| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_1806 |
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| Symbol | |
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| ID | 6377482 |
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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 | Candidatus Amoebophilus asiaticus 5a2 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010830 |
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| Strand | + |
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| Start bp | 1396937 |
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| End bp | 1401622 |
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| Gene Length | 4686 bp |
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| Protein Length | 1561 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003573190 |
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| Protein GI | 294661314 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 25 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCGCCAAC GCCTGACAAT AGATATTCCT GACAAAAGTT ATCAACAAGA AGTACAAGAT
AAAGTCAAGA GAATACTTGA GCAAAAACTA AATGAAATAC TAGAAAAGTC CTTTGCTGCA
AATGTGCCTA AAGATGTAGT TATAACACTC GATCAAGTAA ATATCAATCT AGCAGATACA
ACCCCTGATT CATTAGAAGA AAATATTTTA CAGCAAATTT ACCATAAACT ACCGACCGTA
ATTAAAGAAC AGGTTGACTT AGCTATAAAA GATCCTTTAA AAAGAAGAAT TACTCCTCTT
CCACATGCTA AGCTACAAGC TGTTAAGCAT TATCTTTTAT ATGGGTATTT TGCTTGGTGG
ATGCCCGCCC ACAATGAAAA GATTATTGAA AATCTGTATA CAGAAATTTA TCATAAAACA
CCTACTGCTA TTAAAGAATT ATGGGTAGAA CTTAGTGATA AGCCACCAGC CATTCAAAGG
TTTATAGAAC AATTTAGTGA TACAATTATA CAAAAGTCCA TTCTACTTCT TAGTCCTAGC
CAGGCACAGC ACGTATTAAA TATCTCTGAG GATTTTTCAA AACTACAACC TATTTTATTA
AAAATAACGC CACCATCTGC ACAAAAGAAA TTACACACAG CTACTAAATA TACTGTGCTA
ACCCAATCAA TTCAGTATTT ATCTATTAGC AAGAATTTTA ATGAGATCAA TTTTATTAAA
ATATGCTTGC AGCAAATTGC TAAAGAATTT AATACAAGCT ACCCGGCACT AATAACAAAT
CTATCACGCG AACTCTCAAA GCAGGCCTTG CCATTTAATT TAACGAGCAA GCTTGCCAGC
CATATCATAC GCTTATACGA TACAGAAGTT GCCATCAATA ATTCCAATTC CACACCACCT
GCTAAACTTT CTATGCTTAT TAGAAAATTA GATGGGTTGC TAGCACAAAA AAAGGATATT
AATAAGCGTC AGCTTTCCAA TACCATCAAT GAAGTATTTG CTCAAGTTAA AAGTCCTGCA
GCTAGGTCTA CATTAGCAGG CTATCTTACA TCTATCTCAC ATACTAGACA GTTGACACAA
TACTTGTCTA CCAAAGATTT TATAAAACTT ATTGAAGTTC TACAGCCAGC TATACAAAAT
GCTTTTACAA TTATTAAACA AGTATGGCAG GCTGTAATGC CTCCAGAAAA GAAAAGCCAT
CAACTTATTG AACAGCTTAC AGTAAAATAT TTAAATAAAA AAACTTCTAA CCAACAAGAA
CCTCATGCTT ATATCAGTTA TTTAATAGGC AAGCTACATT CTTATGTAGA CAATAATTTA
GAGAAGTGGG CTCCATTCAT TAAAGAAAAT GTAGCTACAT TAGAAAAAAA GTATACTAAT
GAGTTGACTA AAGTATTGTT AAGTAATTTA CCTGCACATA ATGCACAATC ACCCAGCCAG
GTACAATCTA TACTTTCCAT ATCGTCTTTA GACGAATTCT TTATAGAAAC AATTAATAAA
ATCCAAGAAC ACCCAGCGTT TACTTCTGAC CATGCTCTAA CTATATTACT AGGCAATTTA
TATCAAGATT TATCCTTTTT TATACAAGGA AACAAACCAC TCTCTTTAGC GTCAGAAAAA
AAGCTCTTAA ATAATGTAGA AAATATATTT AAGCATGTTA TTACAGATAA CGAGCAGCTT
CACTGTGCTA CAAAGCAATT CATACCTTGG ATAAAACAAC AGGCGAATAA AGCAGAGCCA
TACAACCTAG GAAATAGCGT ACAGATATTC CAAAATAAGC TTGCGGATTT ATTATCAAAG
CAGGATTCTT CAAAAGAATA TCAGAATGAC GTAGTAGCAA AATCTGAACA TATTACTGTT
TCACTGATAA AAGAATTTTT TACTCACCAA CTATTACCAC CTGGCTATGT TCATCAATCA
GCATTAATGT CAAATATTAT AAGGCAATTA GTATATATAC CTGGCTTTCA AGATGAGTTA
TATGATTTAC TTCAACAGCA GGGCATACGG AAACAATTAG TAAAAAATAT AACACCTGCA
GCTAAAAGCA TGTTGTTAAA TACCGTAGTA CCCATGTCCA TAGACACAAG GCAAACATAT
GAACAGATAC TATTTAAGGC CGATATATTG CGAGCAGATA CCTCAATAGA TAAGCAAGCA
CTTTTAGAAG ACATCTTCTT AGAATCTGCT ACCCAAAGTT TAGAGACTAG CGAAGAAGAT
TTTATACAAC ATTCTTTACT TATTCTTTCA TACAATGCCC AATTACCTAA ACAAGAAGTA
TATAGAAGAA TACATTTGTC TGCACAGAAA CATCCACCAA CTATATCATT GACTCATAAG
CTTCAACAAC TATATCCTTT ATTTGAAACA GCAGCCCCGG CAATAGCAGA TGTATTAGAT
AGAGCATTTT TACCCATTTA TAATTTACTA AAAAGCTTCT TAGACCCTCA AATCTTAACA
CCCGTCTTAT ATGCACAATT GTTAGCTTTT ATGAAAAATA TCATTGAAAA TAGGCTAACA
ACAGCAGTTA CGGATAAAGA GCTGTATCAG CAAATACATA AGCTTTTTCC TATGTTACCT
GCTCATCAAA AGCAACACTT TTTTGAATCA ATCAAGAAAA AGCTCCAAGA AGTAGCTGCT
AAGCAACTAC AGACTTTACA AGCTACTTGG CTACATTTTT TACATACTGG TGAGTTACTA
GAAGAATACA AAAGTGCTAC TGAGCTCTTT AATAATTTAT TACTAGGTAT TGCTTCAAAA
AATAAAAATA CCAATAACAA TTTAGCTACT ACTCCTCTCA TACATAATCT ACCAGATTCA
GATATACGAC AAACCACTAT CTCACTTATA ACAACCTTAC AAACTCCACA TACTAGGAAA
AGGTTAGTAG CTAGCTTGTC TACACAAGAT TTAGAAAAAG TAGTGCAATT AGTAGCTAAA
GAGAAAAGTA AAATTGTTCT TAATTATATC CATAACATAT ATGAAATATG GAATTATACC
GGATTTTTCA ATATTTCTTC TCAAGAAAGT AAGCTAGCTT GGTGGGAAGC TACCTTGCCA
ACTTTAGTTA ATACAAATAC AAGCGCTTTT TCAGAAAAAG ATTGGTTAGC AGAGAGCTTA
TCAGAATTTG CTACATTACT AGAATTGCCT TTCACCACAG TACTCTCTTC CTTAACAACA
TATGCTAAAG CCAGTTCCAA ACCTTTTAAG CTAGTAAAAG GGAATATAGA AGAATTAAAT
AAGATATTGA TTGATATTGA ACAAGAATGG CTTAAAACAG TTAAACAAGA AGCTAAAAAA
GCCTGGCCTA CACAAGCTAC TTTTCAAGAG CTACACCAAC TCTTCAATAT AGGATATAGC
AGTTTCAATA AGCATACGTC AACTAGTTTG GACGCTCTGG ATCAGCAAGT AAGCAATTTA
ATCAACCAGC AACTTTCGTC AGTAAAGAAG TTTTTATATA CTTATCCAAA ACCTGCTATT
TTAAGCCAAC AAATAGCATA CTACTTTTCT ACTCCTCTTA TTAAGCAGCT CATCTATTGT
CTAGATACAA AAGCACATCC GTTTATTCAA CAATATATAG AATTTAGCAA CTTACACCAG
CCAGATTTTT ATGAGACTCA AGGCATAGAT ACATTTAATT GGTGCAAATA TAGCGAGGTG
GCAACCCTGT CTTATCTATT AGAAAAAAAA GATACAGCTT TTGATAAACA GAAATACTTG
CTACACATTT TAGAAATATA TCAGAAACAT ATCAAGCAAG ACATACAGTC AGTCCTAGAA
TCGCTTGTTA CTTATCATAC ACAATACAAG CGTACCACAG CATATGATGA AGTAATACAA
CAGCTGCAAA ATATTTTTGT AACTAATAGT GGACTAACTG CAGCAATACA AAAACCCATT
GAAAAACAAG AAGAAGAGAA TACTGCTACA GCATCTATAA CGTCACAACA AAACAAATCC
AGGTTTCAGG ATTACCAAAA AGAGCAACCT AGCAAAGAAA TAAAGTTATA TATTAAAAAC
AGTGGGCTTG TTTTTTTATG GCCCTTTATA GAGGGCCTCC TCGAAAAGCA GGATTTATTA
AAAAATCAAG TATTTTTTGG TAACCTTGAA CGTAGCAATG CAATACATAC ATTACAATAT
CTAGTAACAG AACAGCTTAG CACCCCTGAC TGGCGTATTA TACTTAACAA ATTGCTATGT
GGCATGGCCT ATAATGATAT TCCCTTTGCA GGCTATTATT TATGGGATGA ATCAGATTTT
GCTAAAAGGG TAATAGAAGA ACAAGAAAAA GCTTTAGCAC AAGCTGATAA CCAAGGCACT
AGAAGAAAGC ACAAAAAAAG ATCTAATAAA ACACCTGTTA TAGAATTGCC AGAAGAAATT
GTCCTGTTAA AGAACAATAC TGAGGAGTTA TTAACCAAAA TCCTAACAGA ATGGAAAAGC
CTTAAAAAAC TTGAAAAATT TGAGCCTTTT AAACAAGGAT TTGGTATACA AGATTTTAAA
AAATATATAC TGCAAAGAGA TGGGATACTA CAGTATATAG ACCAAGGTGA TAAAGGAGGG
TATTGGCATT TAACCATTAC TTGGGAAGAA TATGATGCAG AAATTACAAA AACTCCATGG
CCTATCAATA AAATTTACTT ACCCTTTATG AAAGAAGAGT TAGTGGTATT TTGGACACCT
AGTTAA
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| Protein sequence | MRQRLTIDIP DKSYQQEVQD KVKRILEQKL NEILEKSFAA NVPKDVVITL DQVNINLADT
TPDSLEENIL QQIYHKLPTV IKEQVDLAIK DPLKRRITPL PHAKLQAVKH YLLYGYFAWW
MPAHNEKIIE NLYTEIYHKT PTAIKELWVE LSDKPPAIQR FIEQFSDTII QKSILLLSPS
QAQHVLNISE DFSKLQPILL KITPPSAQKK LHTATKYTVL TQSIQYLSIS KNFNEINFIK
ICLQQIAKEF NTSYPALITN LSRELSKQAL PFNLTSKLAS HIIRLYDTEV AINNSNSTPP
AKLSMLIRKL DGLLAQKKDI NKRQLSNTIN EVFAQVKSPA ARSTLAGYLT SISHTRQLTQ
YLSTKDFIKL IEVLQPAIQN AFTIIKQVWQ AVMPPEKKSH QLIEQLTVKY LNKKTSNQQE
PHAYISYLIG KLHSYVDNNL EKWAPFIKEN VATLEKKYTN ELTKVLLSNL PAHNAQSPSQ
VQSILSISSL DEFFIETINK IQEHPAFTSD HALTILLGNL YQDLSFFIQG NKPLSLASEK
KLLNNVENIF KHVITDNEQL HCATKQFIPW IKQQANKAEP YNLGNSVQIF QNKLADLLSK
QDSSKEYQND VVAKSEHITV SLIKEFFTHQ LLPPGYVHQS ALMSNIIRQL VYIPGFQDEL
YDLLQQQGIR KQLVKNITPA AKSMLLNTVV PMSIDTRQTY EQILFKADIL RADTSIDKQA
LLEDIFLESA TQSLETSEED FIQHSLLILS YNAQLPKQEV YRRIHLSAQK HPPTISLTHK
LQQLYPLFET AAPAIADVLD RAFLPIYNLL KSFLDPQILT PVLYAQLLAF MKNIIENRLT
TAVTDKELYQ QIHKLFPMLP AHQKQHFFES IKKKLQEVAA KQLQTLQATW LHFLHTGELL
EEYKSATELF NNLLLGIASK NKNTNNNLAT TPLIHNLPDS DIRQTTISLI TTLQTPHTRK
RLVASLSTQD LEKVVQLVAK EKSKIVLNYI HNIYEIWNYT GFFNISSQES KLAWWEATLP
TLVNTNTSAF SEKDWLAESL SEFATLLELP FTTVLSSLTT YAKASSKPFK LVKGNIEELN
KILIDIEQEW LKTVKQEAKK AWPTQATFQE LHQLFNIGYS SFNKHTSTSL DALDQQVSNL
INQQLSSVKK FLYTYPKPAI LSQQIAYYFS TPLIKQLIYC LDTKAHPFIQ QYIEFSNLHQ
PDFYETQGID TFNWCKYSEV ATLSYLLEKK DTAFDKQKYL LHILEIYQKH IKQDIQSVLE
SLVTYHTQYK RTTAYDEVIQ QLQNIFVTNS GLTAAIQKPI EKQEEENTAT ASITSQQNKS
RFQDYQKEQP SKEIKLYIKN SGLVFLWPFI EGLLEKQDLL KNQVFFGNLE RSNAIHTLQY
LVTEQLSTPD WRIILNKLLC GMAYNDIPFA GYYLWDESDF AKRVIEEQEK ALAQADNQGT
RRKHKKRSNK TPVIELPEEI VLLKNNTEEL LTKILTEWKS LKKLEKFEPF KQGFGIQDFK
KYILQRDGIL QYIDQGDKGG YWHLTITWEE YDAEITKTPW PINKIYLPFM KEELVVFWTP
S
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