| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ecaj_0529 |
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| Symbol | |
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| ID | 3618162 |
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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 | Ehrlichia canis str. Jake |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007354 |
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| Strand | - |
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| Start bp | 762770 |
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| End bp | 768862 |
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| Gene Length | 6093 bp |
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| Protein Length | 2030 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637698474 |
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| Product | putative Type IV secretory pathway VirB6 components |
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| Protein accession | YP_303163 |
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| Protein GI | 73667147 |
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| COG category | [U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG3704] Type IV secretory pathway, VirB6 components |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | ATGTGTAATT TTATTAAAAA GCATTTTGTA AAATTATTGT TATTATTAGT AATAACTGCA
TGTGAATCTA ATCAGCATCC AGTGCCTAGA TGTATACCAG CTGATGTATT GTCTGAAACA
AAAACAGCTT CTGTTTCAGC ATATTTTAAT GCATCTTCAG AAGATTTTAT TGCAGATGAT
AAATCATTAG GAAATATTTT AAACAATGAT CAAGTAGTAA GATGGAAATA TACTGGATAT
GTGACGGATG GTAATCCAAT AGTGTTAAGA GTTGACGGTA TGTGGACTGC CTGGGCAGAT
AATGCTTCTG AATCTGATAG GGGAGTAACT GATTACGAAA AATATAATAA TATATTATCT
AGTGAAAGAA TTTGTGGTCC TTATAATAAG ATACAGAAAA CTTTTGTCCC TTATGGTAAA
AGTGGATGTA AGGTATCATG TGAATTAATT ACTGGTGTTC AAGATGAATT GGAAAGAGGA
GCTTACGGTC CTCCTTGTTG GTTTAAAAAT GGATATGGTG CATATTTGTT ATTTAAGAGA
CCAGGTGATC CTGAACCAAA TGAAACGTTA AATCATATGA GATATCCAGT TTCTCCAGTG
ATGCATATAG GGTATAAACC ATTAGAATTA GCTGGTAGTG ATGCCTTATC TACTAGAGAC
AGGAAAATTA TGGATTCTTT TTGTCAAGAA GTGAAGTTGG AACCAGGATG GAAAATATAT
CTCAAAATAT TAGATAAACA TTATTATGAT AATGTTGGTG GTTATTCAGT GACATTTGTT
GAAGGTATAA AAGCAGAAGA ACGATTTTCT GTTTTTGAAT GGGTTCGTAA AAATATAAGA
AATGAATTAG ATAAAGCAGG TGAACATGTT TTTAAACACA TTGTCGGGAA TCCAGTATTT
AAAAATTTTG TTTTTGCTTT ATTAACTTTA TTTCTAGTAT TTGGTGCCTT AACTTATATC
TTTGGCATGG TACAGAGCCC ATTTTCTGAT GTTATTGTTA GAATATTAAA AATGGCATTA
ATGATATTAT TGATTTCTCC AAGTAGTTGG GAGTTTTTTT ATAATCATTT ACTGAATTTA
TTTATCAATG GTATAGATCA AATTATTGCG ATGATTAATA GTCATTCTGC TTCTTATAAT
CCAACACGGC CTTTTGCTTT TCTAGATGAA ATGATAGTAG ATAAAATATT TTCTCCAGTT
ATTTGGAAAA TTAAGATAAG GGCATTAATT CTTGCTGATT TTTCTTCAAT ATTTGCTGTT
CTTGTAATTA TTATTGCTGT GTTAATATAT ATTGCTTTAT GCCTGTATGG ATGTGTTATA
TATCTTACAG CATTTGTTGG TATTACATTT TTAATTGGAT TATTCCCGCT GTTATTGTTA
GGTATTCTTT TTTCTCAATT TAAGAGTTTA TTTGATGGTT GGTTAACTCA GTGTCTAAGC
TTTTCAATGC AAGCAATATT AATGTTTACA CTAATCTCGC TCTTTGGTGC GCTTATTATG
AATTATTATT ACCGTATCTT TGGGTTTACT ACGTGTTATA ATGAGTGGCT AAAGGTAAAA
GTTTGTATAT TAGGTAGCAC TGGTTGTGTA ATTAATAGGA GTGTTTTTGG ATGGACTCCA
GGGCAAATTT ATGACCCAAA AGTTATTGGG TTAACAACAG ATTTTAACCT GAATGACAGA
AAAACTTCTG ATAATGCGAG ATATAAGTTT ACTGGTGGTG GTGCATATAT TAGTGTTCCT
CCTGAACGTA TACATAAAGA TTTTAGGTAT GTAGATTACC CTTTCCTTGA TCCAGATAGT
CAAACTGATG GTGATCCATT TGGTATTACT GTGTCCAAAG ATAGTCCATT TAGACAATTA
TCTTATTATA TTAATGCATT ACTTGCTTCT AATGAAAAAT ATGTTGCTGC AAGATTAATA
AAGGATATAG AGGATGAATT GGAACAGTTA CAGAAAAATG GTACTATAAA CTCTGATAGT
AGAAATAAAG TTTTAACAAT TATTAATAAC AGAAGGAATA CGGATAAATC TCAGCAAAAA
AATGCATTAG ATAAATATCA GGATGAAGAT TTCAAATCTG AAATAATTAA TAGTCTTATT
AATGACGTCA TAGGAGAGGC TGCTCAAGCT CCTACTCCTC AAGATGAATT GATGAAGCAA
CATGATTATA ATTTGATTTT AGGAATTAAA GCTGGATATC TGGTATTGTG GTCAGAGGTG
GGTTCTTTAT TTTTGGCTGC ATTATTAATA TGGCAAATGC GTGCTTTCAT TCAAAGTGTA
GCAGTAGCAC TAGCTGGTGG TAGTATGATG TCTCAAACTA TTGCTAACAT GTATGAAGGT
GGATTCATTA AAATTTTCTC AGGAATTCCA GTTTTAGGTG TTGTATTTAA GAAAATTGAT
CAAGGTATAG ATAGCTTGAA ATTTGTAACA GGTAACTACA TAACTAAAAC AGCTCGTAGG
CCTTTAGAAG CATTAAAGAG AGTACCTTAT TTAGGTAAGG TTGTTAAATT TACTAGTGCC
GCTACTGCTC CTTTGACTTC TTCATATAAT GAATATGATA GAGATTTTAG GAATAACTTT
AAGACATTAA ATTATGCTCG TGCTTACATA GGAGCTCACT TAGGAATTTC TCCATTAAAT
GCAATGAAAT ACTTAGGTGG TCATGTTGCT GGAAGTATGT TCGGTACTAG AGAAGGTGGT
TTGATTCATA ATATACTTGA GGACCGTGCA GCTGCTTTAG ATAGTTTGAA AGCACATATA
TTGGGACCTG AACAATATAA ACCAAGCCCT TATCTTCCTA ATGCAGGTGA AGATGATGAT
AGGAATCCTT TTGCTAAAGA AAAACCACAT GATGCTAAAG AAACACCACA TGGTAATGGA
GATAATAGGT TATTAGATGA AAATGGAAAT ATATCTGTAA ATAGAGACAA TTTAAGTGAT
GCACTTGATG CTAGAGAGCA GCTCAAAACA ATGATTGGAA ACACAACAGA TGAGGCTGCA
TTACAAAGAA TGAGATATGA TCTTGATAGA CTTGATGACG CTTTGCATAA AAATTTGGGT
AATGATTTTG ATAGAGTTAC ATCAGCTTAT ACTAACTCTT ATACTCCAGT AGAGCATCCT
AAAGATTTAC TTGTTGAAGG TATGTCTGGA CTTCGTGTTT CTTCAGAAAA TTTACAAGGT
TTAGGTGTTC CAACAGTAGA TGAATTAGTG CAAGCAGATA ATAGTTTAAA TGTTCCTTTA
AGTAGTGATG TTATATCTTC TGGTACACAA TTACATGGCA GTTCTGGTGC ACATTTAGAT
GTTACTCCTC CAGTGAGTGA TGTAGATTCA TTGTTATCAC AACAAGATGC AAGTGATAGT
GCTAGAGTTG GAGGATTTGG TGAATCTATA AGTACTTCAG AACATGGTGT TGTAGTTGAA
GGTATACATG ATAGTGTATT ACGTGATAAT GCTGGATTAA CTACACCTTT GGATGTGACG
TCTTCTATGG AAAGTGTTGG TGCAGGTGGT GATGATGCTG CTAGAGCTCC AGTTGAAGTA
TTTGAAGATC CTGCAGGTAC TCCAGTTGAA TCACAAGATT TTGGTTCCAC ATTGGATGAT
AGTAATGTTA CCCAGTCAAG TAGTGGTGAA AGTGATTTAG GTTCTACATC TTCTATGGAA
GGTGTTGGTG CAGATGGTGA TGATGCTGCT AGACCTGCAG TTGAAGTATT TGAAGATCCT
GCAGGTACTC CAGTTGAGTC ACAAGATTTT GGTTCCACAT TGGATGATAG TAATGTTACC
CAGTCAAGTA GTGGTGAAAG TGATTTAGGT TCTACATCTT CTATGGAAAG TGTTGGTGCA
GATGGTGATG ATGCTGCTAG AGCTCCAGTT GAAGTATTTG AAGATCCTGC AGGTACTCCA
GTTGAATCAC AAGATTTTGG TTCCACATTG GATGATAGTA ATATTACCCA GTCAAGTAGT
GGTGAAAGTG ATTTAGGTTC TACATCTTCT ATGGAAAGTG TTGGTGCAGA TGGTGATGAT
GCTGCTAGAG CTCCAGTTGA AGTATTCGAA GATCCTGCAG GTACTCCAGT TGAATCACAA
GATTTTGGTT CCACATTGGA TGATAGTAAT GTTACCGAGT CAAGTAGTGG TGAAAGTGAT
TTAGGTTCTA CATCTTCTCT GGAAAGTGTT GGTGCAGATG GTGATGATGC TGCTAGAGCT
CCAGTTGAAG TATTCGAAGA TCCTGCAGGT GCTCCAGTTG AATCACAAGA TTTTGGTTCC
ACATTGGATG ATAGTAATGT TACCGAGTCA AGTAGTGGTG AAAGTGATTT AGGTTCTACA
TCTTCTCTGG AAAGTGTTGG TGCAGATGGT GATGATGCTG CTAGAGCTCC AGTTGAAGTA
TTCGAAGATC CTGCAGGTGC TCCAGTTGAA TCACAAGATT TTGGTTCCAC ATTGGATGAT
AGTAATGTTA CCGAGTCAAG TAGTGGTGAA AGTGATTTAG GTTCTACATC TTCTATGGAA
GGTGTTGGTG CAGATGGTGA TGATGCTGCT AGAGCTGCAG CTGAAATATT GAATGAGCCT
ACAAGTATTC CAGAAGATAG TGATGTATTT GAAAAAGTAG AATTAAAGGA TTTAAGTCCA
GCGTTGGATG ATGTTCATGG GTTAGATGAT GATATTACAC AAGCACATGA TAATGCAGTA
GAAGATCATT TTGGTCCTTT AGAAGAAGGT AACACAATGT TTTCGCAGGA TGCACATCCT
GATCAAAATG TTGACTCTGG TTTGGAGGAA GAGACTGCAC TGCATTCTGG AATTATGAAG
CAAGATGAGA TGGATACATC AGAGTCTACA GTACAAACAG ATACTACTAC TCCTGAAGAT
AATATTGTGC AAGAGACTGA TGATAGTATT AATTTAGATG TTGGTGTTTT TGAACAAACT
AGTGGTGTCT TGGATCTGGG CTCTTTAGAG AATGATGTAA ATATAGTAGG TAATGAAGGT
ATATTACAGC AACAAGCTGC TGAATCTTTA TTAGATGATG TTCCAAAGCC TGAAATAGAT
GATGGTACTG TTTTAGAAAA GGTTGGTGAC GAAGTAATAC AAGGAGAGGA ATCTGTATTT
GAGAAAAGTG GTATTCAAGA AACTGAACCT TATAGTACTG CTATGGAACA AGTTACTGAT
AAAGATGTAG GACGTGATGG TGATGCAGGT ACTGAAAAAT TATTTACTAC AGAAGATGAT
ACTGCAGATA CAAAAGTTGG TCCATCTGTT GAGCTTACTT CAGAGGGAGT TGTGAATGAA
GCAGTGCAAG ATGGTTTTAG TAGTGATAAT GAAGGTAAGT TGAGTGAGGA AACAAAAGAT
GATTTAGTAA CACAACAAGA AGATAAACTT GAAGATAAGG GTCCTGATGA TACAGATGAT
GTTCAGGGTG AAGATAAACA ATATCAAGAT GTAGTGGATG AGGATAATAT AGTTGAAAAA
ACTGGTGATG TATCTGATCA GTCTGATGGT AAAGAAGATG CTGAAAGTGG TGTATCTGAC
TCAGAAGCTT TAGCAGAAGG CTTGATTGAT TTAGTTAGTT CTGGTGAAGA GTCAACTCAG
GCTCAGCGTA TACAAGTTAT ACACCCTGTT GCTGGCTTAT CAAGTAGGGA TAAAGGTGTT
GTAACTCAAG ATAAAAGTGG TAGCAGCAAA GGTTCTGTTG GTGGTAAGGG TATTTTCAGT
GCTCAGTCAG ATGTTAAAGG TGAAGTTAAA GAGAAGAAAA AAGAACCTAG TAAAAGTAAA
GCTAAAAGTC CTAGTAAAAC AAAATCACCT TTTATTACTC CAAAATCTTT GAAAAATACT
TTTAAATTTG TAATGGATGA GTGTGCAAAA GATTTTTCAT CAAAAGTCTT AGAATCTATG
GATAAGATAT TTGGTGAGTC TCAAGGTGGT AAACAAAGAC GTAGAAAATT ATCGAAAGAA
GAAATTTCAT TGGCAATAGA ACAACTTGAG GCAGTAATAG AAGGATTAAA ACTTAAAAAA
GCAGGTCTTA CTGATCCTAG TGAAATAGAA GCTATAGAAA TAAGAATTAA AGAAGCAGAA
TCTGCAATTC GTGGATTATT AAATCAAGAA TAA
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| Protein sequence | MCNFIKKHFV KLLLLLVITA CESNQHPVPR CIPADVLSET KTASVSAYFN ASSEDFIADD
KSLGNILNND QVVRWKYTGY VTDGNPIVLR VDGMWTAWAD NASESDRGVT DYEKYNNILS
SERICGPYNK IQKTFVPYGK SGCKVSCELI TGVQDELERG AYGPPCWFKN GYGAYLLFKR
PGDPEPNETL NHMRYPVSPV MHIGYKPLEL AGSDALSTRD RKIMDSFCQE VKLEPGWKIY
LKILDKHYYD NVGGYSVTFV EGIKAEERFS VFEWVRKNIR NELDKAGEHV FKHIVGNPVF
KNFVFALLTL FLVFGALTYI FGMVQSPFSD VIVRILKMAL MILLISPSSW EFFYNHLLNL
FINGIDQIIA MINSHSASYN PTRPFAFLDE MIVDKIFSPV IWKIKIRALI LADFSSIFAV
LVIIIAVLIY IALCLYGCVI YLTAFVGITF LIGLFPLLLL GILFSQFKSL FDGWLTQCLS
FSMQAILMFT LISLFGALIM NYYYRIFGFT TCYNEWLKVK VCILGSTGCV INRSVFGWTP
GQIYDPKVIG LTTDFNLNDR KTSDNARYKF TGGGAYISVP PERIHKDFRY VDYPFLDPDS
QTDGDPFGIT VSKDSPFRQL SYYINALLAS NEKYVAARLI KDIEDELEQL QKNGTINSDS
RNKVLTIINN RRNTDKSQQK NALDKYQDED FKSEIINSLI NDVIGEAAQA PTPQDELMKQ
HDYNLILGIK AGYLVLWSEV GSLFLAALLI WQMRAFIQSV AVALAGGSMM SQTIANMYEG
GFIKIFSGIP VLGVVFKKID QGIDSLKFVT GNYITKTARR PLEALKRVPY LGKVVKFTSA
ATAPLTSSYN EYDRDFRNNF KTLNYARAYI GAHLGISPLN AMKYLGGHVA GSMFGTREGG
LIHNILEDRA AALDSLKAHI LGPEQYKPSP YLPNAGEDDD RNPFAKEKPH DAKETPHGNG
DNRLLDENGN ISVNRDNLSD ALDAREQLKT MIGNTTDEAA LQRMRYDLDR LDDALHKNLG
NDFDRVTSAY TNSYTPVEHP KDLLVEGMSG LRVSSENLQG LGVPTVDELV QADNSLNVPL
SSDVISSGTQ LHGSSGAHLD VTPPVSDVDS LLSQQDASDS ARVGGFGESI STSEHGVVVE
GIHDSVLRDN AGLTTPLDVT SSMESVGAGG DDAARAPVEV FEDPAGTPVE SQDFGSTLDD
SNVTQSSSGE SDLGSTSSME GVGADGDDAA RPAVEVFEDP AGTPVESQDF GSTLDDSNVT
QSSSGESDLG STSSMESVGA DGDDAARAPV EVFEDPAGTP VESQDFGSTL DDSNITQSSS
GESDLGSTSS MESVGADGDD AARAPVEVFE DPAGTPVESQ DFGSTLDDSN VTESSSGESD
LGSTSSLESV GADGDDAARA PVEVFEDPAG APVESQDFGS TLDDSNVTES SSGESDLGST
SSLESVGADG DDAARAPVEV FEDPAGAPVE SQDFGSTLDD SNVTESSSGE SDLGSTSSME
GVGADGDDAA RAAAEILNEP TSIPEDSDVF EKVELKDLSP ALDDVHGLDD DITQAHDNAV
EDHFGPLEEG NTMFSQDAHP DQNVDSGLEE ETALHSGIMK QDEMDTSEST VQTDTTTPED
NIVQETDDSI NLDVGVFEQT SGVLDLGSLE NDVNIVGNEG ILQQQAAESL LDDVPKPEID
DGTVLEKVGD EVIQGEESVF EKSGIQETEP YSTAMEQVTD KDVGRDGDAG TEKLFTTEDD
TADTKVGPSV ELTSEGVVNE AVQDGFSSDN EGKLSEETKD DLVTQQEDKL EDKGPDDTDD
VQGEDKQYQD VVDEDNIVEK TGDVSDQSDG KEDAESGVSD SEALAEGLID LVSSGEESTQ
AQRIQVIHPV AGLSSRDKGV VTQDKSGSSK GSVGGKGIFS AQSDVKGEVK EKKKEPSKSK
AKSPSKTKSP FITPKSLKNT FKFVMDECAK DFSSKVLESM DKIFGESQGG KQRRRKLSKE
EISLAIEQLE AVIEGLKLKK AGLTDPSEIE AIEIRIKEAE SAIRGLLNQE
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