| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | XfasM23_2204 |
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| Symbol | |
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| ID | 6204107 |
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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 M23 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010577 |
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| Strand | + |
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| Start bp | 2500722 |
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| End bp | 2503721 |
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| Gene Length | 3000 bp |
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| Protein Length | 999 aa |
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| Translation table | 11 |
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| GC content | 56% |
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| IMG OID | 641703717 |
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| Product | peptidase M23 |
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| Protein accession | YP_001830873 |
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| Protein GI | 182682713 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0739] Membrane proteins related to metalloendopeptidases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGCCTATTT ATAACCCCGG TTCCGATTTT CGCCCAGGCT CTGGTTATGG TCCTAGAAAA
TCACCCACTC CAGGGGGGTC GACCAACCAT CGCGGTCAAG ATTTTCCCGC TGTGATAGGC
ACGTCCATCC CAGCCGCCGC TGACGGTATC GTCTATGGCA CATATGCTAA GAAAAAAAAT
GGTAGTTATG TGCTTGATGG ATATGGAAAC ACGATCGTCA TAGAGCACAC CATCAATGGC
GAAAAGGTGT ACACCTTATA CGCGCACCTG AATGAACCAT CTACGCTTAA GAAAGGGGAC
CGGGTCAGCC AAGGGGATTG TGTGGGTTAT GTGGGAGTCA CAGGTAATAC TAGCGGCCCT
CACCTGCATT TTGAAGTGAT TAAAGATCAA CCTAATCCCA TAGGAAAAGG GCATGCAACC
TACGATCCAA GGACGTTTGA GTTTCCTGAT GCCTCAGGCA GTCGCCTCGG CGGAGCCAGC
GCCGACAGTG ACCGGGACAG CACCGGCAGC AACAGCCACG GGACAGGGGC TGCGGGTGGC
CCAGGGGCAG GTGGTGCCAG TGTTAGCAAA CGGATCACTC CGCTCCCGCC GCGCGATCCG
CTGGCGTTGG ATTTGGACGG TGACGGGATC GAAACGACAG GTAGTGATGG CCGGGTCATT
CTGTTCGACC ACGATGCCGA TGGGGTCAAG ACCGGCACCG GTTGGCTGAA GCCGGACGAT
GGTTGGTTGG TGCTGGACCG TAACGGTAAC GGGACGATCG ATTCCGGGCG TGAGCTGTTC
GGCACCGATA CCGTGAAACG CAACGGCCAA TTGGCCACAG ATGGCTTTGA TGCGTTGCGC
GATGTCGATA GTCATCAGGA TGGCAAGATC GACGCGGCTG ATCGTGTTTT CGCCAATCTG
CGGATTTGGC GGGATCTGAA TCAAGACGGC ATCAGTCAGG CGAATGAACT CAGTACGCTG
GATGCGAATC ACATTGTTTC GATTGGGGTG ACGGCAACGG CAGGGCGTGT TGATCTGGGG
AACGGCAATG TGCAGACAGC GGCGGGGACG TTTACCCGTT CCAACAGTAC GACGGGGGCC
ACCGAGGGCA CCACTGGCAC TGCCGCGAAT CTGGATTTGC TGGCTGACAC GTTCTATCGG
GATTTCACGC AACAGGTTGC GTTGACGGAT CAGGCTAAGG CGCTGCCTTT TTTACGCGGC
TCCGGGCGGG TGCGCAATCT GGACGAGGCG ATCAGTCTGT CCAAGGATTT GGGCGATTGG
GTACAGAGTT ATAGTCAGCA ATCCACGCGG CAAGCGCAGC TGGATCGGCT GGATGGTTTG
ATGGAGAAAT GGGCCAACAC TTCGGACATG CAGTCTCTGC GGGCGCAAGC GGAGGCACTC
GCCTCCAAGG GCGTCACAGT GACTTATGTG TTGTCTGGAT TAAACCCGGG CACAGCGGCT
TATCAGAATT TCTTGCGCAA GCTGGGCATT GTGGAGCGCT TCATGGGGTT CACTTACGGG
GGTAAGCAAG GGGAGGCACG TTTTACGCCC TTGGATGCCA CGTCTGGCAC GATGACCGTG
AGTTTGTCAG ATGCTCAGGT GACCAATATT GCATTGGCGT ATGAGCGGTT CAAAACGGAT
ATTTATGAAT CGCTGCTGCT GAAAACCAGG ATGGAACCCA TCTACAACCT GGCGGAGGAG
GATTTTGTCA ATGGCGCCTG GGTCATGGAC TGGAGCGGTG TAGAACGGGC GCTCAAAAAG
GGGATTCAGC GTCATCCACG GGATGGGATA TTGGATGCCA TTGAGTTTGT GAGTGCTCTC
GGATACAAGA CCGCCGAACG GCTGGGGTGG AACGCGATCG GTTTTCTCGC CGACCAACTC
AGTGCAGCGC CGGATATGGA AGGATTCAAC CGTGAATCCA GCAGTTGGAC GGTAATCCTT
TACGCCGCCA ATGAACATTA TCTTCCTGGT ACCTTGGGCT CGGATTTGCT GGTGGGGACA
TCAGGGAATG ACTTGATCAG GGGAGGTGGT AATGGTGAAG GCAACGATAT ACTGATTGGG
AAAGGTGGGA ACGACGAGCT CAGCGGTGGA CTTGGGGACG ACATCCTGGA CGGCGGTACC
GGCAATGACG TGCTCTCCGG CGGCACCGGT AACGATACGT ATCGGTTGGC CATCGGTGCC
GGGGTGGACC GGATCGAAGA CAGCGACAGT ACGCCTGGCA ATACCGATGT GGTGAGGTTT
GCCGATGTGG CATCCACCGC ATTGACTGCG TTGGAGCGTA AGGACAATGA CCTGGTGATC
AAGTACGGCA CTGGCGACCA ACTGACCATC AGCAGCTATT TCCACCCCGG CTTCTCGGAT
GCCAAGATTG AGCAATTCAT GTTCAGCGAC GGGGTGACCT GGGATGAAGC AGCCATCAAA
GCCCGTGTCA TCAGCAACGG CGACGCCAGC AACAACACCA TCATCGGCTA CAAAGACGGC
AGCAACCGTA TTTATGGCCT GGATGGCAAT GACGAAATCT ATGGGGGCGC ACTGGACGAT
ATGCTCTACG GCGGTGCAGG GAACGACATG CTCAGCGGCG GCAAAGGTGC AGACACGCTG
GACGGTGGTA GCGGTAATGA CGTGCTCTAC GGCGGCACCG GTAACGATAC GTATCGGTTC
GCCATCGGTG CTGGGGTGGA TCGGATCGAA GACTACGACA CCACTACTGG CAATGCAGAT
GTGCTTTCCA TCGGTCAGGG GGTAAGCATC AATCAGCTTT GGTTCCAACA TGTCGGTAAC
GATCTGGAAG TCAGCATCAT TGGTACGGGG GATCAGATAA CGATCAGCGA CTGGTACTCC
AATGCGGCAT ACCATGTCGA GCAGTTCAAG ACATCCGATG GCAAGGTGCT GCGCGATAGC
CAAGTGAATG CGCTGGTCTC AGCGATGGCC GGGTTTGCAC CGCCAGCACT TGGTCAAACG
TCGTTGTCTA CCGATTATCA GAAGGCATTG AATCCGCTGA TTGCCGCGCA CTGGAAGTAA
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| Protein sequence | MPIYNPGSDF RPGSGYGPRK SPTPGGSTNH RGQDFPAVIG TSIPAAADGI VYGTYAKKKN
GSYVLDGYGN TIVIEHTING EKVYTLYAHL NEPSTLKKGD RVSQGDCVGY VGVTGNTSGP
HLHFEVIKDQ PNPIGKGHAT YDPRTFEFPD ASGSRLGGAS ADSDRDSTGS NSHGTGAAGG
PGAGGASVSK RITPLPPRDP LALDLDGDGI ETTGSDGRVI LFDHDADGVK TGTGWLKPDD
GWLVLDRNGN GTIDSGRELF GTDTVKRNGQ LATDGFDALR DVDSHQDGKI DAADRVFANL
RIWRDLNQDG ISQANELSTL DANHIVSIGV TATAGRVDLG NGNVQTAAGT FTRSNSTTGA
TEGTTGTAAN LDLLADTFYR DFTQQVALTD QAKALPFLRG SGRVRNLDEA ISLSKDLGDW
VQSYSQQSTR QAQLDRLDGL MEKWANTSDM QSLRAQAEAL ASKGVTVTYV LSGLNPGTAA
YQNFLRKLGI VERFMGFTYG GKQGEARFTP LDATSGTMTV SLSDAQVTNI ALAYERFKTD
IYESLLLKTR MEPIYNLAEE DFVNGAWVMD WSGVERALKK GIQRHPRDGI LDAIEFVSAL
GYKTAERLGW NAIGFLADQL SAAPDMEGFN RESSSWTVIL YAANEHYLPG TLGSDLLVGT
SGNDLIRGGG NGEGNDILIG KGGNDELSGG LGDDILDGGT GNDVLSGGTG NDTYRLAIGA
GVDRIEDSDS TPGNTDVVRF ADVASTALTA LERKDNDLVI KYGTGDQLTI SSYFHPGFSD
AKIEQFMFSD GVTWDEAAIK ARVISNGDAS NNTIIGYKDG SNRIYGLDGN DEIYGGALDD
MLYGGAGNDM LSGGKGADTL DGGSGNDVLY GGTGNDTYRF AIGAGVDRIE DYDTTTGNAD
VLSIGQGVSI NQLWFQHVGN DLEVSIIGTG DQITISDWYS NAAYHVEQFK TSDGKVLRDS
QVNALVSAMA GFAPPALGQT SLSTDYQKAL NPLIAAHWK
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