| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mmar10_2726 |
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| Symbol | |
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| ID | 4286039 |
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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 | Maricaulis maris MCS10 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008347 |
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| Strand | + |
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| Start bp | 2992633 |
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| End bp | 2995203 |
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| Gene Length | 2571 bp |
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| Protein Length | 856 aa |
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| Translation table | 11 |
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| GC content | 62% |
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| IMG OID | 638142225 |
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| Product | exo-1,4-beta-glucosidase |
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| Protein accession | YP_757950 |
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| Protein GI | 114571270 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1472] Beta-glucosidase-related glycosidases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.789433 |
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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 | 41 |
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| Fosmid unclonability p-value | 0.608447 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACAACGA AGACGCAGAA GCTCGCATCC GTTTCTATGA TCGCGACCTT GATCAGCATC
GGGCTGGCAG GTTGTAGCGA CGGCACCGAT ACCGCCGCTA CCGAACGCCC CGCTGCGTCG
TCATCTCCCG CGGTCTATAC TCCGCCCGCC GATGCTATGG CGGATCCGGA CGCTTGGCCC
CAAATCGCCC CCTTGCCGCT CGACCCCGAA GTCGAAGCCC GTATCGATAG CATCATGGCG
ATGATGACCG TCGAGCAGAA AGTCGGCCAG ACGATCCAGG CCGATAGCGG CTCCGTGACA
CCTGAGGATG TTCGCAATTA TCGACTGGGG TCGGTGCTGA GCGGTGGGAA CTCCGCACCT
GGACCGCGCG CCTATGCCGA CGCCCAAACC TGGCTCGATG CGGCCGACGC ATACTTCAAC
GCCTCGATCG ACCCTGACGG CGTCGAGATC GCGATTCCCA TCATATGGGG AATTGATGCG
GTCCATGGTC ACGCCAATTT GCGCGGCGCC GTGGTCTTTC CGCACAATAT CGGCCTCGGC
GCGATGAATA ATCCCGATCT GATCGAAGAC ATCTACCGTG TGACCGCACG CGAGTTGTCC
GTATCAGGCC ATGACTGGAC GTTCGCGCCC ACGCTCGCCG TGCCCCGGGA CGACCGATGG
GGTCGCACCT ATGAGGGGTT TTCGGAAGAT CCGGCCATCG TCGCCGCCTA TGGTGAGCGC
ATAGTCTGGG GCTTGCAGGG ACGGCCGGGC ACAGATGAGT TCATGGGCGA GGGCCGCGTC
ATCTCCAGTG CCAAGCATTT CCTGGCCGAT GGCGGTACTC TGGATGGTCG CGATCAAGGC
GACGCCCAGA TCAGTGAGGC CGAGCTGCGC GATATTCACG CAGCCGGTTA CTACACCGCG
ATTCCGGCTG GTGTGCTGAC TGTCATGGCT TCATTCTCAA GCTGGAATGA CGCCCGCATG
CACGGCAATG AAAGCCTGCT GGAAGACGTT CTGCGTGACC GGATGGGCTT TACTGGATTT
GTGGTCGGCG ACTGGAACGG CCACGGTCTG ATCCCGGGCT GTGTGTCGAC TGATTGTCCC
GAAAGTTTCA ATGCGGGCGT CGACATGTTC ATGGCGCCCG ACAGCTGGCG CGAGCTCTAT
CACAATACGC TGGCCCAGGT TCGGTCTGGC GAGATCTCCA TGGAACGCCT CGACCAGGCT
GTTCGCCGTA TCCTGCGAGT CAAGATCGAA GCCGGCCTGT TTGAACAGGT CGCGCCCAGT
GAACGCCCGC TGGCCAACAG CGACACAGTC CTGGCCGCGC CGGAACATCG CGCCATCGCC
CGGCAGGCGG TTCGCGAGTC GCTCGTCCTC CTGAAAAACG TTGATCAGAC ACTGCCGCTC
GATCCATCAC TGACAATTCT CGTCGTTGGT GCCGGTGCCG ATCATATCGG CAAGGCCGCC
GGGGGATGGA CCCTGTCCTG GCAGGGCGGC GAATTCCCGA ATGAGGAATT TCCGGCCGGA
GATAGCATTC TCGCGGGCAT CCAGGCTGCT GTCGACACCG CTGGCGGGCA GGTCATCTAC
GACCCGGACG GGCAATCCGA CATCGATGCC GACGTCGTGA TCGCCGTCTA TGGCGAAAAC
CCCTACGCCG AATTCCAGGG CGACCGGGAC CATCTGGATT TTGTCTCGCC GGATTATGAC
ACCAGCCTGC TCGAGCAATA TCAGGCCAGG GACATCCCGG TTGTCAGCGT CTTCCTGTCA
GGTCGCCCCC TGTGGACCAA TCCGGAAATC AATGACTCCG ATGCTTTCAT CGCCGCCTGG
CTGCCAGGCA CGGAAGGCGG CGGCGTCGCC GATCTGATTT TCCGGACCGA CGATGACTAC
GACTTCACCG GACGACTTTC CTTTTCCTGG CCGAGCCTCG CCAGCGGCGA GCCGCTCAAT
GTCGGTGACG CGGATTACGA CCCACTCTTC ACCTATGGCT ACGGGCTGAG CTATGCGGAC
GCTGACCCGG GGACGCCACT GTCCGAGGAG TCGGGCCTGT CCACGGACGA CCTTGCCGAA
GGCGGCAGTT ACTATGCCCG GGGTCAGGTA ACAGACCCTT GGGCCCTGCA GATCGCAAAT
GGGCAAGACT GGGAGGCCAT CGAGGACCGC ATGGCATCGT CTGACCGCGT CACACTTGGC
GCCATGGACC GGGTCGCCCA GGAAGACAGC CTGCGAATCA TTTGGTCCAG CGCCGGCAAT
CTCGTCAGTA TTCGCGGCAC CGATGCCATT GATCTCTCTC GGGAAACAAA CGGCTCCATG
GAGCTGACCT TCCGCGCTCG CGGCGTCAAC AGCCAACCCG CCCAGGTCGA GATCGGGATG
GCCTGCGACA CCGGGCCGGA CTGCGTTCAC TATGTGCCAG TGGATATCCG CCAGGGTCCG
TGGTCGGAAT ACCGGATCAG CCTGAGCTGT TTTGCCGATG CTGGGGTCGA CATGAGCCGC
CTCGACACGC CTTTCCTCAT CCGGGCACGC GACGAGACTG GCGAAATCGG GATTGGTGAT
GTCACACTGG GGTCCGACAT CGACGCCACG CGCACGTGCG GCAACGAATA G
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| Protein sequence | MTTKTQKLAS VSMIATLISI GLAGCSDGTD TAATERPAAS SSPAVYTPPA DAMADPDAWP
QIAPLPLDPE VEARIDSIMA MMTVEQKVGQ TIQADSGSVT PEDVRNYRLG SVLSGGNSAP
GPRAYADAQT WLDAADAYFN ASIDPDGVEI AIPIIWGIDA VHGHANLRGA VVFPHNIGLG
AMNNPDLIED IYRVTARELS VSGHDWTFAP TLAVPRDDRW GRTYEGFSED PAIVAAYGER
IVWGLQGRPG TDEFMGEGRV ISSAKHFLAD GGTLDGRDQG DAQISEAELR DIHAAGYYTA
IPAGVLTVMA SFSSWNDARM HGNESLLEDV LRDRMGFTGF VVGDWNGHGL IPGCVSTDCP
ESFNAGVDMF MAPDSWRELY HNTLAQVRSG EISMERLDQA VRRILRVKIE AGLFEQVAPS
ERPLANSDTV LAAPEHRAIA RQAVRESLVL LKNVDQTLPL DPSLTILVVG AGADHIGKAA
GGWTLSWQGG EFPNEEFPAG DSILAGIQAA VDTAGGQVIY DPDGQSDIDA DVVIAVYGEN
PYAEFQGDRD HLDFVSPDYD TSLLEQYQAR DIPVVSVFLS GRPLWTNPEI NDSDAFIAAW
LPGTEGGGVA DLIFRTDDDY DFTGRLSFSW PSLASGEPLN VGDADYDPLF TYGYGLSYAD
ADPGTPLSEE SGLSTDDLAE GGSYYARGQV TDPWALQIAN GQDWEAIEDR MASSDRVTLG
AMDRVAQEDS LRIIWSSAGN LVSIRGTDAI DLSRETNGSM ELTFRARGVN SQPAQVEIGM
ACDTGPDCVH YVPVDIRQGP WSEYRISLSC FADAGVDMSR LDTPFLIRAR DETGEIGIGD
VTLGSDIDAT RTCGNE
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