| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_03950 |
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| Symbol | |
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| ID | 6777922 |
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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 | 4256596 |
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| End bp | 4259061 |
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| Gene Length | 2466 bp |
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| Protein Length | 821 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 642757401 |
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| Product | glycosyl hydrolase, family 31 |
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| Protein accession | YP_002128234 |
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| Protein GI | 196158745 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1501] Alpha-glucosidases, family 31 of glycosyl hydrolases |
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| TIGRFAM ID | |
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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 | 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 | ATGTCGAAAA AGCACAAGCG TTCAGTTTTA TCAGCCGTAG TTAGCGCAAC CCTATCTCGC
CGCTTATTGG CTACGTTACC GGCTCTCGCG TTGATATCAG GGAATGCGTT GGCCGTCGTT
GAACAATTTT CTTTACAGGG CAACACGCTT TACATTGATA CAGACACTAA CGATTTTACG
CTAACAGCAT TAGGCAATAA GAGCTTTCAA GTCACTTACG TAACGGATAA CAGCGGTAAA
CCCTATGAGA ATCTGTCGTC TATGGCGTTA CCAGAACATG TGGCGGCTAA TGAACTAACC
GTAGACGTAT CTGATACACC TAATACCATT ACGCTTACCT ACGACAATGC TTCAGCGAGT
ATCGATAAAC AAAGTCATGC AATAAGCTAT TCGCTTAACG GTGAAGTGGT TACCAAAGAG
CGGGACGGTC TTTCGATAAA TAGCCACGGC GTGAGTTTAT CGTTTGCTCT TAGTGATGAT
GAAAAGCTCT ATGGCGGTGG TCAACGTGTA TTGGGCATGG ATCGTCGCGG AAACGCCATG
CCGCTTTATA ACAAAGCGCA TTATGGGTAC ACCACGTCAT CGAACCAGAT GTATTTTGGT
CTGTCTGCGG TCATGTCATC GAAGCACTAC AGTGTACTGT TTGATAACAC GGCATCAGGT
GAGCTTGATA TGGGCAGCAG TACGCCCGAC GAACTGTTGT TTTCTGCCAA AGGCGGGCGC
GCCAGCTACA TTATGGTGTT GGGTGAAAGC TTATCTGACA CTGTGAAATC TACGGTTGCC
ATAACGGGCA AACAGCCACT GCCGCCACGC TGGCTACTGG GTAACTTCGC GTCACGATTT
GGCTATAAAT CCCAAGATGA AGTAATGAAT GTTGTGGATG CATTTAACAA GCAAGATATT
CCAGTGGATG CAGTGGTTCT GGATTTATAT TGGTTTGGTA AAGACATAAA AGGACACATG
GGGAACTTAA GTTGGGACAC TGCCACGTTC CCTGAGCCTG AGAAGATGAT TAGCGAGCTT
CGAGAGCAAG ACGTGAAAAC CGTGCTTATT ACCGAGCCAT TTATTCTTAC TACATCAAAG
CAGTGGGACA GCGCGGTAGA AAATAACGCC CTTGCTCAAA ATGATCAAGG TACGCCGTAC
ACCTTTGACT TCTACTTTGG CAATACTGGT CTTGTTGATG TGTTCAGCGA AGCGGGCCAA
GACTGGTTTT GGCAATATTA TGAAAAGCTA GCCGCACAAG GCGTTGCTGG CTGGTGGGGC
GACTTAGGAG AGCCGGAGGT TCATCCTGAT GATATTCAGC ACGCTTGGAG CGAAGCCGGC
CTTGGTAATC AGACGGTGAG CGGTACCGAA GTGCATAACG GCTATGGCCA TCAGTGGGCG
AAAACCGTGT ATAACAACTT AACTGAACTT CAAAGTGATA CGCGCCCGTT CGTGCTCATG
CGTTCAGGCT TTTTGGGCAG CCAGCGTTAC GGTATGGTGC CGTGGACGGG CGATGTAAGC
CGAAGCTGGG GCGGGCTTAA ACCGCAGGTA GAACTCGCAC TTCAAATGAG TGTGTTTGGT
TTAGCCTATA CTCACTCCGA CTTAGGCGGT TTTGCAGGAG GCGACACCTT TGACGCAGAG
CTTTACACGC GTTGGCTTCA GTTTGGCACC TTTTCGCCGG TATTTAGGCC TCATGCTCAA
GATAACATTG CGCCAGAACC GGTTTTTCAC GACGACCCAG TAAAGTCTAT TGCGCGTGAA
TTTATTCAGC TTCGCTATGA CATGCTGCCC TATAACTATT CATTGGCTTT TGAAAACGCG
CTATTCGGCA CGCCGTTAAT GCGCCCGCTT GCCATGGTAT TTAATGAAAA TAAGTGGTTC
GAAAGCGCAA AAAGCTATAT GTGGGGCGAT GCCCTGTTTG TTTCACCTGT GACTCAGCCG
AACCAACAGA CATGGGCCGT TGAGTTGCCA CCTGGCATTT GGTTCGACTT TTTTTCAAGT
GCCAAGTATC AAGGAGGTAA AACGGTTGAT TACCCACTCA CTCAGGATAA TTTTCCGGTT
TGGGTAAAAG CGGGAAGCTT TATGCCTATG TCTGAGGGGC TTTCGCGCAC AGAACATTTT
GATGCTCGGG AGCTAGAAAT GCATTACTGG CACGACCATT CAGTGATCTC ATCGTCTTAC
ACCTATTATG AGGATGACGG CAAAAGCCCT AACTCTGTTG AAAAGGGCTT GTACACGACG
TTGCAGCTTA ACGCATCGGT AGATGAGAGC GCTGATCTCA CCCTGACACT TGATAGTCAA
GGTAGTTATA TCGGTATGCC GCAGCAGCGA AATATAACCT ACGTGGTTCA CGGACTCACT
GAAAGGCCGC AGAAAGTATT GGTAGACGGG GCGCCTGCGC CTGCTACCTG GAGTGAGAAA
GGGAAAACGC TTTCACTTGC ATTTACGTGC GATTATCAGC AATCTGTAGA GATAGTGATC
ATGTAA
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| Protein sequence | MSKKHKRSVL SAVVSATLSR RLLATLPALA LISGNALAVV EQFSLQGNTL YIDTDTNDFT
LTALGNKSFQ VTYVTDNSGK PYENLSSMAL PEHVAANELT VDVSDTPNTI TLTYDNASAS
IDKQSHAISY SLNGEVVTKE RDGLSINSHG VSLSFALSDD EKLYGGGQRV LGMDRRGNAM
PLYNKAHYGY TTSSNQMYFG LSAVMSSKHY SVLFDNTASG ELDMGSSTPD ELLFSAKGGR
ASYIMVLGES LSDTVKSTVA ITGKQPLPPR WLLGNFASRF GYKSQDEVMN VVDAFNKQDI
PVDAVVLDLY WFGKDIKGHM GNLSWDTATF PEPEKMISEL REQDVKTVLI TEPFILTTSK
QWDSAVENNA LAQNDQGTPY TFDFYFGNTG LVDVFSEAGQ DWFWQYYEKL AAQGVAGWWG
DLGEPEVHPD DIQHAWSEAG LGNQTVSGTE VHNGYGHQWA KTVYNNLTEL QSDTRPFVLM
RSGFLGSQRY GMVPWTGDVS RSWGGLKPQV ELALQMSVFG LAYTHSDLGG FAGGDTFDAE
LYTRWLQFGT FSPVFRPHAQ DNIAPEPVFH DDPVKSIARE FIQLRYDMLP YNYSLAFENA
LFGTPLMRPL AMVFNENKWF ESAKSYMWGD ALFVSPVTQP NQQTWAVELP PGIWFDFFSS
AKYQGGKTVD YPLTQDNFPV WVKAGSFMPM SEGLSRTEHF DARELEMHYW HDHSVISSSY
TYYEDDGKSP NSVEKGLYTT LQLNASVDES ADLTLTLDSQ GSYIGMPQQR NITYVVHGLT
ERPQKVLVDG APAPATWSEK GKTLSLAFTC DYQQSVEIVI M
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