| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewmr7_2308 |
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| Symbol | |
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| ID | 4256478 |
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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 sp. MR-7 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008322 |
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| Strand | - |
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| Start bp | 2737193 |
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| End bp | 2740081 |
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| Gene Length | 2889 bp |
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| Protein Length | 962 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 638122977 |
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| Product | hypothetical protein |
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| Protein accession | YP_738352 |
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| Protein GI | 114047802 |
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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 | 7 |
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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 | 4 |
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| Fosmid unclonability p-value | 0.0419846 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGAAAC TATATTTAGC CTTAATAACA GTGTCTTTTG CATTAGTGGG TTGTGGTGGA
GAAGGGACTG AAAATTCTAC ATCGAGCAAT AATGGTGCTG GAGAGCAAGA GCCTGTAGTT
TATACCCAAG ATGGCATTGT GCGCGGTTAT ACCGAACAAA AGTTCTCGAT TGATTTGAGC
GAACGAAACT CTATCTCAAA TAGCGAGACG TTGTCGATCA ACGACATCAC GAATATTACG
GGAACCAGTC AGTGTGACCC TGTTGCTGTA TCGGGGATGA CATTTGAGTT GGACGCCTTT
GAAAATCCGA CAATATGTCA GTATCGTTAT TCACTACGTA GTGTTAAATC GGGAACAACC
TTTTCGAACC CAAGAATGGT AACAAGCGTA CTGGTTGAAA CGCGTAGAAC GATCATGCCA
AATAGTCGTT CTAGCCTGCG TTCCTTGCCG TCGACAACAT TGCCTCCTAT TCAAGTCTCT
ATTTCTGTGC CTGGAAGCGT GGCAAATATC GATTTGAATG CCCAGCTAGC GAGCTTATAT
CCAAAGGACA GTGAAGGTAA CAACTACGCT TTATCTAGCA CGGTATTAGT GCTTGGCTCT
GGCAGTGCGA AAGCGACAAC TGATGACCTA AAAAAAAGCA TTGTTGAATA CACCAGTGAT
GCCAGTGACC GAGGCGGAAT TACGCGTTTA ATATATTCAT TATCCGACGA TTTTGACGGT
GATGGAATTG GGGACTTTAA ACTTGGTGCA ATAGACATCA GCATAAGCTC ATCAGGAAGT
AACAGTAACC CTGAAACCAA GTACTTCCAG TGGACCAATA ATGGTTCGGA TATCAAAGTA
GGCCAGAAAT ACACTATCGA TGTGGCGAGT GATATCAGCG CTGAGTGTAC TTATGGACGT
GAACCACGAG ACACCAAAGG TAGCTGCATC TATGATGCCG ACAACGACTC CCTTCAATTG
GTTGGGGTAT ATGCATATGA CGCTACCGTT GTACCAACAA GCCTTACTCA GTTGAATAAC
ACTAAGTTTG ATGTGACATT CAGCCGGACG GGTATACACG ATATTAATTA CCAAGTTAGC
GATCATAATG GCGGTTTTGC AACAGGTATT GTTCGTGTAT ACGTAAAAGA AAACAGTGCC
CCGATATTAC AAAATAACCC ATATATTTGG TACACAGATG AAATTACTAG CATGTCAATT
AATGCCTCAG CTCTCGCAAC TGACATTGAT GGTGACACGG TTACGTTCAA GTCAGTGACT
CAGCCGACTT CCGGAAAAGT AAAAGCTGAA ATCTCAACCG ATAACTCAAA GATACAGGTT
GATGCTCAAG TTGACTCAGA AGGTACTCAC TTCTTCGATG TTGTGTTAAC TGATGGTAAA
ACCGATGTCA CCCAGCATTG GGTCGTCATT GTTAACTCAA ATACGCATTT ATCGTTGAAA
AGTGAGTTGG AAAGAACATT CAGCGTGAAT GTAAACACGT CAATCACTAT CGATATTTCA
TCTTTAATTG AAGGGTATCG CACTGGTGAG CAGGCATCTG TTGAAGTCTC CAGTACATCA
GGTGCGTTGT TGGGTACGGT TAAAGTCTCT GACACAAGTA AGTCCAAAGT TGTCTATACG
CCCAATAGCA ATGCGATAGG AGTGGATGAC TTTATTTTTG AAGTTAAGAC GAACTCAGGG
GCTGAAATTG CTGGTAACGT GATCGTTCAT GTTGGTAACC CGCCTGCATT GGATATTGCA
GCGATTGATG CAACAGAAGG GCAAAATGAC CTTATTACTG CGTCAGTCAC TTGTGAATAT
TGTGACGTGA GCAAATATGA ATACGAATGG GTGATCAATG GCGAAACCGT CTCAAGAGAG
AAGTCGTTTA CCATTACGCC TGAGCAACGT ATTTACACTG TGACGCTTTT GGTGATTGGC
TACGACGTCT ATGGCCAGGT GACTTACGAA CTTGGATCAT TTGATTTCTT TAAGCTTGTT
ATCGGTTCGT TCGAGCAACC AGCGAAAGAT TGCCAAAGCA TCTTCTTATT CTATAACTCT
CCGTATGCTC TGAAAGCTAA CGATGGAGAA TATTGGCTCA GAAGTGCTGA CAATACTTAT
ACCTACAAAA CCCAGTGTGA CATGGTTTCT CAAGCTGAAG CTGACGCATC TGACAAAACC
GTGGGGGGCT ACACGCTCGT CTGGTCTTAC TCCGAGAAAA CGAACTTACA GCGTTTTGGT
AGTAATACCA ACGTATTCTC TCAGCGTGGT AAAAATGTAG CATTCAATGG GTCCTTATTC
ACTAATGGTC GAGGGCTCGT GAAAACTGAG AGTGGGACGG TCAATTATAA CGATTTCCGC
GTAACTAACT CTGAGATGAG CAATAAATAC GGCTTGGCGT ATTCGCGTGT CTCTTATACC
TCAGATACTT CAATTAAGAC GATTAACAAA GATCCAGATA ACACTGTGCA AAATTGGTAC
ATGCAAACTA CCCATCCAGT GACTTTCTAC AAGGGTGATG TCAGCTTTGC GAGTGGAAGT
GTTGAGTCTG GTGTTTATGG TAAATTTAAT GCAGACCGCT TCTCTGGCAA ATATAGAAAC
TACCGCGTCG TTGATTTATC AGATGATAAA GGTGCAAGTC TGGGAGATAT GACTATTTAT
GGTGATGGGT ATGGCTTTCA TTACTCCGTA GACGAAGTCA TCAATGGCCA ATACCTGAAC
AACTTCTGGG GATTCTGGGG GGAAAACGAT CACCAACTCG ACCTATTCGG TGTCTGCTCT
AGCCCTACTT TGATGTCCTT GTCTGGTGTC TCGGCTTATG GTTGTAATGG CGACGTTGCA
GGTGCGAAAA CATACCATCC ATCCATTAAT AATGGCGAAG GATATGTGGC GCAGTGGTGG
GCTCAATAA
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| Protein sequence | MKKLYLALIT VSFALVGCGG EGTENSTSSN NGAGEQEPVV YTQDGIVRGY TEQKFSIDLS
ERNSISNSET LSINDITNIT GTSQCDPVAV SGMTFELDAF ENPTICQYRY SLRSVKSGTT
FSNPRMVTSV LVETRRTIMP NSRSSLRSLP STTLPPIQVS ISVPGSVANI DLNAQLASLY
PKDSEGNNYA LSSTVLVLGS GSAKATTDDL KKSIVEYTSD ASDRGGITRL IYSLSDDFDG
DGIGDFKLGA IDISISSSGS NSNPETKYFQ WTNNGSDIKV GQKYTIDVAS DISAECTYGR
EPRDTKGSCI YDADNDSLQL VGVYAYDATV VPTSLTQLNN TKFDVTFSRT GIHDINYQVS
DHNGGFATGI VRVYVKENSA PILQNNPYIW YTDEITSMSI NASALATDID GDTVTFKSVT
QPTSGKVKAE ISTDNSKIQV DAQVDSEGTH FFDVVLTDGK TDVTQHWVVI VNSNTHLSLK
SELERTFSVN VNTSITIDIS SLIEGYRTGE QASVEVSSTS GALLGTVKVS DTSKSKVVYT
PNSNAIGVDD FIFEVKTNSG AEIAGNVIVH VGNPPALDIA AIDATEGQND LITASVTCEY
CDVSKYEYEW VINGETVSRE KSFTITPEQR IYTVTLLVIG YDVYGQVTYE LGSFDFFKLV
IGSFEQPAKD CQSIFLFYNS PYALKANDGE YWLRSADNTY TYKTQCDMVS QAEADASDKT
VGGYTLVWSY SEKTNLQRFG SNTNVFSQRG KNVAFNGSLF TNGRGLVKTE SGTVNYNDFR
VTNSEMSNKY GLAYSRVSYT SDTSIKTINK DPDNTVQNWY MQTTHPVTFY KGDVSFASGS
VESGVYGKFN ADRFSGKYRN YRVVDLSDDK GASLGDMTIY GDGYGFHYSV DEVINGQYLN
NFWGFWGEND HQLDLFGVCS SPTLMSLSGV SAYGCNGDVA GAKTYHPSIN NGEGYVAQWW
AQ
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