| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BARBAKC583_1343 |
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| Symbol | |
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| ID | 4683833 |
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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 | 1398041 |
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| End bp | 1402693 |
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| Gene Length | 4653 bp |
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| Protein Length | 1550 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 639842501 |
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| Product | hypothetical protein |
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| Protein accession | YP_989590 |
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| Protein GI | 121602871 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 36 |
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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 | ATGAAAAAAA TATTATGTTT AGGGGGAATT TTATTTGCTG TTTTTCTTCT TGTGATAAGT
TTTTTTCTGT TTATACAGAG AGATCGTTCA TCTTCTCTTG AAGCGGCAGC AGATAATCGT
TCTTGGTTTA TTTCTTTTAT TGAACGTAAA CTTTCAACGC CTAATCACCA AGTTCGTTTG
AACAATGTGC AAGGAATACT GTTTTCTAAG ACGTCAGTTG ATGCCATTAC TGTCAGTGAT
CATAAAGGTA TTTGGCTTAA AATTGTCAAT GCTAAGATAG ATTGGAATCG TCTAGCTTTG
CTCAAAGGGC ATGTTCAGAT TGATCAGCTT TCAGCGGAAT ATATCACGTT TTTACGCAAA
CCGCAGGATT CTTCATCAAT TTCTTCTTCC GACTCTAGCC GATTTTCCAT ACCTAAATTA
CCTATAGATA TTTCCATCAA TACGTTTGTT GCAGAACATA TAAATTTTGA ACAAGATTTT
TTTGGTCTTT CTTCTGATGT GTCGTTAAAA GGACATGTAA GCTTGGTCAA TGGTGATTTT
AACGCGGATA TAACAATTGA TCGTTTGGAT GCGCCGGGTC ATTTTTCTAT TCTAACAAAG
TTATTGAATA GCAGCCGTAC AGCTAAGATT AATATCACTG CTGATGAGCC CAAAAATGGT
ATTTTGGCCA ATATTCTTCG TGTTGATAAG CGTCCTGCAC TCAATTTCGT CGTTACAGGC
AATGGTACTT TTGATGATTT GAATATTGCA CTTCGTTTGG AAGCTGATCA TCAACCTATT
TTGAATGGTA ATATTGTTCT TGCCAGTGTT TCAGAAGGTC ACCGCCTTTT TACTGAGTTA
GCAGGAAAAA TTGGTTTCTT AACACCTGCA CAATATCGCA GCTTTTTTGA ATCTGATGTT
GCATTAAAAG CAGAAGCGGT GATGACAAAA GAAGGTGCGC TGCGCCTTGA TCATATGATG
ATTCAAGGTG ATGTGATTAA CGTTGTTGCT AACACTGAAA TAACAGCTGA CGGATTTTTA
CGACGTCTTT TTGTTGATGG CCAAATAGAC TTGAGTAAAC ACGGTGAATC TGTCCGTTTA
CCAATGTTAA AGGGAAAAGC GCGTGCAGAT AATCTTGCTT TAACCATTGA TTATGGTGGT
GAGGGGCAAC AAGCTTGGAA AGGCCAGCTT CATATTCACC ATTTAAGTAG TGGAAATGTT
CATATTAATG ATGCAGTCTT TGATATGGGA GGAGTAAGCG AGAATCTTGA TGATGTAGCT
TCTCGTCATG TCGGTATTCA GATTAATGGT ACTCTCCAAG GTGTTGTAAA TTCTAATGAT
GAGTCTGCGG ATGATAGTCA AACGATTTAT GTAAAGATGG ATACGGATAT TTTTGCTGAT
AAGCCTGTAT TGGTTCGTGA TTTTAGTATT ACAGCTCAAG ATTTTTCCGT TTGGCTAAAA
GGAGAAATAG ATCGTTTCGT TTTTAAAGGT GATCTTGGTT TAAAAGCAAA AACACTTGCA
CCATTTGGTT TTTTAAGTGG GCAACCATTT TCTGGTAGTG CAGATATTGA AGCGAGGGGA
GCTATAAATT TAACTGGGAG TGTTTTTAAT CTTGAACTAT CAGGGACTAC TGATACAGTG
AAAATGGGAG TAGAGGCGGT TGATCGTTTT ATGCAGGGGA ATCTTGTTGT TTCAGCTGCT
GTTATTCGGA ACACGAAAGG TGTGATTATC CGTCATTTAC ATTTAGAAAA TCAACGCGCA
AATGTAAGAG CTAATGGTCA TTTTTCAAAT TTAAACGCTG AGATGGATTT TTCTGCTCAA
ATATCCGATC TTGCCATTTT AGATCCAAGA TTGGTGGGGG CAACTACAAT AAAGGGTGCT
GCTAGAGGGC ACAATAATTT CATAACGATT AGCACGCATG TTGATGTTTC TGAAGCGCTT
TTTGTGGGCA AAAAACTGCA AAATGCAACC CTGAATATCA ATGCACTCAT AGATAATACA
TCGCCGGCCA TTTCCTACTT CAATGGTCTT GTAAAAGGAG AGGGAACTTT TGCTGAGAAA
CCATTGCAAT TATCTGTTGC TTTTAACAAT TCTGATCATC TTTGGAAATT TCAGGATATT
GATATTAAAG GAGGTTATGC AAGTATAACA GGTAATCTTG CGCGAACGCT TAAAGGCTTT
ATGAAGGGGA CTTTGCATAT TGATGCTGAT GATATTTCAA TAATTTCTGC ACTGATCTTG
CAAGAAGGTA GCGGAGATGT GAAAGGGGAT GTTGTTTTTG ATGAACAAAA TGGTAAACAA
AGCGTCAATC TAAAAGCCAA TATTGATCAT TTAATATTTG CGAAAAATGA AATCAAAAAG
TTAGAGATAC AAGCGAATAT ATTCGATCCT TTTGGCACGA TTCAGTTTGA AGGCTTTGTG
AATGCAGAGC AAGTTCAGAC ACCGTTGATA ATGGTCAATC ATTTAAACGC TCATGCCAAT
GGTAGTCATG GGCAAACAGC CTTTCACGTT CAGGCGATGT TGCATGATGA TGCAGATGCA
AAGCTTTCTG GTTCTATAGT GACAAAAGGG TTGCCAGAGG GTGTGAAGCG AAAAGTGCAG
CTTGAAACTG TAAATGTGGA GCAATCCGAT TTTCATGCAA CATTACTCAA GCCGGTTACA
ATCATTTTTA ATGAAGACGA GGTAACGATA GGCAAGCTAG GACTTGCTAT CAATGAAGGC
AAGATTGTGC TTGCAGGAAA TTTGCAAGAT ACTCTTAACC TACAGCTCAC AATGGATGCT
ATTCCTGTTG CTTTAGCCAA TTTGTGGAGA CCTGATCTTG GTGCTGATGG AACTTTGACA
GGGACAGTTT TGATGAACGG TCCTTTTGAA AAGCCTGATG TAACCTATGA TGTCAAAGGT
CAGGGATTGA CGATTGCTGC TCTCCGGGAG AAAAAAATAA CACCTTTTGT GCTTTCTGCT
ACGGGAAAAA TGACTGATGG AATCCTTACT GTAGACTCGG ATTTGTTAGG AGAGGGGTTG
CAAGCACAGA CACAAGGGAC ATTAGCTTTA AAAAACAACA AGCTTGATTT ACATGTTCAT
TTAAAAAACT TACCTGCACA TTTTGCCAAT GGCTTGATGA ATAATCAAAC CTTTGGAGGA
GTGGTAACAG GCAAAATCGA TATTAGGGGA ACATTAAAAG ATCCATCCGC TCATTTTGAA
TTTTTGGGCC ATGATTTAAT TTTTTATTCT ACAGCACATA AGAGGAGTGT ACCGGTTAAT
ATGGATGCTC GTGGTTCCTA TGAACAATCA ATACTTCATA TTGACCATCT GATAGCGACT
GGATCTAAGG AGTTGGATTT TGCTGTAAAA GGGTATGTTT CTTTATATGA TGCCGGAATA
GGATTGAGTA TTAAAGGGAC AATGCCTCTC GTTTTTATTG ATCAATTTTT GGCTGAGCGT
GGGGCGCATA TAACAGGAAC AGCAGAAGTT GACACGACTA TTAATGGTGT TTTGTCGCAA
CCACAATTAG TGGGTCAATT TTCTGTAACT CATGGTAGTT TTTCTGATTC ACAAACAAAT
TTGGGACTAC GCGATATAAC ACTTGAGGGT AAATTAAATG GCGATCATAT GATTCTAGAG
CGCGCCCATG CTACTTCATC TAGTGGGGGA TCTATTTCTG CTACAGGTCG TATTTCTAAT
GATTTGCAAA CAGACTTAGT GATTAAGCTC AATCGTGCTA ATTATAATAA TGGGTCTATT
CTGGCAACCC TAACAGGTGA AATGACAGTA ACTGGTCGTG TTTTACATGA TGATCTTGTT
CTTGGTGGTG ATATTACCGT TGAAAAGGCT GAAATTTTTA TTCCTGACCA TTTTCGAAAT
AATATATTTT TCAATATTAA ACAGAAAAAT TTAACTAAAC CAATTCGAAA AACGCTTGAA
TATGCTAATG TTAAAATTGA TAGCCAAAAT CACAATGCTT CTGAACAAGA TTTCTCTCTT
ATACATTTGA ATATGAAAAT TAAGGCTAAT AATCAGTTTT TTGTACGTGG TCGAGGTTTA
GATGCTGAGT TGGGAGGATA TATTAATTTA ACTGGTCCAT TGCATGACGT ATATCCAGTT
GGTGAGTTAC AGATGATACG TGGACGTTTT GATATTCTTT CACGACGTCT CAGTTTTGAT
CAAGGGCGAG TAAACTTTAA TGGTTATCTT AGCCCTACTG TTTATTTTGT AACCAACAGT
GATAATGCTG ATGTTAATGT CATGGTAACG GTAAGCGGAA CTATTGATAA TCTCGATATT
AAATTTACTT CACAGCCTGT TTTGCCGCAG GATGAAGTTT TGGCGCGTTT AATTTTTAAC
CGTTCTCTTA GCGAATTATC GGCCTTTCAA ATTGCTCAGC TTGCCACTGC TGTAGCTGAA
CTTGCAGGCG CGACTAACGC ATCTTTGTTA AGCGCTTTAC GTAATAAAAT TAATCTTGAT
GATCTTGATA TTGTTGTTGA TGAAAAAGGG AATACAGGTT TACGTGTTGG ACGCTATATC
CATGATAATA TTTACCTAGG TTTTGAAACA GGACCGGATG GGGCAACAAA AGGAACAATT
AATTTAGATA TTTCACGCCG TTTCAAAATG AAAACTGCTA TATGCAATGA AAAGAACTCT
AGTTTTGGTC TATTCTATGA GAAGGATTAT TAA
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| Protein sequence | MKKILCLGGI LFAVFLLVIS FFLFIQRDRS SSLEAAADNR SWFISFIERK LSTPNHQVRL
NNVQGILFSK TSVDAITVSD HKGIWLKIVN AKIDWNRLAL LKGHVQIDQL SAEYITFLRK
PQDSSSISSS DSSRFSIPKL PIDISINTFV AEHINFEQDF FGLSSDVSLK GHVSLVNGDF
NADITIDRLD APGHFSILTK LLNSSRTAKI NITADEPKNG ILANILRVDK RPALNFVVTG
NGTFDDLNIA LRLEADHQPI LNGNIVLASV SEGHRLFTEL AGKIGFLTPA QYRSFFESDV
ALKAEAVMTK EGALRLDHMM IQGDVINVVA NTEITADGFL RRLFVDGQID LSKHGESVRL
PMLKGKARAD NLALTIDYGG EGQQAWKGQL HIHHLSSGNV HINDAVFDMG GVSENLDDVA
SRHVGIQING TLQGVVNSND ESADDSQTIY VKMDTDIFAD KPVLVRDFSI TAQDFSVWLK
GEIDRFVFKG DLGLKAKTLA PFGFLSGQPF SGSADIEARG AINLTGSVFN LELSGTTDTV
KMGVEAVDRF MQGNLVVSAA VIRNTKGVII RHLHLENQRA NVRANGHFSN LNAEMDFSAQ
ISDLAILDPR LVGATTIKGA ARGHNNFITI STHVDVSEAL FVGKKLQNAT LNINALIDNT
SPAISYFNGL VKGEGTFAEK PLQLSVAFNN SDHLWKFQDI DIKGGYASIT GNLARTLKGF
MKGTLHIDAD DISIISALIL QEGSGDVKGD VVFDEQNGKQ SVNLKANIDH LIFAKNEIKK
LEIQANIFDP FGTIQFEGFV NAEQVQTPLI MVNHLNAHAN GSHGQTAFHV QAMLHDDADA
KLSGSIVTKG LPEGVKRKVQ LETVNVEQSD FHATLLKPVT IIFNEDEVTI GKLGLAINEG
KIVLAGNLQD TLNLQLTMDA IPVALANLWR PDLGADGTLT GTVLMNGPFE KPDVTYDVKG
QGLTIAALRE KKITPFVLSA TGKMTDGILT VDSDLLGEGL QAQTQGTLAL KNNKLDLHVH
LKNLPAHFAN GLMNNQTFGG VVTGKIDIRG TLKDPSAHFE FLGHDLIFYS TAHKRSVPVN
MDARGSYEQS ILHIDHLIAT GSKELDFAVK GYVSLYDAGI GLSIKGTMPL VFIDQFLAER
GAHITGTAEV DTTINGVLSQ PQLVGQFSVT HGSFSDSQTN LGLRDITLEG KLNGDHMILE
RAHATSSSGG SISATGRISN DLQTDLVIKL NRANYNNGSI LATLTGEMTV TGRVLHDDLV
LGGDITVEKA EIFIPDHFRN NIFFNIKQKN LTKPIRKTLE YANVKIDSQN HNASEQDFSL
IHLNMKIKAN NQFFVRGRGL DAELGGYINL TGPLHDVYPV GELQMIRGRF DILSRRLSFD
QGRVNFNGYL SPTVYFVTNS DNADVNVMVT VSGTIDNLDI KFTSQPVLPQ DEVLARLIFN
RSLSELSAFQ IAQLATAVAE LAGATNASLL SALRNKINLD DLDIVVDEKG NTGLRVGRYI
HDNIYLGFET GPDGATKGTI NLDISRRFKM KTAICNEKNS SFGLFYEKDY
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