Gene Pmob_1352 details

Gene Information

• Locus tag: Pmob_1352
• ID: 5757391
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Petrotoga mobilis SJ95
• Kingdom: Bacteria
• Replicon accession: NC_010003
• Strand: -
• Start bp: 1456486
• End bp: 1459947
• Gene Length: 3462 bp
• Protein Length: 1153 aa
• Translation table: 11
• GC content: 35%
• IMG OID: 641302545
• Product: permease YjgP/YjgQ family protein
• Protein accession: YP_001568379
• Protein GI: 160902798
• COG category: [R] General function prediction only
• COG ID: [COG0795] Predicted permeases

Plasmid Coverage information

• Num covering plasmid clones: 7
• Plasmid unclonability p-value: 0.929762
• 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

ATGAAGAAGC TCTTCAAATA CGTTTCAAAA GAATTCATAC CGCCATTTTT TATGGGCTTA 
ATTGCTTTTA TAGTCTTTGT GAGCTTGGAG TTACTTTACC AACTATCTGA AATAATCGTT 
AGAAACAATG TGGGATTTTC AAAACTACTG ATATTGATTT GGTATCACCT ACCATATTTT 
ATCTCCATGG GCATTCCTGT GGGAGTGCTT TTTGGTATAT TTTGGGTTAT TTCAAAACTC 
TCCTCTGCAA ACGAAATAAT TGCTCTACAA ACGTTGGGAA TACCGATGAA AAAATTAATC 
ATACCTTTCA TGACGATTTC TCTCTTGTTA TCTTTTTTCA CATTTGCACT CTTCAACACC 
ATCGTACCCG TATCAAACTA CAAGGCAAAA GAAGCTATGG CATTGTACGT CTATCAAAGG 
CCTCAAGCAC AGATCGAAGA AAACCAATTT GTGGATGTTG GTGATGGAAG ATACCTCTTT 
GTAAAACAGA TAGATAGAGA AAGTGGAATT TTATACGACG TGCTCTTATA CGAGGTTAAA 
AATGATTACA CCGCTGTTTT TAACGCTCAA CAAGCTCAAA AAGGTCCTGA CGGTTGGTAC 
ATGAAAAACG GAAGGATGTT CAGAACCAAC GAAGATGGAT TTCTCGACTT AGACATAACT 
TTTGATCAAT TGCAACTCGA TATTCAAGAA GATGTCGAAG AATTTCTGAA CTTCTCTAAA 
AGTGCTAATG AAATGACCTC AAAGGAACTA AAAGAAAAAA TAACTACTTT TTCCAAACTT 
GGTTTGGATG TCTCCGGTCT AATAGTTTCT TACCAGTCAA AATTTGCTAA CTCGTTGGCT 
CCCTTAGTAA TTTGTATTTT AGGAATTGCC TTGTCCTTGT TTTTAAATTT AACAAGTAAA 
TCTTGGAGTG TAATTACGAC TTTTGTGCTG GTAATAATTT ATCAAGGTTC TGGCGCTTGG 
TTGTCTGCTT TGGGAAAAGA GCATATAATA AATCCAACGA TATCCGTTTG GATCCCCAAC 
ATAATATTTG GTATTATTGG TACTTTTCTA TTCTTAATGC TGGATACAAG AGTATCTTAC 
AAACTTCTCG AGCCTTTGAA AAGAATTTTC TCTGTAATAT TGTTTATTCT TGTTGGTTCT 
TCCTTTTTTT CTGCACCTGT AAATATAACG AGTGAAGATT TTTATTTGAA AGATGATCTG 
TTATTTTTAG AAGGTAACGT CTATGTAGAG TATGAAGGTT CCACGATAAA AGCCGATTCA 
GCTCAAGGTG AATTAAACGA AGATGGAACG ATTAAAGCAG CGACTTTCTT TGGAGATATA 
ACTTATCTAT ATGAAGATAT CTCTATACAA GCCTCAGAGA TAACCGTAAA CTTCGAGGAA 
GATTCCGCAG TCTTTGTAAA TTCATATACC ATACAAAAGT ATAAGGCAGA GAAAGAAATA 
GAAGTCCGCA TATGGTCTGA AAGCATGGAA AAGCCGATGC AAGAAAATAT AATAGAAACA 
AACCAGACGA AATTAACAAC ATGCGAGGAC TGTATAACTT ATTACTTCTC AGCCAGGAAA 
GTCGACATAT TTCCAGGATA TTTTTTAATA GCCAGAGATG TGGTACTTAG TTTTTTCGGG 
GTCCCCGTTC TATACCTACC TTTCTATTTT CAAAGTTTAT CAGAAGATGA AGAAGAACCC 
ATGTCTCTCA CGTTTGGATA CGATAACAAC GAATTTTCCC TACTAACAGA AATTAATTAT 
AAGTTTGAAA ACGGATCGAA AGTCCACTTA TCTTACAACA CGGCCAACGA TCTAATCACA 
CAAGAAACAG ATCAAGAAGT GACACTAAAA TACGGTGTCC CTTTTCTATA TGGAAGCTTG 
TATCTATCTA CAGGTCTGAA TTCTCCAGAT ACCAACGATA ACAACTTAGG AGTTTCTTAC 
CAATTTTTCG AAGATAACGA AGTCAGTGAA ATTGCAAAAT TGGAGTTAAA AGTTCAACCA 
GCAACAAAAG AAAAATCCCT GTCGTTAAAT ATCCCAAAAT TGGAAACGAA TTTGGGAGAC 
CTTAAAAACA TACATTCACA CATTTATTGG GATTCTAAGG GATTTGATGA TATTCTATTT 
TTAAACGTTG AATCTCAAGC CTTTCAAAAG AAATATGGGA GATCTTTGAT CTCTTTATCA 
AAGCTCAAGC TCAACTCTCA TTCATATGGG GACATATCCA ACCTTTCTAT GGATCAGATA 
TGGGATACGA AAGAAAGTGA AATAGATATT GAAGGAAAGT ACAACTTCTA TGAAACATTC 
GCCAGAATGT ACGGCGATTT TGATTACGCT TACACCACCG TCGCAACAGA AACCACCAAA 
AATCGATTAG AAACTAAAAA TACTTTCTCT TACAAAGATA CCCTTTATGA GATTGATAGA 
AATAATTTTG ATTTAAAATT CAACATGGAG GATTCAATTC ACTTCAACTA TAACAACGAT 
TTTATACCCG GTGAAGAATA CTCTTCTGGG AAAACGCTCT TTGATTACTC TTTAGAACCG 
GGCTTAGAAA TTGATTTAGG TGTTTTCGAA TTTGGTAACT CATTAGAATA CGTAAAGGTC 
TTAGAAAACT CCCTCACTCC CTCTGCCACA GACGAATTGA ATTACAACGA TTACGTAGGG 
TATTCTTTCT CTCTTTTTGA AAAAAATTTT ACGAACTCTG CAAAGTTAAA CAGAAGTTTT 
GATCTAAGAA ATGCTGAAAA TTCCCCAGAT TTGCAAGAAA TGGAACTTCA AACTCAAACC 
AACATAAATC TATTAAACAC TAAAAATACC TTACAAACAC AGACCAAGTT TGATACTACT 
GATCCCAATA CGATCCAGCC GGATACAACA AACATCAAAC TAACCAACGT CATTGGCCCT 
TTAACCCATA GAAGTGAGTT TGATTATGGC CATCAAGAAG AGATTAAGGT AGATTATATT 
GAAAACAGAG AAATTTTGAG GTACAATAGA AATCGGCTAC AATTGGATTA TAGGTATTAT 
ATTCATGAAC AAACATTCAC CAAAAAGATC CCAGAGGTTT TAACGTATTT TCTTTTTTAT 
TATGAAGGTA ACAAAATTTA CGGGGATTTT GACATGAAGG AAGAGTACAC TGTCTACGAC 
TTAGACCTAA ATTTCTTGGA AAAAAGTTCA AATTACTCTT TTGGAATAGA TACAACCTAC 
CGCATTTCAG AGTCTCTTGA AACAGGCTTC GACATAAACA ACAGGGATAA AAGCGAGTTT 
GCAAAAATAA ACTTTGATTA TAATATAGAG GATCAAAGCT GGGATTTCAC AGAGTTTGAA 
ATACAGAAAA AAATTGTGTG CTGGACGTTG AACGTACAGA CTAAATTTTC CTTACTACCC 
CAGTTTGATT TAGCCTCGTT CAGAATATCT TTTTTTATCA ATTATATACC CGATAAAAAT 
ATCTCATATG GTGATGATGG GTTTGAATTT GGATTAATGT GA 

 

Protein sequence

MKKLFKYVSK EFIPPFFMGL IAFIVFVSLE LLYQLSEIIV RNNVGFSKLL ILIWYHLPYF 
ISMGIPVGVL FGIFWVISKL SSANEIIALQ TLGIPMKKLI IPFMTISLLL SFFTFALFNT 
IVPVSNYKAK EAMALYVYQR PQAQIEENQF VDVGDGRYLF VKQIDRESGI LYDVLLYEVK 
NDYTAVFNAQ QAQKGPDGWY MKNGRMFRTN EDGFLDLDIT FDQLQLDIQE DVEEFLNFSK 
SANEMTSKEL KEKITTFSKL GLDVSGLIVS YQSKFANSLA PLVICILGIA LSLFLNLTSK 
SWSVITTFVL VIIYQGSGAW LSALGKEHII NPTISVWIPN IIFGIIGTFL FLMLDTRVSY 
KLLEPLKRIF SVILFILVGS SFFSAPVNIT SEDFYLKDDL LFLEGNVYVE YEGSTIKADS 
AQGELNEDGT IKAATFFGDI TYLYEDISIQ ASEITVNFEE DSAVFVNSYT IQKYKAEKEI 
EVRIWSESME KPMQENIIET NQTKLTTCED CITYYFSARK VDIFPGYFLI ARDVVLSFFG 
VPVLYLPFYF QSLSEDEEEP MSLTFGYDNN EFSLLTEINY KFENGSKVHL SYNTANDLIT 
QETDQEVTLK YGVPFLYGSL YLSTGLNSPD TNDNNLGVSY QFFEDNEVSE IAKLELKVQP 
ATKEKSLSLN IPKLETNLGD LKNIHSHIYW DSKGFDDILF LNVESQAFQK KYGRSLISLS 
KLKLNSHSYG DISNLSMDQI WDTKESEIDI EGKYNFYETF ARMYGDFDYA YTTVATETTK 
NRLETKNTFS YKDTLYEIDR NNFDLKFNME DSIHFNYNND FIPGEEYSSG KTLFDYSLEP 
GLEIDLGVFE FGNSLEYVKV LENSLTPSAT DELNYNDYVG YSFSLFEKNF TNSAKLNRSF 
DLRNAENSPD LQEMELQTQT NINLLNTKNT LQTQTKFDTT DPNTIQPDTT NIKLTNVIGP 
LTHRSEFDYG HQEEIKVDYI ENREILRYNR NRLQLDYRYY IHEQTFTKKI PEVLTYFLFY 
YEGNKIYGDF DMKEEYTVYD LDLNFLEKSS NYSFGIDTTY RISESLETGF DINNRDKSEF 
AKINFDYNIE DQSWDFTEFE IQKKIVCWTL NVQTKFSLLP QFDLASFRIS FFINYIPDKN 
ISYGDDGFEF GLM