| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ecaj_0127 |
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| Symbol | |
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| ID | 3618439 |
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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 | 193233 |
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| End bp | 196250 |
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| Gene Length | 3018 bp |
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| Protein Length | 1005 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | 637698067 |
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| Product | surface protein-related protein |
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| Protein accession | YP_302776 |
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| Protein GI | 73666760 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.271719 |
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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 | ATGACGATTT TCTTAGAAAG TGATGATGAT AAGAGTAACT TTAAGAAGAC ATTGGAGAAC
GGTACTAAAG ACAAGACAAA TCTAGATAAT ACTTATTATG ACTATCATCA TGAAGATGAT
ATGGGAAATA CTGAATATCA TTATGTGAGT TTGGATAGAG TGGATCATGT TAAGATGCCT
GAAGAGCCTG TAGGTTATGG TGGAGATACT TTACCTATTG TTCCTACTAC AGCTGCTAGT
GTATCTGGTA GTGATGCAGG CGTTGCTGTA GGTAATGTTA AAGATTTTGA AGATAATGTT
TTTCATCATA CATCTACTAT AAGAAACGAT GAATTGAAGA TAGATTTACG AATACATACT
TTAAAGGATT TATCTGATAA AAGATTACGT GAAATTGAAA AGGGATTTAA TGATACGGTA
ACAAAATTTA AAAATAATTT TGGGTTAGAA CCAAATGATG GAGAAACTAT TTTTGATTTA
TACCTTTTTG ATGATAAGGA ACAATATAAT TATTATGGAA AGCTTTATAA CTTAGGAATT
AGTGGATCTG GAGGTATGAC TTTCTATGGA AATGCTAATG TTCCATATAA AATTTATGTA
CATCAATATG GTGAAATATT GAATTTAAAA CATGAATTAA CTCATGCATT AGAAAGTTAT
GCATCTGGAC ATAAATTGCA TGGTTCTGAC GTAAATAGCA GAATATTTAC GGAAGGATTA
GCTGATTATA TCCAAGAAGA TAATAGTTTT ATTATGAGAG GATTAAAGGA TCGAGAGATC
ACTTCAGATG TATTGAAAGA TTCTTCTGGT AATGTAGATC ATTTAAGTGG TGTTGCAGTG
AATGAAAATC AGAGGTTAAG TTATAGTATA GGACATGCAT TTGTAAGCTT TTTACAAGAG
AAATATCCTA AGTTAATTTC GGAATATTTA AACGCATTAA AAGAGGATAA TATTATTCGT
GCTAAAGAAA TAATTAGTAT GGATAAGTAT CCAGATTTTG AGCCGTGGGT GAAGTCTAAA
GACATTAGTT TATATTTAGA AAATATGAAT GTATTAAAGT TAGGATTAGG TGAGAAAATG
TTTTCTGCTG AAAGTGCTAG CTATTTTGAA GATCAAGGTG TCAATAAAGA ATATTACCAT
GAAAATATTT ATGATATGAG TGGTAAACTA GTAGGTGAAA TGTCACCTGT AGTGCATTAT
GCACAAAAAA ATGTGATTCG TATTTGGAAT ATTGCAAGTC CTGATATGAT AGAGGTGCGA
CCAGAATATA ACTTTCTGAA ATTGGTAACT ACTCCATCTG GTAAGTCTGC ATATGTATAT
TGTGATAAGA ATGGGCATGA GTATTTTAAT ACTAAAGATT ACATAGATTC TGCGTTTAAT
ATATTGGCAA GATATGATGT TAAGCTTCGT GAAAGTAGTG ATGCTTTGGA TATTAGAGGT
CGTTACTCAG ATGCTGCTAA AGTGTTTAGT AAGCTGCCTA ATGCGGATTT GCTGTTGGAT
AAGTTTTTAG AAAAAATAGG TTATAGTAGT TATAAGCAGA TAATAATGAG TAATCCAGAA
CAGCTTAATT CTATTAAGGC TTATGTAGTA AAAGAAGTGT TTGAAAATTT TAGGGAATCT
GAGGTCAAAA AGGTGTTGAG TGGTGAGTCT CATCCGGAAG TAAGAAATGT ATTAATGGAT
CTTACCTATG TTGATTTAAA GAGTGTTATA GGAGTAAATG GTGCAGATAT TGACAGTATT
ATTTCTAATC CAGATGTAAT GTTGCGTACT GCTGTGTTAG GTAAAGGAAA TGCAAGTGGG
ATATCTCTAT ATGTAGATGA TCAGAAAGTT GGTGAGCTGT CAACTGAAGC AGGTTATTGT
GTTAAAAATC TTGATACTGG TAAAGTGTAT TTTATGTTCC ATAATGTTGT TGGAATGATA
GCAAGTGGTT ATGAAGACAG AGCATATATG GTTGTATTAG AAAAAGATGG TAAGTTTACT
ACTGCTCTAG TTAATAATAT ACAAAAAGCA GCAGATGGAA ATGTTGTATG GGATAATCAA
TTTAATCATC CGAATATTAA TAACTTGCAC TCAAATTATA AGGAGCTGTT GTTAAATGAT
GCTTCAGTTA AAGATTACTC TCATCTTGCG GATGTGAAAT TTAATAAAGA TGATACAGTA
ATTGTTAAAG GTGAATTATT AGATGATAAA GGTACTGTAA GTGTAGATGA TGATGTACAT
CGTGCAGTTG TTAAGCATGA TGATCAAATA CTACATCAGT TTAAGAGTAT GTCTTTTTAC
ATTACTGAAC CATCAGCTGA TTCAGGTGAC AATTATGGAA GTGATTTTTT CATTTCTGAT
GAAGGAAAAA ATCTTAGATT TCAACTTCCT AAAGCTATTA CGCATTTGAA ATTGGTTAAT
GTTAATGGAA ATAATAAGTT GGTACCATGT ACTAAAGATG GGAATGAACA TCCTGAAGGT
ATGCCATCTG ATTTAACGGA TGAATATAGA TATATAGATC CTATTTTTGC TCATACATTT
GAGAAACAAA GTTATTCTAA AAATAGTATT AGTGTTGGGT TAGTGGACTT CAGTAAATAT
AAAGAAGGAT CTATGTTTAA ATTACAGCAT TATTCTGATG ATTATCATAT TCATAAGGAT
GAACAAGGTA ATGTTATTAG GCCTAATAAC AGATCTTACG TTACAAAAGT GGATTTAGTA
TATGATGATA AAGTTATTGG GATGTTGTCT GATAGTATAA ATCAATTTCA GGGTGATATT
TTCATTTCTG CAAGCCTTAA TTATAGCCAC AATGATTTTC TTTCATCTAA GTACTTTCAG
AAAGTTAATA TTGAGGCGTT AGAAAATGGA ATATATAGTG GAAGATATGA TGTAGGAGAT
GGTGACCAAA TAGCAGGTCT TAATACTGAT ACAGGTTATA GTGATAAAGC TATTTTTTAC
TTTAAAAATG ATAGCGCATC TACTGATATG CCGGCTAGTG ATGTTACTAC TATTTTACCT
TATATAAATG AGCTTTAA
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| Protein sequence | MTIFLESDDD KSNFKKTLEN GTKDKTNLDN TYYDYHHEDD MGNTEYHYVS LDRVDHVKMP
EEPVGYGGDT LPIVPTTAAS VSGSDAGVAV GNVKDFEDNV FHHTSTIRND ELKIDLRIHT
LKDLSDKRLR EIEKGFNDTV TKFKNNFGLE PNDGETIFDL YLFDDKEQYN YYGKLYNLGI
SGSGGMTFYG NANVPYKIYV HQYGEILNLK HELTHALESY ASGHKLHGSD VNSRIFTEGL
ADYIQEDNSF IMRGLKDREI TSDVLKDSSG NVDHLSGVAV NENQRLSYSI GHAFVSFLQE
KYPKLISEYL NALKEDNIIR AKEIISMDKY PDFEPWVKSK DISLYLENMN VLKLGLGEKM
FSAESASYFE DQGVNKEYYH ENIYDMSGKL VGEMSPVVHY AQKNVIRIWN IASPDMIEVR
PEYNFLKLVT TPSGKSAYVY CDKNGHEYFN TKDYIDSAFN ILARYDVKLR ESSDALDIRG
RYSDAAKVFS KLPNADLLLD KFLEKIGYSS YKQIIMSNPE QLNSIKAYVV KEVFENFRES
EVKKVLSGES HPEVRNVLMD LTYVDLKSVI GVNGADIDSI ISNPDVMLRT AVLGKGNASG
ISLYVDDQKV GELSTEAGYC VKNLDTGKVY FMFHNVVGMI ASGYEDRAYM VVLEKDGKFT
TALVNNIQKA ADGNVVWDNQ FNHPNINNLH SNYKELLLND ASVKDYSHLA DVKFNKDDTV
IVKGELLDDK GTVSVDDDVH RAVVKHDDQI LHQFKSMSFY ITEPSADSGD NYGSDFFISD
EGKNLRFQLP KAITHLKLVN VNGNNKLVPC TKDGNEHPEG MPSDLTDEYR YIDPIFAHTF
EKQSYSKNSI SVGLVDFSKY KEGSMFKLQH YSDDYHIHKD EQGNVIRPNN RSYVTKVDLV
YDDKVIGMLS DSINQFQGDI FISASLNYSH NDFLSSKYFQ KVNIEALENG IYSGRYDVGD
GDQIAGLNTD TGYSDKAIFY FKNDSASTDM PASDVTTILP YINEL
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