| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | SO_1694 |
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| Symbol | |
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| ID | 1169483 |
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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 | 1780495 |
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| End bp | 1783179 |
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| Gene Length | 2685 bp |
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| Protein Length | 894 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 637343597 |
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| Product | FAD-binding protein |
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| Protein accession | NP_717305 |
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| Protein GI | 24373262 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0277] FAD/FMN-containing dehydrogenases |
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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 | ATGAAACCGC CCCAAATGAC TCAAGCACAA TTAAGCACTC AACCTACTGA GTTGACTCAA
AAGACTGCAC ATAAACATAA TTTGGTAAAA ACCTTAGTGC AGGATGCAGG AACACTAAAT
GTATTTACCT TTCAAGCTTG GGTAAAAACA CATCAAGGCG GTGTAGTCTT TCAATATTAC
AGTCAAACAA ATAACACAGG CTTTACAATT AATATCAATG CCCTCGGTCA TATAGAAACC
CTAGTAAATA GCCAACTGTT ACAGATTGAA ACCATTTCAA CTCTAGGAAA TTTAAATGAT
GGCTATTGGC ATTTATTATC CATCACCTAT CAATATCATG AATTAACCTG TTATATCGAT
GGTGAAGAAA TTCATCTACA GCAACATTCA ATACCACTAA GCGATGACAG AAAATTAAAG
CTTACAAATG AGACATCAAC ATTATTCGAC GGTGAAATAG TTAATATCAA CCTTATTGAA
CAGTGCTTAA CCAAACATCA AATTTTAGAT TATTATTTAC AGCCACAACA CCAAATAACG
CTGACTGATA ACAACCTTTA TATTTACCCC AAAAATCAAA TTAAACCAAG TACCAATTTT
CATCCTAATT TTGCAACAAG ACAAGAGGTC ATGCTGATTA TTTTTAACGA CACCGACTAT
AACTTTAGTA AGCAGAACTT AAATACTAAC AACTTTAAAA AACAGTTACC CCACATTATT
CCCGCTCATG AATGTTGCGC CTATATTATT GAGTCCAACT TTGGCCAATG GCCACACTTT
ATTTATCTGG TTAATTATCA TTCAGAAGAA AGTACCAACA TTACCCTTAG CTTTGATATT
TTAAAATCCC TCACGCCCAA TCGCTCACAC ATTAAGCTAC AACTGAGTAA TGAGCTTGAA
TTTGATTGTT TTATAAGCCA ATCAACATCC AGCCGACTCA CTGCTGAAAT TCGTATCAGT
GAAAATGTGG TTACCCGTCA AGTCACACAT TTTATGCGTT TTATTAACGA GGTACGCAGC
CACATTCCCA GCGAAAATAT CATTACCGAT GGCCAATACT ACGCCGAGCA AGATTTTTGG
GTGAGTACGG GCCAGCAGAT GCTGGCTTAC GAAAAAGCCT GCCAACTCTT TAATCGCCGT
TTGCAAAAAA AGCCACTCGC GATAATTAAA TGCCGCACCC GCCAAGACGT TAAAATCGTT
TATAAAACAG CGGTTGACTA TCACCTTGCC ATTAGCGTGC GCTCCAGCGG CCATGATCAC
GAAGGCGAAA GTGGCGAAAC CAATAGCATA GTGCTCGATC TCGAGTTGAT GAACGACATT
GAACTCGACC CCATCAGTGG TATTGTGGCT ATAGAGCCCG GTTGCACAAT AGGAAACATA
ACCAGCTATC TTGCCCAAAA AGGCTTAATG TTGCCCCATA GCACTAGCGC TTCCCATGCG
TTGGCAGGCT TTATTATGGG AGGCGGTTGG GGGCCTTGGT GTCGCAAATA CGGCATGTGC
TGCGAAGGCT TAGTCCAAGC AGAAATTGTC TTAGGCGTTG GTGAAACCCA AGTTGTATCG
GCGGCGAATA AACCCGAATT GCTCTGGGCA TTAAAAGGTG GAGGCGGTTT AAGTTACGGT
ATTGTCACCC GTTTTTTTGT GCAAACCTTT GCCCTCCCCC CAAGCCTGCT CAAATTCGAA
CTAGAATGGA ATCCCTATCT TCAGGACGGC CAACAACTGC AGCAAACCAC CCCAACCTTA
GGATTATTGG AACGTTGGGA GCAGCTTATT TTGGCCGATA ATCACCCGAG TTTGCTGGGC
ACGAATCTTA AAATTCAGGC CAAATCCGCA ATAGTCGAAG AGCAAAAACG CCCCTTAGCG
AGCAGTGTTC CAGAAACTGA AGATCCGATG TTTGCCAAGC ATAACTGCAT TATGTATGGC
TATTGGGAAG GAAATCCCGC CAGCCTTGCG CACTTTATCA AAACCCAATT TAGCGAGGTC
GGTTTAAAGC CAAGCAGAGT ACAAATTGAT GCCATGGGCG GCTTAACGCA AGCCTATGGC
GATGAATTAA TGGAAAGCTG GAATCGCGAA ACCATTCAGG ATTTACAACC CATCTTGAAC
CATAGAATGA CGGAACTGAT TAACGATAAG GATATACAAC TCTACAAAAA CCAGCGCCAA
CACGCACAGG ATCTGCTTCG CCCCGCGCCC CATAAGGTGA CATCACGCTT AGCCCATTCA
CAGGGATTAA AACAAGGGCA TATTGCATTG ATTGAAAGCC TAACCTCATC ACAACTGATT
GAGGATAATA GGCAATTAGG TTTATTTACC TATGTTACCT TAAGCGCGAT TACGGGCGAC
TTTTATCGCA CACTGGGTGA TGCCAAAAAA ACTCAAAGTG CATTTGCCTT TAAAGACCAC
GCCTATATTG TTCAGTTTCA GGCATGGTGG AACAACGAAC TACAGGAACA AGTGCTGATG
CAGGCCAACC CTGTTTATAC TCGGGTAAAC AGAGCACTTG ACTGGATTGA CAGCTGCCGC
GATGCCACTA TTGCCAACAG TTCAGGCGCC TTTATTAATT TTAAAGATAA TACCATCCCT
ACTGCCCGTT ATTTTGGGAA AAACTATCCA TTGTTACAGC AGGTTAAGGC CAGCTATTGC
CAAGATCCGT TAAATCATTT TCGCTCGCGT AAGTCGATTA TTTAG
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| Protein sequence | MKPPQMTQAQ LSTQPTELTQ KTAHKHNLVK TLVQDAGTLN VFTFQAWVKT HQGGVVFQYY
SQTNNTGFTI NINALGHIET LVNSQLLQIE TISTLGNLND GYWHLLSITY QYHELTCYID
GEEIHLQQHS IPLSDDRKLK LTNETSTLFD GEIVNINLIE QCLTKHQILD YYLQPQHQIT
LTDNNLYIYP KNQIKPSTNF HPNFATRQEV MLIIFNDTDY NFSKQNLNTN NFKKQLPHII
PAHECCAYII ESNFGQWPHF IYLVNYHSEE STNITLSFDI LKSLTPNRSH IKLQLSNELE
FDCFISQSTS SRLTAEIRIS ENVVTRQVTH FMRFINEVRS HIPSENIITD GQYYAEQDFW
VSTGQQMLAY EKACQLFNRR LQKKPLAIIK CRTRQDVKIV YKTAVDYHLA ISVRSSGHDH
EGESGETNSI VLDLELMNDI ELDPISGIVA IEPGCTIGNI TSYLAQKGLM LPHSTSASHA
LAGFIMGGGW GPWCRKYGMC CEGLVQAEIV LGVGETQVVS AANKPELLWA LKGGGGLSYG
IVTRFFVQTF ALPPSLLKFE LEWNPYLQDG QQLQQTTPTL GLLERWEQLI LADNHPSLLG
TNLKIQAKSA IVEEQKRPLA SSVPETEDPM FAKHNCIMYG YWEGNPASLA HFIKTQFSEV
GLKPSRVQID AMGGLTQAYG DELMESWNRE TIQDLQPILN HRMTELINDK DIQLYKNQRQ
HAQDLLRPAP HKVTSRLAHS QGLKQGHIAL IESLTSSQLI EDNRQLGLFT YVTLSAITGD
FYRTLGDAKK TQSAFAFKDH AYIVQFQAWW NNELQEQVLM QANPVYTRVN RALDWIDSCR
DATIANSSGA FINFKDNTIP TARYFGKNYP LLQQVKASYC QDPLNHFRSR KSII
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