| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_1944 |
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| Symbol | |
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| ID | 6377592 |
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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 | 1766853 |
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| End bp | 1770512 |
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| Gene Length | 3660 bp |
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| Protein Length | 1219 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003573275 |
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| Protein GI | 294661399 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | 28 |
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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 | TTGATAATAA AGCTGACTAG TTTATGCTGC TTATTAACTA TAGCTTCTTG TCAGAAAGAA
TGTAAACCAA GAGCCTTACA TCATAAAGAA TCAGATTTTA AATTAAAAGT ACTTACTAAA
CACTTAGCCC GGGAAAATAG AAATATAAGA TTTAAAGTAG AAAGAAATAA GAGCAGCAAT
GCTATTTCAA ATGGAAGCCT ATTTTTACGA TTGACTCGTA AAGAAGGGCA AAGTGCTACA
ATTATGACAA AAACAGGAAC AGAACTCGCA GAGATATCAC CTGGTTTGTT TGAATATAAT
ATAAAGAGGC TAGACGAAGA TATTGATGAT TTAGAGATTA AAATAGATGC AGAGAAGGAA
CAAAGAGCCG TATTCGAACT TGAGCTAGTT TACAACCAAG AATATCAAGG CAAACCTAAG
AGAGTAACTT GGGAATACAA AGATATTAGA TTAGCTATCA AGGGAATTCC TAGAAAATTA
TATGATCATA AGAAAGGGCT TCCTTTCAAA ATCAAAAGCA AAGGCAAAGA CAAGCCAGAT
GAAGATCAAA TTGTACTCAC ATTTACAAGA AAAGATGGTC ACAAAGCTTA TATTAAAGGA
CCAGCAGGCT CGCCAAATTT CAAATCTGAC CACCAAGCAG GAATTTTTGA GTTATCTATA
CAACCAAACG ACTTTGTGGA GGCGAACAAC ACTTTAAGTA TTGAAGTTGA ACCAGGAGAG
ACCAAAGCCA CATTTGATGT TCAGCTAGCT TATAAAGGTA CAAAAATAGG GAAATCTAAG
ACAATTACCT GGATGGCTAA AAAAATTAAC TATTCATTAA AAAATGTAAC GCAGGATTTA
AGGGGAGATA ATAATGATAT AGAATTTTCT GTAAAGCTTA AAGGGCATGA GCTAGAAGAC
CTGGATGATA ATCTAATTTT AAGGATAACA AAAACACTTG ATAGCAATGC ACGCATTATT
GGTGCTACAG AAAAAGAAGA TGGAGAAATA GATAAAAAAA CCGGTAAGTT AAGAACCTTT
TTTGAGCTAC CCATAACCAA AGAAAATTTA AAAGGACACT TGGAAACAAA AGGTAAAGAA
CCTATCAAAG GCTTAAGTAT AGAAGTAGAT AAAGGAGATA CATGTGCACA GTTTAAGCTA
CAGCTAGTCT ACAACAATAT GAATGTAGGA AAGCATAAAC TGGTAACTTG GCGAGCTGCA
GATATTAGGC TAGAACTGAA ATTTACTAAG GAGAACAAAA AATTGGTAGG TGAAGGAGAT
GGGCAGATTA TTAAATTTAG TATTGATGAT AAAGGAAAAG ATAGGCCAGA AGAAAGTAGA
ACAATCCTTA GAATAGAAAG GCTTGTGAAT ACGAATGCTA AAATAGAACT AGCTACTGCT
AAGGCAGCAT CTGATACTAC TGCATCCAAG TCCCTTGAAG TAGGCCCTGG TATTTTTGAG
ATACCCCTTA CTAATTATGA AATAGAATCT ACCTTTATCG ATAAACTACG TATAAGCACT
CAAAAAGGTG ATAAAGAAGC TCAATTTAAC GTACAGCTTT TCTATGATGG TATGGAGATA
GGCAAGCCTA AAACCATAAC TTGGAAAGCT AAAGATGTTA GATTAGAACT AGCTGGCCTT
CCTAAAAACA AGAAAATAGT TGGGCGCGAG AATACCAATA TAGACTTTAA AGTAAAAAGC
AAAGGCAAAG ACCAGCCAGA AGCAGAAAAG CCATTAATAC TTAGATTTAC AAGGATAGAA
GGATATGATG CTAAGATAGA GGGTGAAGTT CAAGGAAAAA AAATTGAACC AAAAGGACAT
GGTGTGTTTG AATTAGAGTT AGACTCCATC AATATAGGCA ATACTTTAGC AGGGCTAAAT
ATGGGGCTTA GGGACGGAGA GATCAAGGCT AAATTTGAAT TGCAGCTTGT ATATGATGGA
ATAGCAATGG GTCAATCTCA AACTTTAACT TGGGAAGCTG AGCATGTTCA ACTTGATATC
CAAGACTTAA CAGAAAGATT AAGAGGAGAT ACAACAGATA TCAAATTTAA GATAAAAAAT
AAAGGTAAAA ATAATCCAGA AAAAAACGAA CTACTTCTCC GCTTAACAAG GAAAAAAGGT
TACAATTCTA AAATAGTGTA TATAAATGGT GAGGTAGATA AATTTAAGGA TAAAGGAGAG
GGTTTATATG AGCTTAAAAT AAATATTGAC CATTTAAACA GAGAAATTGC AGACTTACGA
ATAGACCCAC GTGTTGGAGA AGCCAAAGCT GAGTTTAGAT TACAACTTGT TTATGATGGC
ATCGATATAG GGGACGCCAA AACTTTAATT TGGGAAGAAA AAGATATACA GTTACAACTA
ACTAACGTAC ATAACAAACT AGGGGGAGAA GATGATAAAA TAAAATTTAC CATCGTTAAT
AAAGGAAAAG ATAAGCCGGA AAAAGGTAAG TTATATATAA AGTTTATAAG AAATAAAGGA
CACCTGGCTA ACATAGGTAG AGTATCTACC GGGGAGAATA TGGATCCGGG TATGAAGCCA
GAGAGCGCCA ACGAAACAGG GAAGGGTTTT TTTGAATTTC CATTAAATAG TGATGATATA
GGCAATGAGA TTGCAGACTT TGTAATACTA CCTAGAGAAG GTGAGAGAAA AGCTAAATTT
ACTATGCAGC TTGTATATGA CACTGTAGAA ATAGGTAAAC CTAAAACCAT TACTTGGGTA
GAAAAAGTAA TAGGATTATA TATAACCGAG CTTTCTACTC TATTACGTGG ACATGGTGAG
GAAAACACTA CTATATCCTT TAAAATAAAA AGGGATGCTA AAGATGTACA AGAAAAAAAT
AGCCTAGAAG AAGGAAAGTT ATCAGTTAGG TTTACAAGGA AAGAAGGAAG ATCTACTATT
AAAGCTAAAC CTAATGTAAA TGTAACTCCC CTACCATCTA GTGAAAAGTC AGGCATATTT
AAATTTAATA TTAGCACTAC ACAACAAGGT AATTTGCTTG AATATTTCAT GATAGAGCCT
GCAGACTATG AAAAAAAGGC TAGATTTAAA ATAGAATTAA TTTATGATGG TAAAAAAGTA
GGAAACCCAC AAGAGGTAAT CTGGACACCA AAAGACATTA AGCTTAAGTT GAATGTAGCA
AAAAGCCAGA TAGGGGGTGA TATGAAGCAC GAATTTAAAC CAACAGATAA TATACTAGAA
TTTACTGTAG ATAATAAAGG AAAAGATTCA CCGAAACAAG GAGAGTTGAT AGTACGAGTT
AAAAGAATAA GCGGAATGTA TGTAGATATC ATTCTTAAAG ACCAACCAGG CATTATTGCT
AGTAGATTTA AACCAAACTC AAAAGATGGA TACTTTGATT ACGAGTTAGA TGTTAAAAAA
TTGGGGGTAC CGATCAACGA CCTAATGATA CCTAGTCTAA CCGGAGCTAG AGAAGCCTCA
TTTACTCTTC AGCTTATCTA TGAAGGCGTA GCAATAGGCA ATACAAAAAA TGTGGTTTGG
AAAAATATGG CTTTAATAAG AGGAGAAGAA GAGGCCAAAA AAGCCAAGAG AGAAGTGGAG
AAACAGAAAA GAGAAGCAGA GAAACAGGAG AGAAAGATAC AGAAAGAGAA AGAAAAAGCA
GAAAAGGAAC GAGAAAAAGC CAAAATAGAA GAAGAAAAAG GTGAAAAGAA GGGAAACTAA
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| Protein sequence | MIIKLTSLCC LLTIASCQKE CKPRALHHKE SDFKLKVLTK HLARENRNIR FKVERNKSSN
AISNGSLFLR LTRKEGQSAT IMTKTGTELA EISPGLFEYN IKRLDEDIDD LEIKIDAEKE
QRAVFELELV YNQEYQGKPK RVTWEYKDIR LAIKGIPRKL YDHKKGLPFK IKSKGKDKPD
EDQIVLTFTR KDGHKAYIKG PAGSPNFKSD HQAGIFELSI QPNDFVEANN TLSIEVEPGE
TKATFDVQLA YKGTKIGKSK TITWMAKKIN YSLKNVTQDL RGDNNDIEFS VKLKGHELED
LDDNLILRIT KTLDSNARII GATEKEDGEI DKKTGKLRTF FELPITKENL KGHLETKGKE
PIKGLSIEVD KGDTCAQFKL QLVYNNMNVG KHKLVTWRAA DIRLELKFTK ENKKLVGEGD
GQIIKFSIDD KGKDRPEESR TILRIERLVN TNAKIELATA KAASDTTASK SLEVGPGIFE
IPLTNYEIES TFIDKLRIST QKGDKEAQFN VQLFYDGMEI GKPKTITWKA KDVRLELAGL
PKNKKIVGRE NTNIDFKVKS KGKDQPEAEK PLILRFTRIE GYDAKIEGEV QGKKIEPKGH
GVFELELDSI NIGNTLAGLN MGLRDGEIKA KFELQLVYDG IAMGQSQTLT WEAEHVQLDI
QDLTERLRGD TTDIKFKIKN KGKNNPEKNE LLLRLTRKKG YNSKIVYING EVDKFKDKGE
GLYELKINID HLNREIADLR IDPRVGEAKA EFRLQLVYDG IDIGDAKTLI WEEKDIQLQL
TNVHNKLGGE DDKIKFTIVN KGKDKPEKGK LYIKFIRNKG HLANIGRVST GENMDPGMKP
ESANETGKGF FEFPLNSDDI GNEIADFVIL PREGERKAKF TMQLVYDTVE IGKPKTITWV
EKVIGLYITE LSTLLRGHGE ENTTISFKIK RDAKDVQEKN SLEEGKLSVR FTRKEGRSTI
KAKPNVNVTP LPSSEKSGIF KFNISTTQQG NLLEYFMIEP ADYEKKARFK IELIYDGKKV
GNPQEVIWTP KDIKLKLNVA KSQIGGDMKH EFKPTDNILE FTVDNKGKDS PKQGELIVRV
KRISGMYVDI ILKDQPGIIA SRFKPNSKDG YFDYELDVKK LGVPINDLMI PSLTGAREAS
FTLQLIYEGV AIGNTKNVVW KNMALIRGEE EAKKAKREVE KQKREAEKQE RKIQKEKEKA
EKEREKAKIE EEKGEKKGN
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