| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_1993 |
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| Symbol | |
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| ID | 4476357 |
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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 sp. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | + |
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| Start bp | 2373185 |
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| End bp | 2376352 |
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| Gene Length | 3168 bp |
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| Protein Length | 1055 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 639726575 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_869630 |
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| Protein GI | 117920438 |
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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 | [TIGR00915] The (Largely Gram-negative Bacterial) Hydrophobe/Amphiphile Efflux-1 (HAE1) Family
[TIGR01131] ATP synthase subunit 6 (eukaryotes),also subunit A (prokaryotes) |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.194422 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 13 |
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| Fosmid unclonability p-value | 0.0258068 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCGCAGT TTTTTATTAA TCGGCCGATT TTTGCCAGCG TCATCTCGAT TGTTATCGTG
CTGCTCGGGG TGATTGCGAT GTTTAAGCTG CCCGTCGATC AGTATCCTTA CATCACGCCG
CCACAGGTGA CCATTTCTGC CTCTTACCCT GGTGCGAGCT CTACCACAGC CGCCGAATCT
GTCGCCACAC CGCTCGAACA GGAAGTGAAT GGTGTGCCCA ATATGATTTA CATGAGTTCC
AAGAGCACCA ACTCGGGCGG CACCAGTGTG ACCATTACCT TCGATGTGGG CACCAATGCG
GACTTGGCGG CGGTGGATGT GCAAAACTCC GCTCAGCAAG CTTCGGGGGG GCTGCCAATC
GATGTGCAAA CCGAAGGGGT GACCGTCTCC AAAGATGCGT CGGTGGAATT GCTAAAACTC
GCGTTAACCT CGAACGATGA AAGGTTCGAT GAAATTTACC TGAGTAATTA CGCTACCATC
AATATTGAAT CGGCGCTCAG GCGTATCCCT GGCGTGGGTC GCACCCGTAA CACGGGTTCA
CGCAGTTATG CGATGCGGAT TTGGTTAAAA CCCGATGCCA TGGCGGGTTA CAGCTTAACC
ACCACAGATG TGATCAACGC CATCAAGGCA CAAAACAAAG AATCCCCCGC AGGCACCATT
GGTACTCAAC CTAATAATGA CGACATCAGT TTAACCTTGC CCATCAGTGT GGCGGGCAGA
TTAAGCTCGG TGCAGGCTTT TAATGAGATC ATAGTGCGCG CCAATCCCGA CGGCTCGATT
ATCCGGCTGC GGGATATTGC TGGCGTAGAA CTCGGCTCCT CCGCCTATAC CTTGCAATCC
CAGCTGAATG GTGAAAATGC CACCATCTTG CAGGTCTATT TATTGCCGGG CGCGAATGCC
TTAGAAGTGA CCCGCAAGGT GAAACAGACG ATGGCAGAGC TGTCGCAAAA GTTTCCCCAA
GGGATGAAAT GGGAAGTGTT TTACGATGCC TCCATCTTTA TCCAAGAATC TATCGATGAG
GTGATCCACA CCCTAATAGA AGCCTTAGTG CTCGTGGTGT TGGTGGTGTA CTTGTTCCTG
CAAAATGTGC GCGCCACTTT AATCCCGGCC ATTGCCGTAC CAGTTTCCTT AATTGGGACC
TTAGCGGCCA TGCTGGCCTT TGGTTTTACC ATTAATACCG TGAGTTTACT CGCGCTGGTT
CTCGCCATCG GCATTGTGGT CGACGATGCC ATTGTGGTGG TCGAAAACGT GGAACGTTTA
ATCCATGAGA AGGGCATGAG CGCGATAGAT GCGACCCGAA TTGCAATGAA AGAATTGTCG
GGCGCATTGG TGGCCACCAG TTTAGTGCTC TGCGCGGTAT TCGTGCCCGT GTCATTCTTA
GCGGGGATCA CCGGCATCAT GTACCGCGAG TTTGCGGTGG CGATTACCGT CGCAGTGCTG
ATTTCTACCC TAGTGGCGTT GACCTTAAGT CCGGCACTGT GCGCCTTATT ATTAAAACCC
AGCAAGGCAC CTGAAAGGGG ATTCTTCCAT TGGTTGAATC GAAAACTCGA CGTGGGTACC
AATCAATATG TCGGCTTAGT CGCCTTAACT AATAAATACG CCAAACGCAG TTACTTAGCC
TTTGCGATTA TGTTTGGTGG CACCTATTTC ATCATGTCCC ATTTGCCGAG CAGCTTTATG
CCCGATGAGG ACCAAGGTCG GTTCTTTATC GATATGACAT TGCCCGATGG CTCAACGGTG
AATCGCACCG AGGCGATTTT AAAGAAAGCC GAGCAATATG TGCGTGCTAA TCCCGCCGTG
GCCTATTCAT TTACCTTGGC GGGGGAAAAC CGCCGCTCGG GGGCGAATCA GGCCAACGGC
CAATTTGAAG TGGTACTCAA GCCTTGGGCT GAGCGTGAAG CCAGTCATGC CACGGTACAA
TCTGTGATGA AGGCGATAGA TAAGGACTTG AAAAACGTCT TAGAAGCTGA GTTTAACCTG
TATTTGCCAT CGGCCGTCCC CGGCTTAGGC AATGGCTCTG GGGTGGAAAT GCAGCTCCAA
GACACCTCTG GCACCCATTT TGATGGCTTA ATTGAAACTG CAAACGAATT AGTCGAACAG
CTAAAACTGC AGCCTGAAGT TGCCAGTGCC AGTGTGTCAC TGCAGAGCGC AATCCCGCAA
TTGCATTTGA CGGTCGATGA GGCAAAGGCG ATGGCGATTG GGGTGAATGT GAGTGATATT
TACAGCACCA TCAAAACCTT AACTGACTCC TCAACCGTGA ATGACTTTAA CCTCTTTGGT
CGTGTCTATC GGGTGAAGAT CCAAGCGGAA GAAAGCTACC GTCAATTCCC GCACCAGATC
AAAGATTATT ATGTGCGCTC ATCGAGCGGT GCTATGGTGC CGATTGGCGT GTTGGCGAAG
TATGATTATA CGGTTGGGCC ATCTTCTGTG ACCCATTACA ACTTATTCTC CAGCGCTTCC
ATCAATGTCA CGCCTGCAAC GGGCTACGCC ACTGGTGATG TTATCCAAGC CATAGAGCGG
GTCGCAACGC CGATTTTGCC CGATGAGTTT AAATACGAAT GGACAGGCAT TACCTACCAA
GAGGTGCAGT CGGCGAACCA AACTGGCATT GCTATTGGGT TAGCACTGTT ATTTGTATTC
CTGTTTTTAG CCGCGCTTTA TGAGAGTTGG AGTATCCCAG TTGCGGTATT GCTGATCGCG
CCCATCGCAC TCTTAGGGGC GGCGGTGACG ACCTTAATCA GTGGCATGCA GAGTAACTTA
TTCTTCCAAG TGGCATTTAT CGCCTTAATC GGTATGGCGG CGAAGAATGC GATTCTAATT
GTCGAGTTTG CCAATCAGTT GCATCAGCAA GGCCGGACGC GAATTTCGGC GGCGCTCGAA
GCTGCCACCA TGCGCTTTAG GCCGATTTTA ATGACCTCCA TGGCGTTTAT TCTTGGGGTG
TTGCCGTTGG TGTTATCCGA AGGGCCAGGG GCCGTGAGTC GGCAATCGAT TTCGTTACCT
ATCCTGGGTG GCATGGTGTT GGCAACCACC ATAGGTATAG TGTTTGTGCC GCTATTCTTT
GTGACGACCG CAGGTTGGGT AAAAAAGAAA ACCATTAAAC AACCTATTAA AACAAAAGAG
CAATTACTCC TAGATCAAGA AACCGTTGAG GAGGTGAGCC GTGGTTAA
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| Protein sequence | MAQFFINRPI FASVISIVIV LLGVIAMFKL PVDQYPYITP PQVTISASYP GASSTTAAES
VATPLEQEVN GVPNMIYMSS KSTNSGGTSV TITFDVGTNA DLAAVDVQNS AQQASGGLPI
DVQTEGVTVS KDASVELLKL ALTSNDERFD EIYLSNYATI NIESALRRIP GVGRTRNTGS
RSYAMRIWLK PDAMAGYSLT TTDVINAIKA QNKESPAGTI GTQPNNDDIS LTLPISVAGR
LSSVQAFNEI IVRANPDGSI IRLRDIAGVE LGSSAYTLQS QLNGENATIL QVYLLPGANA
LEVTRKVKQT MAELSQKFPQ GMKWEVFYDA SIFIQESIDE VIHTLIEALV LVVLVVYLFL
QNVRATLIPA IAVPVSLIGT LAAMLAFGFT INTVSLLALV LAIGIVVDDA IVVVENVERL
IHEKGMSAID ATRIAMKELS GALVATSLVL CAVFVPVSFL AGITGIMYRE FAVAITVAVL
ISTLVALTLS PALCALLLKP SKAPERGFFH WLNRKLDVGT NQYVGLVALT NKYAKRSYLA
FAIMFGGTYF IMSHLPSSFM PDEDQGRFFI DMTLPDGSTV NRTEAILKKA EQYVRANPAV
AYSFTLAGEN RRSGANQANG QFEVVLKPWA EREASHATVQ SVMKAIDKDL KNVLEAEFNL
YLPSAVPGLG NGSGVEMQLQ DTSGTHFDGL IETANELVEQ LKLQPEVASA SVSLQSAIPQ
LHLTVDEAKA MAIGVNVSDI YSTIKTLTDS STVNDFNLFG RVYRVKIQAE ESYRQFPHQI
KDYYVRSSSG AMVPIGVLAK YDYTVGPSSV THYNLFSSAS INVTPATGYA TGDVIQAIER
VATPILPDEF KYEWTGITYQ EVQSANQTGI AIGLALLFVF LFLAALYESW SIPVAVLLIA
PIALLGAAVT TLISGMQSNL FFQVAFIALI GMAAKNAILI VEFANQLHQQ GRTRISAALE
AATMRFRPIL MTSMAFILGV LPLVLSEGPG AVSRQSISLP ILGGMVLATT IGIVFVPLFF
VTTAGWVKKK TIKQPIKTKE QLLLDQETVE EVSRG
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