| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shew185_3674 |
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| Symbol | |
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| ID | 5372023 |
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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 baltica OS185 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009665 |
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| Strand | + |
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| Start bp | 4364742 |
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| End bp | 4368887 |
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| Gene Length | 4146 bp |
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| Protein Length | 1381 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 640831932 |
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| Product | hypothetical protein |
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| Protein accession | YP_001367862 |
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| Protein GI | 153002181 |
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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 | 29 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAGAGAAA ACTCCTTGGC AAAAATCGTT TTAAGATCAA ACCCTAATGA AATCAGAGAT
GTTCATGTAA TTTTCATGCA TGGATTGGGG GGTAATGCAG AAAATACTTG GTTAGATCGA
AAGACTAAAC AAGATGCTTG GCCACTATGG CTTATGAAAG ATTGTGATGT TCTAAATATA
TGGACAGTAG AATATGATGC TCCAAAACTT AAGTTTAATA GCTCAGGTAT GGGTATTCCG
GATCTTGCTA CAAATATTTT TGAGAACTTA CTAAAAATTC CGGAGCTAGC CGATGGAGAA
ATAATATTTG TTTGCCATAG TCTTGGAGGA TTAATTACAA AACAAATTTT AAGGCTTGCC
AATGATCAAA ATAAAAGAGA AGTTGCACAT CAATTTATAG AAAGAGTTAC TGGCGTTGCT
TTTTTAGGAA CTCCTCATCT CGGCTCTGAC ATCGCAACTC ATGGCCACAA TATTTTTGCC
AAAGGTCTTT TGAGATGCCT AACATTTCAA CAACCATCAA TAGCTGCTGC ATCTTTGAGT
CGAAATGACC CCAACCTAAG AGAATTAAAT ACTTGGTATC GAGATTGGTG CCAGCACAAA
GCACTGAGAC ATCTTGTCCT TATAGAAACT GAAAAAATGT ACGGTACTAT CACTGTTGTT
AAACCAGACA GTGCTGATCC AGGTATAGCT GGGGTTAGAG CTATTCCTAT TGCGGTTAGT
CATGAAAACA TTTGTAAGCC AAATGATAAA AATGATGAGA TATATACTCA TATCAAAGAA
TTTGTATCTC AAAAAAAAAG AGATTTTCAT AAGCTATGGA TAAGTTCACG ATTTCATAAC
GATATAAACG CATGGGAAGG ATATAGTAAC TGGGCAAATT GCCCCCATGG AACGTCCGGT
GAATATTTCG TTGATGAACA GGTTAGATTG CTTGATTCAT CTTCAAGCAA TAATGAAGGA
CTTAAAGGTT TAGACGGCTT AAACCTTATT AGAAATAAGT TATTAGAAAG AAAAGCGTCT
ATTAGACTTG TTGGTTTATC TGGTGTTGGA AAAACTAGGT TCGTGCAAGC CTTGTTTGAT
GAGCGTATTG GTGAAAACCC TTTGCCCCAC AAGGCTGTAT TTTATACTGA TATGGCAAAC
GGCCCAAAAC CAACACCTCA AGCTTTGGCT GAAAAAATCG CTGGCGAAGG TCGAAAAGCA
GTTTTAATAA TAGATAACTG TCCGCCTGAC CTACATAGAT CTCTTACAAC CTTATGCAGC
ACTGAAAGCA GCAACACCAA TTTACTGACT GTCGAGTATG ATTTACGGGA AGACCAACCA
GAGCAAACAG AAGTGTTCTC TTTAGAGCCA TCTTCTATCG AGCTTATAGA AAAAATACTT
AACGCTAGAT ATCAGCACTT AGGGCAGCAA AACTCTCGAA CAATTAGTGA GTTTTCAGGT
GGTAACTCAA GAATAGCTTT AGCATTGGCC GATACAATAG GAAAAGACGA AAATATCTCA
AGTTTAAGAG ATGAAGAACT ATTTAAAAGG CTATTCTATC AACGTCACTC CAATGAAAAG
TCACTAGAAA AAGTGGCTCA ATACCTTGCA CTAGTTTACT CATTCCAAAT TAACAGTGAG
AAGATTTATA GTGATGATAT TGCTTTTCTC AGTAACCTCT CTGCAATTCC ATCAAGAGAT
CTTTATGAAT CAGCTAAAGA GTTGAAACGT AGAAATTTAG TTCAGCAACG AAGTAAGTGG
ATGGCTGTAT TGCCGCACCC AATTGCTAAT AGGTTAGCAA AGTATGCGTT AGAAAATATA
AGTACCGTTG CCATTTCTGA TAACTTTAAT AAATCTACAG ATGAGCGATT ATTAAAATCA
TTTTCAAGGA GATTAGGCTA TCTAGCTCAA TGTGAAGAAG CCAAAATCAT CATTAATGAT
TGGTTAAATG AAAACGGACT GTTACATAAA CTATATTCAG AAGGAAAAAA TGAGCTTGCT
TGGATATTGC TCAATAATAT AGCTCCCATA TCAACTAAAG AAGTTTTACT TTACATTGAA
ACCTTAGCTA AACAGCCTGA GTTTTGTACA CGAAAAAATA AACAATTCAC CGAAATAACA
AGGCTTATTA GATCTATTGC ATATGAGGAA CAGTATTTTG GCACATGTGC CAGATTGCTA
TGTCAATTCA CACTATCTGA AGGTAAAAAT GAGAATTACA ACTCTATCAG AGATATTTTA
AAATCATTGT TCCAACTTTA TTTATCTGGA ACACATGCAA CCAAAGAACA GCGTTTAGAT
GTTATAAAGA ATTTAATTTC TAGCACTACC GAGCATAGTG TAGATCTTGC TTTCGAGCTA
TTAGATTCAT CTCTTGAAGC TTGGCACTTT TCCTCAAGCC ATAGCTTTGA TTTTGGTGCA
AATCCAAGAG ACTTTGGTTA TAGACCAAAA ACCAACCAAG ATTTTGCAGA CTGGTATCAG
TTGTTCATTG AATATACATC TGAATTTATT ACAAATAAAA CACCTCACTC GGAGCGAGCC
AAAAAAGTAC TAGGCAAAAA CCTACGTAGC TTGTGGCGAC AAAATAACTT AAGAAATTTA
ATTGAAAGTA CTTGTATAAA AATAAGCACT TTAGGAATGT GGGCTGATGG TTTTTCTGCC
ATTCATGAAA TTTTAAAATG GGATTGCAAA ACTTCCACAG AAACGGAAAT ACAGAGGTTG
CAATCTATTG CAAAGCAATT ATCACCTAAG TCCTTATTAG ACGATATAAA CATGTATGTA
TTGGCTGATA AATGGAAATT TCATGATTTA GAAGAATACG ATGAGGATGG TGTTTTAATT
GAGCATGGTT ATAAAAAAGT ACAGCAGTTT TCTATAGATT TGGGGGTAAA AGTTGCAAAT
ACTGATAGTG AGCTACTTCA ATCTATGTTG ACTGAACTTC TATCATACAG TGGTTCTAGC
TCTAACTTAT TTGAATTTGG AGAAGGCTGT GCAGAAGGAA CCCATAATAA CGAAGAGTTA
TTAACCCTTA CTATTTCTGC ATTAGAAGAA ATTCCTGAAA AAGAACGAAA CATTAACTTC
TTATGTGGTC AAATTAAGCT CCTCTCGAAA GTTAATATCA ACCTCACCAA TACTTTCTTA
GATAAATTCA TGGAACACCC TGAACTCAAG CAATACTTTA TATTAGTCCA ACTGAGTTAC
GTTATCGACC AAGATGCAAT TGCTCGAATA CTTAAAGCAT TAAAAGAAAA TATATCTCCA
GTTTGGATGT ATAGAAACTT AGCATGTGGT CGTAGTCACG AACCAATAGC CGACGATCAG
CTATGTGAAA TGTTAGATTT AATTTGGAAA CAAAAATACG GCCAGGCAGT TGCCATAGAA
ATACTATCAA TGCGCTTTCA CGGGCTAATG CAAAACCAAC ACTATGTTGT TTCAGACTTG
CTTAAAGAGA AATCGGCATC ACTTTTAGCA ACATTCAATT ACTCAGAAGA AAAAGGACCT
TCCGGTGGCG GCGATTATAG TTTAACCCAA ATTGCCAATG TCTGCTTTTC TGCTGGTACA
AATGAAAAGT ATGCTTTAAC TGTTCTAGAA GCAATTAAAG CGAAAATTTT GACTCATATT
ATCGGCAGAT ATGATTTCCC AGAATTTATG TCTACAATTA TTCAATTACA TCCTATTTTA
GCCCTTAAAG TATTTATAGG TAAAAATAAA GAAATAGAAC CTCAGATAAA AAATGCAATA
AAAGGTAGGC TTGATAAGAA AGTAAGCCCA TTTTCGAAAG TTGATATAAA AAGCACGTTA
GATTGGTGTA AATGCAACGG TAAAGATAGC TATCCAGCTC TCGCATCAAT TATTACACCT
TACCGATCAA GTGAAAAAAC TGTTAAGTGG ACACAATTAG CGATTGAATT GTTACAAGCT
TGTCCAGAAC CTGCTGTGGT TTTGGATGAA TACTTATCCA GTTTCACTCC AAATGGAGGG
ACAGGTTCAT GGGCCAAGAT ACTTGAGTCT CGATTACCTT TATTTCAACC ATTGATAGAT
TCAACTGACA AAATAATATC CGAATGGGCT ATTGCTAAAA AACCACAATG GGAAGCTTAC
ATTGCAAGAG AATATGAAAG AGAAGTAGAA CGTGACACTG ATAGAGGGGA ACGATTCGAA
TGGTAA
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| Protein sequence | MRENSLAKIV LRSNPNEIRD VHVIFMHGLG GNAENTWLDR KTKQDAWPLW LMKDCDVLNI
WTVEYDAPKL KFNSSGMGIP DLATNIFENL LKIPELADGE IIFVCHSLGG LITKQILRLA
NDQNKREVAH QFIERVTGVA FLGTPHLGSD IATHGHNIFA KGLLRCLTFQ QPSIAAASLS
RNDPNLRELN TWYRDWCQHK ALRHLVLIET EKMYGTITVV KPDSADPGIA GVRAIPIAVS
HENICKPNDK NDEIYTHIKE FVSQKKRDFH KLWISSRFHN DINAWEGYSN WANCPHGTSG
EYFVDEQVRL LDSSSSNNEG LKGLDGLNLI RNKLLERKAS IRLVGLSGVG KTRFVQALFD
ERIGENPLPH KAVFYTDMAN GPKPTPQALA EKIAGEGRKA VLIIDNCPPD LHRSLTTLCS
TESSNTNLLT VEYDLREDQP EQTEVFSLEP SSIELIEKIL NARYQHLGQQ NSRTISEFSG
GNSRIALALA DTIGKDENIS SLRDEELFKR LFYQRHSNEK SLEKVAQYLA LVYSFQINSE
KIYSDDIAFL SNLSAIPSRD LYESAKELKR RNLVQQRSKW MAVLPHPIAN RLAKYALENI
STVAISDNFN KSTDERLLKS FSRRLGYLAQ CEEAKIIIND WLNENGLLHK LYSEGKNELA
WILLNNIAPI STKEVLLYIE TLAKQPEFCT RKNKQFTEIT RLIRSIAYEE QYFGTCARLL
CQFTLSEGKN ENYNSIRDIL KSLFQLYLSG THATKEQRLD VIKNLISSTT EHSVDLAFEL
LDSSLEAWHF SSSHSFDFGA NPRDFGYRPK TNQDFADWYQ LFIEYTSEFI TNKTPHSERA
KKVLGKNLRS LWRQNNLRNL IESTCIKIST LGMWADGFSA IHEILKWDCK TSTETEIQRL
QSIAKQLSPK SLLDDINMYV LADKWKFHDL EEYDEDGVLI EHGYKKVQQF SIDLGVKVAN
TDSELLQSML TELLSYSGSS SNLFEFGEGC AEGTHNNEEL LTLTISALEE IPEKERNINF
LCGQIKLLSK VNINLTNTFL DKFMEHPELK QYFILVQLSY VIDQDAIARI LKALKENISP
VWMYRNLACG RSHEPIADDQ LCEMLDLIWK QKYGQAVAIE ILSMRFHGLM QNQHYVVSDL
LKEKSASLLA TFNYSEEKGP SGGGDYSLTQ IANVCFSAGT NEKYALTVLE AIKAKILTHI
IGRYDFPEFM STIIQLHPIL ALKVFIGKNK EIEPQIKNAI KGRLDKKVSP FSKVDIKSTL
DWCKCNGKDS YPALASIITP YRSSEKTVKW TQLAIELLQA CPEPAVVLDE YLSSFTPNGG
TGSWAKILES RLPLFQPLID STDKIISEWA IAKKPQWEAY IAREYEREVE RDTDRGERFE
W
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