| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Swoo_1054 |
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| Symbol | |
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| ID | 6115288 |
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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 | 1366987 |
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| End bp | 1369962 |
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| Gene Length | 2976 bp |
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| Protein Length | 991 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 641632537 |
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| Product | hypothetical protein |
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| Protein accession | YP_001759442 |
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| Protein GI | 170725416 |
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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 | 11 |
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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 | 19 |
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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 | ATGAAGCATA AGCTGCTCTC AACCTGTTTA TTTATTAGCA TAACGGCATG TGGTGGAGGC
GGTGACGCCG ACAATGACTC AAGTGATAAC AATGGTGGCG GCACTCCTCC CCCTACTTTA
GCAGCCCCCG ATGTTGAACT GGGCCAAGAT ATTGAGAGCT GGAATCATCT TCCTATTACG
CTGTCCGCCG AGGTCAGCTT GCATAATGAA GGCGAAGCCA AATACCAATG GCGAATAGTC
AGCGGTCCAC AGGTCGCTCT CAGCGGCGAC ACCAGCTCAA ATCTCGTCAT CGATGCATCC
TCACTTATCG AAGATGCTCA GCTTAAGGTG GCACTGAATG TCACTGACAG TGCAGGTAAG
AGCAGCGAAG ATCAGCTCAA TATCTCACTC AAAGATCAGA TCAGTGCAGC CATCAAGCTT
GGCGATCCTA AACTAGTGTC AGGACTCGAA TCGCAGCTTA TCAAGCGCTC ACTTAATTTT
ATCGATCTGT ATCGTCAAGA TAATGCCCAC TTTTTACAGA GCATCTATCA AGGTAACAGT
ATCCGATATG ACTCTGGGCA GCATTCGCAG ATGATCCGTC TCAATCAAGC TGCACACTAC
TACCCTCAAA GCAAAAGTTT TGAGCTTATT AGAGGTAATG GTGGAAGAAT TTTTGCTGCT
GCCAGCGATA AAAACGGTCA ACGAAACGCC GCCTTTGGTA CCGATATTAT CTCGAGTATG
CAGCAAGGGA ACAATCTAGA TTATCAAGAG AACTTCAAAG GGCTACTTGC TTGGTTACTT
GATAAGGAGC TTGCTCAAGC ACAAACGCAA GAGGTGCGTC TGTTCCTAAT GGGCGGCAGC
ACAGTTTCAC GGATCACGGC TTGGATTGCG ACTCAATATT CAAACTGGAA CGTCACTCTC
TGTGACGATA AAGCGGCTCA ATCGAGCTGT CTAAATCAGG CAGATCTGAT TATCACTGGC
TCAAATGGCG ATCTGAGTGA GCGAGATGTT AGTACACTAC TGACCTCAGC CCAGCAGCAA
AAGACACCAC TACTCTATAT GCACCTGCAT AGCTGGAACA GCGTACCACT GACCCAAACA
GTGCTAGGTA TGATGGATTT CTCCATGCAA GGCCCTGGTG GACCTGGAAA CTTTTTCTCT
CCCGACAAAG CCGATTGGTC AAGTTATCAA GCAATGCTCA CCGCTAAACC ATCTCTCACC
GATGAGGCTT TGTGGCTAAC CCTTTTAAAG GAGCAATCAC CAGACTTTAC CTTAGCAAAC
TGTGCCACCA GCTGTGATGC CAGTCTTAAC GAACTGTACA AACCCGCACT CAATAACATC
AGGGCTCAGC TTCAATCCTT CGATAGCCAA CATCTGGATA TGTTTAAGCA AGAGAGTCAC
CAACTCTACA AATATATCAC CCTACTTGGT GACAGCTACC GCAGCCAGTT AAGCTACCCT
ATGGATGTCG CAACAAGCGA TACAATGGAT TATCTTCAAG CTATGTTTGC CGACAACACT
GTCTACAACT ATCGCGAGAT AAATCCAGCT CCTGCTGACT TAGGTAACTT TAGTCGCACC
GACTTCTCCC ATATTACGCC AACAGACAAA TCTGTCAGCA TCACCAGTAA ACAGGGATTT
CGCTCTGCAG GTGTTTATGC CTTGCCAGGT CAAACGGTAA CAGTCTCAAG AAACGATAGC
AGTGATGTAA AAACTTGGGT ATTTATCAAC ACCCAAAGAT CTGCTTCAAC CCATGAGTAT
GCAACAAATG GCTATAATCG CCCTAAATAC CTGCAATCCA CCCATGTGGA GATAAAGCCA
GGTGAAACAA TAAAGTTTAC CTCGCCCTAT GGCGGCCCCA TGCAGGTGAA GTTTGATAAA
GGCGATTTGG CCACTCAGTT TACCTTTAGC AGTGTTGGAT TACACCCTTA CTGGCGTAAC
GGTATGGACG GCGCCCAATT TATGCAGCAA CTCAACGATT CAGAGTTTGA CTGGGCGGAG
CTTGCCACTG AACATTTCGA AGTTCACTCA CGCCTTGATA AGATGAAGAC CACCATGTCC
CATGAGCCGC TTTGGGATAC ACCAGAGAAG ATGGGGCAAG CCATTATGAC CCATGTTCAT
AACTACCCGC ACCTATTAGC GGGTTTCAAA GGCCCCTACA TTGACTCTGT TAGCGAGATA
ACCGACTTCG CAATAGCACA AGGTTGGGAG CTTGATAATC TCGATACGGT AAAACATATG
AATGCGGATC AAGCCACATG TGGAGCCGGC TGCTCAGGTA ATCCCTATGA CGCAAACTGG
TCATTCAGCC CAACAGGACA CGGTGATATT CATGAGCTTG GCCACGGTTT AGAGAAGGGG
AAACTCAGAT TTGATGGTCA TGAGGGACAC GCCTCGACCA ACCCATACTC CTACTACACC
AAATCTCGTG GTTTTAAAGA GAGTGGTAAA CTTCCCTCAT GTCAGGGCTT ATCTATTAAG
GATGAATTTG AGGTGTTACA GGCCAGCATG AAACAAGCCG ACCCGTTTAA CTATATGCAA
GAGGCTAAAC TCACCAGCTG GTCTAATGGC ATGGCGACTA TGTTACAGAT GATGGTCGCC
GCACAGAAAA ATGGGGCGCT GGAGGATGGA TGGCACCTAC TCGCCCGTTT GCATATCTTG
TTACGTGAAT TTGAGCGCGC CAAAACTTCA GAAGCACTCT GGCTACAAAA GCGAGCACAA
CTGGGCTTTA GTCAATTTAG TTTGGATGCT GCAAAAGGGA TCTCAAATAA TGATTTCTTA
ATGGTGGCAA TGAGCTACTC AACTCAGCTC GATTACCGTG AGGTCTATCA GATGTGGGGA
CTCGCGACCA GTCAAGCAGC TAAAGATCAA GTTGCAGGGT TTAACTTCAG CATGATCGCC
AAACAGGTTT ATGTTTATAA CCCAGGTGAC TACTGCTTAG GGTTAGATCT GCAATCTGTG
CCTGTCGATG GCAATCAGGT ATGGCCGCTA GATTAG
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| Protein sequence | MKHKLLSTCL FISITACGGG GDADNDSSDN NGGGTPPPTL AAPDVELGQD IESWNHLPIT
LSAEVSLHNE GEAKYQWRIV SGPQVALSGD TSSNLVIDAS SLIEDAQLKV ALNVTDSAGK
SSEDQLNISL KDQISAAIKL GDPKLVSGLE SQLIKRSLNF IDLYRQDNAH FLQSIYQGNS
IRYDSGQHSQ MIRLNQAAHY YPQSKSFELI RGNGGRIFAA ASDKNGQRNA AFGTDIISSM
QQGNNLDYQE NFKGLLAWLL DKELAQAQTQ EVRLFLMGGS TVSRITAWIA TQYSNWNVTL
CDDKAAQSSC LNQADLIITG SNGDLSERDV STLLTSAQQQ KTPLLYMHLH SWNSVPLTQT
VLGMMDFSMQ GPGGPGNFFS PDKADWSSYQ AMLTAKPSLT DEALWLTLLK EQSPDFTLAN
CATSCDASLN ELYKPALNNI RAQLQSFDSQ HLDMFKQESH QLYKYITLLG DSYRSQLSYP
MDVATSDTMD YLQAMFADNT VYNYREINPA PADLGNFSRT DFSHITPTDK SVSITSKQGF
RSAGVYALPG QTVTVSRNDS SDVKTWVFIN TQRSASTHEY ATNGYNRPKY LQSTHVEIKP
GETIKFTSPY GGPMQVKFDK GDLATQFTFS SVGLHPYWRN GMDGAQFMQQ LNDSEFDWAE
LATEHFEVHS RLDKMKTTMS HEPLWDTPEK MGQAIMTHVH NYPHLLAGFK GPYIDSVSEI
TDFAIAQGWE LDNLDTVKHM NADQATCGAG CSGNPYDANW SFSPTGHGDI HELGHGLEKG
KLRFDGHEGH ASTNPYSYYT KSRGFKESGK LPSCQGLSIK DEFEVLQASM KQADPFNYMQ
EAKLTSWSNG MATMLQMMVA AQKNGALEDG WHLLARLHIL LREFERAKTS EALWLQKRAQ
LGFSQFSLDA AKGISNNDFL MVAMSYSTQL DYREVYQMWG LATSQAAKDQ VAGFNFSMIA
KQVYVYNPGD YCLGLDLQSV PVDGNQVWPL D
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