Gene Pmob_1273 details

Gene Information

• Locus tag: Pmob_1273
• ID: 5757931
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Petrotoga mobilis SJ95
• Kingdom: Bacteria
• Replicon accession: NC_010003
• Strand: -
• Start bp: 1361955
• End bp: 1365332
• Gene Length: 3378 bp
• Protein Length: 1125 aa
• Translation table: 11
• GC content: 38%
• IMG OID: 641302475
• Product: hypothetical protein
• Protein accession: YP_001568309
• Protein GI: 160902728

Plasmid Coverage information

• Num covering plasmid clones: 9
• 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

TTGAACAGAT CCGTTAAAAA AATGGCTTTG GAGCTTAAGA GCATCCTGCA AAAAGAGGTC 
ATAAATGAGG AAGACAGCCT CAAGCGCCCC GAAAGGGGTT CAAGGAAAGA CAGCCTCACG 
GCAGGTGAGG GGAGAGTTTT GTTGGATGTT TTTTTGAGTT TTATTGTCCT AAGAGTTTTA 
CAGGCAAAGG GAAACAGCCT CAAACGCCCC GAAGGGGGTT CAAGGAAAGA CAGCCTCACC 
GCAAATATGG AGGGAGATTT ACAACTTTTT GGAAAGAGTG GTTCAGATTC GAATCTGTTG 
GGTAGTTATC TTTCTGGGGT GCAATTTCTG AATAGAAATT TTGATTGTTG TTATTTAGTC 
GATGATATTA AAAGCAGAAT TACTAGCCAA ACAATAGAAA AAGTCAGAGA TTTGTTTCAG 
AGTGTGAAAG ATGAAGATTG GAAGAAAGAG GAAATTATTT CTTGGTCTTA CGAGTATTTC 
AACGAAGCCA GCCTCAAGAG CCCCAAAGGA GGTTCAAGCA AAGACAGCCT CATGGCAGGT 
AAGGATTTAA AGGGTAAAAA TGGTGTTATT TCACAGTTTT ATACCCCAAA ATGGATAGTG 
GATTATTTGG TGGAAAATAC GTTGGGGAAG TATTACGGAA GAAACGGCCT CACGGCACAT 
AAGGAAGACA GCCTCACGGC AGGTGATGAT AAGGGAGTAG ACCTTGAGGA TGTTAAGATT 
ATTGACCCTG CTTGTGGATG TGGGAACTTT GTTATAGGGG TTTACGATAA GTTGAGAGAG 
ATGTATCAAA ATAAAGGTTA CGATGATGCT TTGATTCCAA AACTTATAAT TACTAAGAAT 
TTATACGGTA TAGATATCGA TGAGAACGCT GTTGAAATTA CGAATTTGTT GTTGAGATTG 
AAGGCTTTAG AAGATGGAGC ATATGAGAGG ATTGAAACAA ACATAGTAGC TGTTCCGAAA 
GAGAACAGCC TCAAGCGCCC CGAAGGGGGT TCAAGGAAAG GCAGCCTCAC GACAAATGAA 
GAAGGGCAGA ATGAGTATTT GAAGAAGTTT GAAAAGATTG GGAGCTTGAT GAGAACAGAG 
GATGTTTTAA GTTTAAAGGA GTCAGGTATA AACGATGAAC CATTGAAGAA AGCTTTAGAT 
ATTCTTTCTT TGAAGTACGA TGTTGTTTTA ACCAACCCTC CTTATTTGGA TTCCTCTGAT 
TATGATTTTG AATTGAAGAG GTACATAAAC GAGGATTATA GTGAGTTTAA AAAAAATCTG 
TACGCCTGCT TTATTAAAAA GAGTTGCGAA TTGGTGAAGA TGGATGGATT TGTTGGTATG 
ATTACCCCTC AAACCTTTAT GTTTATTGGG AGCTATGAGA AGACAAGAAG GTTCATATTA 
GATAACTTTC AGATAGAGAG ATTGGTTCAT TTTGGCCTTG GAGGGGTGTT TGATAACGCT 
TTAGTGGACA CAGCGATGTT TGTTTTGAGG AAAAGTAAAA ACAGCCTCAC GGCACATAAG 
GAAAACAGCC TCAAGCGCCC CGAAGGGGGT TCAAGGAAAG ACAGCCTCAC GGCAAGTGAG 
GAGAAAAGTT TGGGTGAATA TATAAACTTG ACCTCTTTTA ACGGAAAAGA TTCTAAGAAA 
CGTGCTTTAT TTTCTATTTG GAAAGACAGC CTCACGGCAA GTGAGGAAAA GAAGAGAGAG 
AATTATCTTT CTAAGTATGT TTTCAAGGTT GATAAGAGGG TTTTTACAAA GGTTCCGAGG 
TTTCCTTTCA TTTATTGGGT GGATTCAGAC GTTGTACGTA CCTTTGAAAA CGAACCTTTG 
GAGAAGTTTG CTGATGCACG ACAGGGGATA GCTACCGGGA ATAACAACAG GTTTTTGAGG 
TACTTTTGGG AAGTTAGAAG AGAGGATATT AAAGATGGAA AGAAATGGGT CCCATATGCC 
AAAGGTGGAC CTTACAATAA ATGGTATGGT AATTTGTGGT GGGTTATAGC CTTCGATGAA 
GAGAATTATA ATCTATTGTC AAAAATGGGG AACTATCTTC CAAATAGAAA GTATTATTTT 
AAAAAGGGTA TAACTTACAC GATGACAACC TCGAAAGGGG CAACTTTTAG ATATCTCCCC 
TCAGGATTCT TGTTCGATTG TAAGGGTAGT AGTTTGTTCT TTTCAAAAGA TGAAGATATC 
TTTAGGTTTT TGGGCTTACT CAATAGTAGT TTGTTTTCTT ATTTGGAGAG TTTTATTGCA 
GGAAGCGTGG ATTTGGAAGT TGGGGATTTG AAAAAGCTTC CCGTTCCACA AGGTTTGTTT 
GAGGGTTCTT CTGAGACTCA GGCGTTAGAA ACGCTTGCTA GATTGAACGT GGCAATTAAA 
AAGCAGAATA CCGAGATATA TCCAAACGAA CTGCATTTCA ACGAGGAGAG TATCGATGGC 
GTTTCTAAGT TTTATGGTTT CATAGAGAGT AAAAACGCTC TTGATACGTA TATGCTTCTT 
TCTGAAGGTT TGATAGATAT ACTGGTGATG GAGTTGTACA GTTTGAAAGA AAGAAATTTT 
GAGGAGATTT ATAAAACAGT GGGGATTCCT ACGGCCTTTT TCCCTTTTTC TACCGATAAA 
GGTATAAAGG GTTTGCCCCC ATTGAAAGAA CTGTTGAAAA ACCAGTATCT TTATGAATTT 
GGTTTGAATG AAGCTCAACT TACCAAAATA GAAAATTTTA TTAAAGAGGC TTATAATAAT 
AAAATCAGGT CTTTAATTTC CATTATTCCT TTTGATGAAG GTGTAACCAA CTATCATCGA 
AGAGAGCCAT ACGATAACTA TGTGGAAAGA AAAGCAGAAG AAAGTTTTCA AAGTCCTATT 
TCCGTTTACA ACAGTATGAG TAACCAAGAT CAGATTTTAG CAAAATTAGC TTTTGTAAGA 
ATAGATAATG GGATCCAAAG GTATCTTTTG AATTGCGAAG ATGGTTTTAT CCCTTTTGGG 
TTTTCAGTTG AAGAAGAAAA TAAACTGTTA TCCTCAATAT TCAAGGAGCG TTCTGAATTA 
GAGAGTATTG TGAAGAAAGA TTTGAGGGAT TATATCTTTA AAGATTACCT AAAACTTCAT 
GAAAAGTTTT ATAAAGATAG GCCTATTGTT TGGAAGTTGG GAAAGAGAGA TTGTGGTTTT 
TTAGTTCATT ATCATAACTT GAACGAAAAA ACAAAGATCA ATATCTTGAG CTTTTTGAGA 
AATAGGATCA AAGAAACGGC CTCACGGCAA ATAAGGAAGA CAGCCTCAAG CGCCCCGAAG 
GGGGTTCAAG GAAAGACAGC CTCACGGCAA AGAAGGAACG AGAACAAAAG TGTCAGGGAT 
TTAATGAAGA TGATAGAGTC GAAGAATTTT GAGGTGAATA TAGACGATGG AGTATTGAAA 
AATAGAGAAA TTTTTTAG 

 

Protein sequence

MNRSVKKMAL ELKSILQKEV INEEDSLKRP ERGSRKDSLT AGEGRVLLDV FLSFIVLRVL 
QAKGNSLKRP EGGSRKDSLT ANMEGDLQLF GKSGSDSNLL GSYLSGVQFL NRNFDCCYLV 
DDIKSRITSQ TIEKVRDLFQ SVKDEDWKKE EIISWSYEYF NEASLKSPKG GSSKDSLMAG 
KDLKGKNGVI SQFYTPKWIV DYLVENTLGK YYGRNGLTAH KEDSLTAGDD KGVDLEDVKI 
IDPACGCGNF VIGVYDKLRE MYQNKGYDDA LIPKLIITKN LYGIDIDENA VEITNLLLRL 
KALEDGAYER IETNIVAVPK ENSLKRPEGG SRKGSLTTNE EGQNEYLKKF EKIGSLMRTE 
DVLSLKESGI NDEPLKKALD ILSLKYDVVL TNPPYLDSSD YDFELKRYIN EDYSEFKKNL 
YACFIKKSCE LVKMDGFVGM ITPQTFMFIG SYEKTRRFIL DNFQIERLVH FGLGGVFDNA 
LVDTAMFVLR KSKNSLTAHK ENSLKRPEGG SRKDSLTASE EKSLGEYINL TSFNGKDSKK 
RALFSIWKDS LTASEEKKRE NYLSKYVFKV DKRVFTKVPR FPFIYWVDSD VVRTFENEPL 
EKFADARQGI ATGNNNRFLR YFWEVRREDI KDGKKWVPYA KGGPYNKWYG NLWWVIAFDE 
ENYNLLSKMG NYLPNRKYYF KKGITYTMTT SKGATFRYLP SGFLFDCKGS SLFFSKDEDI 
FRFLGLLNSS LFSYLESFIA GSVDLEVGDL KKLPVPQGLF EGSSETQALE TLARLNVAIK 
KQNTEIYPNE LHFNEESIDG VSKFYGFIES KNALDTYMLL SEGLIDILVM ELYSLKERNF 
EEIYKTVGIP TAFFPFSTDK GIKGLPPLKE LLKNQYLYEF GLNEAQLTKI ENFIKEAYNN 
KIRSLISIIP FDEGVTNYHR REPYDNYVER KAEESFQSPI SVYNSMSNQD QILAKLAFVR 
IDNGIQRYLL NCEDGFIPFG FSVEEENKLL SSIFKERSEL ESIVKKDLRD YIFKDYLKLH 
EKFYKDRPIV WKLGKRDCGF LVHYHNLNEK TKINILSFLR NRIKETASRQ IRKTASSAPK 
GVQGKTASRQ RRNENKSVRD LMKMIESKNF EVNIDDGVLK NREIF