| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BARBAKC583_1356 |
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| Symbol | addB |
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| ID | 4683976 |
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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 | 1422818 |
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| End bp | 1425961 |
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| Gene Length | 3144 bp |
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| Protein Length | 1047 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 639842514 |
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| Product | double-strand break repair protein AddB |
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| Protein accession | YP_989603 |
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| Protein GI | 121602115 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG3893] Inactivated superfamily I helicase |
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| TIGRFAM ID | [TIGR02786] double-strand break repair protein AddB, alphaproteobacterial type |
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Plasmid Coverage information |
| Num covering plasmid clones | 45 |
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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 | ATGACCTATC AGCCACGTAT ATTTTCTATT TCTCCTGGAA CTCCGTTTCT ACCTCATTTT
GTTGATGCCC TTCTCTCAGG AGAGATTATT CGTGATTTTG CACCTAATGG AAATATCCAA
GCGGCTCTTG CTGATACCCT CATTTATGTA CCAACGCGCC GTGCTGCCCG CGCTTTACGC
GCAACTTTTG TTGAAAAAAG TCCTACCCAA TCAAGCTTCT TGCCAAAAAT CCTTCCTTTG
GGAAATATGG ATGAAGATAG TTTCCTTTTT ACTGACGATT ATACCAATGC TTTGACGATT
CATCCTCCTA TCAAAGAGAG TGAACGTCTC CTGCTTTTAG CGCGTCTCAT TCGCCCTTGG
CGTGAAAAAT TACCAATGCA TCTACGTGCT ATATTTGGAA CAGAAGATGT GCTCATTCCT
ACAAATACAG CTGATGCGAT CTGGCTTGCC CAAGATTTAG CACGCTTGAT GGATGAAGTT
GAAACTGAAT CTGCTGATTG GTCAAAACTC AAAGAAATTG AGCCTGATAT GGTTGCTGAA
TGGTGGCAAA TCACTCTCGA TTTTTTGACA ATTGTTACAC AAAATTGGCC ACATATTTTA
AAAGAAAGAC AGTTAAATAA TCCAGTTGAA TGGCGCAACC AAATCCTCAA AATGCAGGCA
GACATTTTAT ACCGAACACA ACCCAATAAA CCAATTATTG CTGCCGGTGC AACAGGGTCT
ATCCCTTCAA TTGCAAATCT TTTAAAGGTG ATCGCCTCCC TGCCTAAAGG AGCTGTTATT
CTTCCAAACC TTGATCTCCA AATGGATGAA GAACAATGGA ACGCATTAGG TTTGATTAAT
GAAGAAACAA CAACTTTTGA CTTCCTGAAC CATGCATCCG CTGCTTTTAG CCATCCTCAA
TATCACTTAA AAAAACTTCT CTTTCTTATG CAATGTCAGC GCGCCCATGT TAAAGAAATT
GGCCAGCAAA GTAGCATGAA AAAAAAACGC GCTGCCCTCT TATCAGAAGC GTTAAGACCT
GCCTCTACGA CAGATCAATG GGTACAAATC ACACGCGATG ATTATGAAAA TCTCTGTGCT
GATTTATCAT TGATTGAAGC TACCAATGAA CATGAAGAAG CTCTGGCTAT TGCTATTGCT
TTACGCCATG CCATTGAAGA CCCTAAAAAA ACTGCAGCGC TTATCACCAA TGATCGTAAT
TTAGCACGCC GTGTTTCTGC TGAGTTGCAG CGATTTGGAA TTGAAGCCAA TGATTCAGGG
GGTATACCAC TTGCTCAAAC ATTGCCTGCA ACTTTGTTAC GGCTTCTTTT AGAAAATCTG
TTCAAACCTG GTGACCCTAT TGCGTTTCTC TCTCTTCTCA AACATCCACT CACAACTCTG
GAGCAAAACC GTCACCGCTT ACGTGAAATA GTGGAAAATT TTGAGCTCTT TGTTCTCCGA
GGTGGAACTG GCCGCATTAA TCTTTGCACA TGTGATCAAT TTTTTGAAAC ATGGATCAAA
ACACGCACAC TCAATAGTTT AAATGCCAAT AATTTAAATG ATTGTAGCCT TGATCCACAA
AAGAGTGAAG AAGCACGCCT GCTTTGCCAC CTGTTGGTAA AAGCTGTAAA ACCCTTGGTC
TCTTTGATAC AACAAGATAG AGAATGCACA ATCAATGAAA CAATTATAGC CACTGTTGAA
GTTTTAGAAA ATTTTGGGCG TGATGATAAT CATTCTCTTG CTCATCTTTA TCAGGATGAA
GCAGGAGAGG CCTTATCAAC TTTTCTGCGT GAATTAGTCA ATGACCAATC AGGACTAAAA
TTTCATCTTT ACGAATGGCC AGCTATTTTT TCAGCTCTCA TAGCAACCCG CTCTGTAAGT
CCTGCCCCTG GGGGACATTC ACGTTTATTT ATCTGGGGAA CCTTGGAATC ACGCCTGCAA
ACAGTTGATA CAGTTGTCAT TGGCGGTCTT AATGAAGGAT CATGGCCTGT TACAACCCGC
AATGATGCTT TTTTATCACG ACCAATGAAA ATGATGTTAA CTCTTGAACC ACCAGAAAAG
CGTATTGGCC TTTCCGCACA TGATTTCCAA TGGGCTATGG GAATGGATAA AGTGATCATG
AGCCGAGCTA CGCGGGTTAA CCACGTTCCT TCTGTTCCCT CACGCTGGTT ACAACGCCTA
GAAACAGTCA TAGGTCAACA AGTTTGGAAA CAAATTTGCG CACGGGGAAA CACATTGCTT
TATTGGGCAA AAATTCTTGA CACAACAAAT ATGATTTCCT TTGTAGAACG GCCTTGCCCT
ATTCCACCAC TCGAGATGCG TCCACGTCAT TTTTCAATTA CTGAAATAGA AACATTACGA
CAGGACCCTT ATGCCATTTA TGCTAAAAAA ATCCTGCGTC TCAAACCGCT TAAACCGCTT
ATCCATGATC CTTGTAATAC TGAACGAGGG ACACTTTATC ACGCTATTCT TTCTGCCTTT
TGCACGCGTA TAAAAAATCC ACATGCCACG GATGCGCTAG ATACATTATT GACCATTGGG
CGTGAAGAAT TTGACAAACT AAACTTACCA TCCGATATCG AAGCTATCTG GTGGCCAATG
TTTGAAAATC TAGCACCTCT CCTTATTCAA TGGGAACAAA GCCTTGGCCC CCGAAAACGA
CACGCTGAAG TAGAGGCTCA AAAAACACCC ATAGGCACAA CAGGTGTAAC CCTTTCAGGA
CGCGCTGATC GTATTGATAT TTTACCTGGC AAAATGGCTG AAATTCTTGA TTTTAAAATC
AGCACTCCTC CTTCATCCAC ACAGGTTTTG ACTTTATTAT CTCCACAATT GGCACTGGAA
GCAGCTTTAT TAATGCAAGG CGCGTTCGTA GACTTTCAGG ATCTTACCCC TTTAAATTTA
TTATACATTC CTCTTAAAGG AAAGAATAAG ATCAAACCAC AATCGATCAT CCTAAATAAA
AAAGTAATAA ATCAAAAAAG CGCTGCTGAT CTTGGTAAAG AAGCATGGAA ACGCCTTATC
TCATTAATGA ACTACTATCA AAATCCACAA CAAGGTTATC TCTCGTATGC TCTCCCCTCA
CAAAACCGTT ATGAAGGGGA TTATGATCAC TTAGCAAGAG TATTAGAATG GTCAAATGAT
CTTCATAAAG CAGGCCAATC ATGA
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| Protein sequence | MTYQPRIFSI SPGTPFLPHF VDALLSGEII RDFAPNGNIQ AALADTLIYV PTRRAARALR
ATFVEKSPTQ SSFLPKILPL GNMDEDSFLF TDDYTNALTI HPPIKESERL LLLARLIRPW
REKLPMHLRA IFGTEDVLIP TNTADAIWLA QDLARLMDEV ETESADWSKL KEIEPDMVAE
WWQITLDFLT IVTQNWPHIL KERQLNNPVE WRNQILKMQA DILYRTQPNK PIIAAGATGS
IPSIANLLKV IASLPKGAVI LPNLDLQMDE EQWNALGLIN EETTTFDFLN HASAAFSHPQ
YHLKKLLFLM QCQRAHVKEI GQQSSMKKKR AALLSEALRP ASTTDQWVQI TRDDYENLCA
DLSLIEATNE HEEALAIAIA LRHAIEDPKK TAALITNDRN LARRVSAELQ RFGIEANDSG
GIPLAQTLPA TLLRLLLENL FKPGDPIAFL SLLKHPLTTL EQNRHRLREI VENFELFVLR
GGTGRINLCT CDQFFETWIK TRTLNSLNAN NLNDCSLDPQ KSEEARLLCH LLVKAVKPLV
SLIQQDRECT INETIIATVE VLENFGRDDN HSLAHLYQDE AGEALSTFLR ELVNDQSGLK
FHLYEWPAIF SALIATRSVS PAPGGHSRLF IWGTLESRLQ TVDTVVIGGL NEGSWPVTTR
NDAFLSRPMK MMLTLEPPEK RIGLSAHDFQ WAMGMDKVIM SRATRVNHVP SVPSRWLQRL
ETVIGQQVWK QICARGNTLL YWAKILDTTN MISFVERPCP IPPLEMRPRH FSITEIETLR
QDPYAIYAKK ILRLKPLKPL IHDPCNTERG TLYHAILSAF CTRIKNPHAT DALDTLLTIG
REEFDKLNLP SDIEAIWWPM FENLAPLLIQ WEQSLGPRKR HAEVEAQKTP IGTTGVTLSG
RADRIDILPG KMAEILDFKI STPPSSTQVL TLLSPQLALE AALLMQGAFV DFQDLTPLNL
LYIPLKGKNK IKPQSIILNK KVINQKSAAD LGKEAWKRLI SLMNYYQNPQ QGYLSYALPS
QNRYEGDYDH LARVLEWSND LHKAGQS
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