| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Xfasm12_2005 |
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| Symbol | |
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| ID | 6121089 |
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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 | Xylella fastidiosa M12 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010513 |
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| Strand | + |
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| Start bp | 2092027 |
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| End bp | 2094675 |
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| Gene Length | 2649 bp |
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| Protein Length | 882 aa |
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| Translation table | 11 |
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| GC content | 63% |
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| IMG OID | 641649957 |
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| Product | Beta-glucosidase |
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| Protein accession | YP_001776505 |
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| Protein GI | 170731072 |
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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 | 15 |
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| Plasmid unclonability p-value | 0.346494 |
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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 | ATGCCATTGC CCATTGCAGC CCCCCTCACA CTGGCAACCG CACTCATCCT GTTACTCGCC
ACAACACCCA CCACTGCGGC CCCCTCCCCC GAACAACACG CCGCCGCCCT AGTGGCACAG
ATGACCCGCC AAGAGAAAAT TGCGCAAACA ATGAACGCCG CCCCGGCCAT CCCACGCCTG
GGCATCCCCG CCTACGACTG GTGGAGCGAA GGACTGCACG GCATCGCCCG CAACGGCTAC
GCCACAGTAT TTCCCCAAGC CATTGGCCTG GCAGCAAGCT GGAACACCGA CCTACTGCAA
CACGTCGGCA CCGTCACTTC CACCGAAGCC CGCGCCAAAT TCAACCTCAC CGGCGGCCCC
GGCAAAGACC ACCCCCGCTA TGCAGGACTC ACCCTCTGGT CCCCTAACAT CAACATTTTC
CGTGACCCAC GTTGGGGCCG CGGCATGGAA ACCTACGGTG AAGACCCCTA CCTCACCAGC
CAACTTGCAG TGAGCTTCAT CCGTGGCCTC CAAGGGAACA TCCCCGACCA CCCACGGACC
ATCGCCACCC CCAAACACTT CGCCGTACAC AGTGGCCCAG AACCGGGACG CCACAGCTTT
GACGTGGATG TCTCCGCATA CGACCTAGAA GCGACCTATA CCCCCGCATT CCGCGCCGCG
ATTGTCGACG GCCATGCTGG CTCAGTGATG TGCGCCTACA ACGCCCTACA TGGCACACCC
GCATGTGCCT CCGACTGGCT ACTCAACACA CGTCTGCGCA ACGACTGGGG CTTCAACGGC
TTTGTGGTCT CCGACTGCGA CGCAATCGAA GACATGACCC GATTCCATTT CTTCCGTCAA
GACAACGCCA GCGCCTCAGC CGCCGCACTC AAGAGCGGCG ACGACCTCAA CTGCGGCAAC
ACCTATCGCG ACCTCAACCA AGCCATCGCG CGCGGCGACA TTGATGAATC AACACTGGAC
CAGGCACTCA TCCGCCTCTT CACCGCACGC CAGCGCCTGG GTACGCTGCA ACCACGCGAG
CACGACCCCT ATGCCGCCAT CGGCATCAAG CACATCGATA CCCCAGCGCA CCGCGCCCTT
GCACTACAAG CGGCCGCCCA GTCACTCGTC CTCTTGAAAA ACTCCGGCAA CACACTCCCG
TTAACCCCCG GGACCACATT AGCAGTCCTC GGCCCGGACG CCGACTCACT CACCGCCCTG
GAAGCCAATT ACCAAGGCAC CTCCTCGACC CCAGTGACCC CACTGATCGG CCTACGGACC
CGTTTCGGCA CCGCCAAAGT CCACTATGCA CAAGGCGCCT CCCTGGCACC CGGTGTCCCA
AGCACCATCA CGGAAACCGC ACTGCGCAAC CACGGTCACC CCGGCCTGAA AGGGGAATAT
TTCGACACGA TTGACTTTTC CGGCCCACCG CACCTAGTGC GTCAAGATCG CATCATCGCC
TTCAACTGGG ACCACGTCGC ACCCGCACCA GGCATGAACC CCCACCGCTA CGCGGTGCGC
TGGACCGGCG AACTCCTCCC CCCCGGCCCC GGCACCTACA CCTTCGCCGT GCATGTCGCG
CGCTGCTTCG ACTGCAACGG CCACGACCCG GTACGCCTGT ACATCGACGA TCGCCAAATC
ATCCCCGACA ACGCCACAGC GGCCCAAGCG ACCACGGCAC CCCAGCAGAC AGATAACACA
CACCTTGAAG CAACCCTTCA CTTTACCGAT ACCCGCCCAC ACCACATCCG CCTGGACATG
GAACACCGTG GCGAAGACCA AGGCGTGCGT TTGGAATGGC TAGCCCCGGA AGCGCCACAA
CTGGCTGAAG CCGAACGTGC CGTCGCACAC GCCGATGCCA TCGTCGCCTT CGTCGGCCTC
TCCCCGGAGG TGGAAGGCGA AGAATTGCAC ATCGACACCC CCGGGTTCAG CGGCGGCGAC
CGCACCACGA TTGACCTGCC CGCCACCCAA GAAACCCTGC TGCAACATGT GAAGACCACA
GGCAAACCCC TGATCGTCGT CCTCATGAGC GGCAGCGCCG TTGCACTGAA TTGGGCACAA
CACCATGCCG ACGCCATCCT CGCCGCATGG TATCCCGGAC AATCCGGAGG CACCGCAATC
GCACAAGCCC TGGCCGGTGA CGTCAATCCC GGCGGCCGTC TGCCCATGAC CTTCTACCGC
TCGACCCAGG ACCTGCCCCC CTACATCAGC TACGACATGA CCGGACGCAC CTATCGCTAC
TTCAAAGGCC AACCGCTCTA TCCATTTGGC TACGGCCTGA GCTATACCCA ATTCGCCTAC
GAAGCACCGC AGCTCTCCAC CGCAACCCTG AAAGCAGGCG ACACCTTGAC CGTCACTGCC
CACGTTCGCA ATACCGGCAC CCGGGCCGGT GATGAAGTCG TGCAACTTTA TCTAGAACCC
CCGCACTCCC CACAGGCACC ACTGCGCAAC CTGGTCGGCT TCAAAAGAGT GACATTGCGC
CCTGGCGAAT CCCGCCTGCT GACCTTCACA CTAGACGCAC GGCAACTCAG CAGCGTGCAG
CAGACCGGGC AACGCAGCGT CGAAGCCGGT CACTACCACC TCTTTGTGGG CGGTGGCCAA
CCCAACACCG GCGCACCCGG CGGAACCGCT GCATTCTCAA TCATCGGCCG CGCCCTGCTC
CCGAAATAA
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| Protein sequence | MPLPIAAPLT LATALILLLA TTPTTAAPSP EQHAAALVAQ MTRQEKIAQT MNAAPAIPRL
GIPAYDWWSE GLHGIARNGY ATVFPQAIGL AASWNTDLLQ HVGTVTSTEA RAKFNLTGGP
GKDHPRYAGL TLWSPNINIF RDPRWGRGME TYGEDPYLTS QLAVSFIRGL QGNIPDHPRT
IATPKHFAVH SGPEPGRHSF DVDVSAYDLE ATYTPAFRAA IVDGHAGSVM CAYNALHGTP
ACASDWLLNT RLRNDWGFNG FVVSDCDAIE DMTRFHFFRQ DNASASAAAL KSGDDLNCGN
TYRDLNQAIA RGDIDESTLD QALIRLFTAR QRLGTLQPRE HDPYAAIGIK HIDTPAHRAL
ALQAAAQSLV LLKNSGNTLP LTPGTTLAVL GPDADSLTAL EANYQGTSST PVTPLIGLRT
RFGTAKVHYA QGASLAPGVP STITETALRN HGHPGLKGEY FDTIDFSGPP HLVRQDRIIA
FNWDHVAPAP GMNPHRYAVR WTGELLPPGP GTYTFAVHVA RCFDCNGHDP VRLYIDDRQI
IPDNATAAQA TTAPQQTDNT HLEATLHFTD TRPHHIRLDM EHRGEDQGVR LEWLAPEAPQ
LAEAERAVAH ADAIVAFVGL SPEVEGEELH IDTPGFSGGD RTTIDLPATQ ETLLQHVKTT
GKPLIVVLMS GSAVALNWAQ HHADAILAAW YPGQSGGTAI AQALAGDVNP GGRLPMTFYR
STQDLPPYIS YDMTGRTYRY FKGQPLYPFG YGLSYTQFAY EAPQLSTATL KAGDTLTVTA
HVRNTGTRAG DEVVQLYLEP PHSPQAPLRN LVGFKRVTLR PGESRLLTFT LDARQLSSVQ
QTGQRSVEAG HYHLFVGGGQ PNTGAPGGTA AFSIIGRALL PK
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