| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ecaj_0530 |
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| Symbol | |
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| ID | 3618163 |
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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 | 768899 |
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| End bp | 773233 |
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| Gene Length | 4335 bp |
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| Protein Length | 1444 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 637698475 |
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| Product | TrbL/VirB6 plasmid conjugal transfer protein |
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| Protein accession | YP_303164 |
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| Protein GI | 73667148 |
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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 | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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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 | ATGAAAAAGT TAATTATATT ATTACTATTC TTCATTACAG GATGTGGTAT TGGTTGTATA
GAAGGTAGCA AAGGTGTTAG TGGTACTTCA ATTGCTATAG AAGTTAAGCC AGTAGTGGAA
AAAGTGTCAG ATGTGTTACA GCCTGATTGG ATTGATACTG GATTAACAGT TAATGAGAGT
CAGCCTCCAG TAAAGTTAAC AATTCTTGGC GCTATAAATA TGTGTCCTAA AGATTCTATA
AATCCTAAAG ATATCATTGT TCCAGCTGTT GCTTGTGCTC ATGGTACTTA TGATGCTAAA
GATGAGTCTA TTTATAAAGA CATGAAAAGT ACGTGTAGCA GTTATGGAGA AGTAGCAACT
ACTACTTTAC CTATTGAAAC TTTTTACTTA GGAAAAGGAG ATACATTTAA GGTTAGTTTA
ATTCCTAGGA AAATGACAGT AACTGATTGC AATGCTGATA AATTGAAAGA ATTGGGCATT
ATATATTATT CTGATAATGA AATTTTTGAA GATAGTGGCT GCAACACTCC TATTAAAGCT
GAAGATATAT GTAGAACTGG TATTGCTAAA TTTTATGTGA AAATAGAAGA CAAATGTAGT
TCATTTGATG GATCAATTTC TAGCATACCT CGTTTGCAAG GTACTGAAGT TTCAGCATTA
GTAGATAATA CTGATATTCC ACATGGGAAT AAGGTTTTTT ATAGTGAAGA TGTAAAAAAG
CAATGGATCA AGACTCCTTT TATTTATGAT GCTAAAGTAA TTAAAGGTAA AAATATTGAT
ACTGAAGCAT TAAAAAAACA TTGTGAAGTT ATTAAAAAGC TTAGTACAAC TGGTATTATA
AATGATAGTG CTAATTCAAC TATATCTCAA CTTGAATTTT ATAAGAATCA GAAGAAATTA
AAGAATAGTA AAGATAGCAA ACAAAAAGAT AATAAACAAA GTGAACCTGA TGTTCTAAAG
GATAAAAAAG AAGATGACAT TCAGGAGATT ATAGATATTA TTAATAATTT TACTACTTAT
GATATAAATT GTGCTTGTGG TACTATATGT AATTCTAAAG CAGCACTTAA AGGTATTGCT
ACAGTATCAC GACATGATGA AAGTGGAAAT TGTATTATTA ATAATGGTGA TTCTTTTAAT
AAAAATACTA AATTGGAAGA TATTACTGAA GAAGAATTAG AAAAAATGGC TAATAATGCT
TCAGATGAAG TGATACAAGG ATTAACTGCT GTTTTTATTA CGAAATCTGG TGACAAAAAC
AATGTTAAGT ATCATTGTAT GCCGAGTAAA AATGAAAGTA ATGCTTGTTA TGCTAATATT
TTTTCTGACA ATGTTGGGTC AACTAGCTTA AAATCTGGTT TTAACTATAA ATATGAAGCT
AATGATCCTG CAAAGTTAGG GTTTGCAATA ATAGGTCAAC AGCAGCATTA TAATTCATAT
TATGGTGGAT ATAATATTCA GGTAGAGCGT ATATGTAATT TTATGTATGG CAAAAAGCTG
TATATGTATA TAGGAAGCAA AGCTCCAACT ATTTTCCCAG GCGAAAAAGA TACTATTGAA
TTATTTGTTC CTGAGAAAGA TGATGCAGAA TCTGGAACTG GAATGTATAC AATTAATGCA
GATGGTACTG AAAAGAAATC TGGAAAAGTT TACTTGGGTA TAGATACTAG AGGGTATGAA
GATCAATTTG ATTACAGTAG TTTACCATCA CTAGAGTCAG AAAATAAATA CACTGTTAAT
TTCTTTATTA AAAAATGGAA CCCAAATTTT TCTAAAGTAT TTGTTATGAT AAGAGATTCC
TTGTTAGGAA TCTTATATGG ATTACCAAAA AATTCTAATG CTAGCAGTAT TTCTCAAGCT
GTAGAGATAG TGCGTACAAG TAAGTCTAAG GGTGCAGTTC AGAGTATATA TACTAATCAG
ACTGGTGCAG GATCATTGTG GAGAGCCTTG CAAGCGTTAT GTACTTTGTA TATCATTTTT
ACAGTATTAG GATATGTATT AGGTGTTGTA AAATGTACTA AATATGACTT GGGAGTTCGT
ATTGCTAAAA TAGCAATAAT TGTCGGTTTG ATAAGTCAGG GTAGTTGGGA ATTTTTTAGT
GATCATTTCT TTTCTATTTT TGTTCAAGGT GTAAGTGATC TTATAGCAGC ATTTAATGGT
GAGTTAGATG GAGATAATTC ATTTAAGTTT TTGGATACTA CTATAGGAGT ATTATTAGCA
GGAGAGACAT GGATTAGGCT AGCAACATTG ATACTTACAG GGCCTATAGG TTGGATAGTG
TTTATTACAG TTATATGGTC CTTTTTTATA TTTTTTGTAA GTGTTATAGA AGCAGTTATA
GCATATTTGT TTACTGTTGT TGCTATAGCG TTTTTGGCGA CATTGGCACC TATTTTTATA
ACTTTTATTT TTTTCCAACT TACAAAAACA CTCTTTGATT CATGGATAAA AATGTTAGTG
AATTTTTCTT TACAGCCTAT AATACTTTTT GCTGGACTTG CATTTTTAAA TCAAGTGATG
TTGACTGTGT TACATGCGGT TACAGGGTTT ACTGTATGTA ATCAGTGTTT TCTAGGTTTT
GATCTTCCTA TTGGTGTTAC TGAGAAAGGT GCTCCTCCTG ATATTTGTAT AGTGTCTGTA
TTGTTGCCTA TAGGATATTC AACAGAGTTA TCTATGAATG ATTCAATTAG GGAAGGATAT
GCTAATGACA ATGAAGGTTC ATTTTTAGGA TTACCTTTTG GAATTACTGC AGTTTTGATG
TTATTGCTTA TTTCAAATGC TATGAAGGGA TTTAAAGGAA TGTCTGAGAC AATGGCTCAC
TCTATATCTG GAAGTGTTGC TGGTCTTAGT GCAAGTATAC ATGCTGCTAC GCAGTCTTTA
GCTTCTATGG TTGGTCTTGA TCAGGAAACT CAAAGTATTA TTAAGGATGC ATTGCGTAAT
CGTAGGTCTA CTGGTAAGTC GGATGTTAAT ATTGTTGGTA GAACTGATAC TAATCCAGAG
AGTAAAGGGG AAATTGTAGG AAAAGATGGT GATGATAATG GTCCGTTACC TTCAGATCCG
AGAAGTCACA GTGGTGATGT ACATGGTGAT GGTGATGTTT CTGATAAGGA AGGTGCTAAT
GCTGGTCCAA AGTCTGAATC AGGTAATAAT GTATTAGATG GTGGTAAAGG TGATGTCAGT
GCAAATAGTG GGCGTGTAGA TGGTCATCTT GCATCTTCAG GTAATGATGT ACTTGATACT
ACGCCTTCAA ATTATGATGG AGCGCAAGAT GCTAGTAATA GTGGTAATGT AGATAACAGT
ACTGTGGAAA AATATGATAG CAATGATGAT ACTATAAGTG TAAGTTCTGA AGGTAGTTAT
CAACATAAAG AAGAAGAACC GTATAACAAT GATAGTGATA CTTCAAGTGT AAGTTCTGAA
GGTAGTTATC AACCTAAAGA AGAAGAGCCG TATAATAATG ATAGTGATAC TTCAAATGTG
AGTTCTGAAG ATAGTTATCA ACCTAAAGAA GAAGAGCTGT ATAATAATGA TAGTGATACT
TCAAGTGTAA GTTCTGAAGA TAGTTATCAA CCTAAAGAAG AAGAGCCGTA TAATAATGAT
AGTGATACTT CAAGTGTAAG TTCTGAAGAT AGTTATCAAC CTAAAGAAGA AGAGCCGTAT
AATAATGATA GTGATACTTC AAGTGTAAGT TCTGAAGATA GTTATCAACC TAAAGAAGAA
GAGCCGTATA ATAATGATAG TGATACTTCA AGTGTAAGTT CTGAAGATAG TTATCAACCT
AAAGAAGAAG AGCCGTATAA TAATGATGGT GATACTTCAA GTGTAAGTTC TGAAGATAGT
TATCAACCTA AAGAAGAAGA GCCGTATAAT AATGATAGTG ATACTTCAAG TGTAAGTTCA
GATAATGGTG ATACTAATAG TAGCTCAGGT GATAGCAGTG TAGAAGATTT ACATAGTACC
AGTACTGATA GTGAACCTCA ATCTCCTGCT GTTAGTGATG TTGCAGAGAC ACCTGATGTT
GGGGATGCCA GTGATAGTAG TCTGAATAAT GCTACTAATA ATAATGAAAA TACTGGTGAA
AATAATAATA GTGATATACA AGCAGAAGAA GGAAAAGCTT CTGTTGTTGT TGACCCTTTG
AGTGGTGATG ATAATGATGG AAAGAGAGGG AAACAAGATA TTAACTTTTT AGAAGGTCCT
CAGAAAAGAA GACTTTATAT GGATGAACAT TCTAGTGTTG CACAGAAAAT TGCAGGTCAT
GAATCAGCAA TAGAGGTAGA AAAGGAATCT CATGAGAGAA GTATTGTAAA GAAGCGTGGT
AAAAAAGATG AATAG
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| Protein sequence | MKKLIILLLF FITGCGIGCI EGSKGVSGTS IAIEVKPVVE KVSDVLQPDW IDTGLTVNES
QPPVKLTILG AINMCPKDSI NPKDIIVPAV ACAHGTYDAK DESIYKDMKS TCSSYGEVAT
TTLPIETFYL GKGDTFKVSL IPRKMTVTDC NADKLKELGI IYYSDNEIFE DSGCNTPIKA
EDICRTGIAK FYVKIEDKCS SFDGSISSIP RLQGTEVSAL VDNTDIPHGN KVFYSEDVKK
QWIKTPFIYD AKVIKGKNID TEALKKHCEV IKKLSTTGII NDSANSTISQ LEFYKNQKKL
KNSKDSKQKD NKQSEPDVLK DKKEDDIQEI IDIINNFTTY DINCACGTIC NSKAALKGIA
TVSRHDESGN CIINNGDSFN KNTKLEDITE EELEKMANNA SDEVIQGLTA VFITKSGDKN
NVKYHCMPSK NESNACYANI FSDNVGSTSL KSGFNYKYEA NDPAKLGFAI IGQQQHYNSY
YGGYNIQVER ICNFMYGKKL YMYIGSKAPT IFPGEKDTIE LFVPEKDDAE SGTGMYTINA
DGTEKKSGKV YLGIDTRGYE DQFDYSSLPS LESENKYTVN FFIKKWNPNF SKVFVMIRDS
LLGILYGLPK NSNASSISQA VEIVRTSKSK GAVQSIYTNQ TGAGSLWRAL QALCTLYIIF
TVLGYVLGVV KCTKYDLGVR IAKIAIIVGL ISQGSWEFFS DHFFSIFVQG VSDLIAAFNG
ELDGDNSFKF LDTTIGVLLA GETWIRLATL ILTGPIGWIV FITVIWSFFI FFVSVIEAVI
AYLFTVVAIA FLATLAPIFI TFIFFQLTKT LFDSWIKMLV NFSLQPIILF AGLAFLNQVM
LTVLHAVTGF TVCNQCFLGF DLPIGVTEKG APPDICIVSV LLPIGYSTEL SMNDSIREGY
ANDNEGSFLG LPFGITAVLM LLLISNAMKG FKGMSETMAH SISGSVAGLS ASIHAATQSL
ASMVGLDQET QSIIKDALRN RRSTGKSDVN IVGRTDTNPE SKGEIVGKDG DDNGPLPSDP
RSHSGDVHGD GDVSDKEGAN AGPKSESGNN VLDGGKGDVS ANSGRVDGHL ASSGNDVLDT
TPSNYDGAQD ASNSGNVDNS TVEKYDSNDD TISVSSEGSY QHKEEEPYNN DSDTSSVSSE
GSYQPKEEEP YNNDSDTSNV SSEDSYQPKE EELYNNDSDT SSVSSEDSYQ PKEEEPYNND
SDTSSVSSED SYQPKEEEPY NNDSDTSSVS SEDSYQPKEE EPYNNDSDTS SVSSEDSYQP
KEEEPYNNDG DTSSVSSEDS YQPKEEEPYN NDSDTSSVSS DNGDTNSSSG DSSVEDLHST
STDSEPQSPA VSDVAETPDV GDASDSSLNN ATNNNENTGE NNNSDIQAEE GKASVVVDPL
SGDDNDGKRG KQDINFLEGP QKRRLYMDEH SSVAQKIAGH ESAIEVEKES HERSIVKKRG
KKDE
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