| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Shewana3_2578 |
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| Symbol | |
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| ID | 4479240 |
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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 | 3080936 |
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| End bp | 3084166 |
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| Gene Length | 3231 bp |
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| Protein Length | 1076 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 639727181 |
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| Product | hypothetical protein |
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| Protein accession | YP_870211 |
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| Protein GI | 117921019 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.380474 |
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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 | 0.372826 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTGACTC AGCTATCACG GTTAAAACTG GCGTTCTTTA GCCGTCCTCG ATACCAACGA
ATTCTCGCCT ATTTAACGAT AATCTACTTA AGTTACCTGA TTATCCTTGG ACTGGTACTC
CCCAAGGCCG TAGTGTCTTT CGCCCCAGAG AAGCTTGCAG AAGTATTGGG CCGTCCTGTG
ACGCTGCAGG ATATGCGGGT CAATCCTTTT ACCTTCCAAG TCAATATCGA ACAGTTCGAA
GTTAAAGAGA AAGATAATCA AGCCTTTGCG GGATTATCTC AGCTGCAGTT TGAAGTCAAC
TTCTGGCAGT CGGTGTTTAA TCAAGCCGTG GTGATCGATC ATATCCAGCT GCAAGGCCCC
TTCGCCAATA TCCGTCGGTT TCAAACCCAA GGGAAAACCC AAGGGAAAAC CCAGTTTAAC
TTCGACGATA TTATTACCAC CCTCAATCAG GCTAAAACGC CGAGTGAGCC TGAAACCGCG
GCTGAAAATA CCCCCCCACC GCGAGTGATA TTAGGTGAAT TCAGCTTAAC GGCGGGCAAG
GTCAAATTTG ATGATAAAAT CACCCAAGCC TTGGTTGATT ACCCCAATAT CAACTTCAAA
CTCGGTCAGT TAGATACTGA ATATTTGATG ACGGCCAATC CTGCAAGCCC TGTAAAAGGC
CAAGCGACGA CATATCAGGA TAAGCCTGCA ACGGATACAC CTACAACTCA GGCCAACTCT
ACATCGAATC CTCCGAGCAT TTTGCATAAC CAATTTGTCG CCCAGCTGCA GGATGTCCAT
GCGGGCGAAG TCAGCCTTGC CGGACAATTC CAACTTTTCC CCTTTAAGCT TGTCGGGGAT
GCACAGCTCG CCAAACTGCA ACTCGCCCCA CTCTGGCAAT TTGTAGCCGA GCAATTCAAG
GTAAAACTGG CGGCGGGTGA ACTCAGTATC AGCAGCCATT ACCAAGTTGA GCTGCCAGCC
GATGGAAACG TACAACTCAC GGTCGAACGC GGCCAAGTGA TTGTAGAGAA AGTTGATTTA
CTCAATGGCG ACCAGTCCGT TATCGCCTTA CCCTTGCTGG CGATTGATGG AATTAACCTC
AACCTCGCCA AGCAGCGCGT CGACATTAAG CAAATCCACA GTGAAGGTTT AAGCCTTAAA
GCCAAGTTAG ACGAACAAGG CATCGATTTA GCGCAGCTGT TAATGCCAAA ATCTATGGCT
GCCAGCACAG ATACCGCAGC GCCAAACACA TCAACTGAAG CACAAACACC AGAAGCGCCA
GCTGAAACGA ACGCGTCAGC CGCATCGGCT TCACAAGCAG CCTCGGATAC GAGCGCAGCT
GAACAGCAAG ATGCCTGGTC AGTGACACTG GGCGGACTGA GTATAGAAAA CTACGATATT
CAACTTGCGG AACATAAACT CACCCAAACC GCACAGCAAT GGCGTGTTTA TCCCCTTAAT
TTTGCAACAC AAACCATAGT GAGCGATTTA AAGGCGCCTA TCGAATACGA GCTTTCCTTT
GCTCTAAATG ATAAAGGAAG GTTTATCTCT AAGGGGCAAG TCGATGTGCC TAGTGAGTCA
ATTAACGCCG ACCTTAAAGT CAAGCAGCTT GCCTTAGCCC AATTCCAACC CTACCTTGCG
CCCTATGTGA ATATGCAGCT GAGCAGCGGC CTATTCAGCA GTGATGGCAA GCTAAATGCC
GACGGCAAAG GCAAAGCGAT TTATCAAGGC AGTGTTGAAC TGGATGATTT GAGTATCCTC
GACAACATTC GTAAAGCACC CTTGGTTAAA TGGCAAAAAA TGCATATTAA TCAGCTCGAT
TTTGACCAGC AGCTGAATAA AATTAATATC GACCATTTAA GCTTTAATCA GCCCTACGCT
AAGGTGGTTA TCGCTAAGGA TCGTACGACC AATATCAGTA ATCTGATTGT GGAAACGCCT
GCGACCGACG CGTCTAAGAC GACTGCAACA ACGGCCAAGA CAGTAGCTAG GCCGCAGAGC
AGCCCCGATA CAACGGCTAA GCAGCCCGAG TTAAGCTTAG ATATTCAGAA AATCAGCTTT
AACCAAGGCT CGGCGTTTTT CGCCGATAAC TCCCTCACGC CTAACTTTGC CTCAGGCATT
GAGCAGCTTG ACGGCAATAT CAGTCACTTA TCCTCCAAAC CCGGCACTAC AGCATCGGTC
GATATTAAAG GGAAAATCGA TCGGTATGCG CCAGTGACCC TAAAAGGGGA TATTAACCCA
CTGCTGGATA AGCCTTATCT TGACTTAGAC CTAGTGTTTA AGAGTGTCGA GCTGACCTCT
GTGAATCCTT ATTCAGGCAC CTATGCAGGC TATTACATCG ATAAGGGGCA ATTGTCCTTA
GCGCTCAACT ACAAACTGGA ACAAAACCAA CTCAAGGGCA GCAACCACTT AGTGATTGAT
CAGCTCAAGC TGGGTAAACG CAGCAACAGT GACTTAGCCA CCAGTTTGCC CGTGACCTTA
GCGATTGCTC TGTTGCAGGA CCGCCACGGC GTGATTGACC TTGGGATGGA AGTCTCCGGC
GACTTAGACT CACCCAGCTT TAGTGTCGGC GGTATTATCA TGACGGCCAT CACCAATGTG
ATCACTAAGG CCGTGACGGC GCCCTTCTCT TTCCTTGCGG GTCTGGTAGG CTCCGATGAA
ACCTTGGATA AAATCCCCTT CAACCCAGGG CAATTTGTAC TCAGCCCAAC TGAGCAGGAA
AGCTTAGATA AACTCGCTAA AGGCTTAGAC GATCGCCCAA TGCTTAAATT GAGCCTCGAA
GGCAGCGTCG ATGCCGTCAA GGATAGCCAA GCGATTGCCG AGCGCATGAT GAAACGCAAG
CTGGCCACAC TAGCCAATCT GCCACTGACG GAATTACCCG CGGATCTCAG CCCGAGCCAA
TTCCCAACCG AAGGCCCACT GGCCGATGCG CTGGTCAAAC TGTACGAGCA GGAAGTCAAA
ACCAATCCGG ATGATGTGAA AGACACTATT GTTGCCGAGA CCAAAGATAC GCCACTGAGC
AAAGAGGAAC TCACCACCCG TTGGCACATT GCGCTGTATA ACCTCACGGT AAAAGCGCAA
ACAGTTAGCC CTGGCATGTT AGGCGATTTA GCCCAAGAGA GGGCTAAGTC GGTTAAAGCC
GATCTTGTCG ACAGTAAAGG AATCGCGCCA GAGCGGATTT TCCTACTCGA GAGCCGCGTG
ACTCTGAGCC AAGATGCGGC GCAGGTGAAT ATGAGCATCG ACGCGAACTA A
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| Protein sequence | MLTQLSRLKL AFFSRPRYQR ILAYLTIIYL SYLIILGLVL PKAVVSFAPE KLAEVLGRPV
TLQDMRVNPF TFQVNIEQFE VKEKDNQAFA GLSQLQFEVN FWQSVFNQAV VIDHIQLQGP
FANIRRFQTQ GKTQGKTQFN FDDIITTLNQ AKTPSEPETA AENTPPPRVI LGEFSLTAGK
VKFDDKITQA LVDYPNINFK LGQLDTEYLM TANPASPVKG QATTYQDKPA TDTPTTQANS
TSNPPSILHN QFVAQLQDVH AGEVSLAGQF QLFPFKLVGD AQLAKLQLAP LWQFVAEQFK
VKLAAGELSI SSHYQVELPA DGNVQLTVER GQVIVEKVDL LNGDQSVIAL PLLAIDGINL
NLAKQRVDIK QIHSEGLSLK AKLDEQGIDL AQLLMPKSMA ASTDTAAPNT STEAQTPEAP
AETNASAASA SQAASDTSAA EQQDAWSVTL GGLSIENYDI QLAEHKLTQT AQQWRVYPLN
FATQTIVSDL KAPIEYELSF ALNDKGRFIS KGQVDVPSES INADLKVKQL ALAQFQPYLA
PYVNMQLSSG LFSSDGKLNA DGKGKAIYQG SVELDDLSIL DNIRKAPLVK WQKMHINQLD
FDQQLNKINI DHLSFNQPYA KVVIAKDRTT NISNLIVETP ATDASKTTAT TAKTVARPQS
SPDTTAKQPE LSLDIQKISF NQGSAFFADN SLTPNFASGI EQLDGNISHL SSKPGTTASV
DIKGKIDRYA PVTLKGDINP LLDKPYLDLD LVFKSVELTS VNPYSGTYAG YYIDKGQLSL
ALNYKLEQNQ LKGSNHLVID QLKLGKRSNS DLATSLPVTL AIALLQDRHG VIDLGMEVSG
DLDSPSFSVG GIIMTAITNV ITKAVTAPFS FLAGLVGSDE TLDKIPFNPG QFVLSPTEQE
SLDKLAKGLD DRPMLKLSLE GSVDAVKDSQ AIAERMMKRK LATLANLPLT ELPADLSPSQ
FPTEGPLADA LVKLYEQEVK TNPDDVKDTI VAETKDTPLS KEELTTRWHI ALYNLTVKAQ
TVSPGMLGDL AQERAKSVKA DLVDSKGIAP ERIFLLESRV TLSQDAAQVN MSIDAN
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