAGTA 
GCAAGGGCTG CACAAGGTGT ATCCCAAGAC GCACAAAGAC TAAGTGAAGA AGCAGATGAA 
ACAAGTAAAG CTGCAGAAGA AGGAAGCAAA ACGATAGAAA GCATAAGTCA AGCTGTGAAA 
GAAGCGGTAG AAAGGACGAA AGAAAGTCAA AAAGAAGTAG AAACACTCGC AAGCAACGCC 
AAGAACGTAC AAAGTATAGT AGAAACGATA AACTCGATAA CGGAGCAAAC GAACCTGTTG 
GCACTAAACG CAGCGATAGA AGCGGCAAGG GCAGGGGAAG CAGGAAGAGG ATTTGCAGTT 
GTAGCGGATG AGATAAGGAA GTTAGCGGAA GAATCAAGGA ATGCAACGGA TGAAATATCC 
GAAATACTAA CCAACATAAC GCAAGGAACG AACAAAGTAA ACGAATCGAC GAACAAGGTA 
GTAGGAACGA TAGGAGAAAT AAACGAAAAG ATGGAGAATG TACAGAAAAG TTTCAATCGT 
ATAAAAGAAA GGATAGAAAG GATGGACCAA GGGATAGAAA ACATGACGGC AAGTGCAGAG 
GAACAAAGTG CAAGTGCGCA AGAGATGAGC ACAGCGATGG ACAGGGTAGC GAAAGCGGTA 
ACAGAAATAA GTGAACAACT AGAAAGGTCA AGAAGTGTAA TAGACGAACA AGTAAAACAA 
GGGATAGGGA TAAACGAAGA AGCGAAAGAG TTGAGTGAAT TAGCCACAGA GTTAAAAGGA 
TTGGTTGGAA GTTTTAAGAT ATAA 

 

Protein sequence

MFKSIRGRIT LIIVIIFILF GAAVFFNIFS LIRSNDGLGS YRDLADETNQ ISEIENTFFE 
AALAFKDYVI NYDEQTREII IQNIDTVQSF FTDETTDSTL VQNIITKIGD YENSFNQIVQ 
LNEGKNRLVN QDFKDISNEL RQSITDFKTL AQENNISTLV FYADSSLEIV DSIKELASVY 
FSSKSVGDKN SVMNAFDELE SQIAILEQGL VSDELTELFN EMKDMVEQFK STFDQIVTAI 
ESQQPIIGQM EQARVEILNL LEEQRNELKV QQDTLGPSLI EENNQAITLT AILTVVAFVV 
SIIMVIYLIR SITKPLLDFK NKINQFKEGD LTVNFESKSK DEIGQMANAL SEMSKELRRS 
MGSIKQASDK VENASESLTR SSQESRKNSE ELKNQMDKIQ TSTEETAGNV EEVTSGVDEV 
ARAAQGVSQD AQRLSEEADE TSKAAEEGSK TIESISQAVK EAVERTKESQ KEVETLASNA 
KNVQSIVETI NSITEQTNLL ALNAAIEAAR AGEAGRGFAV VADEIRKLAE ESRNATDEIS 
EILTNITQGT NKVNESTNKV VGTIGEINEK MENVQKSFNR IKERIERMDQ GIENMTASAE 
EQSASAQEMS TAMDRVAKAV TEISEQLERS RSVIDEQVKQ GIGINEEAKE LSELATELKG 
LVGSFKI