| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BARBAKC583_1133 |
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| Symbol | |
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| ID | 4684965 |
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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 | Bartonella bacilliformis KC583 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008783 |
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| Strand | + |
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| Start bp | 1174509 |
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| End bp | 1177685 |
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| Gene Length | 3177 bp |
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| Protein Length | 1058 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 639842302 |
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| Product | outer membrane autotransporter |
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| Protein accession | YP_989393 |
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| Protein GI | 121601856 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01414] outer membrane autotransporter barrel domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 47 |
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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 | GTGTTAAAAA AGAATATCTT ATTATGTACA GTTGCTGGAA CCTTGTTGTG TTCTAATTTT
AATGTAGCTT TTGCTAGTGT CCCTGTGGAT GAAATAAAAC CAAACAGTTG GGAGAGAATA
AAGACAGACG TACGAGTACA AGGTTTGTAT GGTGCTGATG ATCCAGGTAG GGTGGACTTT
TTGGATGATC AGGCGAATTA TGGATGGGGG ATTGCGAAGA AGATAGAAAA GCTGCAGCGA
GATGTATCTG CTTTTTCAAA GCAGATGTTA GACTTTGAAC ATCAGGTTAG TGATCTTGCG
CAAGGTAACG AAGGTAAAGC TTTGTTAAGA CAAGAGCAAG ATAGTATGAA GAATACGGTG
CAAGCTTTGC AAGGTAGGGT GGAATACTTG AAAACTCAGC TTGATTCTGA GTTGCAAAAA
CAAAATGGAC AAAAAGATCA ATTGGAACAA AATAAAGTTG AGGTGAACAA TTTTTTAGCT
CGAGTGAAAG ACTTTCAAGA TCAGATTAAA TGGTTTGGTG ATGTTCTGGC TAGCTATGAT
AGCGAAGCTG AATTAGCTGG TAATCCAGTT GGTGATTCTT CAATTGTAGT TTCTAATGTG
GAATATCCAG GCCAAATTGT AACCATTAAA GATACAAAAA TTCATGGAGA ATTTCCTATG
ATCGTATCGG AGGGCGGTAC AATTTACGGA GTGAATGTTA ATACGTCCGA AGAAGCGATG
GTCGCTTTGT CCAACTTAGG GGGTAGATTT GAACTGTATA ATTCAGATAT CAACGTCGCA
TGGCGTGAGA GTGCTGGTAT CGTATTTGCG TCAAAAGATG CAAATGATCA TGTAGTCAAA
TTAGTTAACA CAAACATTCA TGTTGAAGAT GGTGTTGGTA TCTTTGGATC CACTTTTGGC
GATGTAACAG GTCAAATCAG TCTTGAAAAT TCAAAAATTA GCGCTGATAT TTTGGTAAAA
AAAGAAGATG CAAATCAATC CCCTCTTCAT CTTACAATCA CAGCTGATAA TTCTGTCTTA
AGAGGTGGAA TAAGAACAGC CCTGGAAGAA AGAGCGAGTG TAAGAGCAGT CCTGGGAGAA
AGAGAAGGAG TTAGAGATCC TCAAGATACT CAGACCGATC AACAAAGACA AGATGTTTTG
AGCCTTCTTT TGCAACGAAA CAGAGGGCAA AGAGTTCAGC TGGAAGCAGG AGCTTTAGAA
GTTCAGAACA ATCAGCAGGT AAATGGTGTT CAGCAAGTAT TAGGAAATCC GGATATTAAT
GTGCAAGCAC AAGCAAATCA GGATTCTACG CAAGTATCAG AGGCTTCGAC TGTTGCTTTG
GCGGTATCAG AAATTTCAGG TGAACCGACT TCTCAGCCAA GGCTAACAGT TTGGGATGCT
CCGCAAGGAG TGACAGTTTT GGGTCCTCGG GTAGAGCTTG CACCTCGGCA GCAGCAAGTA
GATCCGAGTA CTCAGACAGG AAGTACATCA CTAAGCACAG TAAATTTAGA TCTGCGTAAT
AACAGTAAGT GGTATTTAAC GTTCAGTAAA CACGAAATGG ACGATGTAAG TTTGGAGTCT
AAAGACGAAA CACGGATTGA AAATAGAAAA CGGCGGTTAA GTTCTGATCT TTCCTCTCTT
AAGGTCCATG ATAGTTCCGT TATTTTTGTT GAACCCAAAA GCAGTAATCA TTACAAAACT
TTGTATGTAG GGTTTGATAA TCCTGAAAGG AATGTCTACG TTGCAAAGGG TGATGCAAGG
TTGCTTATCA ATGCTGAGTT AGATGATTCT AAAAAAATAG GAAATTTAAA GAGCGATCAG
GTTATCGTTA GTGGGAATGT TATAGGTAAC ACTACGATTC ATGTTCAAGA CATGACAAAC
AGTGAGCTTG TTAAGCTTCC TAAGATTACT CACAGACCTT CTATTTTAGC TGCATCTGAG
GGAATTATCC CCTTGAATGA AAGAGGAGTT TCAGTTGTTC AGGTTTTTGG AACAGCAAAG
GAGGATTCCT TTAAGCTAAG TGATCCATAT ATTACACTCG GTGGTTCGCC TTACAAATAT
GTGTTAAAAG CTTATGGGCC AGGATCACAA CACGGGGAGT CTCGTGAAGC GGACGTTAGT
GCTGTGTATG ACCTTCTTAC AGCCAATTCT TCAGAAAGTC CTGCTTTTTG GGATTACCGC
TTGCAAAATG AATATATTGA CTCTGATAGA TATGTGAGCG CTATTGTACC GCAGGCTGCA
AGCTATTTAG TGATGTCTAA TGCTGTATTC TCTTCGGGAT TGGCCGATGT AATCAATCAC
AACACGCTTA TAACGAGCAT GCAGAAAAAT CCTGTAGAAA AGAAAGGTGA GCAATTTGCT
ATCTCGCTCT CTTCTTATGG AAACAAATTG ACCTTATCAT CTGACCGTAC TCCTTTTGAT
TACGGTTATC ACGCAGATGT TAACTATGGT GCGTTGCAAG CAGGTTTGTC ATTGGTTGAA
TGGGATAATA AAGATAGCAT TACGCATTTC GGTCTTTTAG GGAATTATGG TCGCTTATTC
TTCACTCCGA AGGATGTGCC TGATTCTGAT GAAAGTAACC TGAATAAATG GTCAGTTGCA
GTTTATAGTA GTACGCAACA CTATGATGGC TTTTATGCAA ATGCACTTAT ATCCTATGGT
ATGATGAAAG GAACTATTAC CAATGCTGTT ATTGGTGATA CAGCAACCAT AGATGACGCA
AAAGCATGGA ATATTTCTTT AGCTCTCGGT AAAAAAATTG ATACCGAAGT TAAAGGGGTT
AGATTTGAAC CAGAAGCGCA GCTTGTTTAT CAGGGTTTGA ACTTTGAGAC CATTTCAGAC
ATTGATAAAT TTGATGTTGA TATGGATGAC CCTCGTCAAT GGTTGGTGCG TGTTGGTGGA
CGTGTAAGTA AGATTATTCC TATGAATAAT ATTATTCCTA TGGGTAATAA GAATGATTTT
GTTTCGCTCT ACACCAAACT ACACCTCATT AAAACTTTTA GTGATAACAG TACAATAACG
ATGGGTGATC AGTTCCATGT TGATTCTGTG GGATCTTCAC TTGAAGGTGG ATTGGGATTT
GTTAGCGAAT TTTCTAATTC TCTCTCTCTT CACAGTGAGA TCAGCTACCG GTGTGCATTG
CAAAGATCTG GTACATCAGG AACTTCTTTT TCAGGTGGAA TACGCTATCG TTTCTAA
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| Protein sequence | MLKKNILLCT VAGTLLCSNF NVAFASVPVD EIKPNSWERI KTDVRVQGLY GADDPGRVDF
LDDQANYGWG IAKKIEKLQR DVSAFSKQML DFEHQVSDLA QGNEGKALLR QEQDSMKNTV
QALQGRVEYL KTQLDSELQK QNGQKDQLEQ NKVEVNNFLA RVKDFQDQIK WFGDVLASYD
SEAELAGNPV GDSSIVVSNV EYPGQIVTIK DTKIHGEFPM IVSEGGTIYG VNVNTSEEAM
VALSNLGGRF ELYNSDINVA WRESAGIVFA SKDANDHVVK LVNTNIHVED GVGIFGSTFG
DVTGQISLEN SKISADILVK KEDANQSPLH LTITADNSVL RGGIRTALEE RASVRAVLGE
REGVRDPQDT QTDQQRQDVL SLLLQRNRGQ RVQLEAGALE VQNNQQVNGV QQVLGNPDIN
VQAQANQDST QVSEASTVAL AVSEISGEPT SQPRLTVWDA PQGVTVLGPR VELAPRQQQV
DPSTQTGSTS LSTVNLDLRN NSKWYLTFSK HEMDDVSLES KDETRIENRK RRLSSDLSSL
KVHDSSVIFV EPKSSNHYKT LYVGFDNPER NVYVAKGDAR LLINAELDDS KKIGNLKSDQ
VIVSGNVIGN TTIHVQDMTN SELVKLPKIT HRPSILAASE GIIPLNERGV SVVQVFGTAK
EDSFKLSDPY ITLGGSPYKY VLKAYGPGSQ HGESREADVS AVYDLLTANS SESPAFWDYR
LQNEYIDSDR YVSAIVPQAA SYLVMSNAVF SSGLADVINH NTLITSMQKN PVEKKGEQFA
ISLSSYGNKL TLSSDRTPFD YGYHADVNYG ALQAGLSLVE WDNKDSITHF GLLGNYGRLF
FTPKDVPDSD ESNLNKWSVA VYSSTQHYDG FYANALISYG MMKGTITNAV IGDTATIDDA
KAWNISLALG KKIDTEVKGV RFEPEAQLVY QGLNFETISD IDKFDVDMDD PRQWLVRVGG
RVSKIIPMNN IIPMGNKNDF VSLYTKLHLI KTFSDNSTIT MGDQFHVDSV GSSLEGGLGF
VSEFSNSLSL HSEISYRCAL QRSGTSGTSF SGGIRYRF
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