| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | COXBURSA331_A1806 |
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| Symbol | icmB |
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| ID | 5793405 |
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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 | Coxiella burnetii RSA 331 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010117 |
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| Strand | - |
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| Start bp | 1646724 |
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| End bp | 1649735 |
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| Gene Length | 3012 bp |
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| Protein Length | 1003 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 641331158 |
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| Product | IcmB protein |
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| Protein accession | YP_001597445 |
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| Protein GI | 161830763 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 31 |
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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 | ATGAAAATCA TTAAATCATT TGCAGGCCTG TTTGATAGTT TGTTCGCCTG GTTAAGTAAT
ACTTTAAAAC AAAGCACCAG CGCTTATTGT GAATTGCAAA CAGCCGATAG TTCGACTGTG
TTAGTTGCTC ACGACGGTTC GTTAATTTCC GTTTTACGTT TAGAAGGCGT TACCGCTCTC
ATTGGCCGGG AAGAATTCGA TAAAATTCAA ACCGGGTTGC AGCATGCGTT ACAAACCGTC
ATGTCCCAAC CAGGACACGT CATCCAAGTT TATTTTAGCT ATAACAAAGA TGAAGTGCGT
GGTGAAATTA ATGAAATTTT GCAGCCGGCT GAACAAACGG CAAAGCGGCT AAGCTTGCAG
TTAGGTGATT TGTTTAAGGA GAGAATGAAT TATTTAACAA AATATTGTGC GCATGAAGAA
ATTTATATTG TTTTATGGAC CCGTTTGAAA TCCCTTACTA ACGAACAAAT TAAACGATCA
ACGAAAGAAA AACGAAAACA GATTAAAAAA CAAAAAATAC CGCCATTTAA ATTAACCCAA
AATCTAATTG CCGCTATTCC CGACCTTCGA GAAAATCACG ACTCTTTTGT TCGTTCAGTA
GTGAACGAAT TTAATGGGTT GGGGTTGATA ACTGAACTAT TGGAAGTGCA CGATGCTGTT
TATATTATGC GTCGCAGTGC GGACCCAGAG TTCACCGATC GAGAATGGCG ACCTTTATTG
CCAGGGGATA AAATAACGAT AAAAGAGCCA AAAGCGGGCA CTTCGGAAGT TTCTGATATT
TTATGGCCGG CCCTCGCCCG TCAAATATTA CCCCGCGATG CTGAAAATTT AGATTTGCGA
ACGGCTCGGG TGGGCGATCG CATTTATGCG ACGGTGTTTA TTAATTTATT TCCGAAGGAC
ATTCAAACCT TCGTCCGGCT TTTTACTCGA ACACTCCAAA CGCGGATTCC ATGGCGAATT
TCTTTTTTAT TTGAAAGCGA TGGCCTAGCG GGAACGAGCA TTCGTAAAAT GCTCTCTTCG
GTATTGAGTG TAACTTCCAC TCAGAATCGT TTAATTCACG ACTCCTTAAA TTTATTAAAT
TACATCAATC TCAATACGGA TGATGCCGTC GTGAAATTGC GTGTTTCGGC CGCTACTTGG
GCGCCGGAAG GCGATATTCG GCTTTTGCGC GCGCGGGCGG CTATGTTAGC GAAAGCGATT
GAAGGATGGG GTTCTTGTGA CGTTTCCGAA ATTTCGGGGG ATGCTTACGA AGGTGTCGTT
TCAACAATGA TCGGCATTTC GGGCACCAGT GTTGCTCCCG CCTCCATCGC TCCTCTTTCT
AACGTTCTCT ATATGCTTCC GCTCTTTCGC CCCGCCTCGC CGTGGACGCA CGGCGCATTA
TTATTTCGTT CTCCCGACGG TAAGCCGTGG CCTTATCAAC CCGGTTCTCA TCAACAAACC
ACGTGGATCG ATTTATTTTA CGCGCGACCG GGTTCTGGTA AATCCGTGTT GTCCAACACC
ATTAACTTAG CTGTTTGTTT GTCTTCTGGG ATTCAGCGGT TACCGCACAT TTCCATTATC
GATATCGGTC CTTCTAGCAG CGGATTAATT TTATTATTAA AAGATGCGTT GCCCGCCGAT
AAAAAATATT TGGTGGCTTA CCATCGGTTG CGAATGCGAT CGGATTACGC CATTAATCCT
TTTGATACTC AGCTCGGGTG TCGCTATCCC ACTCCACAGG AACGCGCCTT TTTAGTGAAT
TTTTTAAGTT TATTGGCAAC GCCTATTGGT TCTGAAAAAA CATACGACGG CGTTGCGGAT
ATGGCGGGTT TAATCATCGA TGAGCTTTAT AAAAATAAAG CGGACGATGG AAATCCCAAC
ACTTTTGCGC TTGGAATGGA AGAAAATATC GATGGGATTT TAGAAGAAAT TGGTTTTGTT
CAAGATGATC AAACAACCTG GTGGGAAGTC ACCGATGCGC TATTTATGGC GGGCTTTACT
CACGAAGCGA TGTTGGCGCA GCGCCATGCG ATGCCTGTTT TAGCGGATGT CGCTGCTATT
TGTCGTTTAC CCGCTATTCA GGATTTGTAC GGGAAAATTG TTGCTCCAAC GGGAGAACCG
CTGATTCATG CTTTTGCGCG GATGATTTCA AGCGCGGTGC GTGAATACCC CATCATTTCT
CAAGTAACGC GTTTCGATTT AGGCGATGCT CGAGTAGTGG CGTTGGACTT AGATGAAGTG
GCACGAAGCG GTGGGGATGC GGCTAATCGT CAAACGGCTG TGATGTATAT GCTAGCGCGA
TATGTTTTGG GCCGTCATTA TTTTCTGACG GACGACAACG TGGCGGATAT GCCGGAAGGT
TATCGCCATT ATCACCAAGC GCGCATTGCA GAAATTCGGG AAGATCCTAA ACGGATTGTT
TTCGATGAAT TTCACCGTAC GGCTAAGGCG CAAGCGGTGC GCGATCAGGT CATTCAAGAC
ATGCGTGAAG GCCGTAAATG GAAAGTTCAG GTTGCGTTAT TATCACAATC TTTGGATGAT
TTCGATGAAA TTATGGTCGA ATTTGCCACC TCCATATTTA TTATGGACGC CGGGCCTGAA
CAAACTGTGC GTAAAACCGC TGAAATTTTC GGATTAAGTC ACACCGCAGA AATTGCATTA
AAAACACGGG TGCATGGTCC GCGTGAAGAC GGCGCGACCT TTCTAGCGCA ATTTGCAACT
AAAAATGGGT TAAACACGCA GTTATTAACC GCCACATTAG GTCCTGTCGA ATTATGGTCG
CTGAACACAA CGGCCGAGGA TGTCAATATT CGTAATCAAC TTTATAAACG CATTGGCCCA
AAAGAAACTC GCCGTATTTT AGCCACTATG TTCCCCTCGG GGACGGCCAC CAAAGCGCTC
GAAGATCGTT ACGCAGACTA TAAGGAAGAA GGCCGCCTTA TCGATGACAC GGCCAAACAC
GGCATTATGC AGTCCTTGAT TAATGAAATT CTAGAAACTT ATTATTCTGA AAAAGAGAGT
GCTGTTGTAT AA
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| Protein sequence | MKIIKSFAGL FDSLFAWLSN TLKQSTSAYC ELQTADSSTV LVAHDGSLIS VLRLEGVTAL
IGREEFDKIQ TGLQHALQTV MSQPGHVIQV YFSYNKDEVR GEINEILQPA EQTAKRLSLQ
LGDLFKERMN YLTKYCAHEE IYIVLWTRLK SLTNEQIKRS TKEKRKQIKK QKIPPFKLTQ
NLIAAIPDLR ENHDSFVRSV VNEFNGLGLI TELLEVHDAV YIMRRSADPE FTDREWRPLL
PGDKITIKEP KAGTSEVSDI LWPALARQIL PRDAENLDLR TARVGDRIYA TVFINLFPKD
IQTFVRLFTR TLQTRIPWRI SFLFESDGLA GTSIRKMLSS VLSVTSTQNR LIHDSLNLLN
YINLNTDDAV VKLRVSAATW APEGDIRLLR ARAAMLAKAI EGWGSCDVSE ISGDAYEGVV
STMIGISGTS VAPASIAPLS NVLYMLPLFR PASPWTHGAL LFRSPDGKPW PYQPGSHQQT
TWIDLFYARP GSGKSVLSNT INLAVCLSSG IQRLPHISII DIGPSSSGLI LLLKDALPAD
KKYLVAYHRL RMRSDYAINP FDTQLGCRYP TPQERAFLVN FLSLLATPIG SEKTYDGVAD
MAGLIIDELY KNKADDGNPN TFALGMEENI DGILEEIGFV QDDQTTWWEV TDALFMAGFT
HEAMLAQRHA MPVLADVAAI CRLPAIQDLY GKIVAPTGEP LIHAFARMIS SAVREYPIIS
QVTRFDLGDA RVVALDLDEV ARSGGDAANR QTAVMYMLAR YVLGRHYFLT DDNVADMPEG
YRHYHQARIA EIREDPKRIV FDEFHRTAKA QAVRDQVIQD MREGRKWKVQ VALLSQSLDD
FDEIMVEFAT SIFIMDAGPE QTVRKTAEIF GLSHTAEIAL KTRVHGPRED GATFLAQFAT
KNGLNTQLLT ATLGPVELWS LNTTAEDVNI RNQLYKRIGP KETRRILATM FPSGTATKAL
EDRYADYKEE GRLIDDTAKH GIMQSLINEI LETYYSEKES AVV
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