| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_2013 |
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| Symbol | |
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| ID | 6116276 |
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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 | 2473086 |
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| End bp | 2476253 |
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| Gene Length | 3168 bp |
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| Protein Length | 1055 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 641633516 |
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| Product | molybdopterin oxidoreductase |
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| Protein accession | YP_001760392 |
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| Protein GI | 170726366 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG0243] Anaerobic dehydrogenases, typically selenocysteine-containing |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 1 |
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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 | 17 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAACTTT TGAACTTCAC ACCCCAAAGT GGCCAGCATT GTGAAACAAC AACGATTCGA
AATATGTTGG CTCATGAAGG TGCGCACCTC TCTGAAGCTA TGTTATTTGG ATTAGGAGAG
GGGCTAGACT TTCAGCATTG GGTCTCTCAA CAGCCAACGG CTATTCCTCC TATACTTTCG
GGAAGAGTTG AGCCCGGCCG AATTACTCAT AACCTTTCCA AACACTTAGA GCTAGATTTT
AATGAGACAG TCACAGAGTC TCCTTCGGTT GCACTTAAAC ATATTGAGTC AATATTAAAT
GATGGGCAAG TACCTGGATT AAAAGTAGAT ATCTATTACT TAGATTACTT TACATCTAAC
CGTCATTTTG CTGCCCACTA CTTGTCGTTA TATGGTCTCG AAAAAGAGCG TGCTTATGTT
GTCGATACGT GCCAGCAAGG AGGGGCAAAT CAGTTACCAA TAGAGTCACT ATCTCATGCT
AGAGACTCCC AGAAAGGGTT TATGCCTTCT CGAAATCTAT CCATACATTT AGCCTCACTA
TCTGACTTAT CTCTTCAATT TAGCGAAGGA GTGATCTCCT CTCAAACTAC CCAAGTGTTA
ACTCAAGCGA TTAAGAATGT GGCGACTAAC CTCTTACAAG AAAGGGGGCC GCTGTGTGGT
ATTCAAGGCT TACATACAAC AGCGAAAGAG ATATCGAACT GGCATCAACA TTTCGATAAC
CCTCAAGAAT CAGTCGCTTC GGTAGGTAAC TTTCTTAGAT TTGCAGGCAC TGGTGGTGCG
AATTTCCGTC TGATATATAA AGCATTTTTA TCTGAGTGCA TAGACTATTT AGACTGTAGC
ATCATTAAGA ACTCTGACTC AATATTTGAA TTGATCGTCG CTCAGTGGGA TTCAACAATT
GATCATCTCT TGGCATTTTC AAATAGTGGA ATAGAAGCTG ATTTAATGAA AGCCAGTCAA
AGTTTCTATG AGGTGGCCAA TTTAGAGCAT GAAGCAATGT TACAGCTCAT AAATGTTGAA
AATACACCAA CTAGGGTCGC GGTATCACCC ATCAAGGATG AGAAAACAAT TTGTAGAATG
TGCCATGGTG GATGCGGTGC AATTGTTACC ATGGAAAATG GTATACCCAA AGCAATCCGA
GGGGACTCAT CCAACCCTAT CAGTGAAGGG TATTTTTGTG CCAAAGGAAA AGCATCAATT
GAGCTAGTTA ACCACCCAGA TAGATTAATG TTTCCACAGA AAAGAGTGGT TAAAAATGGT
CTTGTGACTT TTGAAAGAAT ATCTTGGGAG GAAGCGCTAG ATGAGATTGC GACGAAAGTA
TCGCAAGTGA AAGCTCAATC TGGTTCAAAA GCCATTTCAT TTGCTCAAGG GACAGATAGA
AATTATCAGG AGTGGGTATT TAGGCTGGCT AACGCAATAG GCACGCCTAA TGTCGTTGGT
CCTGCTCATG TCTGCTTCTA TCCAAGGGTT ATGTCGTCTA TTTTAACTTT TGGTGGCTTC
ACATTTTCTG ACTATGACGG CCAGCCCAAT ACTGTTCTTG TATGGGGGAG TAATAAATTA
CAAACCCACT CTGATGGTGT CATCGGTATT AAACTTGCGA AAGCGATGAA GCAGGGGGCG
CAGCTTATTG TTGTTGACCC TTATGAAACC ATTGCGGCTA AACAAGCAGA GATCTGGCTG
CAGATTAAAC CCGGTACCGA TGGGGCTTTG GCGTTAGCCA TGATGAAGCT TATTATCGAA
GAGAGATGGT TTGATGATGA GTTTGTGAGT GACTATACCC TTGGTTTTGA AGAGCTCGCT
GACAAACTTG CAAATCACGA TATTAATGAA TTAGCGGAAG AAACAGGACT GTTAGTCGCT
GATATCTACA GGGCAACACG ACTTTACTCC TCCTCTCTTA GGGCGACGAT TGAAACGGGC
ACAGGTGTTT CTCAGAACAG CAATTCATTC GATACGCTTC GCTCTATCTA TATGCTGTCT
GCACTATGTG GCTTCCTTGA TAAAGAGGGA GGGGATGTGA TCTGGGAGCC TATGGATGTT
GATGGTCGTC GCTCATTTCC TAGGGCGGAT CTATTACCTG AAGAAAATGC TGGGGATCGA
TTAGGGAGCG ATCAACATCG TATTTTAGCT ATGAGCGGCT GGGCAACTGC GGATGCATTG
TGGCGCTCTA TCTTGACTGC TGAACCCTAT AAGACAGAGT GTTTAATCGT ATTTGGAAGT
AATTTATTAA CTTCTTATGC AAATCAGAAA GATGTTCACA AAGCATTAGA GGAGCTTGGT
TTCCTTGTTG TATGTGACAT GTTTATGACA CCGACAGCGC AAATGGCTGA CATTATTTTA
CCCGTTTCCA GTTGGTTAGA GAGAGATCAA GTTGTTGAGT TTAATGCTTA TATCGCACCT
CGAAGAAAAT TGGCACAAGT TGCTGAATGC AAGTCTGATG AGGAGATTAT TTTAGCCTTA
GCTGAGCGAC TGGAAGTGTC TGAGCATTTT TGGCCAACAC TTGGGCAGGC ATTGGATCAT
AAACTCGCTA ATTTATCTCT TGATTGGGCC TCTTTTTCAG ATAAAGGGGT GATGCTCAAT
AGCAAAAAGT ATCGCAAATA TGAGCAGGGA GGCTTCGCGA CAAAAAGTGG CAAAGTTAAT
CTATTCCATC ATGGTTTGAA ACAGATGGGA TACTCAGCTC TTCCCGAGTA CCAACAAGTC
GATGTCACTC CTCAAATGGT CAATGCATAC CCCTATATTC TGACCAGCGC CCATTCTCGG
TACTTCTATA ACAGTGAATA TCATCAACTT CAGAGCTTGG CCAAACATCA AGAGCACGCG
TTAATTTCGA TGCATGTGGA TGCTGCAAAA GCGGAAGGTC TCTTTCAAGG AGACACGGTA
AAGGTGTATA CCCCAGAAAA CTTAGATGGG GTCATATTCA GTGTAAACCT AACTAAAAAG
GTGGCAAAGA ATGTTGTCTA TGTTGATGCG TGTTGGTGGT ACCCGAATCA GACCTCAATT
GAGCAAGCAT TATGTTCATC TGTCAACGCT CTGACTCATG GTGGAGCGGT AAACGGACAG
ATGGGAAGCA ATAATCTACG TGGTTTTAGA GTGGCATTGA GTAAGGTTGA GCAGACATTG
CCTCAATCGG AGCTCAATGG TTCTTTAGCA TCGGTGAACA CACTATGA
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| Protein sequence | MKLLNFTPQS GQHCETTTIR NMLAHEGAHL SEAMLFGLGE GLDFQHWVSQ QPTAIPPILS
GRVEPGRITH NLSKHLELDF NETVTESPSV ALKHIESILN DGQVPGLKVD IYYLDYFTSN
RHFAAHYLSL YGLEKERAYV VDTCQQGGAN QLPIESLSHA RDSQKGFMPS RNLSIHLASL
SDLSLQFSEG VISSQTTQVL TQAIKNVATN LLQERGPLCG IQGLHTTAKE ISNWHQHFDN
PQESVASVGN FLRFAGTGGA NFRLIYKAFL SECIDYLDCS IIKNSDSIFE LIVAQWDSTI
DHLLAFSNSG IEADLMKASQ SFYEVANLEH EAMLQLINVE NTPTRVAVSP IKDEKTICRM
CHGGCGAIVT MENGIPKAIR GDSSNPISEG YFCAKGKASI ELVNHPDRLM FPQKRVVKNG
LVTFERISWE EALDEIATKV SQVKAQSGSK AISFAQGTDR NYQEWVFRLA NAIGTPNVVG
PAHVCFYPRV MSSILTFGGF TFSDYDGQPN TVLVWGSNKL QTHSDGVIGI KLAKAMKQGA
QLIVVDPYET IAAKQAEIWL QIKPGTDGAL ALAMMKLIIE ERWFDDEFVS DYTLGFEELA
DKLANHDINE LAEETGLLVA DIYRATRLYS SSLRATIETG TGVSQNSNSF DTLRSIYMLS
ALCGFLDKEG GDVIWEPMDV DGRRSFPRAD LLPEENAGDR LGSDQHRILA MSGWATADAL
WRSILTAEPY KTECLIVFGS NLLTSYANQK DVHKALEELG FLVVCDMFMT PTAQMADIIL
PVSSWLERDQ VVEFNAYIAP RRKLAQVAEC KSDEEIILAL AERLEVSEHF WPTLGQALDH
KLANLSLDWA SFSDKGVMLN SKKYRKYEQG GFATKSGKVN LFHHGLKQMG YSALPEYQQV
DVTPQMVNAY PYILTSAHSR YFYNSEYHQL QSLAKHQEHA LISMHVDAAK AEGLFQGDTV
KVYTPENLDG VIFSVNLTKK VAKNVVYVDA CWWYPNQTSI EQALCSSVNA LTHGGAVNGQ
MGSNNLRGFR VALSKVEQTL PQSELNGSLA SVNTL
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