| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_1829 |
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| Symbol | |
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| ID | 7086503 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Shewanella baltica OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011663 |
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| Strand | - |
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| Start bp | 2157021 |
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| End bp | 2160278 |
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| Gene Length | 3258 bp |
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| Protein Length | 1085 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 643460733 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_002357757 |
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| Protein GI | 217973006 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG0841] Cation/multidrug efflux pump |
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| TIGRFAM ID | [TIGR00914] heavy metal efflux pump (cobalt-zinc-cadmium) |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.00817457 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 21 |
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| Fosmid unclonability p-value | 0.578454 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCAATTA TCAGCACTTC CGTTAAACGG CCAGTCACGG TATGGATGTT CATGCTGGCG
GTGATTTTAT TCGGTATGGT GGGATTTTCC CGCTTAGCGG TGAAGTTACT GCCAGACTTA
AGCTATCCCA CATTAACCAT TCGCACTATG TATGACGGTG CGGCGCCAGT AGAAGTTGAA
CAGCTCGTCT CTAAACCGAT TGAAGAAGCC GTTGGCGTGG TCAAAGGCTT ACGTAAAATC
AGCTCTATTT CGCGCTCAGG CATGTCAGAT GTAGTGCTCG AGTTTGAATG GGGCACCACA
ATGGACATGG CGAGTTTAGA TGTGCGCGAA AAACTCGACA CTATCGCCCT GCCTCTGGAC
GTTAAAAAGC CATTATTACT GCGTTTTAAC CCCAACCTTG ACCCGATCAT GCGTCTCGCG
TTGTCTGTAC CCAATGCCTC AGAAGCCGAT CTTAAGCAAA TGCGCACCTA CGCAGAAGAA
GAGCTTAAGC GTCGCTTAGA AGCGCTGTCT GGGGTCGCCG CCGTGCGTTT ATCCGGTGGT
TTAGAGCAAG AAGTACACAT TCAGCTCAAT CAAGAAAAAC TATCGCAACT TAACCTTAAT
GCCGACGATA TTAAACGTCG CATTAATGAG GAAAACATTA ACCTCTCTGC GGGTAAAGTG
ATCCAAGGTG ATCGCGAATA CTTAGTGCGC ACACTTAACC AATTTAATTC ATTGGATGAA
CTTGGCCAAG TGATCGTCTA TCGCGACGAG CAAACCTTAG TACGTTTATT CGAAGTCGCC
ACGATTACGG ATGCCTATAA AGAACGCAGT GATATCACCC GCATCGGTAG CCAAGAATCG
ATTGAACTGG CGATTTATAA AGAAGGTGAT GCTAACACTG TCGCCGTCGC CAAAAAACTG
CGCGATGAGC TTGTCAAAAT CAATCAAGAT CCTAAGCAAA ACAAACTCGA AGTGATTTAC
GATCAATCCG AGTTTATCGA AAGTGCGGTC AGTGAAGTCA CCTCTTCGGC GCTGATGGGC
AGTTTATTAT CTATGCTGGT GATTTACCTG TTCCTACGTA ACATCATCCC AACGCTGATT
ATTTCTATCT CGATTCCCTT CTCGGTCATC GCCACCTTTA ACATGATGTA TTTTGCCGAT
ATCAGCTTAA ACATCATGTC ATTAGGCGGT ATCGCGCTGG CCATTGGTCT ATTAGTCGAT
AACGCTATTG TGGTATTAGA GAACATTGAC CGCTGTCGCA GCGAAGGCAT GAGTAAGTTA
GACGCCGCAG TCACTGGAAC TAAAGAAGTA GCAGGCGCGA TTTTCGCCTC CACACTGACG
ACCCTTGCGG TGTTTGTGCC CTTAGTATTT GTCGATGGGA TTGCCGGCGC TCTGTTCTCT
GACCAAGCGC TAACTGTCAC GTTTGCCCTG TTGGCCTCGC TATTAGTCGC CTTAACCTCT
ATCCCTATGC TGGCATCACG CGAAGGCTTT AAAACCTTAC CCGCACTGAT AAAAACCACG
CCTAAGGATA AACCCACCAC TAAAATGGGT AAGTTTAAAC ACTATAGCGC GACTGTGTTC
TCCTTCCCTA TTCTATTAAT GTTTAGTTAC TTACCAAGTG CATTGTTGAC CTTAGTGCTG
ATTTTAGGCC GCTTCTTCTC GTGGCTTATA GGTCTAATCA TGCGTCCTTT GAGTTCAGGA
TTTAACTTTG TCTATCACAG TATCGAGAAG GTTTATCACA AGCTGCTGGC CTCGGCGCTG
CGTCAACAAA TGACCACGCT ACTGCTCACC ATTGCGATAA CGGGCGCATG TATTAGCCTG
TTACCTCGCC TAGGTATGGA GCTTATTCCG CCAATGAATC AGGGCGAGTT TTATGTGGAG
ATCTTACTGC CTCCGGGTAC GGCGGTGAGT GAAACCGACA AGGTTTTACA ACAACTCGCG
TTGTCCATCA AGGACAGACC CGAAGTCAAA CATGCCTATA GCCAAGCCGG TAGCGGTGGT
TTGATGACCT CGGATACCGC TCGCGGTGGT GAAAACTGGG GCCGCTTACA AGTGGTGCTG
ACAGATCACA GTGCCTATAA CGCGATCACT CAAGTACTGC GTGATACCGC GCGCCGCATT
CCTGAACTTG AAGCAAAAAT CGAGCAACCT GAGTTATTCA GCTTTAAAAC CCCACTGGAG
ATTGAGCTCA CGGGTTACGA TTTGAACTTG CTCAAGCGCA GTGCCGATAG TCTAGTCAAA
GCATTATCCG CATCAGATCG TTTTGCTGAC GTAAATACCA GTCTGCGCGA TGGTCAACCT
GAGCTGAGTA TCCGCTTCGA TCATGCAAGG TTAGCAGCGC TCGGAATGGA TGCGCCAACG
GTTGCGAACC GCATTGCCCA GCGCGTTGGC GGTACTATTG CCAGCCAATA CACGGTACGT
GATCGTAAGA TTGATATTCT GGTGCGCAGT GAACTCGCCG AGCGCGATCA AATCAGCGAT
ATCGATGCCT TAATCATCAA CCCGAACAGC AATCAACCTA TTGCTTTAAG TGCGGTTGCC
GAAGTGTCAT TACAATTAGG CCCCTCGGCG ATTAACCGTA TCAGCCAGCA ACGTGTGGCA
CTGGTGTCGG CTAACCTCGC CTACGGTGAC TTAAGCGATG CGGTGGCACA GGCGCAGCAA
ATACTGTCGC AACAGGTGCT ACCGGCATCA GTACAAGCCC GATTTGGTGG TCAAAATGAG
GAAATGGAGC ACTCATTCCA GTCACTCAAA ATTGCCCTTA TCTTAGCGAT TTTCTTAGTG
TATTTAGTGA TGGCGAGTCA GTTTGAGTCA CTGCTACATC CCTTGCTTAT CCTCTTTGCC
GTGCCTATGG CATTGGCGGG TAGCGTGCTG GGTCTGTATA TCACCCAAAC CCATTTGAGT
GTGGTGGTGT TTATCGGCCT TATCATGTTG GCGGGTATCG TAGTGAACAA CGCGATTGTG
CTTGTGGATC GCATCAACCA ACTGCGTAGC GAAGGTGTCG AAAAACTCGA TGCCATTCGC
GCCGCAGCTA AATCGCGCCT ACGCCCCATT ATGATGACAA CGCTCACCAC CACCTTAGGC
TTATTGCCGA TGGCGCTGGG GTTAGGCGAT GGCTCAGAGG TGCGTGCACC TATGGCGATT
ACAGTGATCT TTGGTCTGAG TTTATCCACT TTACTGACAT TAATTGTGCT CCCAGTGCTC
TATGCCCTGT TCGACCGTAA AGTGTATGAC GTTGCAACAA CAAATATCGC GCATGACGTT
GAGGAGGCTC GCCCATGA
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| Protein sequence | MSIISTSVKR PVTVWMFMLA VILFGMVGFS RLAVKLLPDL SYPTLTIRTM YDGAAPVEVE
QLVSKPIEEA VGVVKGLRKI SSISRSGMSD VVLEFEWGTT MDMASLDVRE KLDTIALPLD
VKKPLLLRFN PNLDPIMRLA LSVPNASEAD LKQMRTYAEE ELKRRLEALS GVAAVRLSGG
LEQEVHIQLN QEKLSQLNLN ADDIKRRINE ENINLSAGKV IQGDREYLVR TLNQFNSLDE
LGQVIVYRDE QTLVRLFEVA TITDAYKERS DITRIGSQES IELAIYKEGD ANTVAVAKKL
RDELVKINQD PKQNKLEVIY DQSEFIESAV SEVTSSALMG SLLSMLVIYL FLRNIIPTLI
ISISIPFSVI ATFNMMYFAD ISLNIMSLGG IALAIGLLVD NAIVVLENID RCRSEGMSKL
DAAVTGTKEV AGAIFASTLT TLAVFVPLVF VDGIAGALFS DQALTVTFAL LASLLVALTS
IPMLASREGF KTLPALIKTT PKDKPTTKMG KFKHYSATVF SFPILLMFSY LPSALLTLVL
ILGRFFSWLI GLIMRPLSSG FNFVYHSIEK VYHKLLASAL RQQMTTLLLT IAITGACISL
LPRLGMELIP PMNQGEFYVE ILLPPGTAVS ETDKVLQQLA LSIKDRPEVK HAYSQAGSGG
LMTSDTARGG ENWGRLQVVL TDHSAYNAIT QVLRDTARRI PELEAKIEQP ELFSFKTPLE
IELTGYDLNL LKRSADSLVK ALSASDRFAD VNTSLRDGQP ELSIRFDHAR LAALGMDAPT
VANRIAQRVG GTIASQYTVR DRKIDILVRS ELAERDQISD IDALIINPNS NQPIALSAVA
EVSLQLGPSA INRISQQRVA LVSANLAYGD LSDAVAQAQQ ILSQQVLPAS VQARFGGQNE
EMEHSFQSLK IALILAIFLV YLVMASQFES LLHPLLILFA VPMALAGSVL GLYITQTHLS
VVVFIGLIML AGIVVNNAIV LVDRINQLRS EGVEKLDAIR AAAKSRLRPI MMTTLTTTLG
LLPMALGLGD GSEVRAPMAI TVIFGLSLST LLTLIVLPVL YALFDRKVYD VATTNIAHDV
EEARP
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