| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sde_2927 |
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| Symbol | |
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| ID | 3968017 |
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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 | Saccharophagus degradans 2-40 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007912 |
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| Strand | - |
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| Start bp | 3712588 |
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| End bp | 3716913 |
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| Gene Length | 4326 bp |
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| Protein Length | 1441 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637922024 |
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| Product | beta-1,3-glucanase precursor |
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| Protein accession | YP_528396 |
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| Protein GI | 90022569 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG2273] Beta-glucanase/Beta-glucan synthetase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 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 | ATGACAACGC GAAATACTTT CAAGCTGAGT AAGCTCCTGC TTTCGCTAGG TGTACTTACC
GCTTCTTCGC AACTCGTCGC CCAAGACCTA ATTTGGTCCG ACGAATTCGA AGGCGATAAA
ATTGACCGCA GCATATGGTC TTACAATGTG GGTGGTAGTG GTAACGGCAA TGGTGAGTTG
CAGTACTACA CCGCCAATGC CACCAATTCA CGCATTGAAG ACGGCAACCT CGTTATTGAG
GCGCGCCGCG AAGAGATGGA AGGTAAGCAG TTTACTTCTG CACGTCTCCA TACAAATGGT
CGCTTTTCTT TTAAATACGG TACCTTAGAG GCAAGAATTA AATTGCCTAA GTTAGACGAT
GGCCTGTGGC CAGCGTTTTG GACTTTGGGT GATAACTTTG GTGTAGACGG CTGGCCAAAA
TCTGGTGAGA TCGATATTTT AGAAGCCGGC TACAAGGCTG CGCGCGAAGC GGGCACCACC
AATACTGCGG TGTCTGGTGC TGTGCACTGG TGGCACGAAA GTGGCGATTG GAGTGATTGG
TTGCAGGCCG ATGCTCATGC CGAAACGCAT GTTACAACGC CTATGAACGA GGCGTATCAC
ACCTATCGTT TAGAGTGGAC TCCTAGCGAG CTATCTATTT CTGTAAACGA CAATACCTAT
TTCACCATGG ATATTACCGA CCCAAACATG TCGGAATTTC ACGGTGCTCA GCATTTGCTG
CTTAACTTGG CTGTAGGTGG TTGGAACTTT GTAGAAATTG AAGACCCAGC GCTTATTACT
GCAGATTTCC CTGCACAAAT GCTTGTGGAC TACGTGCGCT TATACAGCAA CGAATTCACC
GAAGTGTTTG ACGCAAACGA AAACTTACCA ACCGGTGACT TCGGCGTAAT GACCGATTTG
ACCCCCGTGT TCAATGAATT GAACTGGGGT GATCGTATGC ACCTGTACAT TTGGAACAAT
ATGGAAGTAG CGGGCATAGA CCCGTACGAA GGCACTTCTG TATTGGCTTA TGATGTGGCG
CCAGATGCGT GGTGGGGCAT GGGTCTTTTG CATAAAGACT ACAACATGCG CAACTACAAA
CACGGCTACC TGCACTTCAT GATGAAGACA ACCGCTACCT CCGATATCAG CATTAACATG
GCCAGTACCT CTGGCGGTGA AGGTGCTGTT GTATTGGCAA ACGGCGGTGA AGAGTACGGT
TTAGAGCGCG ACGGCGAATG GCATGAGGTG AATATTCCTC TGGCTAAATT CGGCGCGATG
GATTTCGAAA CCATCAAAAC TTTCTTCAGC ATGTCTGGCC CAGGCCAAGC AGAAGCATTC
CAAATTGCTG TGGACGACAT TTATCTAAAA AGCAGTATTG CTTTACCTCG CCCAGAGTTT
GGCAGCTTCG GTATTTACAC CGAAAGCCCA GAAAATATGA GCGCAGGTAA CTTTGGTTTT
GGTGTAGAAG GTGATTTATT TCTTTGGGCT GATACCTTAG AGCTATTGCC AGGCGAAGTG
GTTGAAGGCA ATGCATCACT GCATTTGAAA TCAACCGGTC AAGGTTGGTT CGGTATGGGC
TTAACGGCTC GCGAAGGCTT TAACCTTTCT GCGTTTGATA ACGCCGATGC GAAATTACAC
CTCTCAATGA AAACCACAGA TCAAACTGAT TTCCAAGTGG GCATTAAGAG CGGCAGCGTA
AACGACATCG GTCAAGTGTG GATTAAGTTT ACCCCTGGTA ACGACCCATA CGGTTTCGCA
CGCGACGGTC AGTGGCACGA CTTAGTTATA CCGATGTCTG ATATCGCACA AGATTTAGAT
ATGTTCGATG TGCGTCAAGT ATTTCAATTG TTAGGTTTTG GCGAAATAGA AAGCCTCGCA
ATTGACAATA TTTATATTAG CGGTGGTGGT GCATCTACAC CGGAAATTGT TAACCCAAGT
GAACCTGTAA ACCGCGCACC GATGGCTGCA ATTAAGCCTT CTGTAAATGG CGGCCCTGCA
ACATTGAGTG TTGATTTCGA CGCGAGCCAA TCTGGCGACG TAAACGGCGA TGCGCTTACC
TATACCTGGG ACTTTGGTGA CGGTACTACT GCAACCGGCG TACAAGTAAG TCACGACTTT
GAAAAAGAAG GTAACTACCG CGTTAGCTTA ATTGTAAGCG ACGGCCAAGC GACAGACGAA
ACTGCAGCCA TTATTACTGT TGACGATAAC TACGGTTTAT CGCGCAGCGA TAAGCGCGGA
CTTGGTTTTG GTCACCACTC AGTTGCCGAC TTCGAAGCTA TTTCGCAGGG TATTTCTTGG
TGGTACAACT GGTCTATTAA GCCAGATTCA CTGATTCAAG ATGTTTACCA AAACTACGGC
GTAGAGTTTG TACCTATGGC GTGGAACGGT GGTTTTGACG ATCAAGCAAT GCGCGATTAC
ATCAATGCGC ACCGCGACGA CGTTAAATAC ATTCTTGCGT TCAACGAGCC TAACTTCTTA
GAGCAAGCCA ACATGACGCC TTCGCAGGCG GCAGCCGAGT GGCCACGTTT AGAAGCCATA
GCCGATGAGT TTGGTTTGAA AATTGTTTCC GTTGCTATGA ACTTCTGTGG CAACTGTGTA
ACAGAAAATG GCACTACCTA TTACGACCCC ATTGATTACT TTGACGATTT CTTCGAAGTG
TGCCCTGACT GCCGTGTAGA TGCGCTTTCT ATCCATGCTT ACATGGGTGG TGTTGGCGGC
ATCGAGTGGT ATATCGATCT GTTTGCAAAA TACAACCTTC CAATTTGGAT GACCGAGTTT
TCTGCATGGG ACGATACCAC CACAGAAGAA GAGCAAATCT TCTTTATGAC CCAAGCAGTA
GACTACATGG AGCAACACGA AAATGTAGAA CGCTATGCGT GGTTCACTGG TCGTCGCAAT
GGTCACCCGT ACAACGGTTT GTTTGATTAC CGCCAGTCGG GTGTACTTAC CGAGCTAGGC
AGCGCGTACA TCAACATGCC TGTGCACGGT GAAGACAGCA TTCACACTTT ACCAAAGCAT
ATTGAAGCAG AAGCTTACGC TTACCAAAGC GGTGGACGTG TAGCACCTAC TACTGATGCA
AATGGCTTCT TGCAAATGGG CGAGAACGCT GCTGGCTCTT GGGTTGAATA CAACGTAATA
AACCCAGCGA CTCGCAGTTA CAACGTAGCG GTACGTGTAA ACAGCGAAAC CGGCGGCACC
ATTACCGTAT TGGTAGACGG TGTTGAGAAA GGCCAAATTC CTGTACCTGC AGCAGCTGAT
GCGCAAGCTT GGGCAACTGT GGATACCGAT TTGGAAATTA CTGCAGGTGA GCACGATGTG
CGCTTGGTAT TTGGTGCAAG TGTTAACCTT AACTGGTTAA ACATTGGCGA TGCGTTAAGC
CCAGAACTAG AACCAGAACC AGAACCAGAA CCAGAACCTG AACCAGAGCC TGAACCAGAA
CCTGAACCAG AGCCAGAACC AGAACCAGAA CCAGAACCAG AACCAGAGCC TGAGCCAGAG
CCAGAGCCAG AGCCAGAGCC AGAGCCTGAG CCTGAGCCAG AGCCAGAAGT AGACCCAACT
GCACCATTAG CGTGTACCGC TACAGCCTCA TCGCAAGAAG GCGCGTTAGC ACCAAGCTTT
GTGTGTGATG GTGATGCCGG CACCCGTTGG TCATCCGAGT GGAACGATAA CGAAACCATT
ACGTTAGACC TAGGTGATGT TTATGAAATA TCTAGCATTA ACCTAACGTG GGAAAATGCC
TACGGAAGCA AGTACGACAT ATTGGTTTCG GACGATAACG TACACTGGAC GCTTGCCTAC
AGCGAACAAG CTGGCGATGG CGGTATAGAT AACTTAGCAG TAACGGCTAC TGGCCAATAC
GTGCGCCTGC TTGGTTTAGA GCGCGGCATT GGTTACGGCT TCTCTCTGTT TAGTTTCGAT
GTTTACGGTG CACTAAAACC TGTAGTGGTT GTACCAGAAG GTGATTTGGC GTTAGGTAAG
CCTACGAGTG CTTCTTCATC GGAATGGGCA GAGCCAACCG CCGCTAATGC AACCGATGGC
AACACCGGCA CGCGTTGGGC CAGTGCTTGG ACAGACAGTG AGTGGATTTC TGTAGATATG
GGTGAAGTGT ATCCTGTTGG TCGAGTGGTA CTTAACTGGG AAGGTGCATA CGGTAAAGGC
TATAACATTC AAACCTCAAA CAATGGGGCT GATTGGACTA CCGTTTACAC CGAAACCGCA
GGCGATGGCG GTACAGATGA AATTATTCTG CCATTCGCGT CTGGCCGCTA TATTCGTGTA
CTAGGTACCG AGCGTGGCAC AGGTTACGGT TACTCACTGT GGGATTTTGA AATCTACGCA
GATTAA
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| Protein sequence | MTTRNTFKLS KLLLSLGVLT ASSQLVAQDL IWSDEFEGDK IDRSIWSYNV GGSGNGNGEL
QYYTANATNS RIEDGNLVIE ARREEMEGKQ FTSARLHTNG RFSFKYGTLE ARIKLPKLDD
GLWPAFWTLG DNFGVDGWPK SGEIDILEAG YKAAREAGTT NTAVSGAVHW WHESGDWSDW
LQADAHAETH VTTPMNEAYH TYRLEWTPSE LSISVNDNTY FTMDITDPNM SEFHGAQHLL
LNLAVGGWNF VEIEDPALIT ADFPAQMLVD YVRLYSNEFT EVFDANENLP TGDFGVMTDL
TPVFNELNWG DRMHLYIWNN MEVAGIDPYE GTSVLAYDVA PDAWWGMGLL HKDYNMRNYK
HGYLHFMMKT TATSDISINM ASTSGGEGAV VLANGGEEYG LERDGEWHEV NIPLAKFGAM
DFETIKTFFS MSGPGQAEAF QIAVDDIYLK SSIALPRPEF GSFGIYTESP ENMSAGNFGF
GVEGDLFLWA DTLELLPGEV VEGNASLHLK STGQGWFGMG LTAREGFNLS AFDNADAKLH
LSMKTTDQTD FQVGIKSGSV NDIGQVWIKF TPGNDPYGFA RDGQWHDLVI PMSDIAQDLD
MFDVRQVFQL LGFGEIESLA IDNIYISGGG ASTPEIVNPS EPVNRAPMAA IKPSVNGGPA
TLSVDFDASQ SGDVNGDALT YTWDFGDGTT ATGVQVSHDF EKEGNYRVSL IVSDGQATDE
TAAIITVDDN YGLSRSDKRG LGFGHHSVAD FEAISQGISW WYNWSIKPDS LIQDVYQNYG
VEFVPMAWNG GFDDQAMRDY INAHRDDVKY ILAFNEPNFL EQANMTPSQA AAEWPRLEAI
ADEFGLKIVS VAMNFCGNCV TENGTTYYDP IDYFDDFFEV CPDCRVDALS IHAYMGGVGG
IEWYIDLFAK YNLPIWMTEF SAWDDTTTEE EQIFFMTQAV DYMEQHENVE RYAWFTGRRN
GHPYNGLFDY RQSGVLTELG SAYINMPVHG EDSIHTLPKH IEAEAYAYQS GGRVAPTTDA
NGFLQMGENA AGSWVEYNVI NPATRSYNVA VRVNSETGGT ITVLVDGVEK GQIPVPAAAD
AQAWATVDTD LEITAGEHDV RLVFGASVNL NWLNIGDALS PELEPEPEPE PEPEPEPEPE
PEPEPEPEPE PEPEPEPEPE PEPEPEPEPE PEPEPEVDPT APLACTATAS SQEGALAPSF
VCDGDAGTRW SSEWNDNETI TLDLGDVYEI SSINLTWENA YGSKYDILVS DDNVHWTLAY
SEQAGDGGID NLAVTATGQY VRLLGLERGI GYGFSLFSFD VYGALKPVVV VPEGDLALGK
PTSASSSEWA EPTAANATDG NTGTRWASAW TDSEWISVDM GEVYPVGRVV LNWEGAYGKG
YNIQTSNNGA DWTTVYTETA GDGGTDEIIL PFASGRYIRV LGTERGTGYG YSLWDFEIYA
D
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