| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_2567 |
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| Symbol | |
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| ID | 6116864 |
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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 | 3139963 |
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| End bp | 3143025 |
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| Gene Length | 3063 bp |
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| Protein Length | 1020 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 641634097 |
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| Product | hypothetical protein |
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| Protein accession | YP_001760939 |
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| Protein GI | 170726913 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.00980048 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGCTTTTTC TACTTTCTAT CACATTACTT TTACTCTTCT TTATCTATCT CTATTTAGAA
GAGGTGTCTC CTTATCCTAC TACCAGCATT GAACGGGAAG AACTAGAAGC TAACCAATAT
ACTAAAGGTG ATACTAAGCA AGGTACTGAT CAAAATATTT TACAGAACAA TAAAGCTAAG
GGTCGGAGTC TAAAAGGGTT TGAAAGAGTT GCCGATGCTA CTGACTCAAC TCAATCTTTA
AGCGATGCAT TGTTTGAGAA AGAGTTTAAA TATAGCAAGG AGCAAGTAGT CGTTGCTTCT
GATGAGGTCG AGGTGTTCGT CTCTGAGCGG CGCCGTTTAG AGCAAAAAAC GACGGGCAAC
AGGTCAATGA GGCCAGTAAA TCTTAACCCT AATGCTGAGC TATCTAGTCC CAGCTCTTCT
CAACAGCAGG TGAAGATGAT TCAAGGGGAG AAGATCCCAC TACAAGCCAC TATAAAAGAA
CCTATATTGG TAAAAGAGCA AAGGTTACTG CCCAAAAAAA AATTAGCAAG TGACACCAAT
ATTTTTACAA CGAGAGTAAA TAGCTCTGAG TGTGGGCACA CAGTGTATTA CGCTTATGAA
AGCTCACCAA CTTCAGATGA ACTTTTTATT ATCAGTCAGC TGAAGTATGG CGATCAGGTA
TTAAGTGATG AGATGTTTGC TTACCAGCAA GGTGGCGTCC AATATTTGCC TATTCAACTA
CTTGCAGAAC TGCTCTTGCT GCCAGTACAA CTTGATTCCG AGTCCCTATC GTTATCAGGT
TGGTTTATAT CTCCTGAACG AAAAATAGAG CTGAGCAATG GTCTACTAAG TTATTGGAAT
AATAAAGGAG CATGCGGGTT TCCTGATGGA GAGGTTTTCT TTGATGACTG GGATCTTTAT
TTAGATAAAG GGCTGATAGA GCATATGTTT GGTTTGAATA TTCGTTTCGA TGCTTCAAGG
CAAAGGTTTA CGATACAAGC TTCCAACGAT ATTCCTCTTT CACAACTCTT AGCAAGAGAA
CAAAAGTTTA AAGCGTTTGA AGCGGAGCAG AAAAAGCTTG CATCACAACA GATTATGGTT
GTAGAAAGCC TTAATGCCAA TATCGGCGAT CTCGCTGGGC ATATTGATCT TGGGATCGTC
TCTCAGCAAT TAGGTGATGT AAAGAGAACG AGTGATGAGG GCTTTATACA GGGGCGAAGT
GATCTTGGTG GACATAATGC TTATCTGGGT TATTCCTGGT CTGATTCTGG AAAATATATC
AACGGCTATA TTGAAAAATT TTTAAGCGAT CAATGGGTAA AACATTACCG AGTCGGCAGT
GTTGACTCTC ACTCCTTGCC ATTAGTGTCA GAGTCCAGTT CAGGCTTAGG CGTCATTATT
ACGGCTGGTG ATGGCTATAC AAATGACTTT AGGCATATTG TGATTGAAGG AGAAATTGAA
CCTGATTGGG ATGTGGAACT CTATAGAAAC AATAGCCTAA TCGCGATTCA GCGGGTGGGA
GTTGATGCAA GATACCGTTT TACAGAGGTG CCTTACTATA TAGGAACAAA CCAATATCAG
TTAAGGTTCT TCGGACCCAG TGGCGAGAGT CGCAGTGAAT CATTTAGTAA AGTGTTGGAT
CAGTCAGTAC TTGAACAGGG AAGTGTAGGA GTCAGTGCAG GTGCCATGGT CAGAGATCAA
GATCACCTGA AGCAGTACTA TTTGCATACT AACTGGGCAG TAACAGAAAA TATCACCGCA
GGCTTGTCCC TCATCAATCA GGAGCGCGCT GACGGAGATT GGCAGTTTCT TCCTAAATTG
AGCATGAATT TACTCGGTGG GGAGAACCTT TTTCAGCTCA ATTTAGCTCA TAGTGGAGAC
GGTTATGCCT TAGGAGCTGC TCTGCAAGGG AGCAGTGATA ATTTTGATTG GAATGCAGAT
TGGCAGTTTT TTGACAATTT TAACTCTTGG GAAAGTGCTC AAACTGAGTT AGTACAGGAG
GCTAACCTTA GTCTTAACAC CAATATTGAA GACTCTTCAC TTAGCTTAGC GTTATCAGCT
AATTGGAAAG AGTATATGCA GATTGATGAT TTTATTCAGA TAAATGCTCA ACTAGCTGGT
CAGTTTAACC GCCTCTCATA CAGCAATAAC ATACGTTGGC AGTCCAATGG ATCGCAAGAG
CTTGTGAACG ATCGCATTGC AATCTCTGGA AAGCTATTTA GTTGGTATCT TCGAAGTTAT
CTCGATATTG ATATTTTACC TGAGCTTGAG CTTAACCAAT GGGTCGTTAA TGCGAATACC
GCGTTAAGTG ATGATGTTAA CTACCAAGTT GAGATGAGTT ATCAGGCTCA AGAGCAGAAT
GCTCACAGTA TAAGAAATTC CATCTCATAC CTTTTTGATC AAAGCTCGCT TCGATTAGTT
TTAGAAAATT TTTCTGATGG AGACTGGTTT GCACAACTAA AATGGAGCAG CTCCTTTTTG
TGGCAACCCA GCTCAGGCCT ATTGCTACAA GACAGTGCGA GTTATTTAAA TACTGGGGCC
ATTATTATAA AAGCATTTCA GGATGATAAT GCAAATGGTG AGCTAGATGA TGGGGAGCTC
CCAGTTAGGG GACTGTCATT TTCAGGCCAT AGCAGAGGCG GGGAGAAGAC GGATAACAAT
GGTGAGTTGC TTATTACTCA CCTGCAAACT ACCCAAGCTC AACGACTAAA ACTGAATGAG
GCCAGCCTGC CAGATCCCTT CCTTATTCCG CTAGCAAGTG TGATTAGTGT TAAACCGCAT
CCTGGGCACA TTGAGAAAGT ACCATTTCCT ATTCTATATA CCGCTGAGAT GGAGGGGCAG
TTGTTTACAA CATCTGGCTC TGTGGCAAAG GGAGTGCCAA TTAAACTGCA AAGTCATACA
GCTGAAAATG AATATGCAGT CAGGGTTGAG TTTGATGGTG TTTTTATTTT TGAACGTATT
CTGCCTGGCC GCTATAAGCT CATTGTTGGA GATAAGTTTC ACGACAATGT GGACCTAAAG
CCAGGTGAGT ACCTTGATTT AGGCGTAATA GCGCTTACCG GAGAGGGAAA CGTGATCCAT
TAG
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| Protein sequence | MLFLLSITLL LLFFIYLYLE EVSPYPTTSI EREELEANQY TKGDTKQGTD QNILQNNKAK
GRSLKGFERV ADATDSTQSL SDALFEKEFK YSKEQVVVAS DEVEVFVSER RRLEQKTTGN
RSMRPVNLNP NAELSSPSSS QQQVKMIQGE KIPLQATIKE PILVKEQRLL PKKKLASDTN
IFTTRVNSSE CGHTVYYAYE SSPTSDELFI ISQLKYGDQV LSDEMFAYQQ GGVQYLPIQL
LAELLLLPVQ LDSESLSLSG WFISPERKIE LSNGLLSYWN NKGACGFPDG EVFFDDWDLY
LDKGLIEHMF GLNIRFDASR QRFTIQASND IPLSQLLARE QKFKAFEAEQ KKLASQQIMV
VESLNANIGD LAGHIDLGIV SQQLGDVKRT SDEGFIQGRS DLGGHNAYLG YSWSDSGKYI
NGYIEKFLSD QWVKHYRVGS VDSHSLPLVS ESSSGLGVII TAGDGYTNDF RHIVIEGEIE
PDWDVELYRN NSLIAIQRVG VDARYRFTEV PYYIGTNQYQ LRFFGPSGES RSESFSKVLD
QSVLEQGSVG VSAGAMVRDQ DHLKQYYLHT NWAVTENITA GLSLINQERA DGDWQFLPKL
SMNLLGGENL FQLNLAHSGD GYALGAALQG SSDNFDWNAD WQFFDNFNSW ESAQTELVQE
ANLSLNTNIE DSSLSLALSA NWKEYMQIDD FIQINAQLAG QFNRLSYSNN IRWQSNGSQE
LVNDRIAISG KLFSWYLRSY LDIDILPELE LNQWVVNANT ALSDDVNYQV EMSYQAQEQN
AHSIRNSISY LFDQSSLRLV LENFSDGDWF AQLKWSSSFL WQPSSGLLLQ DSASYLNTGA
IIIKAFQDDN ANGELDDGEL PVRGLSFSGH SRGGEKTDNN GELLITHLQT TQAQRLKLNE
ASLPDPFLIP LASVISVKPH PGHIEKVPFP ILYTAEMEGQ LFTTSGSVAK GVPIKLQSHT
AENEYAVRVE FDGVFIFERI LPGRYKLIVG DKFHDNVDLK PGEYLDLGVI ALTGEGNVIH
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