| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_1272 |
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| Symbol | |
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| ID | 5661671 |
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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 pealeana ATCC 700345 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009901 |
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| Strand | + |
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| Start bp | 1551112 |
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| End bp | 1555173 |
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| Gene Length | 4062 bp |
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| Protein Length | 1353 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641235834 |
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| Product | hypothetical protein |
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| Protein accession | YP_001501134 |
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| Protein GI | 157961100 |
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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 | 13 |
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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 | ATGGCGACTA AAAGTGAAGA GTTCTTTCAT GATAAATGGC TCGGTCATGT ACAAACAGAA
TCAGATGGAC TGGTGGTTGC AAAGCCTGTG CTACTTGCAG CGAACTGTGC CCAACGTCAG
AGTCCTAATA CTCAGGACAA ACTTCGTGAA CTTTGTCCGC ATGGACCGGA AGAACAACCG
CGTCGTATTT CTGATTTACT ACAATTTTTT TATCAATTAC TAGATTTTGA TGCAGATCTT
TTTGACACTG CAGTTGAAAT CCAAGACGAA GTTTCTCTCT ATGCACCTGA AGGACCACAG
ACCGTACGTC CAACTTTAGG TTTATTAAGG CAAGATGAGC TTAGACAACG GGACGGCGCT
GGAAGCCCAG CTTCAAATGC TGCAGAAAAA TATGTGGCGT TAATTTGGGA TATCACAGAC
ATTGATGGCG AAACGAATGA GGAGGCAGTT GGTTTAACAC TCGACAAACC AGAAATTATA
ACTGGAGAGT GGCCTTATTC CGCAGCAGCT AAGTTTGATC GTTTACTCCG TCACTGCCAA
GTACCAGTGG GAATATTGAC TAACCGTGAA GTTATCCGGC TTGTCTATGC ACCACATGGC
GAATCTTCCG GATACATTAC TTTTAGAATC GATGATATGG CCACAGTTGG TGGTCGTCCA
ATCCTCGATG CAATGATCAT GTTACTTTGC GCTAATCAAT GGTTTGGTGT AAGCGATGAG
AACTCCTTGC CATCGCTTTT GAGACGCAGC CGTGAGTATC AGGGCACAGT GACTGAGGAT
TTAGCTGAGC AAGTTTTTAG CGGTTTAGAA CAGCTGCTGA ACGGTTTTCA AACAGCGGCG
GAACGAGATA AAAGTGGACT ACTGCTAGAG GCTCTTGAAC GGGATGAGGA CCATCTCTAT
AGAGGGTTAC TTACCGTTAT GTTGCGGATG GTGTTTATCC TTTTTGCCGA GGATAGAAGC
CTGCTTCCTG TTGAGCATCC GCTTTACGCC AAGCGTATGA GTTTACTCGG CCTATTTGAA
AGGTTACAGC GTGATCATGG TAACTTTCCA GATTCAATGA GCAACCGTTT CGGCGCCTGG
GGACATATCA TCTCATTGTC TCGTACGATT TACTTAGGTG TTGACCATGG TGATTTTCAT
ATTCCTGCTC GTCAAGGCGA TCTCTTTGAC CCACATCGTT ATGCTTTTTT AGAGGGATGG
ACCGGCGACA GCTCACCAGT AATAACGCAT ACCGCTCGCT CAGAAGTTCA GGTCCCAACT
GTTGATGATG GGACTGTTTT TGCCTTACTT CAAAGTCTAT TAATCTTCCA AGGTCAGCGA
TTGAGCTACC GAACCTTAGA TGTGGAACAG ATTGGTAGTG TATATGAAGC ATTAATGGGC
TATCACGTTT ACCAAAGTGA ATCTCCTGCG GTAGCAATCA AACTGAATAG CAAGAAAGGG
GCAGCAAAGT ACTGGTTGGA AGCTTCGGCT GTATTAGCTC GGCCAGCGGG CCAACGTATT
AAATGGCTAC AAAGCGAATG TGGTTTCGAT AAGCCTGTTG CCACCCAAAT TAAGAAAGTG
CTGGGTGACG CTGAGAAAAC AATAGCCGAA AATCCGAATG CAGTCATTGA ATCCTTACTA
GCTTTAGCCG CTGGGAAAAA AGAAAACAGA TATGAGCAGT TAGCGCGAGC AGGCCAGTAT
ATCTTGCAGC CGGGAACGGA ACGCCGACGT TCGGGTTCAC ATTATACCCC GCGTTCATTA
ACAGCACCTA TTGTCAGTAA AACATTACAA CCATTACTTC GTTGCTTAGG AGAGACCCCT
TCGGCTGAGC AGATTTTAGA ACTAAAAATT TGCGATCCTG CTATGGGATC TGGTGCATTT
TTAGTGGAGT GTTGTCGTCA ATTAGCTGAT GAAGTAGTAG CTGCATGGGG GCGCACTCAG
GAAATTGAAA ATATTGCAGT CAATTGCCCT GAAGGTGATG TTGTTGCCCA TGCAAGACGA
TTGGTTGCTC AGTGTTGCCT ATACGGTGTA GATAAAAATA TTATGGCCGT TCAGTTGGCC
AAACTTTCGC TTTGGTTGTT CACATTAGCT CGCGAGCTGC CGTTTACTTT CTTGGACCAT
AACTTACGGT ATGGTGATTC ACTGGTAGGC CTCAACTTTG AACAGATCAA GGCTTTCCAT
TGGAAGCCAA CCCAGCAACT CAGTTTTCTT GAAGATGAAA TAACAAGAAC TCTTGATGAA
GTTGTCAGTA TTCGCCAGGA AATTCATCAA CTCGCTAAAA ACTCAACTCC AGAAGGACAG
TGGCTCAAGG CACAACGACT TTTTGATGCC AATGATGCAA CGGAAAAAGT GCGTAAAATT
GCCGATGTTT GTGTAGGAGC CTTTTTTGCT GAAGATAAAA TCAAAGCTCG ATTGAATGAA
CGGCAGGTAA GAGAGGGTGT TATTCGAGCT TGGCTGGAAG GGGATGAGGA ATCGAAGCTT
CGTGTTAATC AGTGGTCTAA AGATATTCGT GATTTACATG CTCCCTTCCA TTGGTGGGTA
GAGTTTCCTG AAGTTTTCTA TGAGGAGAGA TCTGACCCTT TAGCTTCTGA CCAAGGCAAG
TTGGTCGCCT ATATGGATGG CTTTGTTGGA AATCCACCTT TTCTCGGTGG GAGACGAATT
TCTGAAAATT ATGGAACTGA ATATTCCAAT TGGATATCCG GTGAGCATTC AGGTTCAATG
AACGCAGATT TATCAGCATA TTTTTTCCGT CGCTCGGCTC AACTATCAGG TACGCACGGT
GTTGTTGGTT TGATTGCAAC TAACACTATT GGTCAAGGTG ATACACGCCT TACAGGTTTG
GCAGCTATGC TAGCAGATGA TTGGGTAATT ACCGATGCGA TAAACTCAAT GGCTTGGCCC
GGTTCTGCCG CGGTTACAGT GAGTGTTGTG CATGCTGTGC ATGGTTCTTT AAAAAAATAT
CGCGGATGTC AACTGGATGG CGTGGACTGT CAGGCGATTA ACTCAAGATT ACGGCCTAAA
CCTGAAAGGG ATGATCCTCG CCCTTTAAAG GCGAACTCCG GACAGAGCTT TCAGGGACAT
ATTCTTTTAG GTACTGGTTT CACTCTTTCA CAAAAAGAGC GTGATGATAT TTGCATTTCA
TCTCCTTTGA GTACAACTAG GATTTTACCT TTTCTAGGTG GGGCAGAAGT TAATTCGTCT
CCGACACAAG ATTTCGACAG ATATGTAATT GACTTCGAAT CTATACCCCT TGAATCTGCA
GAAAAAACAC CTGAGTTACT TGAGAGAGTC CGACTCTTGG TAAAGCCTGA ACGTGATAAA
CAGAAAAGGA AACACCTGAG GGAACGATGG TGGCAGTTTG CAGAGAATCG CCCAGCTATG
CGTGCAGCAC TAAATCCACT TGACCGATGC TTGGTAACAG CGCGTGTTAC TAAACACCTA
TGCTTCTCAT TTCAGCCTAC CGATAGAGTT TTCAACGAAA AGCTTTATAT TTTTCCAATG
GATACGTTTA CTGCTTTTGC TGTTTTGCAA TCTCGTATCC ATGAATGTTG GACTTGGCTT
TTGTCATCGA CACTCGAAAC GCGACTAAAT TATTCAGCCA GCGAGTGTTT TATCACATTT
CCATTCCCTC AAGTAAAACC AAGTAGTTGT ATTGAAGAAT TAGAGCAAAG AGGGAGCGCA
CTATACTCTG CTCGTGCCAA GTTTATGGTC GACTCTGACG AAGGCCTAAC CAAGACTTAC
AATGCACTCA AAGATCCCGA ATGCGACAAC GAATGTATTC TCAATCTTCG TCGCCTGCAC
GAGACTATGG ATCGAGCTGT TGTAGACGCG TACGGTTGGT CTGATATTGA AGTGCCGCCT
TATTGCCCTA TGAACGCTGA TGATGAGGCT GCGTTGGAAG CGTTTAACGA TGAAATCATC
GACCGGCTCT ATGTCCTTAA TGCAGAGCGA GCGGCTGCAG AAGAGCGTCA GGAACTGATC
GATAAGCCAC CGAAAAAGAA GGCAGTTAAT AAATCAGCAT CAATAAAAGC GGACAAACTT
CCTAATTCGA GTCTGAACCT ATTTGATCAG AATAATGAAT AG
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| Protein sequence | MATKSEEFFH DKWLGHVQTE SDGLVVAKPV LLAANCAQRQ SPNTQDKLRE LCPHGPEEQP
RRISDLLQFF YQLLDFDADL FDTAVEIQDE VSLYAPEGPQ TVRPTLGLLR QDELRQRDGA
GSPASNAAEK YVALIWDITD IDGETNEEAV GLTLDKPEII TGEWPYSAAA KFDRLLRHCQ
VPVGILTNRE VIRLVYAPHG ESSGYITFRI DDMATVGGRP ILDAMIMLLC ANQWFGVSDE
NSLPSLLRRS REYQGTVTED LAEQVFSGLE QLLNGFQTAA ERDKSGLLLE ALERDEDHLY
RGLLTVMLRM VFILFAEDRS LLPVEHPLYA KRMSLLGLFE RLQRDHGNFP DSMSNRFGAW
GHIISLSRTI YLGVDHGDFH IPARQGDLFD PHRYAFLEGW TGDSSPVITH TARSEVQVPT
VDDGTVFALL QSLLIFQGQR LSYRTLDVEQ IGSVYEALMG YHVYQSESPA VAIKLNSKKG
AAKYWLEASA VLARPAGQRI KWLQSECGFD KPVATQIKKV LGDAEKTIAE NPNAVIESLL
ALAAGKKENR YEQLARAGQY ILQPGTERRR SGSHYTPRSL TAPIVSKTLQ PLLRCLGETP
SAEQILELKI CDPAMGSGAF LVECCRQLAD EVVAAWGRTQ EIENIAVNCP EGDVVAHARR
LVAQCCLYGV DKNIMAVQLA KLSLWLFTLA RELPFTFLDH NLRYGDSLVG LNFEQIKAFH
WKPTQQLSFL EDEITRTLDE VVSIRQEIHQ LAKNSTPEGQ WLKAQRLFDA NDATEKVRKI
ADVCVGAFFA EDKIKARLNE RQVREGVIRA WLEGDEESKL RVNQWSKDIR DLHAPFHWWV
EFPEVFYEER SDPLASDQGK LVAYMDGFVG NPPFLGGRRI SENYGTEYSN WISGEHSGSM
NADLSAYFFR RSAQLSGTHG VVGLIATNTI GQGDTRLTGL AAMLADDWVI TDAINSMAWP
GSAAVTVSVV HAVHGSLKKY RGCQLDGVDC QAINSRLRPK PERDDPRPLK ANSGQSFQGH
ILLGTGFTLS QKERDDICIS SPLSTTRILP FLGGAEVNSS PTQDFDRYVI DFESIPLESA
EKTPELLERV RLLVKPERDK QKRKHLRERW WQFAENRPAM RAALNPLDRC LVTARVTKHL
CFSFQPTDRV FNEKLYIFPM DTFTAFAVLQ SRIHECWTWL LSSTLETRLN YSASECFITF
PFPQVKPSSC IEELEQRGSA LYSARAKFMV DSDEGLTKTY NALKDPECDN ECILNLRRLH
ETMDRAVVDA YGWSDIEVPP YCPMNADDEA ALEAFNDEII DRLYVLNAER AAAEERQELI
DKPPKKKAVN KSASIKADKL PNSSLNLFDQ NNE
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