| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_4315 |
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| Symbol | |
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| ID | 6118670 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | + |
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| Start bp | 5221891 |
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| End bp | 5224977 |
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| Gene Length | 3087 bp |
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| Protein Length | 1028 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 641635878 |
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| Product | acriflavin resistance protein |
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| Protein accession | YP_001762663 |
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| Protein GI | 170728637 |
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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 | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.142396 |
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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 | 45 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATTTTG CCGAATACGC CATAAAACAT AAAGTCGTCA GCTGGATGTT TGCCCTACTA
CTGCTAGTCG GTGGTAGCAT CTCATTTCTT GGTTTGGGAC AACTTGAGTT TCCTGAATTC
ACCATTAAAC AGGCGCTGGT TGTCACCGCC TACCCCGGAG CCTCACCAGA ACAGGTTGAG
GAGGAGGTAA CCCTTCCCCT TGAGGATGCC CTGCAGCAGC TCGATGCGAT AAAACATATC
ACCTCAGTTA ACAGTGCTGG CTTATCTCAG ATAGAGATTG AGATTAAAGA GAACTACGAT
GCCACAGAGC TTCCTCAGGT ATGGGATGAA GTGCGCCGTA AGGTCAACGA TAAGGTCAGT
TCACTACCAC CTGGAGTGTT CACTCCCTCG GTTATTGACG ATTTTGGCGA TGTATATGGC
ATTTTACTTA ACGCTAGCGG TGATGGTTAC AGTAATCGTG AACTACAAAA CTATGCAGAC
TTTCTAAGGC GCGAGCTTGT GCTCGTCGAC GGTATAAAGA AGGTCACTAT CGCCGGTAAA
ATAGATGAAC AGGTGATGGT TGAGATATCT CAGCAAAAAC TCAACGCCAT GGGACTCGAT
CAAGACTATA TCTATAGCCT AATCAATAGC CAGAATGTAG TTTCAAATGC AGGCAGCATA
AGGGTCGGTG ACAGCCGGAT CCGAATTCAT CCCACTGGAG AGTTCACTCA GGTAGAGCAG
ATGGAGCGCC TGCTTATCAG TAAGCCTGGC AGCACCAAAT TGGTTTATTT AGGCGACATC
GCCAAAATTT ATAAAGCGTT AGATGAAACG CCGGATAATA TTTATCACGG TAACGGGCAA
GATGCACTTT CAATTGGCAT CGCCTTTTCC AGTGGAGTCA ACGTGGTTGA AGTCGGTAAA
GAGGTCAACG CTAGACTTGC ACAGCTCGAC AGCGAGCGCC CTATCGGTAT CGAATTAACC
ACAGTGTATG ATCAAAGTAA GATGGTTGAT CAGACCGTCA GCGGCTTTTT GATCAATCTG
GCTGAGTCCA TCGCCATTGT GATCGGCGTA CTGCTTATCT TTATGGGAGT GCGATCTGGC
CTACTGATGG GGTTAGTCTT ACTGCTGACC ATACTGGGCA CATTTATCGT GATGAACATA
CTCAATATTG AGTTACAGAT CATCTCACTC GGTGCCCTTA TCATCGCTTT AGGTATGCTG
GTCGACAACG CTATTGTCGT TACCGAAGGG ATCTTAATCG GGATCAAGCG GGGTCAAACT
CGACTAGAGA CCGCCAAAGA GGTGATCACT CAAACTCAGT GGCCTTTGCT AGGCGCGACA
ATAATTGCCA TTATCGCCTT TGCACCTATC GGCCTGTCAG ATAACGCCAC CGGTGAGTTT
TGTGCCTCCC TATTTCAGGT GCTGTTGATC TCGCTGTTTA TCAGCTGGAT AACCGCCATG
ACCCTCACCC CCTTCTTCTG TAACTTGATG TTTAAAGATG GTGAGGTGAG TGAAGATGAA
GATAACGACC CATACAAGGG TTGGTTATTT CAGCTCTACC GTAGCAGCCT CAACTTAGCG
ATGCGTTTTC GAGTGATCAC CCTGTTACTT GTAATTGGTG CGCTTATCGG CTCTATGGCG
GGAGCGGGTA ACCTGAAAAA TGTCTTCTTT CCAGCTTCGA ACACACCTAT GTTTTTTGTC
GATGTGTGGA TGCCAGAGGG CACAGATATT AAGGCGACAA AACAACTTTT CAGCCGAATT
GAGAAAGATC TTTTACAGCA ACAGGCCGAG CAAGATATTG GCTTGGTCAA CCTCACTAGC
GTAATAGGTC AAGGCGCGCA AAGATTCGTG CTCTCCTACG TCCCTGAAAA AGGCTATAAC
GCCTATGGTC AGCTATTGAT AGAGATGACA GATCTTGTGA CCTTAAACCG CTATATGCGG
ATCTTAGAAA GTGAGCTTAG CCACAAATAT CCAGAGGCAG AGTATCGCTT TAAGTATATG
GAAAACGGCC CAAGTCCAGC AGCCAAGATT GAAGCCCGTT TCTTTGGTGA AAACCCAGCA
GTATTAAGAG CACTGGCCTC ACAGGCTGAA GCCATCTTAA AGGCTGAGCC AACCGCCGTT
GGTGTTAGGC ATAACTGGCG TAATCAAGTC ACCCTTATCC GCCCTCAACT AGCACTGGCA
CAAGCTCGTG AAACAGGGAT AAGTAAACAA GATCTCGATG ACTCATTGCT AGTGAATTTT
AGCGGTAAAC AGGTGGGCGT ATATCGCGAA AATAGCCATA TAATGCCGAT AATTGCCCGA
GCTCCCGACA GTGAACGACT CGATGCTGAC AGCATGTGGA AACTGCAGAT CTGGAGCGCC
GATAACAACG TCTTCGTGCC TGCAACTCAA GTGGTGTCAG AGTTTTCCAC TGAGTGGGAA
AACCCCATCA TCATGAGACG AGATCGTAAA CGTGTACTTG CAGTACTGGC CGATCCGATC
AACGGCAGCG ATGAGACCGC TGACTCAGTA TTTAGAAAAG TCCGCAGTGA TATCGAAGCG
ATCCCTCTAC CAGCTGGCTA TGAGTTGGAG TGGGGTGGAG AGTATGAGAC AACTATCGAA
GCACAAGCTT CGGTCTTTAG CTCAATCCCC ATGGGGTATC TGGCGATGTT TATTATCACT
GTTCTACTGT TTAACTCTGT CAGACAGCCG CTAGTGATCT GGTTTACCGT GCCGCTCTCA
GTCATAGGAG TGGTATCTGG TCTACTGATT TTTGATGCGC CATTTAGCTT TATGGCACTA
CTGGGCCTAC TGAGTTTAAC TGGCATGATA GTGAAAAACG GCATTGTTTT GGTTGACCAG
ATAAATCTGG AATTAAGCAG CGGGAAAGAT CCCTACTGGG CAGTGGTTGA CTCCTCTGTG
AGTCGTGTAC GCCCAGTACT AATGGCAGCT ATCACGACAA TGCTCGGCAT GGTTCCCCTG
CTATCCGATG CCTTTTTTGG TTCAATGGCG ATCACCATTA TCTTCGGGTT AGGCTTCGCA
TCAGTATTAA CCTTAATCGT ACTGCCAGTG ACCTACACCT TAGTGTTCCG TATTCCTTAT
TTAGGAGATA GGAAACTTGT GAAATAG
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| Protein sequence | MNFAEYAIKH KVVSWMFALL LLVGGSISFL GLGQLEFPEF TIKQALVVTA YPGASPEQVE
EEVTLPLEDA LQQLDAIKHI TSVNSAGLSQ IEIEIKENYD ATELPQVWDE VRRKVNDKVS
SLPPGVFTPS VIDDFGDVYG ILLNASGDGY SNRELQNYAD FLRRELVLVD GIKKVTIAGK
IDEQVMVEIS QQKLNAMGLD QDYIYSLINS QNVVSNAGSI RVGDSRIRIH PTGEFTQVEQ
MERLLISKPG STKLVYLGDI AKIYKALDET PDNIYHGNGQ DALSIGIAFS SGVNVVEVGK
EVNARLAQLD SERPIGIELT TVYDQSKMVD QTVSGFLINL AESIAIVIGV LLIFMGVRSG
LLMGLVLLLT ILGTFIVMNI LNIELQIISL GALIIALGML VDNAIVVTEG ILIGIKRGQT
RLETAKEVIT QTQWPLLGAT IIAIIAFAPI GLSDNATGEF CASLFQVLLI SLFISWITAM
TLTPFFCNLM FKDGEVSEDE DNDPYKGWLF QLYRSSLNLA MRFRVITLLL VIGALIGSMA
GAGNLKNVFF PASNTPMFFV DVWMPEGTDI KATKQLFSRI EKDLLQQQAE QDIGLVNLTS
VIGQGAQRFV LSYVPEKGYN AYGQLLIEMT DLVTLNRYMR ILESELSHKY PEAEYRFKYM
ENGPSPAAKI EARFFGENPA VLRALASQAE AILKAEPTAV GVRHNWRNQV TLIRPQLALA
QARETGISKQ DLDDSLLVNF SGKQVGVYRE NSHIMPIIAR APDSERLDAD SMWKLQIWSA
DNNVFVPATQ VVSEFSTEWE NPIIMRRDRK RVLAVLADPI NGSDETADSV FRKVRSDIEA
IPLPAGYELE WGGEYETTIE AQASVFSSIP MGYLAMFIIT VLLFNSVRQP LVIWFTVPLS
VIGVVSGLLI FDAPFSFMAL LGLLSLTGMI VKNGIVLVDQ INLELSSGKD PYWAVVDSSV
SRVRPVLMAA ITTMLGMVPL LSDAFFGSMA ITIIFGLGFA SVLTLIVLPV TYTLVFRIPY
LGDRKLVK
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