| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_4403 |
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| Symbol | |
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| ID | 6118758 |
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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 | 5335844 |
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| End bp | 5340235 |
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| Gene Length | 4392 bp |
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| Protein Length | 1463 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641635965 |
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| Product | hypothetical protein |
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| Protein accession | YP_001762750 |
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| Protein GI | 170728724 |
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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 | 10 |
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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 | 17 |
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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 | GTGATTAACA TTATCCGCTT ATTTATTTTC TTGTTGCTGT TATTTCCCGT TATCGTTGCG
GCGGTGCCTC AATGTGATGA GATCTTTACC GACCCTCCAA CAGACAATCT ATTTCCTAAT
GGGTTGAATC CACCTGCTGA TATTGGCCCG AGTTTAGGTA ATTTAACTTG TGATCGTAAT
GGGTGTACTG GTCACAGCTC TAGTTTTACC CCCGGGAATT ATAATTTTAA CAATGGTAAT
TTAAAAAACG GCTCTGTTAT TACGACTAAT GGCAAAACGA CCCGGCTCTA TTTCGATACC
TTAACGCTGA ATAATGCCAG TATTAACCGA ACTGGTGAGA CTGAAGATCT GATTATTTTT
GTTAAAGGTG GACTATCGAT AGCTGGGCAG AATTTTATCA ACGGTATTGT TTATGCTGGG
GGGGCCGTTG ATTTGGCTGG TAATGCCACT ATCGATGGTG CTCTCGCTTC TGGTGGTGGG
ATGACGATTG GAGGCAATGG AAGTATCGAT TTTGATGAAG AGGCTATTGA GAATGCAGAT
TTTGGTGGCA TGTGTAATAA CAATCAATCT TCGTTTAATA TTCAATTTGG TAAAGCGTCA
TCGACTACTG TTACCTTCGA TAAAGCGTTT GATTCTGGTG TGACTCCGAT AGTTTTCTTG
ATGCCCACTA TTTCAGCCAA TAACCCAGAT ACTAATGACG GTCCAGCTTC CGTTGTTCCT
GTTAACATCA CTAGTTCAGG ATTTACCTGG AGGCAAGAGG AACCTGCTAG TGCAGGTAAC
CGTTATATTG CATCACAGAC CATGGCCGAG GTTCACTGGA TTGCGGTTAC CCCTGGTGAG
CATACACTCT CTGATGGCAC TGAGTTGGTA GCAAAAGTCA TCAACCAAAA CAGGGCGTTT
GGTCTCAATA ATAGCCCCTA TACCAATATA CCTCTCGATT CCGATCTTGA TGTTGTTTTG
AATCAAAAGC TCACTTCGGT CAATAATTGT TGGTTAACGA GTACATCTGA GTTTTATGGT
TCTGGTATTC GATTAGCGCT GGATGCCGCA GAAGTGCGTA TAGGGAGTCG ATGTCAAACA
GGGAATCGAA ATTCATTACA AAACGAGAGA GTTGGCTATC TGGCTATTGA GTCAGGTACT
GGTACTTTTA GTTTTGATGG TGATGAAATT ATTTATCAAT TTGCTCGCCA ATATCAAACA
GCGCCAGGCA CCGGGGATCT CTCATATCAA TGTGGCAGCG AAAGTACGCT AACGGGTTTT
AATAACGCGC CAACTCTGGT TGCTGGAAAA AACTCTAGAC GTGGTGGCGA CGGTGGTTGG
TTGAGGCGTT GTAAATTGAC CAATAATAGA GTCAGTATGG TGAATGATGA GGATACCTAC
CAGAACACTG AAAGACGGCA TGTTTATGAG TTTTACAGCT TTGTTGCACT GGAGAAAAAG
GAGCGACAGT TAACCTGTTT TAACGATGAT TTTTCTCAGG GTAGTTTAAC CGATAACTGG
GTGGTAGCAA AAAGTAGCGG TAGTTTTACC CCTGCAATTG TTAACGGCCG GTTAAGACAG
ACGGAAAGTG CAGGTTATCA AGCAACCTCT GCGACCTATC AACGACTTTT TCTTGCCGCA
GATAACTTAG TTACCATTGA GTTTGACCAC TTTGCTTACG GTGGTAACGG GGCTGACGGT
ATTGCAGTTG TTCTATCAGA TGCAAGCGTA ACTCCCCAAC CTGGCGCCGC TGGTGGCCCC
TTAGGCTATG GTGCAAGAAG TAACGTTGAT GGATTTGCTG GTGGTTGGTT AGGTATTGGT
ATCGATGAGT ATGGAAACTT CTCAGGTGAA GGGAGTAATA CCGATAATGT GGGTCGCAGA
CGTCAAAGTG TGGCTGTAAG AGGCTCAGGT TCTGGTACTT CAGGTTACGG TTATTTAAAA
GGGGCGTGTA ATAACGGCAC CACTAATACC AATGGAGATT GTTTAAACCC TAGAGTCGAT
AATAACAATG GAAGTCCTAC ACACAGGTAT CGTATTACTG TTGACTCAAG AGTTGCAGGG
CAATCCATTG TGGAGGTTCA ACGTAAAACG AGCGGTGGAT TTGTCTCAAT CGTTCCCCCT
TTCGATGCTG CAAGTGAAAC AGGACAAGCT GCAGTACCTG ATGATTTTAT TCTTTCACTC
ACAGGTTCTA CTGGCGGGCT AACTAACATT CATGAGATAG ATAATGTAGA GGTGTGTGCA
TTAGAGTCTA GACCCGTTGG TGTGGTAATC GATCATTTTG AGTTTACCCA TTCAGGGAGT
GCATTAACTT GTAGCCCAGA AAATATCACC ATTAAAGCCT GTGCCAATGC AGACTGTAGC
CAAACCGTAC CCGATCAAGT AACCGCGACA CTAAGCCCTG CCAGTGTCAC TGGAGGAGGG
GGGTGGAGTG GTACCGGCGT TGTGGGTAAT CAGGTGACCT TCACAGGAGG TTCGGCGCAA
ATCCAACTGA GTCGAACAAC CCTTGGTAGT GTGACCATGG ATATGACTGG CTCGACTCCT
GGTGCAAAAC CCTTTAGTCA AACTCTTTGC CGTGTTGGTA CATCAACTCC TACAACCCAA
AACTGTACTT TAACTTATGC CGATAGTGGT TTTGTATTTG GGGATCTAAC AGCATCACCA
AATAACGGTA TTCCAGATGA GTTCTCCAAT AAGCCGTCGC AAAATATTCT TGTCAATGCA
GTGAAGAAAG ATGAGATCAC TAAGCAGTGT ATTGCGGGTT TTGCCAATGA ACAAAAGTCT
GTTGCTTTTT GGAGTAGTTA TACAAGTCCA AATTCGGGCA CTAAGAAAGT GAAAGTAAAG
TCCGGTGCAA CTGAAATTGA TGCTGGGCTG AACTTGGCCG GTGCTGTGCC GCTTAATCTA
TCGTTTAATG CTCAAGGGCA AGCGACCATA GATGTTAATT ACGCCGATGC TGGACAGATG
ACACTCAATG CGCGTTATAC AGGCTCTGGT GATGAAGCAG GACTCATCAT GGATGGAGCG
GATACCTTTG TTCGTTACCC TAAAGGTTTA TGTGTGTTGC CTGAGACAGC AGCTATTTGT
ACAGCAGGTG CTAGTTGTAA TGTTTATAAG ATGGCGGGAG AGAGTTTTCC ATTTGTCGTA
AAAGCGATGG CTTGGGAGAG TGATAGTGAT GGAGACTTGT GTGATAACTT ATCTACTCCT
AATTATACCC ATCAAAATAT TGATCTTAGT TTAAACCTTG TGGCTCCCAG TGGAGGCTCT
GATGCCGCTG AAATCGCTGA TTATAATCAT ACGGCCTCTA GCGATGGGGC AAACTCTCTG
ACCCGAGCAG TATCTGAAGT TGGGGTATTC AGTATTACTG CTGAACCTAA CCCTAGCGCT
CCTAAGCCAC CTAATCCATA TTTAGGCATG GTTAGGCCCA TTGAACCGGG AACAAGTGAA
CCTATTGGCC GTTTTGTCCC CGCTTATTTT GAGCTCTCAG GTCAAAGCAT TATGCCAGCT
TGCAGTAATA GCTTTAGTTA TATGGAGCAG CCATTCTCCT TGATGATGAC TCTTAGTGCT
AAAAATTCAG CAAATGCGAT AACAAAGAAT TACTTTGGTG GCTTTGCAAA AGGTACGGCT
GGATTAGTCG CTGAAAACAA TCTTAATGGT ATCGATTTAG GTGCTCGCTT ATCAGGACTA
TCTGCTCTGA GTTGGCCGAC CTCAAATACA GGAGGTAATA GCAGAGGCAC TGCTGTTGTT
AACGACAATA TTCAATTTAG CCGCCTTGGT AATCTGCCCG ATGGTCCATA TCAACTGCTC
GATATAGGGG TAAGAATGGA TGATGGAGAG GGGACGACTC ATTACTCCTT TATTAAAGAC
CCAGATATGA ATGCAGCGAG TGCTGGAAGC TGTAGCGGAG CTGGGTGTGA TGCGAAAAAG
GTATCGACTC AAGATCTGCG TTATGGTCGT ATGGTACTTG AGAATGGCTA CGGGCCAGAA
TCTGAAAGCT TACGTTTACC ACTGAGAACT GAGTATGTTA GCGCAGTGAC TGCGGGTGTG
CCAATTTGGA CCATCAATAC CGATGACTCC TGTTCTGTTT ATAACACATT GACCTCTTTA
GACACCTCAG AGACTGCGAC GACGGGATTA AACATGACGT TACCGCCAGG ATTCCCAACG
ATTAATGCCT ATAGCGACAT TGATTTAACT CTGCAGTCTG GTGTGGTCGC ATCTGGTGTC
GATCAGCTCT ATTTTTCTGT CCCAAATGCT TCGGGTGAGG TACCTCTTAA GCAGCATGTT
GAGCCTTGGT TAAAGTGGTA TTGGAATTAT GATGGGAATA ATCCCAATGG GCTGTACGAT
CCAAGAGCGA GTGCGTTTTT TGGCACCTAT CGCGGACATG ACAAAGTGAT CTATTGGCGT
GAGGTTAACT AG
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| Protein sequence | MINIIRLFIF LLLLFPVIVA AVPQCDEIFT DPPTDNLFPN GLNPPADIGP SLGNLTCDRN
GCTGHSSSFT PGNYNFNNGN LKNGSVITTN GKTTRLYFDT LTLNNASINR TGETEDLIIF
VKGGLSIAGQ NFINGIVYAG GAVDLAGNAT IDGALASGGG MTIGGNGSID FDEEAIENAD
FGGMCNNNQS SFNIQFGKAS STTVTFDKAF DSGVTPIVFL MPTISANNPD TNDGPASVVP
VNITSSGFTW RQEEPASAGN RYIASQTMAE VHWIAVTPGE HTLSDGTELV AKVINQNRAF
GLNNSPYTNI PLDSDLDVVL NQKLTSVNNC WLTSTSEFYG SGIRLALDAA EVRIGSRCQT
GNRNSLQNER VGYLAIESGT GTFSFDGDEI IYQFARQYQT APGTGDLSYQ CGSESTLTGF
NNAPTLVAGK NSRRGGDGGW LRRCKLTNNR VSMVNDEDTY QNTERRHVYE FYSFVALEKK
ERQLTCFNDD FSQGSLTDNW VVAKSSGSFT PAIVNGRLRQ TESAGYQATS ATYQRLFLAA
DNLVTIEFDH FAYGGNGADG IAVVLSDASV TPQPGAAGGP LGYGARSNVD GFAGGWLGIG
IDEYGNFSGE GSNTDNVGRR RQSVAVRGSG SGTSGYGYLK GACNNGTTNT NGDCLNPRVD
NNNGSPTHRY RITVDSRVAG QSIVEVQRKT SGGFVSIVPP FDAASETGQA AVPDDFILSL
TGSTGGLTNI HEIDNVEVCA LESRPVGVVI DHFEFTHSGS ALTCSPENIT IKACANADCS
QTVPDQVTAT LSPASVTGGG GWSGTGVVGN QVTFTGGSAQ IQLSRTTLGS VTMDMTGSTP
GAKPFSQTLC RVGTSTPTTQ NCTLTYADSG FVFGDLTASP NNGIPDEFSN KPSQNILVNA
VKKDEITKQC IAGFANEQKS VAFWSSYTSP NSGTKKVKVK SGATEIDAGL NLAGAVPLNL
SFNAQGQATI DVNYADAGQM TLNARYTGSG DEAGLIMDGA DTFVRYPKGL CVLPETAAIC
TAGASCNVYK MAGESFPFVV KAMAWESDSD GDLCDNLSTP NYTHQNIDLS LNLVAPSGGS
DAAEIADYNH TASSDGANSL TRAVSEVGVF SITAEPNPSA PKPPNPYLGM VRPIEPGTSE
PIGRFVPAYF ELSGQSIMPA CSNSFSYMEQ PFSLMMTLSA KNSANAITKN YFGGFAKGTA
GLVAENNLNG IDLGARLSGL SALSWPTSNT GGNSRGTAVV NDNIQFSRLG NLPDGPYQLL
DIGVRMDDGE GTTHYSFIKD PDMNAASAGS CSGAGCDAKK VSTQDLRYGR MVLENGYGPE
SESLRLPLRT EYVSAVTAGV PIWTINTDDS CSVYNTLTSL DTSETATTGL NMTLPPGFPT
INAYSDIDLT LQSGVVASGV DQLYFSVPNA SGEVPLKQHV EPWLKWYWNY DGNNPNGLYD
PRASAFFGTY RGHDKVIYWR EVN
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