Gene XfasM23_0128 details

Gene Information

• Locus tag: XfasM23_0128
• ID: 6202619
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Xylella fastidiosa M23
• Kingdom: Bacteria
• Replicon accession: NC_010577
• Strand: +
• Start bp: 178538
• End bp: 180445
• Gene Length: 1908 bp
• Protein Length: 635 aa
• Translation table: 11
• GC content: 44%
• IMG OID: 641701663
• Product: hypothetical protein
• Protein accession: YP_001828859
• Protein GI: 182680699
• COG category: [S] Function unknown
• COG ID: [COG4805] Uncharacterized protein conserved in bacteria

Plasmid Coverage information

• Num covering plasmid clones: 14
• Plasmid unclonability p-value: 0.185093
• Plasmid hitchhiking: No
• Plasmid clonability: normal

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGTCCTCTT TGCTCATTCG TTTGCTCACG CTATTTATTG TCACTACACT GAATTTATTT 
TTGTGTTTGC CAGCTAAAGC TGCTACTCAC AAGAGTAGCG AACTTCAAAC CATGCAAACT 
CATAGTAAAT CTAAGAACCC AATGTCTGTG TTACTTGGTA AGGCAGAACA GTTAAACCTG 
CTATATGACA AGTACTGGGA TGATTCAATG AGACTCAATC CTCTACAGGC TACATTGCAA 
GGAGATGCTT ATCATGGAGA TAGAATGCCC AATTTCCTGT CGGCTGAGTT CCGGAAGCAG 
CATCACGATT TCATCGAGAA ATGGTTGAAG AAGGTTGAGA TGGTCGGGGC GGATGGACTA 
GATGGACAGG CATTTATCAG CTACCAGATC TTCGTGCGTG ATGCACGTAA CTCGTTGCAT 
GCCGAGCGTT ATCCGAACTG GATGTTGCCA ATTAATCAGT TTTACAACAT CGCTAATGTG 
GCAGTAGTTC TTGGCTCTGG TAATGGTGCG CAACCATTCA ATACCGTGCA GGATTATGAC 
AACTGGGCAC ATCGCTCACT AGGCATTCCT GCGTTGTTCA ATCAAGCCAT TGTGAATATG 
CGTCTAGGTA TGAAATCTGG TGTAGTTCAG CCGAAAGTGT TAATGGAAAA GGTTATTCCG 
CAGTTGGATT CTATTATCAA GCCAACTGCG GAAGAAACGT TGTTCTGGGT GCCCATCCGT 
AATATGTCTG TCACCTTTTC AAAGGAGAAC CGGCAACGTA TTACTGCTGA ATATAAAAGT 
ATTATTGAGT ATCGGTTGCT ACCTGCTTAC AGAGCACTAC GTAATTTTAT TGCCACTGAA 
TATCTTCCAG TGTGTCGTGA TAGTGTTGGC TTGAGTGCAT TACCTGGTGG TGCGTCTTGG 
TATGCATATA CAGTGCGTCA AAGCACTACG ACCAACATGA CCCCAGAACA GATTCATCAG 
CTTGGCTTGA AAGAAGTAGA GCGATTACAG GCTGAAATTC AGTCAGTGAT GCGTCAGCTC 
AATTTCAATG GTTCTATGCA GAAGTTCTTC AGTTTCATGC AGAATAATGA GTATTTTACC 
TTTGGTAGTG AGAAAGAGAT GCTTGCTTAT TACCGTGATC TCAGAACACG TGTGGAGGCA 
CGGGTGCCAG CTTTATTTTC GCTCGTGCCA AAAGCTGGTT TTGAAATTCT TCCGGTAGAA 
TCATTCCGTG CACCTTCAGC AGCAGCTGGT TCGTATATGC CCCCGTCTAG TAATAGACGC 
CATAACGGTG TGTTCTACGC TAATACTAAT GATTTGTCTT CCCGTCGTAC TTGGAATGCA 
GAAAAGCTTT TTCTGCATCA AGGAATTCCT GGATATCATT TTCAGTTAGG ATTGCAACAG 
GAATTGCGTA ATCTCCCTAA GTTCCGTCGA TTAGGTGGTG AGACTGCATT CATTGAAGGA 
TGGGGTTTAT ATGCTGAATC TCTTGGTAAG GAACTCGGAC TTTACCAAGA TGCATACAAC 
TATTTCGGTT ACTTGCAAGA TGCGCTATCA AGGGCAATTC GTTTAGTAGT CGACACCGGT 
TTACATACTA AAGGCTGGAC TCGTGCACAA GTAGTTGACT ATATTGTAGA GAATTCGGCA 
ACCAGTCCTA TAGAGGCTGA AGCCGAAGTT GATCGTTATA TCGCTATCCC AGGTCAAGCA 
TTAGCCTATA AGGTTGGCGA ATTAAAAATC CACCAATTGC GCCAGTATGC ACAACTGACA 
TTAGGCCCAA TGTTCGATCT ACGGGAGTTC CATGCGGAAA TACTGAAAGA TGGTTCAGTA 
CCGCTGGACA TTCTGCAACA AAAAATCGAA CGTTGGATTG CTGTAAAACG TGTCAATATG 
CGATCAATAT CACATCAAAA GTCACGGGAT CAGCGCCGTA AATCGTAG 

 

Protein sequence

MSSLLIRLLT LFIVTTLNLF LCLPAKAATH KSSELQTMQT HSKSKNPMSV LLGKAEQLNL 
LYDKYWDDSM RLNPLQATLQ GDAYHGDRMP NFLSAEFRKQ HHDFIEKWLK KVEMVGADGL 
DGQAFISYQI FVRDARNSLH AERYPNWMLP INQFYNIANV AVVLGSGNGA QPFNTVQDYD 
NWAHRSLGIP ALFNQAIVNM RLGMKSGVVQ PKVLMEKVIP QLDSIIKPTA EETLFWVPIR 
NMSVTFSKEN RQRITAEYKS IIEYRLLPAY RALRNFIATE YLPVCRDSVG LSALPGGASW 
YAYTVRQSTT TNMTPEQIHQ LGLKEVERLQ AEIQSVMRQL NFNGSMQKFF SFMQNNEYFT 
FGSEKEMLAY YRDLRTRVEA RVPALFSLVP KAGFEILPVE SFRAPSAAAG SYMPPSSNRR 
HNGVFYANTN DLSSRRTWNA EKLFLHQGIP GYHFQLGLQQ ELRNLPKFRR LGGETAFIEG 
WGLYAESLGK ELGLYQDAYN YFGYLQDALS RAIRLVVDTG LHTKGWTRAQ VVDYIVENSA 
TSPIEAEAEV DRYIAIPGQA LAYKVGELKI HQLRQYAQLT LGPMFDLREF HAEILKDGSV 
PLDILQQKIE RWIAVKRVNM RSISHQKSRD QRRKS