| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_01882 |
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| Symbol | |
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| ID | 6775863 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | + |
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| Start bp | 2019744 |
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| End bp | 2024162 |
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| Gene Length | 4419 bp |
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| Protein Length | 1472 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 642755318 |
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| Product | putative pullulanase |
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| Protein accession | YP_002126180 |
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| Protein GI | 196156691 |
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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 | 0 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAAAACA GCACCTTAGG TAATTTATTT AGCAACACGA CGGAATATTC GGTTGCCAAA
AGTAGCGAAA ATATTCAGGA GAATTCTATG TTTACTAAAA AAAGAGTAGT GCGCGCTGCG
TTACTCGTAG TAGGCGCATA TACACTTGCA GGTTGCGGTG GCTCGGGCGT AGAGTCGGGC
ACCAACGATT TGCTTACCTG TGAGGTTCCA AATGTACCTA ATTCAACAGG TACGGCTTGT
GAACCGCCAC CACCTATTCA ATGCGATGCG CCGCTCGTAC CTAATGAAGC GAACGATGCA
TGTGAAGCCG GTGCTGACCC CAGTTTACCT GCACCTGTAT TTACCCCTTC ATCTAATCAA
GCTGTACTTT ATTATAATCG GGCTGCTGTT GACGCTGATA ACTCAAGTAA CGATGCAGCT
TATGAAGGCT GGAGACTACA TACTTGGAAC AATGACGAGT GTGATGCTTA TGCTGACGCA
GACACGGATT GGGCCAACGG TCGCATTCAT AGCGGTATCG ATCCAAACTA TGGTGCGTAT
TGGATTCTAG ACCTTAAAGA CGGGTATGGA AGCTGCCACA ATTTCATCAT CCACAAAGGC
ACTGACGATG CCGGAAAAGA AATGGGGGGC GGAGACTTCC AAGCTTCGCT GGTTCAAGAG
GACGACACCT TTGTTCGCAT GAATTTCACC TTATCTGGTG AGCCGACAAT TTTTGAGTTT
CCGATTATGT CGCTGGGACC TCAGCCAGTC GATATAGAAG GCTTTAGCGC ACATTGGTTA
GACGCTAACA CCATTTTATG GGACGTGCCT GAAACCGTTG CAGAAGTTAA GTTACACTAC
TCAGCAAAGG CTGACTTAGA GAGCACGCTG GAAGAGGGGA TCAACGGGAC TGAAGTAGCT
CTAATGAGTA CAACACTTAC CGAAGAGCAA TCTGCTCGTG TACCGCATTT ATCTTCTATG
CAGGCATGGG AAGGTGACTG GTCGGTTGAA GATGCGAAAA CCGTGTTGAC GACACAAGCC
GTAGTAGGGG GTTACGATGC TGACGGTGCG CTTGTTGTTG CGACCGGGAT CCAACTGGCT
AACGGAATAG ACGCACTATA TACGCTCGGT GAAGACGATG CCGACGAAGC TCAACTTGGT
GGTATCTACT CTGATACAGG TATTACTGCC GCATTATGGG CGCCTACTGC TTCAAATGTT
GATCTTCTGA TTTATAACGA CAACAAGACA TTAAGTCAGC GTCTTGATAT GGTGCGTGAT
GACACATCGG GCGTGTGGCG ATACGAAGGA GACATGTCTC TTGACCGCCA ACTTTACCGT
TATGAGGTTA CCGTATACCA CCCAAATACA GGTAACATAG AAACGTTACT CGTTACCGAC
CCGTATTCAG TATCACTTAG CACTAACGGT CGTTTTTCTC GCTTTGTTAA CTTAGCCGAT
GAGGATTTGA AACCAGAGGG TTGGGATACT CACGCTATTC CTACGGTTGA TAATTACGAA
GACGCGGTCA TTTATGAAGG GCATGTTCGC GATTTTAGCG TGCGCGATAT GTCTACCTCA
GAAGAAAACC GCGGTAAATA CTTAGCTTTT ACCGAAGACG GCACTGCACC TGTGGAGCAT
CTTAAAAAGT TAGTGGAAGC CGGCCTCACG TATTTTCACA TCCTTCCTGC CAACGATATT
GCGACTATAG ATGAAGACCC AACGAAAACC GTAGATTTAT ATGACACCGT AGGGAAGTTG
TGCCGCCTAA ATAGCAATGC CGCTGTATGC GAGGAAGAAA GTAGCGATAC GTTGCTTATA
GATATCTACA ACGCCTATGA CCCCTTGTCT GAAGCAGGCA AAGCACAACA GTTAACCAAC
GATTTACGCA ACGTCGACAC ATTCAACTGG GGCTATGATC CTCATCACTT TAACGCGCCG
GAAGGCAGCT ATGCGTCGAG TGCAGAGGGT GTAGAACGCA TTGTAGAAAT GCGCGCCATG
ATCCAAGCAC TTCACGAGAT GGGGCTACGT GTTGCACTTG ATGTAGTCTA TAACCATACC
AATGCGTCTG GTGTTTTCAG TAAGTCAGTA TTAGACAAAG CGGTACCGGG CTACTATCAC
CGTTATGAAG TGGATACTGG TGCGATTGTT CGTGAAACGT GCTGTGATGA CACAGAGCCT
CGCAATGTCA TGATGGAAAA GTTCATGGAA GATTCGCTGC TGATGTGGAC TGAGCATTAT
AAGTATGATT CATTCCGTTT CGACATCATG AGCCAAGCTA CAAAAGACAC TATGGTACGC
TTGCGTGATG CGGTTCAAGC TATCGACGAA GATAACTACT TTTATGGCGA AGGCTGGACT
AAAATAGACC GCGGTTACGA GCAAGCGAGC CAGCTCAATA TGGCTGGTAC CGAGATTGGT
ACCTATAACG ACCGTATTCG CGAAGCTATT CGCCAAGGTG CTATCTTTAG GCCGGAAGAT
GAAGGGCTAT TAAGCGCGCA AGACCGTGTA AAAATGGGCA TGATCGGAAC GTTAAAAGAC
TATGTTTTGG AAACGTCCTC GGGCAGTGCT GGTGCGACAA GTAACTTGGG CGGCTATGCA
GAAGACCCGG CAGATATCAT TAACTATGTG TCAAAGCATG ATAATGAAAC ACTGTGGGAC
CAATTAAACT ATACACTTCC ACAAGACATC ACTTTAGAAG AGCGCGTACG CGCACAAAAT
GTGGCTATGG GTATCAACCT TGTTTCGCAG GGCATTCCAT TTCTACAAAT GGGCGGCGAC
TTGCTTCGCT CTAAATCAAT GGACCGAAAC ACCTATGACT CGGGTGACTG GTTTAACTAC
GTCGATTTTA CCTACGAGAC CAACAACTGG AACGTAGGCT TACCCTTAGC TCAGGACAAC
GAAGCCCGCT GGGAAGAAAT GGGAGAGTTT ATATACGACC CCGCCCGTGC TGCCTCGATG
TCAGACATTA CCTTTGCCTC AGATGTATTT GCTGAGTTGC TTAATATTCG CATGACCAGC
CCATTATTTA GGCTCACTAC CGCTGATGAT ATTATTGACC GCATTGGTTT CCACAATATC
GGTGAACGCC AGCAGCGCGG CTTAATTGCT ATGAGTATAG ACGATGGCGT ATCTGAAAAT
AGCGAAGTGT CTCGTCCAGA TCTCGATATG ATGAACGATG CGGTTATGGT CTTGGTAAAT
ACAGGATATG AAGAGAAGTC GATAACGGTT AACACCGCCA CTGGTTTTTC ACTTCACCCA
ACACAAATGA GCTCGGTAGA TGCGACGGTT CGTGGTGCAA ATTTTGTAGA AGGTGAAGAC
GGCAACGGTA CCTTTACTGT GCCAGCACTG ACTATTGCCG TGTTTGTGAA GCCTCAGTCT
GGTGCCCAAG GCTATGGATT ATCAGCGTTT GCGACCTCTG GTGCTCCAGA TGTTGTCCCT
TACGGTGATA CGGTAGCCTA CCTTCGCGGT GATATGAACG GATGGTCGAC TGATGATGCG
TTTACTTATC AAGGTGATGG TAAGTACACG GTTACTGCTA CGCTTGAGGG CGGCGTGACT
TATGGGTTTA AATTTGCTTC GGAAGATTGG AGTACAGTGA ACTTTGGCGC AGCGGATGGT
GAAGAAGGTA CAGTAATAGC GGGCGAAGAA AAGGTTCTTG CACGTACTAA TACCAACCTT
TCATTTACAC CAGCGACGAG CGCGACCTAC CTGTTTACTA TTGATGCGAC TGATAGCGAA
GCACCAATCC TTATGGTAGA GAACGAAGAG CCCTATGTTG GCACACCAGT GTATCTTCGT
GGTGCAATGA ACGACTGGGG TACGGCTGAG GAGTTTGCGT ACCAAGGCGG ACGTATTTAC
GCTTTCTCTC GTGATGTTGA GCCAGGGACT TACGAGTTTA AGGTTGCTTC AGAAGATTGG
AGTACCGTGA ACTTCGGTGC GATATCAGCC GATGATTCAG ATCGCAACCT TGCGCCTGGT
CAGACTCTGG GGCTAGCCGC TACTAACGAC AATCTTATTT TGAATATTGA AAACGCCGAC
CGTTATGTGT TCGTATTCAA CGTCACAGAT TTAGATGCGC CAACCATTGG TGTATTTAAA
GAAGCATTCT GGGGAGCCAC AGAGGTCTAT ATTCGCGGCG GCATGAACGG TTGGGGAGCG
GTAGATATGT TTACCTATCA AGGTGAAGGT GTTTACACCG CGGATATTGA ATTAAGCGCA
GGAAGCATCG AATTCAAGGT TGCCTCTGAA GACTGGTCAA CGGTAAATCT TGGTAACCCC
AATGATTCAG CGACTAATAT CGTAATTCCC GGTGAGCCGA AAATATTGGG TAGCAGTAAC
AACAACCTAA TGATTGAGGT TGCGGAGTCT GGGCTTTATG AATTTAAAGT GTCAGGCCCT
GATGGAAATG CGCCAACGTT AACGATAACG ATGAAATAA
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| Protein sequence | MKNSTLGNLF SNTTEYSVAK SSENIQENSM FTKKRVVRAA LLVVGAYTLA GCGGSGVESG
TNDLLTCEVP NVPNSTGTAC EPPPPIQCDA PLVPNEANDA CEAGADPSLP APVFTPSSNQ
AVLYYNRAAV DADNSSNDAA YEGWRLHTWN NDECDAYADA DTDWANGRIH SGIDPNYGAY
WILDLKDGYG SCHNFIIHKG TDDAGKEMGG GDFQASLVQE DDTFVRMNFT LSGEPTIFEF
PIMSLGPQPV DIEGFSAHWL DANTILWDVP ETVAEVKLHY SAKADLESTL EEGINGTEVA
LMSTTLTEEQ SARVPHLSSM QAWEGDWSVE DAKTVLTTQA VVGGYDADGA LVVATGIQLA
NGIDALYTLG EDDADEAQLG GIYSDTGITA ALWAPTASNV DLLIYNDNKT LSQRLDMVRD
DTSGVWRYEG DMSLDRQLYR YEVTVYHPNT GNIETLLVTD PYSVSLSTNG RFSRFVNLAD
EDLKPEGWDT HAIPTVDNYE DAVIYEGHVR DFSVRDMSTS EENRGKYLAF TEDGTAPVEH
LKKLVEAGLT YFHILPANDI ATIDEDPTKT VDLYDTVGKL CRLNSNAAVC EEESSDTLLI
DIYNAYDPLS EAGKAQQLTN DLRNVDTFNW GYDPHHFNAP EGSYASSAEG VERIVEMRAM
IQALHEMGLR VALDVVYNHT NASGVFSKSV LDKAVPGYYH RYEVDTGAIV RETCCDDTEP
RNVMMEKFME DSLLMWTEHY KYDSFRFDIM SQATKDTMVR LRDAVQAIDE DNYFYGEGWT
KIDRGYEQAS QLNMAGTEIG TYNDRIREAI RQGAIFRPED EGLLSAQDRV KMGMIGTLKD
YVLETSSGSA GATSNLGGYA EDPADIINYV SKHDNETLWD QLNYTLPQDI TLEERVRAQN
VAMGINLVSQ GIPFLQMGGD LLRSKSMDRN TYDSGDWFNY VDFTYETNNW NVGLPLAQDN
EARWEEMGEF IYDPARAASM SDITFASDVF AELLNIRMTS PLFRLTTADD IIDRIGFHNI
GERQQRGLIA MSIDDGVSEN SEVSRPDLDM MNDAVMVLVN TGYEEKSITV NTATGFSLHP
TQMSSVDATV RGANFVEGED GNGTFTVPAL TIAVFVKPQS GAQGYGLSAF ATSGAPDVVP
YGDTVAYLRG DMNGWSTDDA FTYQGDGKYT VTATLEGGVT YGFKFASEDW STVNFGAADG
EEGTVIAGEE KVLARTNTNL SFTPATSATY LFTIDATDSE APILMVENEE PYVGTPVYLR
GAMNDWGTAE EFAYQGGRIY AFSRDVEPGT YEFKVASEDW STVNFGAISA DDSDRNLAPG
QTLGLAATND NLILNIENAD RYVFVFNVTD LDAPTIGVFK EAFWGATEVY IRGGMNGWGA
VDMFTYQGEG VYTADIELSA GSIEFKVASE DWSTVNLGNP NDSATNIVIP GEPKILGSSN
NNLMIEVAES GLYEFKVSGP DGNAPTLTIT MK
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