| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_4213 |
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| Symbol | |
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| ID | 4475972 |
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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_008573 |
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| Strand | - |
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| Start bp | 80198 |
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| End bp | 84442 |
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| Gene Length | 4245 bp |
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| Protein Length | 1414 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 639720571 |
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| Product | hypothetical protein |
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| Protein accession | YP_863729 |
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| Protein GI | 117676153 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.0374586 |
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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 | 18 |
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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 | ATGCGCGACT TAACTTTCAG TAAATCCGCT ATAGCGCTAC TTATACTAGC GCAATCGGCG
TGGTCATTTA ACGCTTTAGC TGTATCCGGT GTAACCATCA CTGGTGAACT GTCTGCAAAA
ATGCCCGAAA TCGTCTTGAC CCCACCTTCA GGAGTGGTGG CAAACGTCCA GCAGGTGCAA
ATCAAACCAA CTCAAGGATC CGGTGCGGGT TGTAGCTTAA CGACGGATGT AGCGGCGGCA
AAAGCCTTTA TGCAATCCCA AGGTAACATG CTCTGTTTAC TGGAGTGGAG CTTGCCATCA
GGGTTAAGCA CTTACAGCGA TGGTATTCAG GGTTACTTGA ATAACTCTGG CAATAACATC
ATCGGGTATA CCGTAAGTAT TTATTCTGGC AGTGGCAGTG AAAAAGTGCT GGTTGAAACA
GGTTCGATGA CTGTGGAAGC GGCGCAAGCT ATTTCCCCAA ACATCGTTGA AATCGTAAGT
GACTTAACCA CTGGTATCCA GTTAGGTTCG GACGTAACCA GCAACAGCAA GGGAAACATC
CTCAAAACCG TCCAAGTTAA GACCGATTCA AGGCCATATA CCCAAGTAGT TAATGCGCCG
AGTCTCGGGG CGTGTACCAT CCCGATTGGC AGCACATCAT GTACCATGTC CACAGCTGGC
ACGACTATTG TTACCGACAC TAGCAGTTCG ACGGGCTCAA CCAACTACAG CATGAGCGTA
GATTCGGATA ATGGCTATTT CAAAACCATC AATGGCCAAT ATCAGTCGCA ATACAATCTC
GCATGGGACT TCAGGACCGC GACACTCGAC GATTATATGA TGCAAGCGGT GGCCTCGGGT
AACGAGGTGC CAATCACTAA AACATTTGCT GACGGCACGA CACTAACTAT CGATAACGAA
AAAGCGCTAT TAACAGTAGC TACCCCTCAC GCGGGTAAAT CCGGTACGTG GTGGCATCCA
CAGGCGACTA TTACGCTAAA ACCAGATCCA CAGTATTCAA TCAAACAACC AAGCTATAAC
CTGGCAGGAA ATGACATTCT CTCTACCGAT GTTATTACCT TACCTACGGG AGAACTTAAG
CTGAGCCCTA AGCTCGTTGA GCAGCATTCC GATGTATGGG CATTCGAGTT TGACCTGTCT
TCGCTTCCAG ATGGCGTTTA CATCCCATAC GCGACGTTGA CGGACGCTTA CAGCAACACC
TGGGAAGGTG TCGTAGGTGA GTCCAGTAAC ATCGATAGAA ATCCTCCAAC TATCAGGATT
TACAACACTA ACGGCGGCAT TGTTAACGCA GCCGACCCTA TTTATTTCTT TGATGATATT
CTCGTTGCGG CTGTTGATTC CATGTCTGGT GGGGGGAAGG TGATTGCTGC GTCAGTCGAT
GGCCAATCAG TTCTTGGAGA TGGTATTGAT GAAGGGATTG AGTATTTAAA AATGCTCAAA
ACTCCAGATA CTCCATTAGA GCCCAATACT GATAAATTAC TATCTGTGGT AGTCCAGGAT
AATGCTGGTA ACACATCAGT ACAGGAAGTC TCAATTCGAT ATATGCCAGT AAAATGGCAG
ATAGATGACA GAAGCCAGAC CTATCGAAGA GGTGTTCAAG CGGTCTCTAT GCCACTCAAA
AACACCGAGG GGGTTGGTTG TCGCATGTAT GCGTCAGCTG AGCAGGCACG TAAAGCTGGT
GGTCAGTTAA ATTATCGCTG TTTTATTGAA TGGCTACAAT TCCCTGATGG CACAGGCTCT
CAATGGTCTA ACTCTCAGCA AGTCCTCGCG GGTACGTTCC AAAAAGCGAC CAGTACATCC
TCACTTAACG AGGCTAAGTA CAAGGTTTGG ATGATCAACC GAAAAAACTC AGAAGCGCTC
AGCTTTGTGG GTTCGCAAGC ATTTAAAGTG ACTGAGCCGG AGCCGCCAGT AGTAACTGTT
GCTAAATACC GTGAATTTAA ACCTGACATT TTTACGACGA CAGTTGATGG TGGGGTGATT
ACCACCACGT CAGCTGAGTT TATTAACGGT GATTTAACTT TTTCAATCAC TAGCAGTGAT
GGCACTCAGG TGTCATACCC TTACACACAA TCAGGCTCAG CTCAGTCTAA AAAGCGGATT
GGTAAAGTTT TAAGTGTGGG GGCATCTGCC TTGTGGACCA CAAGAGATAT TGAGCTAAAA
GCTCAGTACA CTGGGGACAA AACCGCGTTA GGCACTAAGA AGGTTAAAGT TCTGACTGTG
CCAGCTAATA CTATTGTAGC GAAGCTAGAA ACCCCCGAGG TACTTCAAAA CACTCAGTCT
ACGATCACTG CTAAAGTGAG TATTGGCTCT CTGGACTTCT TAACTCGAAA AATGACTTAC
GATAAAGAGA CTATGGGTGA TTGGTCTGCG GTCATTGCAT TGGAGTCGCG AAACAAAGAA
GGTACTAGCT ATCAAAACCT AACAGAGCCA TTAAAGCTTA ACAGTGAAGG TGTGGCATCT
GCGGAAATCC CATTCAAGGA CTTTTCTATC GGCAGTTCTC GCTTAGTGGC TCTGGTGACT
GTGGACAGTA AACTGGCTGA TTACCAAAAA ACGATTAAGA GTAATTCTGC ATTTTTCCAG
ATTTATAAAG GTGAGGCTAT TGACGGAGAT ATCCTGATAA AGCGCATGGC GGGTAAAGCG
CCATTCGCGG CTCAATTGCT ATACGTACCT AATACACTAA ATGACCGTCG TGCTAAAGGC
GACGTGACTT GGGAAATGTC GAAAGATAGT GGCGGTACAT GGGAAGAAAT TGCCACTAAC
AAAGACTTTG TGCAAATCCT GTTATCTAAC AAAGGTATCT ATCAATTTAG AGCCCAGATT
GCTAACAAGT ACAGCGGTAT TAAACAGACC ACCGATTTCC AAGAGGTGTT GGTGTACGAC
CAACCAGAAC TGAAGATTGA GGGTGTTAGT GCATTACATG CTGGCGAGAT TGGCCAATAT
AAGCTGCTTG ATAATGATGA ATCAGTCGAT TTGACATCAA CCGAAGTAGA ATGGTCGTTA
GATGGCGTGA ACTGGGTGAA AGGTGATGAT AGTTTCACGT TAACGATGGA CAGTGAAACT
CGCTATAACA TCTATGCTCG CGCAGCTTAT GTGAATACTG ATTTGGCTGG CGACGCCAGG
TATGCGAAGG CTACTAAGAT TGTACGTGCC GCACGTTTAC AACCTGTGCG AATGGCATTG
CCGGTGATCA AGGCGATGGA AGAAGGCGTT CCGTACACAC TGGAAGCGAC TACGAAGCTA
GCGGATACCG CTGCGGGTAC GCCAATCATC ACTGAGTGGA CATTACCAGA CGGCACCAAG
ACGTTAGCGC CGTCCATCAG TTACACGCCA ACGGCTGAAG ATGTCACTAA TAAACTGGTG
AATATCCAAG TGCGATCATG GGCCGAAGGC TATCAGACTG AGACAGAAAA CCTGAAGCGC
TTAACTCCAG CAGCATGGCG TTATAGTTTC CCATCGTTTG AGATTATAAG TAAGACGAGC
AGCAGCTATG CGCCGACGTC AGGCTCTATG TTGATTAACA CTCCGACTGA CCTTCCTCCG
TACTACTCGG GAGTGACGTT CTCGGTTGAG TGGACAATTC CCGAGACATT TGAGGTGGTG
CGCAAGACCG ACAAACAAGT AGTGTTCAAC GTAAAAGAAG CGGGTACAGA GAATGTGCAG
GCGACTATTA CTGACAACCG TGGTAACGCT AAGGTCGTTT CTAGCTACAT CGGCACCAAC
CAAGCGCCGG AGCCGCAGTT GAACATTGAG CCACGTTATA GCAACACTAT GATGCGTGAG
CCACTAACCG TGATTGCAAA CTTGTCGGGT AAAATGGGCC ACCCATTAGA CCGCATTAAT
ACGGTCAGTT GGTATCTCGA TGGCAAGCTG GTGGAGCCTA CCAATCTGAG GGTGGTGGTA
AGTGGCGTTG AAGCGGGTGT ACATAGACTA AAAGCGGTTA TGACATCTGT ATTCAACATC
CAACGGGAGT ACGAAATGGA AATCCCCGTG GCCAAAAACG TAGAACCCAA ATGTAACGTG
AAGGAAAGCA ATTATTCCAA CATTCGCCGA CTAGATCTGA TGTGTACTGA CGAAGATGGT
AAGATGGCGA AATACGAGTG GAGCATAAAC GGTGAAATAT CACCCTACAT TGGCTCTTAT
ATTTACGTAA GTAAGTCGAC TGGTTATAGC GCTGTGATTA TCGCTAGAGG CGTGGATGAC
TCTGGCGCTT ACTCAAATTC TATTGAGAAA CATTACACAA ATTAA
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| Protein sequence | MRDLTFSKSA IALLILAQSA WSFNALAVSG VTITGELSAK MPEIVLTPPS GVVANVQQVQ
IKPTQGSGAG CSLTTDVAAA KAFMQSQGNM LCLLEWSLPS GLSTYSDGIQ GYLNNSGNNI
IGYTVSIYSG SGSEKVLVET GSMTVEAAQA ISPNIVEIVS DLTTGIQLGS DVTSNSKGNI
LKTVQVKTDS RPYTQVVNAP SLGACTIPIG STSCTMSTAG TTIVTDTSSS TGSTNYSMSV
DSDNGYFKTI NGQYQSQYNL AWDFRTATLD DYMMQAVASG NEVPITKTFA DGTTLTIDNE
KALLTVATPH AGKSGTWWHP QATITLKPDP QYSIKQPSYN LAGNDILSTD VITLPTGELK
LSPKLVEQHS DVWAFEFDLS SLPDGVYIPY ATLTDAYSNT WEGVVGESSN IDRNPPTIRI
YNTNGGIVNA ADPIYFFDDI LVAAVDSMSG GGKVIAASVD GQSVLGDGID EGIEYLKMLK
TPDTPLEPNT DKLLSVVVQD NAGNTSVQEV SIRYMPVKWQ IDDRSQTYRR GVQAVSMPLK
NTEGVGCRMY ASAEQARKAG GQLNYRCFIE WLQFPDGTGS QWSNSQQVLA GTFQKATSTS
SLNEAKYKVW MINRKNSEAL SFVGSQAFKV TEPEPPVVTV AKYREFKPDI FTTTVDGGVI
TTTSAEFING DLTFSITSSD GTQVSYPYTQ SGSAQSKKRI GKVLSVGASA LWTTRDIELK
AQYTGDKTAL GTKKVKVLTV PANTIVAKLE TPEVLQNTQS TITAKVSIGS LDFLTRKMTY
DKETMGDWSA VIALESRNKE GTSYQNLTEP LKLNSEGVAS AEIPFKDFSI GSSRLVALVT
VDSKLADYQK TIKSNSAFFQ IYKGEAIDGD ILIKRMAGKA PFAAQLLYVP NTLNDRRAKG
DVTWEMSKDS GGTWEEIATN KDFVQILLSN KGIYQFRAQI ANKYSGIKQT TDFQEVLVYD
QPELKIEGVS ALHAGEIGQY KLLDNDESVD LTSTEVEWSL DGVNWVKGDD SFTLTMDSET
RYNIYARAAY VNTDLAGDAR YAKATKIVRA ARLQPVRMAL PVIKAMEEGV PYTLEATTKL
ADTAAGTPII TEWTLPDGTK TLAPSISYTP TAEDVTNKLV NIQVRSWAEG YQTETENLKR
LTPAAWRYSF PSFEIISKTS SSYAPTSGSM LINTPTDLPP YYSGVTFSVE WTIPETFEVV
RKTDKQVVFN VKEAGTENVQ ATITDNRGNA KVVSSYIGTN QAPEPQLNIE PRYSNTMMRE
PLTVIANLSG KMGHPLDRIN TVSWYLDGKL VEPTNLRVVV SGVEAGVHRL KAVMTSVFNI
QREYEMEIPV AKNVEPKCNV KESNYSNIRR LDLMCTDEDG KMAKYEWSIN GEISPYIGSY
IYVSKSTGYS AVIIARGVDD SGAYSNSIEK HYTN
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