| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_2916 |
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| Symbol | |
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| ID | 4479043 |
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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 sp. ANA-3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008577 |
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| Strand | + |
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| Start bp | 3491653 |
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| End bp | 3494322 |
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| Gene Length | 2670 bp |
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| Protein Length | 889 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 639727521 |
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| Product | hypothetical protein |
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| Protein accession | YP_870548 |
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| Protein GI | 117921356 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | 29 |
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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 | ATGGGGCGAA CTAAAGGTAA AAAAGCGGAC GGACGCACAT CGGATTTAAC CTTCTCTTGG
ATGCTCACCA CGCTCGGTGC GGAGTGGCAG CAATGGCAGG AACTGGCGGC TGAGTGGATG
GCAGAACAAA CCACTGGTAT TGACCATAAA CAACAAGCTA TGGCTCGCTT CTTCGAATCC
TACCTTGTTG AATGTGCACC CTATGCCATC AGCAATATTG ACCTGTTCTT TCAGGGTTAT
AACGGTCATC GATGCTCTAG TGAACAGTTG GAGACTGTGG TAAAGAAGAC ACAGAATACA
GCTACTATCA TCCAAAAAGG CGTAAATTAT CCATGTGACT TCATCGACTT TGTTATTGAA
AAAGTGTTCT CAGAAGAAGA TGACAATGGC AATTTTGTGC CACTGGTTCA AAACCCGCTT
AATAAAATCA AAGTGCAAGG TTCTACGACT GAAACCGTTC GTAACCCTCT GCCGTATCGC
TATATTCAGG ACTTGCGCCA AATTCTCTGT CCGTTGCCTG ATAAAACCGA ATTAACCGTC
ATTGAGCAAA ATCTCAAGGA AGATGAACAA CTACTTCCTG CTTATCACTA CCGCCACTTC
AAGCACTGGA CATGGGCGCA ACGACAATCA GGACAAGGAG AAAGAGGTGG TGATGGTGAC
TGGTTTGAAG TGGAACCTGA GCGGATTGAT AAAACCGACC CTGACTGCGT GTGGCGCACC
AACGAAGTGA CTCGCAAAGG TAATAAAATC ACCGTTCATC AAATCTGGTC GCCCGTCAAA
GCGATGGTGA TTTTCATGAA GCTCCACCTA CCACTGCGTA CCTATCAGGT GCGTATGCTA
GACAGCGGTG AAGCGGATAC ATGGCGCTAT GAAAACGGTC AGTGGGTAGT AAACACTCAG
CATGATTTTG CACTTGGTAG CGAAAAACGC CCGTTCGGGA AAGGCATGTT CCGACGCATT
CACGACACCA TGACAGGATT ACATTCCACA GGCTTGTATA TCAACACCAA CAAAACCGCC
GACCAGAACA AAGACGAACT AGAGCGTGGT TACATCATTC CTTGGCAAAA CGAGGAAGTG
CTGTACTGGC TGGAAAAACT GCGCAACTGG CAAGAAAAAT ACAATCCAAT TTCTAAACCA
ACCGACTGCA CTACGCTGCT AATAAAGCAC ACTCGTAAGA AAAAGTCTGA AAAGCAACTA
GAAAGCATGG GGGAAATTGC ATTTCTGTTT CGCGATGCGT CAGCAAAGGG GGAGGATAAA
TTCAAGCCAA TTAATTACAA CGCAACAGAT TCTTTTTGGT ATCAACTCCT ATTGACGCTG
GAAAACCAAC TCGCAGAGCA AGGCAATACA CTGGATAACG GCGAGCGCTT GAAACTGGTT
GTGGACTACC CAGAGGGTAC GCCAGAATGG AATAAGGTTG CCACACTCTT TCCATTACAC
AGTTTGCGTG TCTCACTCAT CACGGCGTAT ACGATGGATA CGCAATTGCC ATTGCCTGTG
ATTTCTAAGC TATTGGCAGG ACATACGCGC CTGTTGATGA CCATCTACTA CAACAAAATT
ACCCCGTCAG TGATGGCAGA AAAGATGGAT GAAGCACATG GTGAGCTGGA TGCTAAATCC
AAACAATCGG TACGCAACTT CCTTAAAGAT GCCTCAATGG AGCAAATCCA ATGCAAGATG
GTGTATCACA GTGATGACAG CATTCAGGCG GCGTTGGTTA ACCGCAACCC GATTGGCTGG
GAAGAGCGCT CCTGTGGGAT GTGTCTGGTA GGCGGTAACA CTGTGAAATC GGATGAAGTC
AGCACCCTTG GTGGTTGCTG GAACGGTGGT GAGCTGATTA AAGATTCAAA AGTCGCCGCA
AATCGCCTTT ATGCCAGCGT ACCCCACGGC CCTGAAAATT GTATTCGCTG CCGTTGGTTT
ATTACCGAAG CTTATTACCT TAAGCCACTC AATGCCCACT TCAATCAACT GAGCTACAAA
GCACATCAAG TCGCCAACCT ATCTGTTGAG ATTGAGGGGG AATTGGAAGC CCTCAAAGAC
GAACAATTCT TTTGTGAAGA GCAAGGCAAG CCGTTTATTA AGCACGATAA GTTGCAAGCC
CTACAGCGCC GCTATGAAAA ACAGCAAGTA GAAGCCGATG AATACACCAA AGACTGGATT
GCGTGTTTTG AGCTTATTTA TAAAATCATG CGTGTCGAAG AAGCCAGAAA GGAAGGTGAT
ACCAAAGATA AACTGATTGC GGTTGGCACT GAGCAAGATG TCAGTCATGC CTTGAAGTTT
ATCGAAACCA ACTCAGAGTT GCTGCATCTA TCACTACTTT GTGATGACGC TGAATTCTAC
CCTGATTTGC AGGACGAACT GCGTAAAACC CCTGTTATCC AAAAGCGTTC AATGCAACTT
AGCCGTGTAT TGATGAAAAA AGGCTTTGAG CCGATTTTCA TGGAAATGGA CGACAAACAA
CAGCTTATCG CTGCCAATGC CATGCTGCGT CATATGGCAA AAATCGCTGA CCCTGACGAC
AAGCTCGAAG GCTTCCGCAA AGTGGCGAGC TACATCGAAG CGGGTGAATA CCTGACTGAT
AACAATCTGT TCTCTCAGGG CATTCATGCA CTGACTGATA AAGTCATTAA TCTAGATGGC
ATAGCACTAC CGAACTTATT GGAGGACTAA
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| Protein sequence | MGRTKGKKAD GRTSDLTFSW MLTTLGAEWQ QWQELAAEWM AEQTTGIDHK QQAMARFFES
YLVECAPYAI SNIDLFFQGY NGHRCSSEQL ETVVKKTQNT ATIIQKGVNY PCDFIDFVIE
KVFSEEDDNG NFVPLVQNPL NKIKVQGSTT ETVRNPLPYR YIQDLRQILC PLPDKTELTV
IEQNLKEDEQ LLPAYHYRHF KHWTWAQRQS GQGERGGDGD WFEVEPERID KTDPDCVWRT
NEVTRKGNKI TVHQIWSPVK AMVIFMKLHL PLRTYQVRML DSGEADTWRY ENGQWVVNTQ
HDFALGSEKR PFGKGMFRRI HDTMTGLHST GLYINTNKTA DQNKDELERG YIIPWQNEEV
LYWLEKLRNW QEKYNPISKP TDCTTLLIKH TRKKKSEKQL ESMGEIAFLF RDASAKGEDK
FKPINYNATD SFWYQLLLTL ENQLAEQGNT LDNGERLKLV VDYPEGTPEW NKVATLFPLH
SLRVSLITAY TMDTQLPLPV ISKLLAGHTR LLMTIYYNKI TPSVMAEKMD EAHGELDAKS
KQSVRNFLKD ASMEQIQCKM VYHSDDSIQA ALVNRNPIGW EERSCGMCLV GGNTVKSDEV
STLGGCWNGG ELIKDSKVAA NRLYASVPHG PENCIRCRWF ITEAYYLKPL NAHFNQLSYK
AHQVANLSVE IEGELEALKD EQFFCEEQGK PFIKHDKLQA LQRRYEKQQV EADEYTKDWI
ACFELIYKIM RVEEARKEGD TKDKLIAVGT EQDVSHALKF IETNSELLHL SLLCDDAEFY
PDLQDELRKT PVIQKRSMQL SRVLMKKGFE PIFMEMDDKQ QLIAANAMLR HMAKIADPDD
KLEGFRKVAS YIEAGEYLTD NNLFSQGIHA LTDKVINLDG IALPNLLED
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