| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | XfasM23_0313 |
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| Symbol | |
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| ID | 6203717 |
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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 | 405327 |
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| End bp | 408353 |
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| Gene Length | 3027 bp |
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| Protein Length | 1008 aa |
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| Translation table | 11 |
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| GC content | 51% |
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| IMG OID | 641701844 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_001829035 |
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| Protein GI | 182680875 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | ATGAAGAAAT CCTGCTCCAG CCAGTTATTG CAGATACGCC GTTTGCTGTG TTATGCATTC
GCTGTTTGTC TGTACTTGGC ACTGCCGAAT GCATTCGCGC AGAGCAGTAA TGCCACTCTG
CGTGGTCAGG TGAGCCGGGC GCAGGCGGGG GCTGTGGTTT TAGTCACCAA CACCGCCACT
GGTTTGGTGC GCCGAACTAC GCTCTTATCC GATGGGACTT ACGGGATGAC CGGTCTTCCT
CCTGGGCAGT ACACGATCAG CGTTGGTGGC GTTTCCCGCA CAGTCACGTT GAGCGTGGCT
TCTAGTGTGA CAGTCAATTT GGATGCTGGT GTTCCCATCA GTGGCGATGC GAAGACTTTG
GATGCGGTCC AAGTGACTGG ACAGGCGATC CGTGAGGTCA AAACGTCCGA GATCGGCAAT
ACAATCGCCT TACGTCAGAT CCAGCAACTA CCGCAGGCGA CGCGTAACTT CCTGGAGTTT
GCCGATACCG TGCCAGGTAT GGCGTTCAAT ATTGATCCTC AGGGACGCAC CACACTACGC
GCCGGTGCGT CTAATAGTAG CGCCAGTAAT TTGTATATCG ACGGTGTTGG GCAGAAGAGC
TACGTTGCCA AAGGGGGGAT TTCGGGGCAG AACGACAGCC AGGGGAGTCC GTTCCCGCAA
CTAGCGATTG GCGAATACAA AATCATCACT TCCAACTACA AAGCCGAATA TGGTCAGATC
GGTGGCGCGG CGGTCACAGC GGCGACAAAA TCAGGGACCA ATGAATTCCA CGGTGAAACA
TTCTATCGTT ACACCAATCA AAGTCTGCGT GACCGGCGGC CAGATGAGGG TGAGACCAAG
GTTGATTCAC AGACCAAAGA ATATGGTTTT GCGCTCGGCG GGCCGATCAT TCGCGACCGT
ATGCATTTTT TCTTTGCCTA TGAAGGCAAG GACAATGTGG TACCACGTAG TGTCCAGGCC
GATGCACGTG CTGCACCTTA TGTGCATTTT CTGCCTTCTT ATCTGTCGCA ACAGTACGGC
CCTGTCAATT TGCCATTTAA CGAGGATCTA TTTTTCGGCA AGATCGATTT TGAGCCAACC
GGTGATGACC GTTTGGAATT GAGTGTGCAG TATCGCGATG AAACTCAAAT CGATAATATC
GGTGGCCAGA ATGCCGCCGA TCATGGCCTC AATAAGATCA ATAAAGACAA ACGCGGCAGC
TTGCGTTGGC AGCGTAGTGC TGATGCTTGG TCCAATGAGC TGATCTTTAC CCGGGAAAAT
GCTAGGAACA ATCCGAATCC GATGAGTATC GGTAATGGGT TTAACTACGT GTATCTGGAC
GAAACCGATC CCAATATTGG CGAATACACG TTCCTTTCCA TAGGCCCTGA TGGTGGCTCA
AGTATGCAGC GCCGCCATCA AGATGGCTGG TCCTTGCAGA ACGATCTAAC GTTCACCAGT
GTTAAGTGGA ATGGTGACCA CACTATTAAA ATGGGTGTCA GCTATAAGAA CATTACGCTG
CAATCACAAG ATGCGGCATC GTTGAACCCT CAATTCAGTT ATGCGGTGAG TTCCAGTGGA
GTGGCCACAA CGCCATACCG CGTTGATTTC TACTCACCCT ATGCGACGCC TGGGCAGAAG
GCGCTGGTGG AAACCAGGGC CAAGCAGTAT GGCCTTTATC TTCAGGATGA TTGGAACGTC
AACCAGAAAT TGACGCTGAA TTTGGGGTTG CGTTGGGATT ACGAGGACAA TCCGGCTTAT
ACCAATTTTG TCACTTCGCA GGCATTTGTT GCCGCACTAT ATGCCGATGA TCCGGAGAAT
CCAGGTCACC CGTGGGCGAA TCGATTACTG CCTAGCGGTA TCAACGTTGC TGATTACATC
AGTAATGGTC ACAACCGTCA TAACTTCAAT AAGGGGTGGG CACCACGCTT TGGTTTCTCT
TATGACATTT ATGGTGATGA AGCGGCGGTG ATGCACGGTG GTGCTGGGCG TTCGTATGAT
CGTAATCTAT TCGAACAAAT GGCTTATGAG ACTAGTAAAG CGGCGTTGTC GCCGGTTGCC
GTGTATTTCC AAGATCCAGC CACCCATACG TGTTATCACT CTGATCGGCT TTGTGTGCCT
TGGGATCCGA AATATCTCAA TGGCATTGAT CAATTAAATG CCATTGCTGG GGTCAGTGGC
AGCGGTGAAC TGTTTATCTT CAACAATAAG CTGAAGACCC CTTACAGCGA CCAATACAGC
ATCGGTATCA GCAATAAGAT AGGTAGTTGG TTGACTGATG TGACGTTTCA GCGTGTATTG
AGCAATGACG GCCTTGCGAT GTCGCTTGTC AACCGCTATC CAGATGGTCG GTATTTTGAT
GCTGAAGGTA ACGCGCCATG GGATCAGTCG GTCCCTGGTC ACAAAAACAC GATTCTCGGC
ATGAATGGTT TGAAGCAGCG TAGTAGCCAA GTGCTGTTGT CTGTTGAGAA GCCTTATAGC
AAGGAATCCG GTTGGGGAGT CAATGTGGCC TATACGCACA CCAGTGCGCG TCAAAATCGC
ACCATTGATG AACCATTTGC TTTCGACAAG GCAACGATCT ATGAGTATCC GTTCGTCAAG
TCCGATGCGG TTGCCGCGCA CCGTTTGGTT GTTTCCGGTT CGATGGATGG GTTGTGGGGG
ATGACCTTTG GCGCCAAGGT GGTGCTGGCC ACCCCCACCC CGATCAATAC GATTGCTTGT
TACGGTCAGA TTGATCCAGA TGGTGCGAAT TGCCAGCAGG TGGGAGTTAT TCCACCGTCC
AGCGGAAAGT TCCTGGTGGG AGGCAACATT TGGGGGTATC GCACGGTGGA TTTCCAGGCC
AGTAAAGAGT TCACAGTGTT TAACGATTTC AAGCTATCGG CCCGTGTGAA TCTGCTCAAT
GCGTTTAATT TCAAGAATTA CGCATCTTAT GTCTATAACA GCTTTGGCAG TGATGGGCGA
TTGCAACCGG ACATCACCAT CAATCGGATC GGCGATATCA ACTATGTTCC ACGTACCGTC
ACATTCGAGC TTGGGATGAA GTTCTGA
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| Protein sequence | MKKSCSSQLL QIRRLLCYAF AVCLYLALPN AFAQSSNATL RGQVSRAQAG AVVLVTNTAT
GLVRRTTLLS DGTYGMTGLP PGQYTISVGG VSRTVTLSVA SSVTVNLDAG VPISGDAKTL
DAVQVTGQAI REVKTSEIGN TIALRQIQQL PQATRNFLEF ADTVPGMAFN IDPQGRTTLR
AGASNSSASN LYIDGVGQKS YVAKGGISGQ NDSQGSPFPQ LAIGEYKIIT SNYKAEYGQI
GGAAVTAATK SGTNEFHGET FYRYTNQSLR DRRPDEGETK VDSQTKEYGF ALGGPIIRDR
MHFFFAYEGK DNVVPRSVQA DARAAPYVHF LPSYLSQQYG PVNLPFNEDL FFGKIDFEPT
GDDRLELSVQ YRDETQIDNI GGQNAADHGL NKINKDKRGS LRWQRSADAW SNELIFTREN
ARNNPNPMSI GNGFNYVYLD ETDPNIGEYT FLSIGPDGGS SMQRRHQDGW SLQNDLTFTS
VKWNGDHTIK MGVSYKNITL QSQDAASLNP QFSYAVSSSG VATTPYRVDF YSPYATPGQK
ALVETRAKQY GLYLQDDWNV NQKLTLNLGL RWDYEDNPAY TNFVTSQAFV AALYADDPEN
PGHPWANRLL PSGINVADYI SNGHNRHNFN KGWAPRFGFS YDIYGDEAAV MHGGAGRSYD
RNLFEQMAYE TSKAALSPVA VYFQDPATHT CYHSDRLCVP WDPKYLNGID QLNAIAGVSG
SGELFIFNNK LKTPYSDQYS IGISNKIGSW LTDVTFQRVL SNDGLAMSLV NRYPDGRYFD
AEGNAPWDQS VPGHKNTILG MNGLKQRSSQ VLLSVEKPYS KESGWGVNVA YTHTSARQNR
TIDEPFAFDK ATIYEYPFVK SDAVAAHRLV VSGSMDGLWG MTFGAKVVLA TPTPINTIAC
YGQIDPDGAN CQQVGVIPPS SGKFLVGGNI WGYRTVDFQA SKEFTVFNDF KLSARVNLLN
AFNFKNYASY VYNSFGSDGR LQPDITINRI GDINYVPRTV TFELGMKF
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