| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_1678 |
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| Symbol | |
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| ID | 6115919 |
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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 | 2081055 |
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| End bp | 2084255 |
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| Gene Length | 3201 bp |
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| Protein Length | 1066 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 641633160 |
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| Product | ASPIC/UnbV domain-containing protein |
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| Protein accession | YP_001760058 |
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| Protein GI | 170726032 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | 31 |
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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 | ATGCGAGATT TTAGCTATAG ATCTACATCT GTTGTTAGCT TAAGTGATCG TTTGATACCT
CGTTGTTTTA GTTTGTGTCG TTTCACCTTA AGCGCTGTTT GTATTAGCGT CCTTTCTTCA
TCGGTTTTTG CCAATGAGTT ACCACAAAAG CCTCATCTTG ATGATGGCAT TTTACGCTTA
ATGGGTAAGT TAGAGTCAGC TAAAGATCCT AAGTGTCATG CTACAGCAAC TCGTCTCGAG
GGATTAATAT ACGGCACTCC TCTCACCGAA GATGCTCGCT ATATAAAAAC TGAGTTTCAG
AAAAGACTTG TGAGAGACAT CTGGCAGCTT GCGGCGACTG AAAACCCTGA TTTGGATCCT
TTAGATGAGG AGTCTGTGCT AAAAGCGGCC GATTCACTTT TTAACACCCA GCATGTTGAG
TTAGGGACGC AAACAGCCAC TAGAGTAACT GTAGAAAAGT TAAATGCTGA TATTACAGAT
CGAGATCAGG AGCACTATGG CTCAATCGCC TATACGCTAA GGGCGATGTT AGCTGTGCAG
CAAGATGTGC TACTTGATTT TGATGCTGAG CTTCCTGAGC TGAGCGATGC TGCCGCAGAG
TTACTCACTC AGAAGGTAGA TCTGTTAACT CTGATGTTGC TTAAAATGTC GGATGAGCAA
GCCAGAACTG CCGATGAATA TGAAATATCG GCAAGCCAGG TTCAACAGGT GTGGCAGTCA
ATTTTCCCTA AACAGTTTAT TAAAGACGCT AATTCGCAGC GAGTTGCTGG CAGCGAAAGT
GCAAAGGCTG CCAGCTCTTC AGGTTTGTTG ATGCAATTAA TTGAGCAAAA AATTGCAGCA
TTTTCAGAGT ACAATGATGT TAATCAAACT CTGTTTGCCC GTAACCTTCA AGTCTATTTT
GCTAAACTTG CCCTCCCTAA AGATGCAGCG AAAGCTTCTG AGTTCAAACA ATATTTTACT
GAAGCTATGA TTGCTTTCTC TGGAACTCTG TATCTGGATG CTCAGTCAAG AGTGCAAGGT
GAGATAACCA TTGGTGAAGC TGAAGTTGCA GCTGCATTGC AGTCACTTTT GCCTCACAAG
GTTAATGAAT ATGAAGATGT GATCTTCTAT CCAAACTATC CGAAAGAGAA ACAGGTGAGT
ATCGAATCTT ATGATATGGA CTCATTTCGT GATTCTGGCC TGCACTGGTT ATACCTTAAA
GAGGCTTTGG TCGATGCAAA GTCATTAGTC AAACTTGAGG CCGACCCTTT TGCCGCTGAG
CTATTAAGTG AAGCGATCGC TCACTATGGC GTACTTCTAT TAAGGAACAC TGGCATAGAA
GGGAAGCGAT TAAAACAGAC TGAGTTAAGT GCTCAATTGG TGGCTCAAAG CTATGAACTT
ATCATGGCAG ATGTTCAGGC TTATAAAATC TATAAACCTG ACGTTGTGAA AACAACGGGG
ATTATCTCTG CTGGCGGCAA TGGGGCTAAA TCAGAGATCC GTTACTTTAA AAATGTCACC
TTGGATAAAT CGTTTAAGGC TGAACACAGA TCATCCGACT GGTTAAGCCG TCAGTTAAGA
AGCTACCTAA GTAAAGATGC ACAAACTGGT ATTATCACCA TTCCTCCCGC TTTTGGTGGT
GGAGGTATTG CTGCTGAAGA TATCAACGGT GATGGACTTA TCGATCTGCT GGTATTAAGT
GGCTTGGGTA ATAAGCTGTA TCTTAACAAA GGCGATAAGT TTGAAGATAT CACCACTGTG
TCAGGATTAA GTAACATTAG TCAGCGCAAG GGAAGTCATG ACAGTGCTGG GGAGCCGCGA
CAGCCATTAA TTGCGGACTT TGATAATGAT GGTGATCAAG ACATTATTAT CACCTATGTC
GATGAAGCTC ACCGTGTATA CCGTAATGAG GGAGAGCTTA AGTTTACTGA AGTCACTGAC
ATTGCCAAAC TTGGGGGAGA AGGGTTAGTT GGTGGACCCG CAACAACTTT TGATGTCAAT
AATGATGGTT TGTTAGATCT CTATATTCAG TACTTCGGCA ATTACCTTAA GGGGGATTTA
CCTACGTTAA AAAGGCGCAA TGAAAATGGT GGAGTCAATG TGCTTTTTAT CAACCAAGGG
GATTTTAAAT TTGCTCAAGC AAAAGAGGCG TTAGGGGCTA ATAACTCTGG TTGGGGTCAG
GCTGTCACTC ATACAGACTT GAATATGGAT GGCTGGCAAG ATCTGATTGT AGGTAATGAC
TTTGGCGTAA ATGCTTATTA TATCAATAAG CATGGTAAAG AGTTTGTTGA TTATGCGGCA
AAGATTGGCA CGTCTAAACC CTCATATACC ATGAGCTTAG GCTTGAGCGA TCTCAATCGT
GATGGTGTTG CTGATGTTTA TGTCTCCAAC ATTGTAACAA TGAATAAAGA TCAAAAATAT
GTACTGCCTA GTGAAGACAC TACCGCTGAA TTTAACCCCG ATAAGCTTGC CAACATGCGA
GTGGTTGAAG GTAACGATCT ATTTTTATCA ACCTTAAGTG AAAAGGGGAG CCTTCAATAT
CAACACAGTG ACCTGATTGG TCGAGGGGCT TCATCCACCG GCTGGGCATG GGATGCTGAT
TTCTTTGATG TCGATAATGA CGGTGATGAA GACCTTTATG TTCTAAATGG CATGAACGAC
TATTACGTTT ACTCCACTGA TAACCCCTAT TATACCGACC CTATGACAGG TGAAAGCCTA
GATGTGAACT TTCCTGATGC CGCTAAGGCC AGTAACGTTT TCTTCCTCAA TGCCAATGGA
AAGCTTTCGA ATGTGTCGGC GATGAGCGGT TTGGATATCG TCGCCAATTC ACGCTCTGCA
GCGTATCTTG ATTTCGACAA TGACGGCGAT TTAGATTTGG CGCTGAATAA CTACCATGAC
ACGGCACAGC TTTTTGAAAA TCAGGCACAG ACACTGAACA ACAATTGGAT AAAGATAACC
CTTAAAGGTT CACCTAAACA CGGTGTTAAT CTCGATGGAA TTGGGGCTCA GGTGATTCTG
GGTTATGGCG AGGATGGCTA CAGTTGGCGA CAAGTGAGTG GCAGCCAAGG TTATATGTCA
GTCCACCCTA AGCAGCAACA CATAGGTTTA GGTAAGGCAA CGACTGCTAG AGTGTTGATT
ATCTGGCCAA ATGGTCAGAG ACAGAGCTTT GATAATGTGC AGGCAAACAA AAGTTATACG
ATAGAGTATC CAGAGAAGTG A
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| Protein sequence | MRDFSYRSTS VVSLSDRLIP RCFSLCRFTL SAVCISVLSS SVFANELPQK PHLDDGILRL
MGKLESAKDP KCHATATRLE GLIYGTPLTE DARYIKTEFQ KRLVRDIWQL AATENPDLDP
LDEESVLKAA DSLFNTQHVE LGTQTATRVT VEKLNADITD RDQEHYGSIA YTLRAMLAVQ
QDVLLDFDAE LPELSDAAAE LLTQKVDLLT LMLLKMSDEQ ARTADEYEIS ASQVQQVWQS
IFPKQFIKDA NSQRVAGSES AKAASSSGLL MQLIEQKIAA FSEYNDVNQT LFARNLQVYF
AKLALPKDAA KASEFKQYFT EAMIAFSGTL YLDAQSRVQG EITIGEAEVA AALQSLLPHK
VNEYEDVIFY PNYPKEKQVS IESYDMDSFR DSGLHWLYLK EALVDAKSLV KLEADPFAAE
LLSEAIAHYG VLLLRNTGIE GKRLKQTELS AQLVAQSYEL IMADVQAYKI YKPDVVKTTG
IISAGGNGAK SEIRYFKNVT LDKSFKAEHR SSDWLSRQLR SYLSKDAQTG IITIPPAFGG
GGIAAEDING DGLIDLLVLS GLGNKLYLNK GDKFEDITTV SGLSNISQRK GSHDSAGEPR
QPLIADFDND GDQDIIITYV DEAHRVYRNE GELKFTEVTD IAKLGGEGLV GGPATTFDVN
NDGLLDLYIQ YFGNYLKGDL PTLKRRNENG GVNVLFINQG DFKFAQAKEA LGANNSGWGQ
AVTHTDLNMD GWQDLIVGND FGVNAYYINK HGKEFVDYAA KIGTSKPSYT MSLGLSDLNR
DGVADVYVSN IVTMNKDQKY VLPSEDTTAE FNPDKLANMR VVEGNDLFLS TLSEKGSLQY
QHSDLIGRGA SSTGWAWDAD FFDVDNDGDE DLYVLNGMND YYVYSTDNPY YTDPMTGESL
DVNFPDAAKA SNVFFLNANG KLSNVSAMSG LDIVANSRSA AYLDFDNDGD LDLALNNYHD
TAQLFENQAQ TLNNNWIKIT LKGSPKHGVN LDGIGAQVIL GYGEDGYSWR QVSGSQGYMS
VHPKQQHIGL GKATTARVLI IWPNGQRQSF DNVQANKSYT IEYPEK
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