| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Spea_2711 |
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| Symbol | |
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| ID | 5663104 |
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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 | 3311107 |
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| End bp | 3314004 |
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| Gene Length | 2898 bp |
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| Protein Length | 965 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 641237353 |
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| Product | hypothetical protein |
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| Protein accession | YP_001502566 |
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| Protein GI | 157962532 |
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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 | 14 |
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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 | ATGCGATTAC TTTCTAAACT AGCCATATTG TTATCCCTAG TAGTATTAAG TGCCTGCGGT
GGAAGTTCTG ATGGTGAAGA TGGTGGCATA ACACCACCGC CTCCCCCCGT GGTTAAATCG
ACAATCAGTG CGATGGACTT TCGCCAAGCT GTAATCATTG CCGATGGCGT GAGTCAGTCT
GTGACGCTAA ATTTGTCAAA CTACATTGCT ACAAGTTTGA GCACTGAGTT GACGCTGCTG
AAGGTTGAAG CGCTTGGCGA TGTCGCTGAT TGTGAACCTG CTAAGCTAGA CAAGTCCGGC
TTATCTTTCT CTGTCAGGCC AAATCGCTCA TTGAGCTGTG ATTACCGCTA TACGGTGTCT
GATGGCACCG ACCAAGCTTC GGCATTAGCC TCTATTTTGT TTACCAGCCA AAGCGCAGAA
CAAATTGCAG CAGAACTAGA GTTAGATCTG CCAGCAGGCG GCGTACTGCC TGATCTCAAT
AAACCTCTTA CGCTGGGGGA TACGCTTAGT TTTAATATTC AAGACGAACT CGCCACAGAG
TTTTTACCCA TGACAAACCC AAGCTTTGAA GCATCAACGG TGGTGGTGGG TAGTGGCATA
GCAGACGTCT CCCAAGCGGG GGACTTTAGC TACCAAGGTA TCGAGATAGG TCTTACTTCG
GTGACCTATT CTGTGATTGA TGACAATAAA CTGGTGTTTA CTGGCGTCAT CAATATCGAT
GTATCCGGCA ACAGTAATAC GGCGCCAGAA ACAAAAGATG AAACCTATGG CCGATTAGCG
CCTGTTGAGG ATTCTCTGAC TCTGGATATT TTAAACTTTC CAGGTGTTGG CTCACTCGTT
AACGACAGGG AAGGCGATAA GGTGCAACTT GTTGGCGTGC AGGTCTATAA CGCCAATGTC
AGTCTGGTTA ATCCGGGCGA TGTCAATAAT ACCAAGTTTA CCTTTTCAGC GAGTGAAAAG
GGCTTGTATG AAGTTAAGTA CACGGTTTAC GACCATGAGG TCGATGGGGT GAGCAGTGGC
GTTATCAGTA TAGAAACTGG CTTTGTACGT GAGGGGATTT TGGAGTTTTC CTTTAATGGC
TTCATTAAAC TATTTGGTGA TGGTGCCCTA GGGGCTGTTG GACGTAATAC CCTGATAAAA
CCTTTTAAAG AGACACTGCT GCCTTACATG GAAAATAATG GCCTGTATGC CACAGCGCTT
AAAAATATCG GCTTCGGTAA TTACCGTATC GATATGAGCA GTGAAAGCGG TGGCGAAGAC
AAGATAGTGC TATTTACAGC GTTAAATGCA CTACAACCCG TCGAAACACT CATAGAGTTG
CCAGCCACAA GCAAAGTTTA TTATGGGTTA ACCTATGCCG ATAGGATCAT GGGCTACGGT
GGTATAGCCT ATGAGGTCAT GCAATCTGGT CACGCCATCG CACACAACCA AATATACGGT
ACCAGTAATA CTTGTTATGG CGATTTTGCA GATAAATTTA ATGCATTAAA TCTAAATGAC
GTTGAGAAAA TTGAGAGTTT TGGCACTTTA TCTGCGGTGG TTTATTTCAG CGATGGAACA
GCGAAATATT ACAGCCTTGA TTGCGGTAGC ACTGGTAAGT TTATCAGTTC AAATTGGACT
AAACATATAG GCAAAGTATC CCAATGTTGG GACGCGCCCG ATAATGGCAA GCAACATGGC
TCGTTCTATT GCTTGAACAA AGATCAAACT CAACAGGCAT TCGTGCGCGT GGTTGGCTCG
CATGAAGTTG ATGAGAAGGG CAATATTTAT CTTAAGTTCG CTAACTTCTT TAAAAATACA
GGTAAGAAGA TAGTAAAAAG TACCCAAGTG ACTAAAGGCA TCGCCGCTTT AACTTCAACT
GGTGAGCTGT ATGTGTTATT CGATGGCAAG AATAAAGATG GAGAGTCTTA CAAAGTTAAA
AAAGTCGCGA CCAAAGTTAA CGATTACCAG CAAGCGGCGA ACTATGTCAC TTATATGCAC
ATGGTTGAAG ATGATTACCG CGCAACAGCA ATGGGTGAAA ATGATGCAGG CAGTAGCGAG
TCGCGTGATA GTTATTATTT AGAGTTTAAC GGTTATGCAC AGTATCACCA AGAGACACTA
CCTAATGGCA AAAAGCTGGA TATGACCATT AAATTTAGTA AGTTAAGTCA TAGTGACCGT
AAAAAAGTGA GGTTTTATGA GAACACGGCT AACGCGGTTG CCTTAATCAT AGGTGACAGA
TTAAAAATAC TGACTAATAA AGGGCTTAAA GAGTACGGTG GTAAAGATCA TCATTATAAT
ATTGTCGGCG ATTCAGCCAA CTCTTACGGT GTCCGTACAG AAACTGCGGG GCAAGGACTG
AGTACCTTCT TTGCTCGGGG TAATAAGAAT GATCATGAAG AACATTGGGA GTTTTACAGC
CCACTCGAAG AGCTAGACCC AAGCTTAACC TGTGAAAAAC CTAAGCACCG AGAAGTCTCT
TATCCCTATA TTTTAACGGG CTGTACCTAT ATCGATTTCA GAATGAATGG TGCGGTGATC
CCCCTAACCG ACTCGGGAGT CAGTGTTTAT CCTGAGGTGC GCTTTGCTAA TGAAGATGCC
ACGGGCAAGG TTTATCCAGA CTTGGTGGAT TTAGATAATG ATGGTCTGTC TACGGCAAGT
GAAATCGAAG CGTGTTTGGC TGAGCGCACA GAGTATCATC GTGGTGATAT TGAATACTGC
TCACAACCCA TTTTATCTGA CAGTGATGGC GACGACGTGT TAGATAGTTT TGAGTATCGC
TATCAAGATA CCGGCAAAGG GAACTATCAA AGCCGCTTTA GCCATATTGT TGGCGATTAT
AAAAATAATG GCTTTGGTCC TTATGATGGT AATAAAGACA TTAATAGTAA TAACCAGTTA
GATAAATACG ATAATTAG
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| Protein sequence | MRLLSKLAIL LSLVVLSACG GSSDGEDGGI TPPPPPVVKS TISAMDFRQA VIIADGVSQS
VTLNLSNYIA TSLSTELTLL KVEALGDVAD CEPAKLDKSG LSFSVRPNRS LSCDYRYTVS
DGTDQASALA SILFTSQSAE QIAAELELDL PAGGVLPDLN KPLTLGDTLS FNIQDELATE
FLPMTNPSFE ASTVVVGSGI ADVSQAGDFS YQGIEIGLTS VTYSVIDDNK LVFTGVINID
VSGNSNTAPE TKDETYGRLA PVEDSLTLDI LNFPGVGSLV NDREGDKVQL VGVQVYNANV
SLVNPGDVNN TKFTFSASEK GLYEVKYTVY DHEVDGVSSG VISIETGFVR EGILEFSFNG
FIKLFGDGAL GAVGRNTLIK PFKETLLPYM ENNGLYATAL KNIGFGNYRI DMSSESGGED
KIVLFTALNA LQPVETLIEL PATSKVYYGL TYADRIMGYG GIAYEVMQSG HAIAHNQIYG
TSNTCYGDFA DKFNALNLND VEKIESFGTL SAVVYFSDGT AKYYSLDCGS TGKFISSNWT
KHIGKVSQCW DAPDNGKQHG SFYCLNKDQT QQAFVRVVGS HEVDEKGNIY LKFANFFKNT
GKKIVKSTQV TKGIAALTST GELYVLFDGK NKDGESYKVK KVATKVNDYQ QAANYVTYMH
MVEDDYRATA MGENDAGSSE SRDSYYLEFN GYAQYHQETL PNGKKLDMTI KFSKLSHSDR
KKVRFYENTA NAVALIIGDR LKILTNKGLK EYGGKDHHYN IVGDSANSYG VRTETAGQGL
STFFARGNKN DHEEHWEFYS PLEELDPSLT CEKPKHREVS YPYILTGCTY IDFRMNGAVI
PLTDSGVSVY PEVRFANEDA TGKVYPDLVD LDNDGLSTAS EIEACLAERT EYHRGDIEYC
SQPILSDSDG DDVLDSFEYR YQDTGKGNYQ SRFSHIVGDY KNNGFGPYDG NKDINSNNQL
DKYDN
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