| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_1096 |
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| Symbol | |
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| ID | 1168929 |
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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 | 1135785 |
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| End bp | 1138922 |
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| Gene Length | 3138 bp |
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| Protein Length | 1045 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637343047 |
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| Product | hypothetical protein |
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| Protein accession | NP_716722 |
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| Protein GI | 24372680 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5373] Predicted membrane protein |
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| TIGRFAM ID | |
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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 | ATGCCGTTAA AGGATGACGT AGACCAACTC AAAGCGGAAT TGGCACAATT AAAGTTGCAG
CACCTCTCGC AGCAAACGTC GCTTAGCCGC CAACTGGCTG AATTTTCAGC CAAACTCGAT
ACTTTAAGCA TAAGGCTTGA ACAGCAAGAT AACGGCGCTA ATCCAACGAA TATTACAATG
GAAATTGCCG CACCTGAGCC ATCCCCCATT GCGATCTCAG TTGACAATCA CACTATGGGG
AGTGATGTCG CCAAGCAGTC AGAAGCGGTT TCACATTCTA TTCAGCCACA AGCAACCTCC
CCTTGGCAGG ATGATCCGTG GCAGCGCCCC CGTGAGCAAC ATCCCAATGC CGACTCACAG
CAAGCGACTG ACCATGAGCT AACAAAGCAG GTGCGGGCGG AACTAGGCGC TCAAGCAACA
AACCAAGTAG AAGCGCAAGT CGAAGCCTTT TTATCGCAAG GCGTTGCCGC AATAATGGCT
CCATTTGTAG CCATTAAGGA ACAGGTAAAA GGCTTCTATC AACACTATCA AGCCAAAGGC
TTGGGGCCAG TGTTTTTAAT GACTGTCGCT GGCATAATTA CCCTCACCCT AGGTTTTGGT
TATCTACTGC AATATTCCAT CAATCATTGG TTTTCCGAAC TCGGTAAAGC ATTGCTCGGC
TTTGGCTGTG CTAATGCGAT AATCGCTGGC GGCATTTTTA TCCGTCAAAA ACGCCAAGGC
ATGGCCGACT TTGGCTCAGG TATCGTCGGA CTAGGGCTGA TCTTAAATTA CCTGTGCGCC
TATTTTATTG GCCCCTATTT TGAGATTATC CCCAACAGCG CCAGCTTCAT TCTATTGCTA
TTGATAACCT TAGCGGGCTA CGGCCTATCG ATGCGTCTCG ATGCTAAAGT CATTGCTGTC
ATCGCCTTAA TCGGTGGTTC AACGGCACCT ATGATGCTGT TATCCCAAAG CTATGCGCCG
CTATTATATA TCCCCTATTT ACTGCTGATA GGTACTGGGG CATTGGCCCA AAGCCGCAAA
CTGCAATGGC CATTACTGCT TGAAATAACA GCCTTTTTAC ATATCGCTTG TATTGAAACC
TTCAGCTATT TTGTCGATTT ACCAATCCAT CACTGGGACA GTGCTGCAGT GCTCGCCGTT
GTCAGTATTA ACGCCCTATT TTATCTCTAT GGAATAGTAG GACTTATCTT TAGCTCATCA
ACAACACTCA GCCATAGGGC GTTGGCACTG CCGATTGCGT TATTGGCATT TGTGCTGTTT
GAACTCACGC AATTTACTGA GTTTGCAGGG GAAATATTTA TCGTCAATGC GCTGGCGTGC
GCAGGACTAT ACCTCAAGCT TAAAAATCGA CTCGATAAAT CCCAAAGTAG CCTCTTACTG
GTGTTTGGCG GAAGCTTTGC TGCCTTTGCG GCACTTTATC TGTTAAGCCA TGATTTCTTA
GGATTAGTAT TGCTACTCGA GGCAATATTA CTGTTGTGGA TTGGCCTCAA AGAAAAACTG
ATTTCAGTAC GGGCAGAAGC CTATGTCTTG CTGGTGATGG CACTGGCGCT CAATGCTTAT
GGCCTGCTCT CAGGCTTAAC GTTACTCGAA CAGGCCACTT TATCCCCTGT GGGGGCCCTT
GGCTTCCCCC TTATCGCATT AGCCTTAAGT GCTGGCGGAT TGTTCTTTAC AATCAATCAG
CTAACAAATA ATGAATTAAA ACTTTCCAAG TTAGAAGGAC AACTCAGCTA TCTACTAAAA
GAAATCTTGA GTGGCTTTTA TGTCGCGACC CTATTGGTTG CGGCTTATCT TATCAGCAGC
GATTACTACC TCGCCATTGT GCCACTCCTT AGTCTGTTAC TCTTGTATTT AAGTAGCAAA
GACAAACTGA TAGCCAGTGA GTTTGCTGCT TGGCTATTGC TGCTGCCATT GTTATTTGCC
GTAATCGAAG GCATTACTCT CTCGGGCAGC ATGAGTTTTA GAGCGCAGCC GCTGATGGCT
AAACTGGCAC GAATTGAATT ATTCACCGCC CTATTATTAA CCCATTATTG GTATCGCAGA
TACTATCCCA CATCCCTATT TGCTCAAGCC GCCAAGCAGA TACAAATTGG CTGTTATCTT
CTTTTACCAC TGCTTTTATT GCCAAAAATC ATCCGCAGTT ATTGGGAATT TACCGCGGCT
GCACTCTGGT TTAGTGGCTT GTTTAGCCTT GGCTTAGCCT ATGTGATCAA ACATAAAGCC
CTTAAGATTG AAGCTAAAAT TCTAACTTGG CTTGCCGTAC TCACCACAGC GAGCTTATGC
CTGTTTGAAA TCTGGCAAGG GCTTATCGCG CTGCTGATTG GCACACTTGT TATGGGATTT
GTGCTCATCC GATATCGCAA ACTCCCAGAG GAATGGCGCC AGCTGTTAAC GCTTCAATGG
CAACTTAGCC CCTATTATTT TGCGCTGGTA TTAGCCGTAC TTGTGTATGG ATTAAATCAC
ATTGATGTCG TGGCTTGGTC GATGACAGCT TTAGCCCTCA GCGGCTACTT TGCACTGTTG
ATCCAAAGAC GGGCTAAACA TACTGGCCCC AAAAAGGGCT TACTCGTCCA CATTGCCAAC
GAGATGCAAG CTGCTATTCG ACCAAGCTAC AGCCTTGCCT ACGGTCTTTG CCTTGGCTTC
GCTCTGCTAC CTATCCTGCT GCATTTTGAG ATATCGCTGA GAGTAGATTT GAATAACGCG
TTACTGATCC TCTGCGAATT TACCGCCTTA GCATTACTTG CCACGCTGAT ATTGCGCCGC
GGCGTTGCTA TCCGTTTACA TCGACCCTTC TTACCGCTGC AATGGCTGAA ATGGGGTTGG
CATGGGTTAC TTGCGCTCAG CTATCTCACT TGGAGTTATG TATTTGATAA CATGATTGCC
GCGCCGCTCA GTGCGATTTT ATTAGTGGTG CATGGCAGCG TATTAATGTT TATCAGCTTA
AAACCCCAAC ATTCGGACAT GATCCGCCTC GCCGCAGGGC TCTTTACCTT AGCCACGCTC
AAGGTGTTAT TGCTCGATAT GGCGTCCTTC GAGCTGGTGC AAAAAGTCAT CGCCTTTATG
TTGATTGGAG TGATTTTACT GACCGTATCT TACTTCTATC AAAAGGCGCG TAATCGCCAA
CAACAAGCAA ATTCGTGA
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| Protein sequence | MPLKDDVDQL KAELAQLKLQ HLSQQTSLSR QLAEFSAKLD TLSIRLEQQD NGANPTNITM
EIAAPEPSPI AISVDNHTMG SDVAKQSEAV SHSIQPQATS PWQDDPWQRP REQHPNADSQ
QATDHELTKQ VRAELGAQAT NQVEAQVEAF LSQGVAAIMA PFVAIKEQVK GFYQHYQAKG
LGPVFLMTVA GIITLTLGFG YLLQYSINHW FSELGKALLG FGCANAIIAG GIFIRQKRQG
MADFGSGIVG LGLILNYLCA YFIGPYFEII PNSASFILLL LITLAGYGLS MRLDAKVIAV
IALIGGSTAP MMLLSQSYAP LLYIPYLLLI GTGALAQSRK LQWPLLLEIT AFLHIACIET
FSYFVDLPIH HWDSAAVLAV VSINALFYLY GIVGLIFSSS TTLSHRALAL PIALLAFVLF
ELTQFTEFAG EIFIVNALAC AGLYLKLKNR LDKSQSSLLL VFGGSFAAFA ALYLLSHDFL
GLVLLLEAIL LLWIGLKEKL ISVRAEAYVL LVMALALNAY GLLSGLTLLE QATLSPVGAL
GFPLIALALS AGGLFFTINQ LTNNELKLSK LEGQLSYLLK EILSGFYVAT LLVAAYLISS
DYYLAIVPLL SLLLLYLSSK DKLIASEFAA WLLLLPLLFA VIEGITLSGS MSFRAQPLMA
KLARIELFTA LLLTHYWYRR YYPTSLFAQA AKQIQIGCYL LLPLLLLPKI IRSYWEFTAA
ALWFSGLFSL GLAYVIKHKA LKIEAKILTW LAVLTTASLC LFEIWQGLIA LLIGTLVMGF
VLIRYRKLPE EWRQLLTLQW QLSPYYFALV LAVLVYGLNH IDVVAWSMTA LALSGYFALL
IQRRAKHTGP KKGLLVHIAN EMQAAIRPSY SLAYGLCLGF ALLPILLHFE ISLRVDLNNA
LLILCEFTAL ALLATLILRR GVAIRLHRPF LPLQWLKWGW HGLLALSYLT WSYVFDNMIA
APLSAILLVV HGSVLMFISL KPQHSDMIRL AAGLFTLATL KVLLLDMASF ELVQKVIAFM
LIGVILLTVS YFYQKARNRQ QQANS
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