| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0453 |
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| Symbol | |
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| ID | 6377263 |
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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 | 538128 |
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| End bp | 542459 |
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| Gene Length | 4332 bp |
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| Protein Length | 1443 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 642681613 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957592 |
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| Protein GI | 189501875 |
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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 | ATGCTAGTTG AAGGAATACA ACTAAGTTTT ATTATATTCT ATAATTATAA ATCACTTATT
TATATATCCA TGAGCTTGCG TTCCTACACT AATACTACCC AACTATTAAA TCGAGCAATT
CAGCTAATCA TTTTACTTAT AATCTTCAGT ATTCATGCAT GTTTTTGTAC AAATGCTTCC
AACAACCAAA ACAATAAAAA GCTACCCAAA CCTTCATCAG ATATACACAC AGACAAGCTG
TCTTTATCTT TCAAAGAATT AGCCCTTGCT GTAGATAAGA GTGTATTAAT AGGAGAAGAA
CGTACTGTTA AGGTCAGCCT AGATACTACT AAAATTGATA TTAGCAAAGA AAATAGAGAC
CAAGTTAAGT CAAAGAGATT TAAACTAAAA GTTTTTATTA AGCCAGAGGA AAATACAACC
GACCCTAATA CAACAAGTTA TTTAAAGCTT CCAGACACAT CCAAAAATAC TGAAATTGAA
ACACACTTAT ATATGCAGAA TGATGCTATA GACCTTGAAG TAGTTCCAGG CGAGGGTGTG
AAAAGAGTAC CGATAATCCT AGCACTTTAT GAAAATGATA CTGCCCCAGC ACCTATCTAT
AGTACAACAA TCCATTGGAA GTTAAATGCT CACCATCTTC TATTAGAAGG ATTATCCGAT
TTAATTAATG ACCAAATAAT CAATTTTAGT ATTAAAAATG GAGATAACCT ACCATTAGAT
TTAAAGAATA CATTACTTAC TATTACAGCT AGTCAAGGAG TAACATTCAA AGCTAATGGC
AAAGTTTGCA CATCTATTGA CTTACAAACT CTAGCACAAA ATAATACCAT AGTGCTAAAA
CCAAGCGAAA ATACACCATC TATAGCATTG CAAGTAGCTG AAGCATACGA AGCCCAAGGA
TCTGAAATTA CTTTAGCAAT TAAAAACGGG ACAGAAGTAA TATTTAGCCA AGTAATTCAA
TGGAAACAAG AACCTCTTAA ACTAAAATTG ACAGGGTTAC ACGATATAAC TGATGATGAG
ACTTTATCTT TTTATATTGA AAACAATGGC AACAAACCTC TTAATCCAGA AAATATCGTC
TTAAGTTTAG TGGGTACTCC AGGGGTAATA TACAAATTAC AGGATAAAAC TACTGATTCA
ATTAATTTAG AAGAATTACT TGCTAGCAAT GCTACTAGCC TAGATAAAGG CACAAAGACC
ATACCTATTA AACTACAAGT AGCTCCTAAT ACTAACTTAA ATCAAGCTGA TATTAGTCTA
CAGATTAAGA AGGGTGCCGA AGAAATAGAT AACAAGAAAA TTCAGTGGAA AAAAGAGCCT
GTTACATTAA AACTGGTAGG CCTGCATGAT ATAACCAATG AGGAAACTTT ATCTTTTTAT
ATTGAAAACA ATAGCAACAA ACCTCTTAAC ACAGAAAATG TTGCCTTAAG TTTAGTAGCT
ACTCCAGGAG TAAAATGGAA ATTACAAAAT GAAACTATTA CTTCAATTAG TTTACGAGAA
TTACTTGCTA GCAATGCTAC TAGCCTGGAT AAAGGCACAA AAACCATACC TATACACCTA
CAGATAGACC CTACTTCTAA CCCTAGCCAA AACAAAGCTG ACATAACTTT ACAAATTAAG
CAAGGCAACC AAGTAATAGA GGCTCAATTT ATCAAATGGG AAAGACAGCC TATTAGCTTA
AGATTTGTAG GAGTCCATGA TATTATAGAC GATGAGGTAT TAGAGTTTAC TATAGAAAAT
AGTGGATTAC AACCTATCCA TCCAAGGGAT ATTACTGTAA GCTTATTACC TACAGAAGGC
GTAGCATTTA ATTTGAATGG TAATCTTCTT TCTTCCATTA ACTTGCAGCA AATACTTCCT
GACAAAACTA CTACTTTAAA CAAAAGTGTT TCTACTAAAC CTATACAACT ACAAGTGGCC
CACAATATAG GTAAAGACCA AGCTGAAATA ACTTTACAGA TCAAACAAGG TGATGTAGTA
ATAGATTCCC AGCCAGTCCA GTGGAAACAG CAGCCTATTG ACTTAAAATT TATAGGTCTT
CATAATATCA CAGGTAATGA GGCACTGGAA TTTTTTATAG AGAGCAATAG TGACAAACCT
ATATATGCAA ATGATATAAC GCTGAGCTTG GAAACTATAG ATAGTGCTGA ATTTAGACTA
AATGATAAAC TTGCTTCCTC AATTAGCTTA AATGAATTAT TACCTCATAA AGCTATTGCA
TTAGATAAAG GCACCACAAT CATTCCAGTA AAGCTACAGT TACAGAAAGC ATATAAGCAA
CAACAAGCTA CCATAAACTT AGTATTGAAG CGACATGAAA CATCGATAAC TAGTAATACA
ATTACTTGGT ATGGCCAAGA GGATATTGCC CTGGCATTTC CTGATTTAAA GGCAGCGAGA
ATAACAGGAG ATGAAAAACT AGCCTTTACT ATTATCAATC AGAAAGACCC GGTCGATATG
GATGAAATGT TAGTATGGCT AGAAGCGCAG AACAGCTCCT TCCCTATTGA AAATTTATTT
ACTTTAAACG GTATGGCTAT ACCTAGTGAA GGAATTCGTC TATCTAGGTT AGTAATAGAT
CAACGTACCA CTGTATTAAA CAAAGGTAGC AATACAGGCA CGATCACTTT ACAATCACTT
ACAACTAATA AACTTCTAGA AGCTACTATT AAGGTATATC TAAAAAGGAA AGGACAAGTT
TGGTCTAGCC CAAGCATCCA ATGGGAAAGA GGAGAAATCA AACTGAATTT TCAAGATATT
CCTAACAGAC AGCTTAGGAA TGCTGACGTT TTAAATTTTA AAATCAAGAA TAATGGGTCA
TATGTCGAAA CAAAAGATAT TTTATTGGTG TTAGACAATC CAGTAAAAGA TCATTATAGT
TTTAAAATTA ACAACCAACC ATTAGATGCT AATAATAGCA TAAATTTAGC TAAGGTATTA
CCTGCTTATT TAACCGAATT GAGTCCTGCA CAAGAGGTAA ATATTAGCAT TAAAAAAGAA
GAAATAGAAA CTAGCAGTCC TGCTACGGCA GCTTCCATTT CTTTACAATT AATAAATCAA
AATGCTACGT TTCAATCTGA AAAAGTAGAA GTAAGCTGGG AACTTAAAAA AGTTAATTTA
AATCAAAAAT CCAGTATCCA GAATTTGAGA AATAATACCA AAACAAAGAA TAAAAATATT
GATTTAAAAC TAGAAGTAGG TCAATCAGAG TTAGAAGGCG ATACTAAAAG CTTTACAGTA
ATTATACTTA ATCAAGGTGA CACAATAGAT GCTGGCGACC ATAAAAAAAT ATCCTTATAT
GTTACAAGGA TCCAAGGAGA TGGTACAATT CCAGCATTAG ACAATGGCAA ATCAAATAAG
GGTAAAAAGT ATAAGTTTGT AAACAACCTA TTTGAATTGC CTTCTCAAGC TTACTGGGAG
AAGAAACTAA CCTTAGCAAC TAAAGACCAA GCCATTATAT ATGAGTTACA ACTATATCTC
AATAAAAAAC CTATAAGTGA GCCCTTACAG GTAACCTGGA AACCTAAACC AATTGGGCTA
CAACTTAAAA TTGATACACA GGCACCTAAA TGGAACCAGC AAGATTTTAC TATACGCGTC
ATTAATCCAA CCGATAAACT TGTCGTCCCA CACGATGGGA TAAACATAAA AGTTACCAAT
ATCAAGGGAA GTGGTATTAT TGCTAATTTA AAAGGTTTTT CGCTCAGTCA AAAAAATAAA
AAGGACTACC TATTCATACA TCCCACTTTT AAATTAGAAC CTGCAACCGA GTGGCAAGAC
AACTTATCCA TAGAACCTCT TGATCCCTTA TTATCAGATC AAGAAATTAT TTATGAGCTT
CAATTGTATG CTGAAAATCA AAAGATAGGC GATCCTGTTC TAGTAAAATG GAAATCAAGA
AGAAGTAAAC TACAGGTTAC AATTAATAAG AAAGAATTAG AAGGGCCTAA TAATCATTTT
AAGATTACTG TACTTAACCA AGGAGATATT TTAAAGGATA TAGAGACTGA CAGAAGCAAT
GAAGGAACCT GGTATATAGG TATAGAAAAA TTACATGGAG ATCAAGCAGA TTTGGAATTT
CTTGGTAAAG GACAGAAAAA GAGTTTCTCT ATACGCACTA AAGGAAGCAA AACTTTAAGA
ATTAGCTCTC CACTTAAAGA CCAATCTCAA AGTTACTCAT TTCATATTGA GCACCATAGA
GAAACTAAGG TGCAATTTAG ATTCACGTTA CTATATGTAT ATAATATTGA CAATCAAGAA
AAAGTAAAAA CTATAGGCAC TCCCATAACA GTAACATGGA AAAACACTAG TAAGTGGCAG
AATTATGAAT AG
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| Protein sequence | MLVEGIQLSF IIFYNYKSLI YISMSLRSYT NTTQLLNRAI QLIILLIIFS IHACFCTNAS
NNQNNKKLPK PSSDIHTDKL SLSFKELALA VDKSVLIGEE RTVKVSLDTT KIDISKENRD
QVKSKRFKLK VFIKPEENTT DPNTTSYLKL PDTSKNTEIE THLYMQNDAI DLEVVPGEGV
KRVPIILALY ENDTAPAPIY STTIHWKLNA HHLLLEGLSD LINDQIINFS IKNGDNLPLD
LKNTLLTITA SQGVTFKANG KVCTSIDLQT LAQNNTIVLK PSENTPSIAL QVAEAYEAQG
SEITLAIKNG TEVIFSQVIQ WKQEPLKLKL TGLHDITDDE TLSFYIENNG NKPLNPENIV
LSLVGTPGVI YKLQDKTTDS INLEELLASN ATSLDKGTKT IPIKLQVAPN TNLNQADISL
QIKKGAEEID NKKIQWKKEP VTLKLVGLHD ITNEETLSFY IENNSNKPLN TENVALSLVA
TPGVKWKLQN ETITSISLRE LLASNATSLD KGTKTIPIHL QIDPTSNPSQ NKADITLQIK
QGNQVIEAQF IKWERQPISL RFVGVHDIID DEVLEFTIEN SGLQPIHPRD ITVSLLPTEG
VAFNLNGNLL SSINLQQILP DKTTTLNKSV STKPIQLQVA HNIGKDQAEI TLQIKQGDVV
IDSQPVQWKQ QPIDLKFIGL HNITGNEALE FFIESNSDKP IYANDITLSL ETIDSAEFRL
NDKLASSISL NELLPHKAIA LDKGTTIIPV KLQLQKAYKQ QQATINLVLK RHETSITSNT
ITWYGQEDIA LAFPDLKAAR ITGDEKLAFT IINQKDPVDM DEMLVWLEAQ NSSFPIENLF
TLNGMAIPSE GIRLSRLVID QRTTVLNKGS NTGTITLQSL TTNKLLEATI KVYLKRKGQV
WSSPSIQWER GEIKLNFQDI PNRQLRNADV LNFKIKNNGS YVETKDILLV LDNPVKDHYS
FKINNQPLDA NNSINLAKVL PAYLTELSPA QEVNISIKKE EIETSSPATA ASISLQLINQ
NATFQSEKVE VSWELKKVNL NQKSSIQNLR NNTKTKNKNI DLKLEVGQSE LEGDTKSFTV
IILNQGDTID AGDHKKISLY VTRIQGDGTI PALDNGKSNK GKKYKFVNNL FELPSQAYWE
KKLTLATKDQ AIIYELQLYL NKKPISEPLQ VTWKPKPIGL QLKIDTQAPK WNQQDFTIRV
INPTDKLVVP HDGINIKVTN IKGSGIIANL KGFSLSQKNK KDYLFIHPTF KLEPATEWQD
NLSIEPLDPL LSDQEIIYEL QLYAENQKIG DPVLVKWKSR RSKLQVTINK KELEGPNNHF
KITVLNQGDI LKDIETDRSN EGTWYIGIEK LHGDQADLEF LGKGQKKSFS IRTKGSKTLR
ISSPLKDQSQ SYSFHIEHHR ETKVQFRFTL LYVYNIDNQE KVKTIGTPIT VTWKNTSKWQ
NYE
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