| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_2930 |
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| Symbol | |
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| ID | 1170618 |
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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 | 3062434 |
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| End bp | 3065157 |
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| Gene Length | 2724 bp |
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| Protein Length | 907 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637344742 |
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| Product | hypothetical protein |
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| Protein accession | NP_718500 |
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| Protein GI | 24374457 |
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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 | 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 | ATGTTCAACA AGACGATAAA TCCACTCACG TGCAAGGGAT TGATGGCTAA ACAGGGCCAT
CCCCCACAAC AAAATCACAA GACTCATCGT AGAGCACATT GGCTGATGCC AACGGGAGTA
GCCCTATTGA TGGCTTTCAA TCTAACCGGT TGTTTTTCAG ATGATGATCC CGCACCGGTT
GTCACGCCAC CCGTAGTACA ACCACCAGAA CCTGGCCCCT CCTTCCCCGA AGGCGCCATA
AAAATCCCAG CGGGTGATAA CCTCACGACT CGCATTCAAG AAGCCTTAAT TAATGCGCAA
AGTGGCGCCG TGATAGTGCT TCCTAAAGGG ACCTTTAATA TTGACTCGAC CTTGCTGTTT
GATGGTGACG TGGATGGGGA TGGCAGCTAT GCCAAAAACG TTACTATCAT GGGTTATGGG
ATGAAGGACA CTGTGCTTAA TTTCTCTCAA GCCAACTCGG GAGATGGGAT TTTCGTTCAA
AACGCACTCA ACATTACCAT TCAAGATCTG TCGGTCAATG AAGCGAAAAA CAACGGTATC
AAGCTTAAAA ATACTAACGG CATTATCCTG CGCCGTGTTG GCGCGGTATG GGAAGGCGAA
CTCGATAAAG ATAATGGCGC CTACGGTCTG TACCCCGTTG AATGTGAAAA CATTCTGATT
GAAGACAGTT ATGTTCGCGG CAGTGCCGAT GCGGGGATTT ATGTCGGCCA ATCCCAGTAT
ATTGTCGTAC GTCGCAATAT CGCCAAAGAA AACGTGGCAG GGATTGAAAT CGAAAACTCT
AAATATGCCG ACGTTTATAA CAACGAAGCG ATGGGCAATA CCGGTGGGAT TTTAGTCTTC
GACTTACCCA TCAACAACCA TAGATACGGC TCTAGTGTGC GGATTTTCAA CAACAAAGTG
TATGATAACA ACACACCCAA CTTCGCCAAT GCTTCGGCTA ACCCCGCGGG CGTGCATATC
GTGCCGCCGG GCACTGGAGT TATTATTTTA TCCACCGCAG ATGTGGAAAT CTTCAATAAC
GAAATTACCC GCCACGACAC CCTAGGTGTA ACAATCAGCA GCTTCTTTAT TGCAGAACCT
GATATGACCT CCTTTGTGGG CAACTACGGT CAACCAGGCC AAGCGATTGA CGATGGTTGG
AGACCTGTAC CGCGTAATAT TTATTTACAC GACAACAAAA TTACCGACTA TGGCACTAAG
CCAAAAGGTT ATTTAATTCA AGATATTATT CGCGCCTATG TGATAAGCCA CGGTACCTTG
CCCGGCGTGC TCTATGACGG TCTAGGCGAA ATGCTCGCCA ATAATGGCAC CGCTGCCTAT
CTTGGCTTAA AAGAACCCCC CTTTGCCACT GACGGTAGCG ATAACGTTTG TGCTAGCGAT
AACGGGGATG TGTCCTACGG TAGACTCTAT GCCAACAGCA ACACGGATAT CAGCATCGCC
GATGTGCAAT ATGAAAAGAC CCAAAATGCC CTACTGAAAT GTACTCAAGT CAGTCTACCA
GTGCATACCG TCACCTTTGC AGGCCAAGTA TTTGGCTGTG GAGTTGACGA TAATACTGCA
GGTTGTGATG GCGGCGTATT GGTCGGTGGC GGAGGCACAA TCGGTGAAGG CGAAGGCGGT
CTAGTGGGCG ATGGTGACCA AAGTCTGTGC AAAGCCACTG GCTCAAATGT CAGCTGGGAT
GCACTATTGA AAGCAAACTG CCCGAAACTG TCGGATTACA ATCTGTTTAG CGATGCTAAA
AATCCAACCG CTGCCGCTAA TTCAGGTGGT GTCCCTTATG ATCTCAACAC GCCGTTATTT
ACCGACTACG CCAGTAAATA TCGCTTTGTG TATTTGCCTT CTGGACAAAA AGCCAGTTAC
TCAGAAAATG AGACTTTCGA CTTCCCTGTG GGAAGCGTCA TTGTAAAAAC CTTTGCCCTA
CCCAGTGACA CCAGTAAGCG CGGTATTAGC AACGAGAGTT TGATAGAAAC GCGTCTGCTG
ATCCATCGTC CAACGGGATG GAGTGCCCTG CCCTATGTGT GGAATGCCGA TAGAACCGAT
GCTACCTTGG CAAAAGCTGG AGCCATTAGC AGCCAAACGC TGACACATAA AGGTCAAAAT
CTCACCTTCA ACTACGTGGT TCCCAACATG AACCAATGTA AACAGTGTCA CCAGTTTAAA
GCCGATGACA AAAGCAATGC CGTGTTCGTG CCAATTGGTC CCAAAGCACG CCACTTGAAC
CGCAATTACA GCTACCAAGA TGGCACGATG AACCAACTGT TAAAATGGGA AAATCTTGGT
ATTTTGCAAG GATTACCAAA CCTTAGCCAA GTGTCACAAG TACCGGCGTA CCAAGATGGG
GATGAAACGA CAGTCGCGAG TTTAAGTGAC TCAGCCTTAA TGCAAACAGC AAAGGGTTAC
TTAGATATCA ACTGTGCCCA CTGCCATAGA CCCGAGGGCA ATGCCTCTAA TACTGGCTTA
AAACTCGAAT ACTGGCGTGG TTATAGCGAT GATGCGGGTT TCTCCCACGG CACCTGTAAA
TCACCCGTTG CCTACGGTGG TGGAAACCTC GGTTTTGATG TGGTCCCCGG CAATGCCGCA
AAGTCCATCA TGCACTTTAG AATGCAAAGC ACGTCCCCAG GCGATCGTAT GCCTGAGATT
GGCCGTAGCT TAGCCCATGA TGAAGGTGTA GCACTGATCA GCGAATGGAT TAAACGTCTA
CCCGCGGCAA ACTGCTCACA ATAG
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| Protein sequence | MFNKTINPLT CKGLMAKQGH PPQQNHKTHR RAHWLMPTGV ALLMAFNLTG CFSDDDPAPV
VTPPVVQPPE PGPSFPEGAI KIPAGDNLTT RIQEALINAQ SGAVIVLPKG TFNIDSTLLF
DGDVDGDGSY AKNVTIMGYG MKDTVLNFSQ ANSGDGIFVQ NALNITIQDL SVNEAKNNGI
KLKNTNGIIL RRVGAVWEGE LDKDNGAYGL YPVECENILI EDSYVRGSAD AGIYVGQSQY
IVVRRNIAKE NVAGIEIENS KYADVYNNEA MGNTGGILVF DLPINNHRYG SSVRIFNNKV
YDNNTPNFAN ASANPAGVHI VPPGTGVIIL STADVEIFNN EITRHDTLGV TISSFFIAEP
DMTSFVGNYG QPGQAIDDGW RPVPRNIYLH DNKITDYGTK PKGYLIQDII RAYVISHGTL
PGVLYDGLGE MLANNGTAAY LGLKEPPFAT DGSDNVCASD NGDVSYGRLY ANSNTDISIA
DVQYEKTQNA LLKCTQVSLP VHTVTFAGQV FGCGVDDNTA GCDGGVLVGG GGTIGEGEGG
LVGDGDQSLC KATGSNVSWD ALLKANCPKL SDYNLFSDAK NPTAAANSGG VPYDLNTPLF
TDYASKYRFV YLPSGQKASY SENETFDFPV GSVIVKTFAL PSDTSKRGIS NESLIETRLL
IHRPTGWSAL PYVWNADRTD ATLAKAGAIS SQTLTHKGQN LTFNYVVPNM NQCKQCHQFK
ADDKSNAVFV PIGPKARHLN RNYSYQDGTM NQLLKWENLG ILQGLPNLSQ VSQVPAYQDG
DETTVASLSD SALMQTAKGY LDINCAHCHR PEGNASNTGL KLEYWRGYSD DAGFSHGTCK
SPVAYGGGNL GFDVVPGNAA KSIMHFRMQS TSPGDRMPEI GRSLAHDEGV ALISEWIKRL
PAANCSQ
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