| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ecaj_0365 |
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| Symbol | |
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| ID | 3617801 |
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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 | 543799 |
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| End bp | 548064 |
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| Gene Length | 4266 bp |
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| Protein Length | 1421 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 637698309 |
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| Product | gp200 |
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| Protein accession | YP_303006 |
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| Protein GI | 73666990 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0666] FOG: Ankyrin repeat |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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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 | ATGTCAGATC CAAAACAAGG TGATCCAGAA CAAAATCAAA CTAACCCTAG TGGTGATATT
CAGGATCAAA GTCAGCAAGA TCAACAGGAA CAAGATCAGC AGCAGGGAGC AGTTGGTGGT
GCTGTTGGTA ATAGTCCTAT TGAAAGAGAG AGAGTAGCTG CTCCTGAGAG TGAAGATTTA
TATACTGTGA TTATACCTAA GGGTAAAAGA ACTGCTGCTC CAATTTTGGA AAGAAAGTCT
CCTACTCCTG AACCGAAAGT AGAAGATGAT GAAGATTTAC CTCCTACATT ACCGCCAAGA
ACATTTTCAG GAGAAGGATA TGATGACGTT GGAGTTAGTA TGCCTACTGT TAGTCGTGGC
ATATACCAAC CTCCCATAGT TCAAGATAGT AATCTATATT CAAGTATTGG TGGCGTACCA
CAAGAAGCAC AATATGATGC AGCAGCTCGG GCTGGTGGGC CAAGAAAGTT TTTGTATGGG
CCATATACAT TCAGTAATGG TCAGGAAATT ATGGACTTTG AATTTGATAC TCCTTGGCCA
GATGTTAGGA ATGCAGTTTT AGGTAATAAA GAGATAAAAG AAGAGTGGTT AACTACTTCT
GGGCCAGTAC GTGATATTGC TGATAGGATA GTTGCTTCTA AAGGTGATTT GTCTGAGGAT
CAAGTAGAAG AAATCCTTGA TATTATATTT ATGAATGAAT CAGAAATCGC TGAAGGTATT
TCTAATCCAT TACATGCTGA TGTTGATAAT AATCCTGTTA AAGGTGCTAA GAATGTGATG
ACATTGATGC ATCTAGTTTA TGCATGTGAT GTTGATCCAC GTATAGTAAA AGCTTTAGGA
GAGGTGGAAA ATGATGAAGG TGATTTAGGA GCTAATGCTT ATAATGTTTT AGATAGTGAG
GGTAATCTTC CTTTACATCA TGCTGCAAAG AATTGTACAG GGGATAAGTT AAAGCTTTGT
ATGGAGAAAA CAAAGACTGA TTTTATTGAT ACTGCAAATT TTGCGAATCA ATCCCCTTTA
CATATTATTA CACAGAAGCC AGATTGTTCT GTATTAGATA TTGAAGAGTT TACAAGCCGT
AATTTAGATT TTGGACTTGT AGATGGAGAT GGTAAAAATC CTTTACATCA TGCTGTTGAA
CATTTGCCAC CTGTTATACT TAAGGGCGTA ATGGACCATG TAAAAAATAG TAGTGAGTTT
CAAGATTTAG TAAATGATCC TGATTATTTT GGAAATACTA TAGCTCATTA TGCAGTTAAG
AATAAAAATG CTGATTTAAC ATTGTTTAAC ATGCTGAAAG CTTCAGGAGC TGATTTAAAT
GTTAGGAATG TAGTTGGTCG AGCTCCAATA CATGTTGCTT CTTCTAATGG TAAGGCTAAT
GCAGTTTCTG GACTTGTATC ATGTGGTATT GACGTTAATT CTCAAGATGT GAATGGAGAT
ACACCACTTC ATATTGCTGT TGAAGGCGGT AGTATGGAGA CGGTATTAGC AGTGTTAAAT
CAGAGAGGTG CTGATGTTAG TGTCCAGAAT AACGATGGAG TTACACCTAT GCTTAGTGCT
GCTAAATATG GAGATATAGG TGTAATAAAA GCTTTAGGTT CAGCTAAACC AAATATTAAA
GGTGAAGACA CTGTTGCTAA ATCATTGCTG ATGGAGGATT ACAAAGGTTT TACACCCTTG
CATTTTGTAG CTGGTGGTGG TAGCAGAGAT ACATTCCGTG TCGTAAGAAA AAATTATGAA
AAATGTCATG ACTTAGCTAC TATTAGGGCA GCTTTAATGC AAGATAGAAG TGGTGGTGAG
CTTGTAAATT TAGGGGATTT TGAAAGTGAA AATATATTGG GTTCGCCAAA TGCAAAATTC
TTGCAGCATA TTCAATCAGC AAATTTTGGT TTTTCTCCAG CGCATTGTGC TATAGTATCG
TCTAATCACA ATGTAATGAA AGATATCTTA AATTTTGTTG GGGATTCGTT ACACCTACCA
AGTGAGCGTG GGTATAATGC AATGCAGGTT GCTGCTTTGT TTGGTGACAA AGAAGCAGTG
AAAATGCTTG CTAAAAGTGC TAAGCCAAGT GATCTTAATT TTAAGACTTC AGCAACTCCT
ACTCCGTTAA ATCTTGCATG TCTTAGAGGT GATAATGAGG TAGTACGTGG GTTAGTAGGT
CAACATGGTA TTGACATTAA CCAACGTATG GGAAGTGATA AAAACACTGT ATTGCATTAT
GCAATCAGCA AAGGAGATAG TTTTCTTGTG CAAAAGATAT TAGCTCATAC TGGAGTTGAT
GTTAATTGTG AGAATAACCT AGGTCAAACG CCTTTACATT TAGCAGTTGA GGGAGGAGAT
CCTAAGATAG TATCTTCTCT TCTTAAAGCT GGTGCAGTAG TTAATCGTCT GGATGATAAT
GGTAGATCTG TACTTTCTTC TGCGATAGTT CCAGGTAGAA AAGAAAAGGG AGTGCTGGGT
ATAGTTAATA AATTGCTGGA TAGAGGTGCA GATATTAATT TAGATGGAGA CCACAATATA
CTTTTTGATC AGTGTCTAAG GGGTGGATAT AATAATGTAT TAGATAAGTT AATACAACAA
GGGGTTGAAG TTAATCGAAA TAGTGAAATA CGTCCAATGG TTTATGCTGC AATATCTGGT
AATGAGCATG CTATCAAATC ATTAGCTAAT GCTGGTGGAG ATGTTAATGA AGTAGTAAAT
AATCCATCTA GTAGGCATTC AGGAAATCCT TTAATTATGG TTGCAGTAGC AGATGGTAAT
GCAGGTCTTC TTAAAACATT AGTTTCTGAA GGATGTGATG TTGGTAAATC TGGAAAAGAT
GGTAATACAG CGTTACATTA TGCTGTTAGT CATTCAGATA AAGAGTTTGG TAATAAAGCT
ATAAAGATAT TAATTTCACG TAATAGTGTT GGGACTAATA GAGATATTCT TACTCAAAAG
AATAACGCAG GTGATACACC TTTACATGAA GCTCTTAAGT CAGGTAATAT TAATTCTGTA
CAGAATATCT TAAGTGCTGT ACATCCAAGA TACGCAAAGG AGATATTAAC AGCCAGAGAC
AAAGAAGGGT ACACACCAAT GCATTATACT GTTGGAGTAA ATAATGTTGA TGTTGGTAGA
AGTATTCTAG AGTCTATGCT CTCTAAAGGT GTGAATAATC TTGGAGAGAT TGTTGGAGCA
CAGGATAGTA ATTTTCGAAC ACCTCTGCAT GCTGCTATTA AAATATCTGA TTATCGTGCT
GCGGACATGA TAATAGGTAG CTTATCGAAA ACAGAATTGT CAAAGTTATC GCAATTAACA
GATATTAACG GGGATACACC ACTACATCTT TCTTGTCAGT CTGGTAATGT CGAGATGACA
CAATTCTTTC TTGGAGGTTT GGATAAACGT GAATTACCTA AGACATTAAA GATAGCAAAT
AAAAATGGAG ATACTCCTTT ACATGATGCT ATAAGAAATG ATGATATTAA ATCTGCAAAA
ATGATGATTA GGAATTGTAA CAAAGAAGAA CTTGCTAATG TATTAAAATG TAAAGATAGT
TTTGGTAATA CAGTATTGCA TACTATTGCT GACCAAGTTA TTGCGAATCC AGAATCAAAG
AAAGACCTTG ATGGTTTGAT GAATTTAGCA GTGAAAAGGC TAAAGAATCA AGATCTGAAA
GATCTAGTTA ATACGCGAAA TAACTCTGAC GATACTGTTG CACATTGTGC TCTTTTATCG
GATATGAAAT ATGCTCAAAA GATACTTAAA TCATGTAACC ATGATACATT AGTGAGAGGA
AATAGTAATA ATCAATCTTT ATCAGAGTGT ATTCGTGATG ATAGTAAATA TAAAAAAGGT
GGAATTTTTA GTAAGTCTTT ATTTTCAAAA TTAAAGAAAC TTGAGGCACG AGCTGCCAGC
GCTAGTTATG AAGAATTATC TAGTATCAGT AGTGGTAGTG ATGTTTCTTC TGTATCAACA
AATAGCACAG AAGTAAGTGC AGTACCTGAA GTGGCAAGAA GTAGTGGTGC TGTGTCGTTC
AAACATGTGC AAGAAACAGG AGTTGACACG TCTGGTCCTT CTGATATAGA AAGTTTAGAG
AGATTATCTG ATACTAGTCT TGGGTCAAAT GATTTTGATC AGCGAATGGC AGATTTAGAT
CAAGAAATAG CAAATATTGT TAGTGGTTTA CCAGAAGTTA CCCAGGTAGC TGTAAGTCAA
CAACAAGCAG CATCTCCTAG TTCAGGTCAA GCTGCTGGTG TGCAACAAAA AGAGATGCAG
AGATAA
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| Protein sequence | MSDPKQGDPE QNQTNPSGDI QDQSQQDQQE QDQQQGAVGG AVGNSPIERE RVAAPESEDL
YTVIIPKGKR TAAPILERKS PTPEPKVEDD EDLPPTLPPR TFSGEGYDDV GVSMPTVSRG
IYQPPIVQDS NLYSSIGGVP QEAQYDAAAR AGGPRKFLYG PYTFSNGQEI MDFEFDTPWP
DVRNAVLGNK EIKEEWLTTS GPVRDIADRI VASKGDLSED QVEEILDIIF MNESEIAEGI
SNPLHADVDN NPVKGAKNVM TLMHLVYACD VDPRIVKALG EVENDEGDLG ANAYNVLDSE
GNLPLHHAAK NCTGDKLKLC MEKTKTDFID TANFANQSPL HIITQKPDCS VLDIEEFTSR
NLDFGLVDGD GKNPLHHAVE HLPPVILKGV MDHVKNSSEF QDLVNDPDYF GNTIAHYAVK
NKNADLTLFN MLKASGADLN VRNVVGRAPI HVASSNGKAN AVSGLVSCGI DVNSQDVNGD
TPLHIAVEGG SMETVLAVLN QRGADVSVQN NDGVTPMLSA AKYGDIGVIK ALGSAKPNIK
GEDTVAKSLL MEDYKGFTPL HFVAGGGSRD TFRVVRKNYE KCHDLATIRA ALMQDRSGGE
LVNLGDFESE NILGSPNAKF LQHIQSANFG FSPAHCAIVS SNHNVMKDIL NFVGDSLHLP
SERGYNAMQV AALFGDKEAV KMLAKSAKPS DLNFKTSATP TPLNLACLRG DNEVVRGLVG
QHGIDINQRM GSDKNTVLHY AISKGDSFLV QKILAHTGVD VNCENNLGQT PLHLAVEGGD
PKIVSSLLKA GAVVNRLDDN GRSVLSSAIV PGRKEKGVLG IVNKLLDRGA DINLDGDHNI
LFDQCLRGGY NNVLDKLIQQ GVEVNRNSEI RPMVYAAISG NEHAIKSLAN AGGDVNEVVN
NPSSRHSGNP LIMVAVADGN AGLLKTLVSE GCDVGKSGKD GNTALHYAVS HSDKEFGNKA
IKILISRNSV GTNRDILTQK NNAGDTPLHE ALKSGNINSV QNILSAVHPR YAKEILTARD
KEGYTPMHYT VGVNNVDVGR SILESMLSKG VNNLGEIVGA QDSNFRTPLH AAIKISDYRA
ADMIIGSLSK TELSKLSQLT DINGDTPLHL SCQSGNVEMT QFFLGGLDKR ELPKTLKIAN
KNGDTPLHDA IRNDDIKSAK MMIRNCNKEE LANVLKCKDS FGNTVLHTIA DQVIANPESK
KDLDGLMNLA VKRLKNQDLK DLVNTRNNSD DTVAHCALLS DMKYAQKILK SCNHDTLVRG
NSNNQSLSEC IRDDSKYKKG GIFSKSLFSK LKKLEARAAS ASYEELSSIS SGSDVSSVST
NSTEVSAVPE VARSSGAVSF KHVQETGVDT SGPSDIESLE RLSDTSLGSN DFDQRMADLD
QEIANIVSGL PEVTQVAVSQ QQAASPSSGQ AAGVQQKEMQ R
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