| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_1844 |
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| Symbol | |
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| ID | 1169614 |
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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 oneidensis MR-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004347 |
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| Strand | + |
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| Start bp | 1932998 |
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| End bp | 1935844 |
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| Gene Length | 2847 bp |
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| Protein Length | 948 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637343728 |
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| Product | extracellular nuclease, putative |
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| Protein accession | NP_717452 |
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| Protein GI | 24373409 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2374] Predicted extracellular nuclease |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGTTTAAAC ACAAAACACT GTTGGCGTTA GCCATCAGTA GCGTCTGTGG TTTTGCCCAC
GGCGCGGATA ATTTGATTAT TTCTGAATAT GTTGAAGGCA GCGGCAATAA CAAAGCCATT
GAATTGTATA ACCCAACATC AAGCAGCATT GATTTAAGCC AGTACCAATT GCGCTTCTAT
TTTAATGGCA GCACTAATGT GGGCAGCACT ATCAGCCTCA ATGGCACCTT GGCCGCTGGT
GCGACTTATG TTGTCGCTGA TAACGATGCG TCGGCAGATA TCTTAGCTGT CACCAATCAA
CAAAGTAGCG CGAGTTTTTT CAATGGTGAT GATGCCATTG TATTGACCCA TCAAAACCAA
GTGATTGATA GCTTAGGTCA AGTGGGTGTC GACCCTGGTA GTGAGTGGGG TAGTGGCGAC
TTATCGACCC AGGACAACAC GCTACGCCGT AATCCTGATC AATTAATTGC CGATCCGATT
ATTGATGATG CTGTAACCTT TAACACTTGG TTAGGTTTTG CAAAAGACGA TATTGCCGAT
CTCGGTAAGT TCAGCGTTGG TACGCCAACC GATCCTGTTG ACCCGCCACC GAGCTCACTC
GCTTGTGGTG AAGCATCAAC TGCAATCCAT GTCCTGCAAG GTTCGACCAA TGCCAGTCCG
TTAAACGGGC AAACCTTAGT GGTTGAGGCT ATTGTGGTGA GTAACCAAGA AGCTGGCCTG
AAGGGTATTT TCGTACAAAT GGCCGACAAC GAAGCCGATA ACGATCCACA AACTTCTGAA
GGGGTGTTTG TTTACACTGG CACTGCTCCC ACGGGTTACG TGGCGGGCGA CCGTGTACGC
TTAAAGGCTA AAGTCACTGA ATACCAAGGT TTAACTGAGC TGACAACGGT AGCCGATCAT
AAACTTTGCG TTGCAGGACA AGCTTTGCCG AGTGCCGCGG TAGTGACTTT ACCCGTTAAC
ACAAGCGATG ATTTTGAGCC CTTCGAAGGC ATGCGTGTAC GCTTTAGCCA AGATTTAGTG
GTAAACGAAG TCTACAAGCT CGGTCGCTAT GGCGAAATTT TATTGGGTAG CCGCCGTCAT
TTTATTGGGA CACAAGTTGC CGCGCCTGGG GCCGACGCCT TAGCTGTCAC AGCTGCCAAT
CAGAAAGACA GTATTTTACT TGATGATGGC TTAACAGCGC AGAACCCTGA TCCGGTGATT
TTCCCCGCGC CAGGTTTAAG TGCTTCGAAC ACTGTGCGTG TTGGAGATAA AGCCACAGCA
CTCACGGGTG TGATGCACTA TGGTTTTAAT CTTTATCGCA TCATGCCGAC AGAGTCGATT
ACCTTTGTGG CAGAAAACCC TCGTCCGCAA TCACCCGTTC TGGCTGAAGG CGGTAACCTC
AAAGTCGCAA GTTTTAACGT ACTGAACTAC TTTAATGGCG ATGGACAAGG CAGCGGATTT
CCAACGGCAC GCGGTGCGAA TACGCTGAGC GAGTTTGAAC GTCAAAAAAC TAAAATTATC
AGTGCGATGG TTGGTATTGG TGCCGATGTT TTTGGTCTGA TGGAAATTGA AAACGATGGC
TTTGGTGCAA ACTCAGCGAT TGCCGATCTC GTCGCGGGCC TCAATACTGC CGTGGGTGAA
AATCGCTACG CTTATGTTAT TCCAAAGATC AATGGCAATA ACTTAAGTGC AATTGGTACG
GATGCGATTA CCGTCGGTTT AATCTACCGC AGTGATAAGG TCAGCCCACA GGGCGATGCC
CGCATATTAT CTAGTACCAA TTCACCGTTA GATGAAACTG GCCAACCGCT GTTTGATGAT
GGCAAAAACC GCCCAATGTT GACGCAAGCC TTCGTGCTCA ATGGCAGTGA AGAGGCGCTA
GTGGTTGCCG TTAATCATTT GAAATCAAAG GGCAGTGAGT GTGCTGGTGA TCCCGATGTT
AACGACGGCC AAGGCAATTG CAATATCACC CGTACCCGCG CTGCTACGGC TGCTGGGCAG
TGGATTGCGG CACAATATCC CGAGCAAGGT GTATTGCTGA TCGGCGACTT AAACGCGTAT
GCCAAGGAAG ATCCACTGAC CGCGCTGGCG AATACCGGTT TTAGCGAGTT ATTCGCCAAA
CTTGAAAAAG CTAATGCCTA TTCCTATGTG TTTTCAGGGG AATCGGGACA GTTAGACCAT
GCTTTAGCGA ATGCTGCGCT AGTGGATAAA GTCGTGGATG TGACCGAGTG GCATATTAAT
ACCGACGAGC CACGGGTGTT AGATTACAAC GAGGAGTTTA AGACGCCGAC GCAAGTGCAA
GATTTGTATG CCAGTGATGC GTATCGATCA TCTGACCATG ATCCTGTAGT GATTTCACTC
TTGCTCGAAG CTGAAAAAGT CGCCCCAGAA GCCAGTTTCA CTAAAGTGGT GAATGGTGCC
TCCGTGCAAT TTACCTCAAC GTCAACCGAC AGTGACGGCC AAATTGTCTC TGCCCAATGG
GACTTTGGCG ATAATAGCCA AGGTATTGGA GAGGCGGTAT CACACACTTA TGCGCAAAGT
GGTGATTATC TAGTGACGTT AACCGTAACG GACAATGACG GCTTAAGCCA CAGCAGCTCG
CAAATGGTGA CTGTAGTAGT TGAAAACGTT AAAAAGCCAC CCGTTGCACA AATTCAGCGC
ATTAATCTGT GGTTAGTCGA TATGTTTATT TCGACGAGCT ATGACACCGA TGGGGTTATT
AAGCAGCATA AGTGGAAGTT TGATAATGGT ACCCGTGCCA ATGGTCCTGT AGTACTGCGT
CTGGCACGCC GCGGAGAGCA TACCGTCGAA TTAACCGTTA AAGATAATGA TAAATTAACG
GATACCACGA CACTGACATA TCGTTAA
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| Protein sequence | MFKHKTLLAL AISSVCGFAH GADNLIISEY VEGSGNNKAI ELYNPTSSSI DLSQYQLRFY
FNGSTNVGST ISLNGTLAAG ATYVVADNDA SADILAVTNQ QSSASFFNGD DAIVLTHQNQ
VIDSLGQVGV DPGSEWGSGD LSTQDNTLRR NPDQLIADPI IDDAVTFNTW LGFAKDDIAD
LGKFSVGTPT DPVDPPPSSL ACGEASTAIH VLQGSTNASP LNGQTLVVEA IVVSNQEAGL
KGIFVQMADN EADNDPQTSE GVFVYTGTAP TGYVAGDRVR LKAKVTEYQG LTELTTVADH
KLCVAGQALP SAAVVTLPVN TSDDFEPFEG MRVRFSQDLV VNEVYKLGRY GEILLGSRRH
FIGTQVAAPG ADALAVTAAN QKDSILLDDG LTAQNPDPVI FPAPGLSASN TVRVGDKATA
LTGVMHYGFN LYRIMPTESI TFVAENPRPQ SPVLAEGGNL KVASFNVLNY FNGDGQGSGF
PTARGANTLS EFERQKTKII SAMVGIGADV FGLMEIENDG FGANSAIADL VAGLNTAVGE
NRYAYVIPKI NGNNLSAIGT DAITVGLIYR SDKVSPQGDA RILSSTNSPL DETGQPLFDD
GKNRPMLTQA FVLNGSEEAL VVAVNHLKSK GSECAGDPDV NDGQGNCNIT RTRAATAAGQ
WIAAQYPEQG VLLIGDLNAY AKEDPLTALA NTGFSELFAK LEKANAYSYV FSGESGQLDH
ALANAALVDK VVDVTEWHIN TDEPRVLDYN EEFKTPTQVQ DLYASDAYRS SDHDPVVISL
LLEAEKVAPE ASFTKVVNGA SVQFTSTSTD SDGQIVSAQW DFGDNSQGIG EAVSHTYAQS
GDYLVTLTVT DNDGLSHSSS QMVTVVVENV KKPPVAQIQR INLWLVDMFI STSYDTDGVI
KQHKWKFDNG TRANGPVVLR LARRGEHTVE LTVKDNDKLT DTTTLTYR
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