Gene Pmob_1534 details

Gene Information

• Locus tag: Pmob_1534
• ID: 5757549
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Petrotoga mobilis SJ95
• Kingdom: Bacteria
• Replicon accession: NC_010003
• Strand: -
• Start bp: 1660575
• End bp: 1663937
• Gene Length: 3363 bp
• Protein Length: 1120 aa
• Translation table: 11
• GC content: 35%
• IMG OID: 641302728
• Product: hypothetical protein
• Protein accession: YP_001568558
• Protein GI: 160902977

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

ATGATGAATA GAGAACAAGC TAAAAATCTT GTAGTTAAAA TTTTCGAAAA TCCTTTCGAT 
AAAAACAACT TTATCCTTTT TCTTAAAAAT CTCTTGAAAA CATTTGAAGA GAAACCTTTT 
GTCTATAAAG GCAAGTATAT TCCCTATGCG TTTGAACCTT ATATAAGTTC GTTGGAAAGA 
ATCGGTAAGT ATTCATATGA TGGCAAAGAA ATCGATTTAC TCATCGTGCA GTTAAAAAAA 
GAAACATCAC TTGAGCGAGC TAGAGCGATG CAAAGAAACT TCATAGCTTG GTACTTAAAA 
GGTTCAAGAG GTGGGAAATT AAAAGATGCA GCTCTTGTTG CCTTTGTTTC CCCAGAGAAC 
CAAGATTGGA GATTTTCGCT AGTTAAGATG GATTATCGCT TTCAAGAAAC AATTACCGGA 
AAGGTCAAAG CCAAAGAAGA ATTCACACCT GCAAAAAGAT GGTCATTCCT GGTTGGTAAA 
AATGAAAATA GCCATACTGC TCAAAGCAGG TTTATCCCAA TACTAATGAA CGATGAATAC 
AAACCAACCC TTGAAGATTT AGAAGAAGCA TTCAACGTTG AGATAGTAAC AGATGAATTT 
TTCCAAAAAT ACAGAGACCT TTTTATTAGA ACAAAATTAG AACTCGATAA AATTGTTATG 
CAAAATCCAG AGGTAAAACA GGAATTTCAA ACAAAAAATA TAAGCACCGT TGATTTTACC 
AAAAAGCTTT TATCTCAAAT TACTTTCCTT TACTTTCTGC AAAAGAAAGG CTGGTTTGGG 
GTTAAAAAAG GTCAACCCTG GGGGACAGGT CAAAAAGACT TTATGAGAAA ATTGTTTAAT 
AAAGAATTTG GAGATTATCA GAATTTTTAT AACGATATCC TTGAACCCCT CTTTTATGAA 
GCGTTGAGAA CAGATAGAAG CGATGCTGAC CATTACTTTA GCAGGTTTGA CTGCAAATTA 
CCATTTTTAA ACGGTGGATT GTTCGACCCC ATAAATAATT ATAACTGGGT AGAAATTGAT 
ATTATGATTC CAAATGATCT TTTTTCAAAT ATCGATAAAA CACAAGAAAT AGATCAAAGT 
GATGGAATAC TCGATATCTT CGATAGATTC AACTTCACAG TAAACGAAGA AGAACCACTT 
GAAAAAGAAG TTGCCTTGGA CCCCGAACTT CTTGGAAAAA TCTACGAAAA GTTAAATGCC 
ATAAGAGAAG ATAACTTTGA TGAATATGTA AAAGTTTTAA AAGCCGGAAA AAGAAGTTTA 
GAAACAAAAT TCAACAAAGA ATACGGCGTC TATTACACAC CAAGAGAGAT AGTTCACTAC 
ATGTGTCAGA AAAGTTTGAT AAATTATCTT GAAACTGAAA TGAATGGCAA AGTTTTAAGA 
AAAGATTTAG AAAAGTTTGT AGAAATAGCT GATTCAGTTA CTGAAATAGA AGCCATTGCT 
CTTGAAAAAG AAGAAAAAAT TTTCTCTGGC GATCAAAAAA CAACACGTTA TAAAATACAA 
ACACCTGAAA TCATAAGGCG AAACGCAAAA GAATTAGACC AACTACTTGA GAACATAAAA 
GTATTAGACC CTGCAGTTGG CTCAGGCGCT TTCCCAATCG GTATGATGCA TGAGATTGTG 
AGATTGAGAA AATTGCTTTC CATTTATCTT GGTAAAGAGG AAAAAACTTA TAATTTTAAG 
CGATCTTGCA TTGAAAACTC GCTCTATGGA GTTGATATAG ATAACGGTGC AGTTGAAATA 
TGTAAATTAA GATTCTGGTT GTCAATGATC GTGGATGAAG AGGACTTTTA CAATATAAAA 
CCACTTCCTA ATCTTGATTA CAAAGTAGTT AAAGGAGATT CATTACTTAA AATAGAGAAA 
AAACTTTTAA ATTTTCAGCT TTTCGAAGAT TTAGAAATAA CCAAACCCTT GCTTTTTAGC 
GAGACTAGTC CTTCCAAAAA GCAAGATTAC AAAAAGCAAA TTGACGAACT CTTCAGCAAG 
ATCACCAATG GCAACACTGA ATTTGATATT GAAGTTTATT TCTCAGAAGT GTTTCACCAA 
AAAGGCGGTT TTGATGTTGT GATTGCTAAT CCTCCATATA TTCAACTCCA AAAAAATGGA 
GGTAAACTTG CAAAGCTTTA TGAAAAACTA AATTATGAAA CCTTTGCCCG AACAGGAGAT 
ATTTACGCAC TGTTTTACGA AAGAGGTATA CAACTGCTCA AAGATAATGG CTTACTTTGC 
TTTATTACCT CTAACAAATG GATGCGTGCA GGATATGGAG AAAAACTAAG AAACTTTTTC 
GCCAGGTACA ACCCACAAAT ACTAATTGAC TTAGGCCCTG GCATCTTCGA AACAGCCACA 
GTAGACACTA ATATACTATT AATTCAAAAA AAGCCTAACG AGAAAAATCT GAACGCTGTA 
ACTTTACAAA GGGAAAACCA CGAACCTATA GACATAAAGG CAGAATTAAA AAAACGCGGT 
GTTATACTTA CTGACCTCAC AAAAGATGCA TGGTTTATTG GCTCAGCTAC AGAACAAAAG 
CTCAAGGAAA AGATAGAACA AATAGGTAAG CCTTTAAAAG AATGGGATGT AAAAATTTAT 
TATGGAATAA AAACTGGACT CAACGAAGCA TTTATTATTG ACAGCCAAAA GCGGGAAGAA 
ATTTTGAACA ATTGCAGGGA CGAAGAAGAA CGCCGCCGCA CCGAAGCCGT TATAAAACCA 
ATACTTCGAG GCAGGGATAT CAAGCGTTAC TATTACGAAT GGGCTGGATT GTGGGTGATA 
ATAATTCCCG CTGGTTGGAC AAATGAAAAC AGAAAAAATA AAAAAGCTGA TGAATTTATT 
TACGAGAAAT TCCCAGCATT GATGGACCAC TTAAAGCGGT ACGAAGAAAA AGCTAAAAAA 
CGAGACGATC AAGGAGATTA CTGGTGGGAA CTTCGTCCAT GTACCTACTA CCAAGAGTTT 
GAGAAGGAGA AAGTAGTGTA TGGCCAATTT CAAGATTCTG CTGAATATTC GTATTGTGAA 
GCTGGAATAT ATTTATCAAG TAATGAATAT ATGATCGGTG GTAAGTATCA AAGAAAATAT 
TTTCTTGGAT TGTTAAACTC AAAAATAATT GAACGTTACC TGAATGCAAT TACAGGAAAT 
TTAGGTAATA ATGTGAAAAT TGGACAAAAA TCAAATTTTG AAAAAATCCC CCTTCCCCCC 
ATCACTCCAT CCAATCAATC CGTTGTGCAG CAGATTGAAG AGTTGGTAGA TAAAATCATT 
TCCACCAAAA AGGAGAATCC TCTTACGGAT ACCAGCCAAT GGGAACAAGA GATAGACAGA 
CTGGTGTATA AGCTATATGA GTTAACGAAG GAAGATGTTG AGGTGATAGA GAGTGGAAAA 
TAA 

 

Protein sequence

MMNREQAKNL VVKIFENPFD KNNFILFLKN LLKTFEEKPF VYKGKYIPYA FEPYISSLER 
IGKYSYDGKE IDLLIVQLKK ETSLERARAM QRNFIAWYLK GSRGGKLKDA ALVAFVSPEN 
QDWRFSLVKM DYRFQETITG KVKAKEEFTP AKRWSFLVGK NENSHTAQSR FIPILMNDEY 
KPTLEDLEEA FNVEIVTDEF FQKYRDLFIR TKLELDKIVM QNPEVKQEFQ TKNISTVDFT 
KKLLSQITFL YFLQKKGWFG VKKGQPWGTG QKDFMRKLFN KEFGDYQNFY NDILEPLFYE 
ALRTDRSDAD HYFSRFDCKL PFLNGGLFDP INNYNWVEID IMIPNDLFSN IDKTQEIDQS 
DGILDIFDRF NFTVNEEEPL EKEVALDPEL LGKIYEKLNA IREDNFDEYV KVLKAGKRSL 
ETKFNKEYGV YYTPREIVHY MCQKSLINYL ETEMNGKVLR KDLEKFVEIA DSVTEIEAIA 
LEKEEKIFSG DQKTTRYKIQ TPEIIRRNAK ELDQLLENIK VLDPAVGSGA FPIGMMHEIV 
RLRKLLSIYL GKEEKTYNFK RSCIENSLYG VDIDNGAVEI CKLRFWLSMI VDEEDFYNIK 
PLPNLDYKVV KGDSLLKIEK KLLNFQLFED LEITKPLLFS ETSPSKKQDY KKQIDELFSK 
ITNGNTEFDI EVYFSEVFHQ KGGFDVVIAN PPYIQLQKNG GKLAKLYEKL NYETFARTGD 
IYALFYERGI QLLKDNGLLC FITSNKWMRA GYGEKLRNFF ARYNPQILID LGPGIFETAT 
VDTNILLIQK KPNEKNLNAV TLQRENHEPI DIKAELKKRG VILTDLTKDA WFIGSATEQK 
LKEKIEQIGK PLKEWDVKIY YGIKTGLNEA FIIDSQKREE ILNNCRDEEE RRRTEAVIKP 
ILRGRDIKRY YYEWAGLWVI IIPAGWTNEN RKNKKADEFI YEKFPALMDH LKRYEEKAKK 
RDDQGDYWWE LRPCTYYQEF EKEKVVYGQF QDSAEYSYCE AGIYLSSNEY MIGGKYQRKY 
FLGLLNSKII ERYLNAITGN LGNNVKIGQK SNFEKIPLPP ITPSNQSVVQ QIEELVDKII 
STKKENPLTD TSQWEQEIDR LVYKLYELTK EDVEVIESGK