| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_2381 |
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| Symbol | |
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| ID | 6116652 |
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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 | 2919953 |
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| End bp | 2922532 |
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| Gene Length | 2580 bp |
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| Protein Length | 859 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 641633887 |
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| Product | peptidase M1 membrane alanine aminopeptidase |
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| Protein accession | YP_001760755 |
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| Protein GI | 170726729 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0308] Aminopeptidase N |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.42945 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.881926 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTATCGAG TTATGGCCAC AAGCCTAATC ACAGCAGCAT TACTTAGCTG TAGCCAACTG
CATGCAGAGC AGTTTGTGCT CAATAAACAC GCGAAACCTA TTTCTCAGGC GGTAAGTTTA
GTCCTAGATC CCCATAAAGA TGATTTTTCA GGCAGTACAA ATATACAAAT ACAAGTACTT
AAAAAAACTA AAATAATCCA GATAAACGGT GTTGATTACA CGACAAAAAA CATTAAATTA
ACAGGCGATA GCCACTGTGA TATGTCCGCT AAGATGTTAG ATACCGGCAT CGTCAATCTT
ATTTGTGATA CAGACATTTA CCCTGGTGAT TATCAGCTAC GTCTCGATTT TACCGCACCT
TATAATCGTC AATCAGTGGG TCTATACAAA ACCATTGATG CCGGCGTGCC TTACCTTTTT
ACGCAATTTG AGATGAGTGA TGCTCGTAGA AGTTTTCCGG TTTTCGACGA ACCAGAATAT
AAAATCCCAT TCCAGATTAG CATAACAGCG CCATATGATG AGAAAGTTTA CAGCAATACT
CCCTTGGTTA GCACTAAGAT TAATGGGAGC CAAAAAACTC ATCATTTTGC GCAGACTAAG
CCATTATCTT CTTATTTAAT CGCTTACGCT GTGGGTAAGT TTGAGTCCAT TCCTGTTGAA
GGGATGAAGA TCCCCGGTAA TGTGATCACC ACACAAGGAA AAGTAGAGCT TGCAAAGTAT
GCCGTTAAAG AGATGCCTGC CATTTTAGCG CGTTTAGAGA ACTACTTTGG TGTTGATTAC
CCTTATCAGA AGCTAGACTC TGTTGCTTTA CCTGAATTTC CTTTCGGTGC TATGGAAAAT
GCAGGGCTTG TCACTTACCG TGAAGATATC CTGCTTCTAG ACGAAGCTGT GGCAAATCAA
AATACTAAAC GTTCATCTAT ATCTGTTATC GCCCATGAGC TGGCACACCA ATGGTATGGT
AACCTTGTTA CCATGAAATG GTGGAACGAT CTTTGGTTAA ATGAAGCATT TGCAAGTTGG
ATGGCCGCTA AAGTTACTCA CGAGTTACAC CCTGAGTTTG AGTCGCATTT AAACCTATCT
AAAAACAGAG TCATGAGTAT GGATGCGCGA CTCTCTACTA AACCGATCCG TAAGCCTATT
AACACTGAAG CCGATATTAT GGACGGGTTG GGCTTAGCTT ATAGCAAAGG ATCTGCAGTA
CTATCTATGG TTGAGAACTG GATTGGTGAG GAGGATTTTA AACAAGGGAT CCGTCAATAT
ATTAAAGATC ATGCTTTTAA AAATACCAGT GCAGATGATC TTTGGAATGC CTTATCTAAG
GCTTCAGGTA AAGATGTTGC TCAAGTACTA AGTACATTTA TAGAACAAGC ATCATACCCG
CTTATTATGG TCAAGGTCAG TGGTAATAAC TTGAATCTTT CTCAGGAACG TTTTGTATTT
GCTGGCAGTC AAGCATCAAG CCAGGAGTGG GTAGTACCTG TCTCAATCAA ATATGGGAAA
GGGGATAAAC AGATCACTGA AACAGTACTA CTTGATAGTA AAAACAAACA GATAAAGCTT
CAATTTACTC CAGATTGGGT ATATCCAGAT GCGGATGGAA TGGGTTACTA CCGATGGTTA
TTAGGTGATA AGCAACTAAA TAACTTACTA AAAAACGCAA AAAATGTGCT CACCGACAGG
GAGCGTAAAG CGTTAATATC TTCAGCAGAC GCACTACTTG CAGGCGGATT CATTACAGCC
GGTGAGTTAC TCTCCATTCT TGGTGAATTT GTTGACGATG CACATCCGCA GGTTGTTTCA
TCAGCATTAA GTTACCTGCA GATCCAGAAA GCTACTTTTG TTGATCAATC AAACGAAGCT
AATTGGGCTA AGTTTATTAG CACAAAAGCT CGCAGTGCGA TTAATAAATA TGGCGAAGTG
GCAATTGAAG GAGAGAGCAT AGCAATCAGC AAGTTGCGTC CTAGTCTTAT CTCAATTTTA
GCCTTTGAAG GTAAGAACAA AACGATTATC GCAGCAGCCA AAAAAGCCAG TCTAGATTAC
CTTGATGGTA GTAAGTCATT TGATGCTTAT CTCATTGGAA CTCAATTACA AATAGCTGTG
TATTATGGAG ATAATGAATT AATACAAAAG TTTAAAACAG TCTTTGAAAC GACTAAGAAT
CCACAAAAGA GAACACAATT AATGTATGCA CTGGGATTTG TTGCCGAAGA GAAGCAGCAA
AAACAGATAC TGGATTATAG TTTAACAAAC AAGTTAAACT CTCCTGATCT TGGCTATATT
ATGTATGGTC AGAGCTATAC TCAAGCAAGA AAAGAGATTT TTAGAACTTG GTTATATAAC
AACTATGCTG CAGTAAAAAA TAAGTTACCT CCATTTTCCG TTGCAAAACT GCCGAACTAT
GCAGGCGATG GTTGTGATTT AGTCGCACTC GATAAAACCA ACCTATTCTT TCAACCAAAA
CTTAAAGATT CTCCCGAGTT TACACGCAGC TTGGCCAAGT TGAATGAGAA GGTAAAAAAC
TGTGTACAGT TGAAAAATCG AGAACAGGCG AGTGTTGATC AGTACTTGCA GAAACATTAG
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| Protein sequence | MYRVMATSLI TAALLSCSQL HAEQFVLNKH AKPISQAVSL VLDPHKDDFS GSTNIQIQVL
KKTKIIQING VDYTTKNIKL TGDSHCDMSA KMLDTGIVNL ICDTDIYPGD YQLRLDFTAP
YNRQSVGLYK TIDAGVPYLF TQFEMSDARR SFPVFDEPEY KIPFQISITA PYDEKVYSNT
PLVSTKINGS QKTHHFAQTK PLSSYLIAYA VGKFESIPVE GMKIPGNVIT TQGKVELAKY
AVKEMPAILA RLENYFGVDY PYQKLDSVAL PEFPFGAMEN AGLVTYREDI LLLDEAVANQ
NTKRSSISVI AHELAHQWYG NLVTMKWWND LWLNEAFASW MAAKVTHELH PEFESHLNLS
KNRVMSMDAR LSTKPIRKPI NTEADIMDGL GLAYSKGSAV LSMVENWIGE EDFKQGIRQY
IKDHAFKNTS ADDLWNALSK ASGKDVAQVL STFIEQASYP LIMVKVSGNN LNLSQERFVF
AGSQASSQEW VVPVSIKYGK GDKQITETVL LDSKNKQIKL QFTPDWVYPD ADGMGYYRWL
LGDKQLNNLL KNAKNVLTDR ERKALISSAD ALLAGGFITA GELLSILGEF VDDAHPQVVS
SALSYLQIQK ATFVDQSNEA NWAKFISTKA RSAINKYGEV AIEGESIAIS KLRPSLISIL
AFEGKNKTII AAAKKASLDY LDGSKSFDAY LIGTQLQIAV YYGDNELIQK FKTVFETTKN
PQKRTQLMYA LGFVAEEKQQ KQILDYSLTN KLNSPDLGYI MYGQSYTQAR KEIFRTWLYN
NYAAVKNKLP PFSVAKLPNY AGDGCDLVAL DKTNLFFQPK LKDSPEFTRS LAKLNEKVKN
CVQLKNREQA SVDQYLQKH
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