| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sbal223_3074 |
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| Symbol | |
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| ID | 7088984 |
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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 baltica OS223 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011663 |
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| Strand | - |
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| Start bp | 3641349 |
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| End bp | 3645671 |
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| Gene Length | 4323 bp |
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| Protein Length | 1440 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 643461958 |
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| Product | alpha-1,6-glucosidase, pullulanase-type |
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| Protein accession | YP_002358982 |
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| Protein GI | 217974231 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1523] Type II secretory pathway, pullulanase PulA and related glycosidases |
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| TIGRFAM ID | [TIGR02103] alpha-1,6-glucosidases, pullulanase-type |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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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 | 1 |
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| Fosmid unclonability p-value | 0.00000000101349 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTTGAGTA TCTCTAATCT TATTAAACTA TCGGCTTTAG CCCTGAGTAT GAGCTTACTC
TCGGCCTGTG GCGGCAGTGA TTCATCTGAA CCGGGTAAAG TACTATTAAC TTGCGATGTG
CCTATGGTGC CCGATGCGAC GGGCACAAGC TGCGTTGCAC CTACGCCTAT CAGTTGTAAG
GCGCCTAAAT TCCCTGATCC TAAAAACGAG AGTTGTATAA ACGGTTTAGA TCCCTCGTTA
CCCGCGCCAA GCGTATTCCC GCAAGCCAAT CAAGCAGTGC TTTACTACAA TCGCATTAAA
GATAAAAACA ATACTGCGAG TAACGCTGAA TATCCTAAGT ACAAATTACA TACTTGGAAC
GATGAAAAGT GTGATGCCTA TGCCGCTCCT TTTGATACCA GCGACTGGAG CAACGGCCAT
CCCTTCGATG GTATTGACCC TAATTATGGC GCCTATTGGA TCCTTAATCT GAAGGAAGGT
TATGGTGCCT GCGGCAACTT TATTGTGCAT GCCGGTACGG ATGATGCGGG TAAAGCCTTA
GGTAAAAACA ACTTAACCAT GTCCCTGGTA CAGGACGATG CGACGTATGT TCGCGTGAAT
TTCACCATTC ACGGTGAGTC GGATGTGTAT GAGTATCCGA TTCTAGAGAC AGGTTTCTCT
ATTTCAGGTA TGAGTGCCCA CTGGTTAGAT CGCAATACCT TTGTGTGGAA TCAAGATCCA
CAGGGGGTGA CAAGTGTGAA ATTGCATTAT TCAGCTAAGG CTGATATCGC CGCCGATGAT
AATAATGTGA TCAGTGGCAC TCAAGTGACC TTAACGCCCG CGACCTTAAG CGATGCACAA
AAAGCGTTAT CGCCAGTGCT GGCAGATTGG CCTGCTTATA CTGCTAATTT TACTGCGGAT
GAAGCCAAAG CCATTGCAAA AGATCAATTA GTATTAGTCG CTTACGATGC CGATGACAAA
CCTGTTGGCG CAACCTATGT GCAAGCGGCC AAGGTGCTTG ATGATCTTTA CACACAGGGT
GACCAAGATG CTGATGAGGC TACGCTCGGT GTGGTTTACG ATGGGGCGAA CATTATTGCT
TCTGTGTGGG CACCGACTGC CCAAGACGTA AAACTGAAAG TCTATGATGC CAATAAAACA
CTTAAAAGCA CTGAGAATAT GACCTTAGAT AGCCTCACTG GTATCTGGTC CTATCGCGGT
GATGCTAGCC TTAATCGCCT CTATTATCGT TATGCGCTCA GTGTGTACCA TCCAACGACT
AAAAAACTTG AGTCGTTAGA AAGCACTGAC CCTTATTCTT TGAATGTGTC GAGTAACGGC
CGTTTTAGCC AGTTTATTAA TTTGGACGAT GCAGACCTTA AACCTGACGG CTGGGATAAC
CAAACCGTTG CTGCGATTGC TCACCCAGAA GATGCGGTGA TCTATGAGGG GCATATTCGA
GACTTTAGTA TTCGAGATCA GAGCACCAGT GCCGCCCACC GTGGTAAATA TTTGGCCTTT
ACCGAGCAAG GCTCTGCGCC AGTCGAACAT CTTAAAAAGC TGGTTGATAA TGGCTTAACT
CACTTCCATG TGTTGCCCGC CACCGATATG GCAACAGTCA ATGAAAATGC CAGTGAACGC
ATCGAAATGA CCGACACATT GGCCAAGTTA TGCAGCAAAA TCAATGATGC GGCCGATGCC
TGTAAAACCC AAAACAAGTC AGCAACTATA GAGAGTATTC TGGCAAATAG CTTACCCGGC
TCAAGTGATG CGCAGGCATT AGTGGATGCT ATGCGTGGTT TAGATGGCTT TAACTGGGGT
TACGATCCGC AGCATTTTTT TGCACCTGAA GGCAGTTATG CCACAGTGGC TGAGGGTACG
GAGCGAGTGC TTGAACTGCG CGAAATGAAC CAAGCCTTGC ATAATATTGG TCTCAGAGTC
GTATTGGATG TTGTGTATAA CCACACGAGC GCTTCTGGCG TGAATGCTAA CGCTGTGCTT
GATAAGGTCG TTCCTGGTTA TTACCACAGA TATGACCCTG TATCTGGCGC GATGGAACAG
TCAACCTGTT GTGAAAATAC CGCCACTGAA CATCGAATGA TGGGCAAACT CGTCACTGAT
TCTTTAGTCT TGCTTGCCAA AGAATATGGC TATGACGGCT TCCGTTTTGA TGTGATGGGG
CACATGCCTA AGCAAGGTAT TCTCGATGCG AGAACCGCTG TTCAGGCCGT GGATCCAGAC
ACTTACTTCT ACGGTGAAGG ATGGAACTTT GGTGAAGTTG CCGATAATCG TTTATTCGAA
CAGGCAACCC AAGCCAATAT GGCAGGCTCC GAAGTGGGCA CCTTTAATGA CAGAATACGC
GAGGCGGTGC GTGGTGGCGC ATTGTTTGCG ACTGAGTCAA AGGATGACTA CCTGCGGGAT
CAAGATACCT TACGCTTATC ATTGGCGGGT AACTTACAAA ACTATGTACT AAAAGACTTT
AATGGCAATT CGGCTAAGGG CAGTAGCTTT AGCTGGAACT CACAACCGAG TGCTTACGCT
CTCGATCCTG CCGACAGTAT TAACTATGTT TCTAAGCACG ATAACGAAAC CCTGTGGGAT
ATCCTGCAAT ATAAACATGC CATTGGTTTG AGTATTGAAA ATCGTGTGCG AGTCCAAAAC
ATGGCCGCCA GTATTCCACT CTTGAGCCAA GGGGTGCCGT TCCTGCAAAT GGGCGGTGAT
TTACTGCGCT CAAAATCGAT GGACAGAAAC AGCTATGACT CGGGTGACTG GTTTAACTAT
GTCGACTTTA CCTACAACAC CAATAACTGG AATGTAGGTT TACCACTCGC GCAGGATAAC
AGCAGCAAAT GGACGCAGAT TGCGGGTATT TCTGCTAACC CAAATGCGGC GGCTTCCATG
TCGGATATCG AATTGGCTTC GGGGATATTT AACGAGTTTT TACGTATACG CCATCAGAGT
CCATTATTCC GCTTGACCGA TGTGCAGACC ATTATTGAGC GTGTGGGATT CCATAACGTC
GGTAAGCGTC AGCAACAGGG TGTCATCGTA ATGAGTCTGG ACGACGGCGT TGGTCTTAGC
GATCTCGACC CGGCAGTCGA TGCCATCGTC GTGATGATCA ACGGCAGCGC AACGGAGCAG
TCTCACACAG TGCCGACTGC AGCAGGCTTT AGCTTACACG AAGTACAAGC AAACTCTGTT
GATGCCAAAA TCCGCGGCGC AAGTTTTAGT GAGGGTGCGA ATGAAGGCAC ATTTACGGTT
CCTGCCTACA GCACGGCTGT ATTTGTGAAA AAACAAAGCG GTGCGCAGGG CTTGGGTCTC
TCGGCAAACG CTACAGTTGG TGCGCCCGAT GTTGTGCCCT ATGGCAGTAC CGATGTATTT
GTCCGTGGCG GCATGAATGG CTGGGGTGAA GTCGATAAAT TCGCCTACGT CGGCGCTGGC
GAATACCGTA TTGCCATCAA ACTGAATGCC GGTGACTATG ATTTCAAAAT TGCCTCGGCA
GACTGGAATA CCGTTGATTT TGGTGCCATA AGTGCTGATG TCGCGCAAGT TGATGAAGGC
GTGGCCGAAG CGCTAGCAGC GAAGGGCGGG AATCTGCATT TTTCCGCGGG GATAACGGCA
ACCTATGTGT TCTCCCTTGA TGCATCGGAT AAGGACCATC CCGTATTAAG CGTTTATAAC
GAAGAGCCAT TTGTAGGAAC GCCAGTGTAT CTGCGTGGTG ATATGAATGG TTGGGGGACT
GATAACGAAG TCAAGTATAT GGGCGGTGGG ATATATCGCG TTGATCTCGC CATCACGGCT
GGTACTAAGG GCTTTAAACT CGCGTCCAGT GATTGGTCTA CCGTAGATTA TGGTACCGGT
GAGGCCGATG GTGTCGTCGT GCTCAATCAA GAGAAATTGC TGGCGGTCAA AGGCGGCAAT
ATGAGCATCA CCTTCGACAG CGATGATACC TACAGCTTTG TGTTTGATGC GTCAAATCGT
AATGAACCTA AACTCAGCGT GTATAAAACG GCGATGTTTG GTGCGAACAC GGTTTACATT
CGTGGCGGCA TGAATGGTTG GGGCACAGTG GACACGTTAG CCTATCAAGG CGCTTCGGTT
TACAGTGTCG ATATCGCGTT AATCGCAGGT GATAACGAGT TCAAAATTGC TTCATCAGAT
TGGTCTAGTG TCGATTTTGG TGCTGTGGTG GGGGATGAGG CTGTGACGCT TGATGGGTTA
AAAGTCTTGG CTTCAAAGGG GGCAAATATG CATTTTAATG CGCCAGTGGA TGCAACTTAT
CGCTTTACTG TGACAGGTCC CGATCCTAAA TCGCCAACCT TAACTGTGAC TCAAGTTAAT
TAG
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| Protein sequence | MLSISNLIKL SALALSMSLL SACGGSDSSE PGKVLLTCDV PMVPDATGTS CVAPTPISCK
APKFPDPKNE SCINGLDPSL PAPSVFPQAN QAVLYYNRIK DKNNTASNAE YPKYKLHTWN
DEKCDAYAAP FDTSDWSNGH PFDGIDPNYG AYWILNLKEG YGACGNFIVH AGTDDAGKAL
GKNNLTMSLV QDDATYVRVN FTIHGESDVY EYPILETGFS ISGMSAHWLD RNTFVWNQDP
QGVTSVKLHY SAKADIAADD NNVISGTQVT LTPATLSDAQ KALSPVLADW PAYTANFTAD
EAKAIAKDQL VLVAYDADDK PVGATYVQAA KVLDDLYTQG DQDADEATLG VVYDGANIIA
SVWAPTAQDV KLKVYDANKT LKSTENMTLD SLTGIWSYRG DASLNRLYYR YALSVYHPTT
KKLESLESTD PYSLNVSSNG RFSQFINLDD ADLKPDGWDN QTVAAIAHPE DAVIYEGHIR
DFSIRDQSTS AAHRGKYLAF TEQGSAPVEH LKKLVDNGLT HFHVLPATDM ATVNENASER
IEMTDTLAKL CSKINDAADA CKTQNKSATI ESILANSLPG SSDAQALVDA MRGLDGFNWG
YDPQHFFAPE GSYATVAEGT ERVLELREMN QALHNIGLRV VLDVVYNHTS ASGVNANAVL
DKVVPGYYHR YDPVSGAMEQ STCCENTATE HRMMGKLVTD SLVLLAKEYG YDGFRFDVMG
HMPKQGILDA RTAVQAVDPD TYFYGEGWNF GEVADNRLFE QATQANMAGS EVGTFNDRIR
EAVRGGALFA TESKDDYLRD QDTLRLSLAG NLQNYVLKDF NGNSAKGSSF SWNSQPSAYA
LDPADSINYV SKHDNETLWD ILQYKHAIGL SIENRVRVQN MAASIPLLSQ GVPFLQMGGD
LLRSKSMDRN SYDSGDWFNY VDFTYNTNNW NVGLPLAQDN SSKWTQIAGI SANPNAAASM
SDIELASGIF NEFLRIRHQS PLFRLTDVQT IIERVGFHNV GKRQQQGVIV MSLDDGVGLS
DLDPAVDAIV VMINGSATEQ SHTVPTAAGF SLHEVQANSV DAKIRGASFS EGANEGTFTV
PAYSTAVFVK KQSGAQGLGL SANATVGAPD VVPYGSTDVF VRGGMNGWGE VDKFAYVGAG
EYRIAIKLNA GDYDFKIASA DWNTVDFGAI SADVAQVDEG VAEALAAKGG NLHFSAGITA
TYVFSLDASD KDHPVLSVYN EEPFVGTPVY LRGDMNGWGT DNEVKYMGGG IYRVDLAITA
GTKGFKLASS DWSTVDYGTG EADGVVVLNQ EKLLAVKGGN MSITFDSDDT YSFVFDASNR
NEPKLSVYKT AMFGANTVYI RGGMNGWGTV DTLAYQGASV YSVDIALIAG DNEFKIASSD
WSSVDFGAVV GDEAVTLDGL KVLASKGANM HFNAPVDATY RFTVTGPDPK SPTLTVTQVN
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