| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_2714 |
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| Symbol | |
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| ID | 6117013 |
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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 woodyi ATCC 51908 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010506 |
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| Strand | - |
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| Start bp | 3317807 |
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| End bp | 3320878 |
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| Gene Length | 3072 bp |
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| Protein Length | 1023 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641634245 |
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| Product | FAD linked oxidase domain-containing protein |
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| Protein accession | YP_001761085 |
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| Protein GI | 170727059 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0247] Fe-S oxidoreductase
[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 | 7 |
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| Plasmid unclonability p-value | 0.488036 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.0122015 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCGCCGA ACGTGAGCTT GCCTAAATTA TCCCATGAAC AAACGCTTGA ACCTGTATAC
CTCTCCTTTC TTGGTGCGTT AGCCCAGAGT GAGTTCAGTG GTGATATTGA TAAACGTTAT
AGTGCTCGTT TAGCCCAAGC CACGGATAAT TCGGTCTATC AGTTTTTACC ACAAGCGGTT
ATCTACCCTA AAAATCAACA AGATGTCAGC ATTGCTCTGA CATTAGCGGC AAAAAGTGAG
TTTGATAAAG TGGTGTTTAG TGCCAGAGGT GGCGGCACGG GAACCAATGG CCAATCACTT
ACCCACGGAT TAATTTTAGA CTTGTCGCGT TACCTTAATA AAGTGGTTGA AATCAATGCT
GAGGAGGGCT GGGTCAAGGT TCAGGCTGGT GTGGTGAAAG ATGCACTTAA TGATGCGCTG
CGCCCTCATG GTTTCTTCTT TAGTCCAGAT CTCTCTACAT CCAATCGAGC CACCATAGGT
GGCATGGTTA ATACCGATGC ATCTGGTGCT GGCTCCTTAG TGTATGGGAA AACATCAGAT
CATGTGCTTG GGTTATCGAG TGTGCTTTAT GATGGCAGCG TACTTGAGAC CACCACTGTC
TCTAATGATG AATTGGCTCG TATAGACGAT GTTACGCAGA ATGCTTTGGG GCAAAAGTTA
ACCGAAGAGG TAGCTTCAAT TTGTCGTAAT AACCGCGCTG AAATTGAAGC TCGCTTTCCT
AAATTAAACC GCTTTCTGAC AGGTTATGAT CTGAAAAATG TGTGGAATGA TGAGCTCAGT
GAGTTCAATC TATCTCGGAT CTTAACAGGA TCTGAGGGAA CCCTTGCGGT TATCACCGAA
GCTAAGCTTA ATATCACACC ACTGCCAAGT GTGCGCATGA TGGTCAATAT CAAGTATGAC
TCGTTTGAGT CGGCATTGAG GCACGCGCCA GACTTAGTCA AAGCTAAAGC GACGGTAGTT
GAAACGGTCG ACTCTAAAGT GCTCAACCTT GCCCAGCAAG ACATTATCTG GCATTCGGTT
TCAGATTTGA TAAAAGAGGT GCCTGGTAGT GTTATCGACG GTCTCAATAT GGTTGAGTTT
GCTGGAGATA AAGAGGAGGT TGAAGCCAAA GTTGCTGAAC TTGAATCTGT TCTTGAGCAA
CAGATAAACG CCTCTGCTGG TGGATTACTT GGGTATCAGG TTACCAGCGA TAAACCCAGC
ATTAATATGA TCTATGCGAT GCGAAAAAAA GCGGTAGGCC TGCTTGGCGC AACAAAAGGG
AGACGTAAGC CACTGGCATT TGCTGAGGAC ACTGCCGTAC CACCAGAAAA GCTCGCCGAT
TTCATTATGG AGTTTAGAGC GCTACTTGAT AGCCATCAGT TGCAATATGG CATGTTTGGC
CATGTCGATG CAGGTGTTTT ACACGTTAGG CCTGCACTGG ATATGTGTGA TATCAATGAT
GAAAGACTGC TTAAGACTGT GTCGGATCAG GTTGCTGACT TGACCCTCAA GTATGGCGGC
TTAATGTGGG GAGAGCATGG TAAAGGGGTA CGTGGTGAAT ACGGCCCTGC TGTTTTTGGT
GATGAGCTCT ATGGTTTACT TGAGGAGGTA AAAGGCCTTT TCGACCCCCA TAACAAGCTC
AATCCAGGTA AGCTTGTTGC TCCTAAAGGT GCGGGTGCGC TTATCTACAA TGTTGACAGT
GCTAAGCGTG GTAGCTTTGA CAGACAGATC CCAATTAAGA CCCGTGATGC TTTCCCTGAT
GTGATGAACT GTAACGGCAA TGGTTTATGT TTTAACTACA GCCATTATTC GCCCATGTGT
CCCTCATTTA AAGTGACTGG TGACAGAGTA CAGTCACCGA AAGGCCGAGC GGGTTTAATG
CGTGAATGGC TTCGCCTACT TGAGAGTGAA GGGGTAGATC TTGATGCTTT AGCCAAAGCA
AAACCATTAG GACTGCTTCA AAGAGCACAA AATAGTTTAA AGATAGAGAG TGAATACGAC
TACTCCCATG AAGTGATGGA ATCGCTAAAG GGCTGCCTAG CCTGTAAGGC ATGTTCATCT
CAATGTCCGG TTAAGGTCGA TGTGCCTAAG TTCAGGGCTC AGTTTTTTAA TATCTACTAT
CAGAGGTATC TGCGTCCAAC AAAGGATTAC TTGGTTGCGG GCATAGAAGA TGCGCTTCCA
GTCATGGCCA GTATGCCAAA GCTAACGAAT GCCGTTTCTC AGAACCCTGT TAGCCAGTGG
GTGATAAAAC GAGCACTGGG GTATGTTGAT GCACCAGCAT TGTCGGTACC AACCCTTAAA
CAGCGTCTGG ATGGCCATGG TAGCAGGGGA TACGATCTTG AAGCGTTAGC TGCAATCCCT
GACGATGAAC GCTGTGAATA TGTGTTGGTA GTGCAAGATC CATTTAACAG TTATTACGAG
GCAGGAACGG TTTACCGTTT TATTAAGCTG ATTGAAAAAA TGGGCTTAAA ACCTGTTCTG
CTTCCATTTA AGCCAAATGG AAAGCCTATT CACATTAAAG GTTTCTTAGA TAAATTTGCT
AAAACGGCCA AGTCGTCGGC AGATTTTTTA GCTCAGGTGC ATAAACTTAA CATCCCTATG
GTAGGCGTCG ATCCTGCTAT GGTGCTCTGT TATCGTGATG AATACCGAGA AGTACTTGGT
GATGAGTGCG GTGATTTTGA AGTAAAGCTT GCAAACGAGT GGTTACTAGA GGCGATAAAG
TCTCACAGTG TCAGTAGGCC AAGCTCTGAG TTAAAGCCAG AATTAAAGCC AGAGTTCACC
TGGTTTAGCC ACTGTACAGA GTCAACGGCT AAACCTAATA CAGCAAAAGA GTGGCAGTTG
ATATTTGCAC ACTTTGGTGC AGAGCTTAAA ACGGCCAATA TGGGCTGCTG CGGTATGGCG
GGAACTTATG GTCATGAATT GGAGAATCAG CAACGTTCCC GCGAACTCTT CAGTATGTCT
TGGGAGCAGG CATTAAAGGA GTTACCTCAA GAGCAGATAT TAGTTTCAGG TTACTCCTGT
CGTAGTCAGG TTAAACGTTT CGGTGGCTTT AAGCCTAAAC ACCCTCTTGA AGCGCTGCTT
AGCTTAATAT AA
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| Protein sequence | MSPNVSLPKL SHEQTLEPVY LSFLGALAQS EFSGDIDKRY SARLAQATDN SVYQFLPQAV
IYPKNQQDVS IALTLAAKSE FDKVVFSARG GGTGTNGQSL THGLILDLSR YLNKVVEINA
EEGWVKVQAG VVKDALNDAL RPHGFFFSPD LSTSNRATIG GMVNTDASGA GSLVYGKTSD
HVLGLSSVLY DGSVLETTTV SNDELARIDD VTQNALGQKL TEEVASICRN NRAEIEARFP
KLNRFLTGYD LKNVWNDELS EFNLSRILTG SEGTLAVITE AKLNITPLPS VRMMVNIKYD
SFESALRHAP DLVKAKATVV ETVDSKVLNL AQQDIIWHSV SDLIKEVPGS VIDGLNMVEF
AGDKEEVEAK VAELESVLEQ QINASAGGLL GYQVTSDKPS INMIYAMRKK AVGLLGATKG
RRKPLAFAED TAVPPEKLAD FIMEFRALLD SHQLQYGMFG HVDAGVLHVR PALDMCDIND
ERLLKTVSDQ VADLTLKYGG LMWGEHGKGV RGEYGPAVFG DELYGLLEEV KGLFDPHNKL
NPGKLVAPKG AGALIYNVDS AKRGSFDRQI PIKTRDAFPD VMNCNGNGLC FNYSHYSPMC
PSFKVTGDRV QSPKGRAGLM REWLRLLESE GVDLDALAKA KPLGLLQRAQ NSLKIESEYD
YSHEVMESLK GCLACKACSS QCPVKVDVPK FRAQFFNIYY QRYLRPTKDY LVAGIEDALP
VMASMPKLTN AVSQNPVSQW VIKRALGYVD APALSVPTLK QRLDGHGSRG YDLEALAAIP
DDERCEYVLV VQDPFNSYYE AGTVYRFIKL IEKMGLKPVL LPFKPNGKPI HIKGFLDKFA
KTAKSSADFL AQVHKLNIPM VGVDPAMVLC YRDEYREVLG DECGDFEVKL ANEWLLEAIK
SHSVSRPSSE LKPELKPEFT WFSHCTESTA KPNTAKEWQL IFAHFGAELK TANMGCCGMA
GTYGHELENQ QRSRELFSMS WEQALKELPQ EQILVSGYSC RSQVKRFGGF KPKHPLEALL
SLI
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