Gene Xfasm12_0598 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagXfasm12_0598 
Symbol 
ID6120362 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameXylella fastidiosa M12 
KingdomBacteria 
Replicon accessionNC_010513 
Strand
Start bp657974 
End bp659860 
Gene Length1887 bp 
Protein Length628 aa 
Translation table11 
GC content45% 
IMG OID641648667 
Productcellulase 
Protein accessionYP_001775232 
Protein GI170729799 
COG category[G] Carbohydrate transport and metabolism 
COG ID[COG5297] Cellobiohydrolase A (1,4-beta-cellobiosidase A) 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones16 
Plasmid unclonability p-value0.120048 
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGTCTGTTT CACTATTAGC GGGAAGTTTA TTTTCAACCT CATATGTTTA CGCTGAAGCT 
CATGTCGATA ACCCCTTTGT TGACGCGACC TCCTATCTGA ATCCAGATTA TTCAAAAGAT
ATTGATACTT CCATTACGAA AGTAAGTGAT GTGTCATTAA AAGAAAAAAT GGAAACCATT
AAGAACTACC CTACAGGGGT TTGGCTTGAT ACGATTGATG CGGTAAAAGG TGGCCCCAAA
AATCCAGGAC GTCTTAATCT CACAGGCCAT CTAGATGCTG CATTAGCACA GAAAAAAGGA
AATACGCCTA TTACAGCAAC CTTTGTTATT TATGACATGC CTGGACGCGA TTGCCACGCA
TTCGCTTCCA ATGGTGAATT ACCTTTAACC CCAGCAGGTC TGCAACGTTA TAAAAAAGAA
TACATTGATA CGATTGCCAA TATTTTTGCA AATCCAAAAT ATAAAGATAT CCGCATTGTC
ACTGTTATTG AACCGGATAG CTTGCCAAAC ATTATCACCA ACATGAGTAC TCCTAATTGT
GCCAAAGCAA AAAATACCGG AATTTACGAA GAATCCATAA AATATGCGCT TGATACATTT
GCTGAAATTC CAAATGTATA CAGCTTCTTG GATATGGCTC ACTCTGCCTG GTTGGGATGG
GATAACAACC GGATACCAGC AATCTCTTTA TACACAAAAC TAATTCAAAG TACTAAAGCG
GGTTTTGCTA GTGTCAATGG TTTTGCCACT AATACAGCAA ACTATACACC GCTGATTGAA
CCAAATCTAC CAAATCCTAA TCTAAATATC GGTGGACAGC CTATTAAATC AGCTAAATTC
TACGAATGGA ATCCTTTATT TGACGAAATG GATTATTCAG AAACTTTGTA TAACGATTTT
GTCGCTGCTG GCTGGCCATC CAGTATCGGA TTCATCATTG ATACTGGACG TAACGGATGG
GGTGGATCTC AACGCCCAAC GTCCGCTTTC GGAAACGATA TTAATAGTTA TGTGAATTCT
GGACGTATAG ACAAGCGTAA TCACCGTGGT AATTGGTGTA ATCAGGATGC AGGGATAGGT
TTACCTCCAA CTGTAGCTCC AGGTGGCCAT GTGGATGCTT TTCAATGGAT TAAACCACCA
GGTTACTCCG ATGGTTCCAG CTCAATGATT CCGAACGATC AAGGTAAAGG CTTTGACCGG
TACTGTGATC CTACATTTAC AACACCAGAT GGTGTGCTAA CAGGTGCATT ACCTAACGCT
CCACTCTCTG GTGATTGGTT CCATGCTCAA TTTGTAAAAT TAATCAACAA CGCTTATCCC
GATATCAGTC GCACTCCACT CCCCGGCTCC GGTTCTAGTT CCAGCTCCGG TTCTAGTTCC
AGCTTCGGTT CTAGTTCCAG CTCCGGTTCT AGTTCCAGCT CCAGCTCCGG TTCTAGCTCC
AGCTCCAGCT CCGGTTCTAG CTCCAGCTCC AGCTCCGGTT CTAGCTCCAG CTCCAGCTCC
GGTTCTAGCT CCAGCTCCAG CTCCGGTTCT AGCTCCAGCT CCAGCTCCGG TTCTAGCTCC
AGCTCTAGCT CCGGTTCTGG TTTTAACCCT GGTTCTGGTT TTAACCCTGG TGCTGGCTCC
GATCCAACTA AAAACCCTAT TACTTCTAGT ATCACCGTGG ACAGCGATTG GTATACTGGC
TACTGCGAAC GTGTCAAGGT GACTAATACC GGCAGCAGTC GCAGCAGCTG GACAGTGACG
ATTCCACTCA AGGGGACGAT CCAGACCCTA TGGAGTGCGA CTTGGTCACT GAGTGGTAGT
GACAAGCTCA TCGCTTCTGG TCTGGAGTGG AATAAGACGC TTGAACCGCA CGGCACAACA
GAATTCGGTT TCTGTGCAAA CTATTGA
 
Protein sequence
MSVSLLAGSL FSTSYVYAEA HVDNPFVDAT SYLNPDYSKD IDTSITKVSD VSLKEKMETI 
KNYPTGVWLD TIDAVKGGPK NPGRLNLTGH LDAALAQKKG NTPITATFVI YDMPGRDCHA
FASNGELPLT PAGLQRYKKE YIDTIANIFA NPKYKDIRIV TVIEPDSLPN IITNMSTPNC
AKAKNTGIYE ESIKYALDTF AEIPNVYSFL DMAHSAWLGW DNNRIPAISL YTKLIQSTKA
GFASVNGFAT NTANYTPLIE PNLPNPNLNI GGQPIKSAKF YEWNPLFDEM DYSETLYNDF
VAAGWPSSIG FIIDTGRNGW GGSQRPTSAF GNDINSYVNS GRIDKRNHRG NWCNQDAGIG
LPPTVAPGGH VDAFQWIKPP GYSDGSSSMI PNDQGKGFDR YCDPTFTTPD GVLTGALPNA
PLSGDWFHAQ FVKLINNAYP DISRTPLPGS GSSSSSGSSS SFGSSSSSGS SSSSSSGSSS
SSSSGSSSSS SSGSSSSSSS GSSSSSSSGS SSSSSSGSSS SSSSGSGFNP GSGFNPGAGS
DPTKNPITSS ITVDSDWYTG YCERVKVTNT GSSRSSWTVT IPLKGTIQTL WSATWSLSGS
DKLIASGLEW NKTLEPHGTT EFGFCANY