| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0472 |
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| Symbol | |
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| ID | 6377299 |
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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 | 577480 |
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| End bp | 582870 |
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| Gene Length | 5391 bp |
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| Protein Length | 1796 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 642681632 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957611 |
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| Protein GI | 189501894 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0790] FOG: TPR repeat, SEL1 subfamily |
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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 | 24 |
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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 | ATGAAAAGAA CCTATACCAT AGGCCAGCAA CTAATGGCTT ATATTTTACT TTTAAGTTTA
TTTCTACAGA GTTGCACTGG CTTAAAAAAT CCCATTGTTC CTATCAAGGA TGAACAGCCA
TCTTTAACTT CTATAACAAG CGAACAGAAA CTACCAGCTG ACCAACAAAA AGAAATCATA
ACTTCTGATA ATCATATTAC TGCATCTTTA TCACTGGATA TTCCTTACAA CGATGCTACT
GATAAATTAT CGGATACAGA ATCATCAGCA GGCAGCACTA AAATAACACC TTTAGTAGGG
AAACAAATAG ACCAGCCTGG CTGCCAATCC AACCCAATAA ATCAGGCACA GACAATATCA
GTAAAAGAGC TTACAACAAA AGAAACATAT GCACTTCAAT TTTATTGTGA AGATGAAATA
TGGAAAGCAG CAGTAACAGA AAACGCATCC AATTTAAGTA AAGCTTATAC ATTACCTGTA
TACATAGCTC CAGGAATGGA TCTAGGAAAT ATAATGTCTT TCAATGATGA GGGGAGAAAG
AAATTTATCC ATATACATAT GCCCCAAGGG AGTAAAGAAA AATATGTTTA CATAAATAAC
TTCGGAGTTA AAGGAGGGAT GCGGTTAAAC TCCCAAACTT CCCATCAATT ACGATTAAGT
GATTATAATC AACTACGTCC CTACTTCAAT AATGAGACCT TAGAAATTAC ACCTGAAAAT
TGTAGAGCCC TTTTAACATA TACGCGTCAA TATGGGGAAG CGTTCAAGCG CCACAATGGA
TGTGTCTCTA TTAAGAATTG GGGAAACGCT AGAGAGCTTA GAACACTTAC TGAATTACTA
TCAAACTTTT CTGATATACA AGCTTTTAAA TTTGACTGTA GCAATGGTAG AGAGACAGAA
ATAGATGAAG CCATTATAAA TGCTATACAG TCTTATGAAT ATATAACAGA GATTTATATT
ATTGATTGTC AGTTAAACGA TGGCACCATG CAAGATGTAT TGTCATCTGT TAGACATCCT
GAGCGTATAA AGATTTTAAA TTTACAGAAG AATTACTTGA GTGCAAAGTT GATAGATACA
CTTCAAAAAC AGTTTCCTAA TGCAAAAATA TCTGGTAAAA ATCAGAAGGG TGGCCTATTT
AAGTCTATGC GAGGATTAAA ACTTCCTGGC ATGGCGGGCA AATCATCTCC AAAAGTTGAT
AGGCAAACTA ACAGAGATCC TGTTTCTATA CCTCCGAAAC CCATACCTAG CTTACCACCA
ACTGTTTCAG CAACTCCAAA GACAGACAAA ACTGATGTAG TTGGAAGCAC AAGAACAGCC
TCTATACGTA GCATCCCTAA ACCACTTCCA TCTACACCCA AACCATTACC ACCACGGCCC
CAATCCACTG CTACCACACC AGCCAGCATT GCCAATCCTA TGCCTACAAG GGTTGATGAT
AAACTTAATG AAGAATTCAA AACATACATC AAGCAGCTTA TCGAAATACG GGATAACGAT
AGAAGAGCAG AGGAAAGTGA AAGAGTATTT GATAAGAGTA AGAAGCTGTT AATGACCCAA
TTTAGTAAGT TAGATTTACA TTCAGATTCG CAAAATAACT TAGCTTATTA CCTTTTGCAA
ACCCTAAAGG ATAACCATGG CTTAACTGAT TTAATGCTAC AATTTGTAGG TCGGCCTCAT
GGAACACTTA CAAGGCTTTA TGAGTTGGTT GATTTATTGC ATAAAAAAGG AGCTACCATT
CCGCATAAAA TTGGGCAGGA TTTATTAGAC GAAGCAAAAG ATAAAAAAAT AGCAATCTTG
TATTACCCAC TGGGTATGTT AGGTGTTGCT AAAGCTAGTA CCGAGCTATA TTATGATGAT
AACACAAGTT TTAAAGAATT TGCTAGTGCC TCAGGCTGCG TTAAGCTAAG TTTATTACAA
TGGGTAGTCT ACAATAGTAA AATACGAAAG ACTTCTGCCC AAATAGAGCT TGTCTCAAGG
CTTGTTAATG ATCCTGCTAC TAGCACAGCT GATTTAAATA TAAAGAACAA AGCAGAAGGG
CTAAGAAAGT ATACACCTGC CATATATGCT GCCACATGGC AAGAACATGG TGCTCCATTG
GTACAAGCTT TTCTATTAAG GCAAGATTTA GACATCAATA GGATTAAAGT TGCTGAAGGT
AAGACCATAG GAGAATTAAG TATTCCAAAG TCTTTATTAG ACATGGTGGT ATATAACTGT
AGCTTTAACT ATCACACCAA AGGCACAGCT GATGAATCAC AAATTAGTGA AGCTTGGTTA
GCTGTATTAA CCAACATGCT CAAACGTGAA GATCTAAAGA TCGAAGATGG AAATATAAAG
TATGCAGAAA ATCTTACAAA ACCAGCGGCA TCAGAATGCT TTAATAAGGA AACTGCAGAA
ATAGTCCTTA ACAAGCTGAA AGCTAAACAA GCGGTATCAG TAGCAATACA AATCCAAGAT
TCTCAAGCTA TCAGCTCTAA ATATACACGC ATAAAGAAAT GGCTAACAGA TATTACTGAT
AATCATAACC AAGGTGTGCA AGTAATAAGA ACTATGACAG CTAATATGGC TGATAGTAAG
CTAAATGAGG AATTTAAAGA GTATATTAAC CAGTTGAGCC AATTATCTAA CTATAGTGGT
TTAGGGGAAA ATACCGACAG ATTAGTTGAA AAAACTAAAA AATTTATAAA CACTCATTAC
CAGCAACTAG AATCAAATCC AAACTCTACC GATAATCCCC TATATATTAT CCTTTCTTCT
ATGAAAGACA AAGGAGAATT GGGCACTTTA TGGATCCAAG GTACGCTGCT GGATTATTAT
AAATTATTTG AATTGTTGTA CAGCAAAGGT TTTTCATTAT CGAGTGAACT GGGTGAAGCG
ATTCTTGAAG AAGCAATAGA TAAAAAGATT GATAGGCTAT ACTATCCTTT AGCGTTATTA
GGAATAGCAA AAGCAAATAC AGAATTATAT TACACAACTT ATGATGGGCA ACATTGGAAA
TCACTTACAA CTATAAACAG CCCTAACAAA CTTACACTAT TACAGTGGAC CGTAAGCAAC
CGTAAGATTG CTTACCACAT AACACAACTT AAACTCTTAT TAAAACTTTT ACATGACCCT
ACCACTAGTA CATCCGATCT AAATATAAAA AGTGGAGAAG GGAATCGGGG CCCTACAGAA
TATACAGGCT ATACACCAGT ACTATATGCT GTACAAGTTG CTAAGGCACA AGCAGAAAAT
ACAGCTGCTA TGGTACAGGC TTTCTTGTCA AGAAAAGATG TGGAGGTTAA CATACCAGCA
GTAAAAGAAT CTCTACTGAA GATGGTAATA GACCATTGTA GCGATACAAT GATTACAAAA
AATGCATGCT GGTTCAATAT ATTAGAGCAC ATACTCACTA GCGAAGATTT AGAAGTAAAA
GATGTTGATG TAAACTATGC AGAGAACCGC CTTAAATCAG AAAGTAGGTG GGTAGACGTA
GCTAGAGCAC AAATAGTATT GAATAAATTA AAAGAAAGGC AAGCCTTACC ATTACCTTCT
ACAAACGATG GCATAGAAGA CAAAGAAAGA GAACGTTTTA GGAAATATCA AAAAGATGCT
GAACAAGGAT ATACATCTGC ACAATATAAC GTGGCCATGA TGTATAAAAA CGGAGTTGGC
GTAACACAAG ATTATGTTAA AGCGGTCTAC TGGCTCCAAA AGGCTGCTGA CCAAGAAGAT
ATAGATTCGC AATATAGCTT GGGCACAATG TATGAGAATG GCTGGGGCGT AGCCCAAGAT
TATGCCAAGG CAGCATTGTG GTATCAAAAA GCTGCTACTC AAGGTCATGC AGAAGCAAAA
GGCACATTAG AAATAATGTA CAGAAATGGC TGGATTACAC AAGAGAATAC AAAAGAATCA
ATATTTCCAC CAAAATATAT AAAGCTAGAC AATACGGTTA ACTTAAGAAC TAGGGATCAA
GAAGTAGAAC AAAAAGCAAT TGAGGAGGAA TCTACTGAAA AAGAGTTTGT CAAAGTTGAA
GAAGTGCATA AAATAGCGGA TAGCAAGTTA CAAGAAGCGT TAAGCCCGCT AAAAGAGCAC
TTTAAAACTT TAGCTACTTC TTCAACTCCT GAAGCTTGGA AAGCAGAAGT ACCTGTAAAA
AATGTGGAGC AGACACTCTC TGTAACTGAA CAAGAAGCGC TCCAACAAGC AGATAAAATT
GTACTTGATT ACAACGCAAA ATACCGGCAG TCAGTCCAGA ACCTTTCTCG CTTTTCTCAT
GTTAAGCAGA AATTTTCAAA GGTTTTTAGC AAAACTGCAC AGGTTACTAA AGATGTTGTT
TTAGGGCCTG AAATAAATTC TCTTATCCAT TTTCAACAAC AGGTAAATCA GGCATATGGA
TCAGAAGTCA TGAAATTGGA TCAGGGCCGC ATGGAACGAA TGCATAAAGA GCGTTTGACA
GAGTTAACAA CTTCACACCA ACAAAAAGAA AAAGGACTAG AAATTAAAAG AGGAAGAATT
CAGGCGCAAT TAAGGGTTGC CCCTCAACGC CGTTTAGAGC TTATGAGAGA GGAACAGTTT
TTAGTTAACC AACTGATTGA GTCAGAAGAA ATGTATCAAC TGACACTCAA ACGTTTACAG
AATCCAGCAC AAACTGCATT AGAGGATTTT TATGACTGGA AACGCAGTGT ATTTGTTGAT
TTTACTAAAT TACACTTAGG CAATCATTTC ATTACCTATG AGGCATTAGC GTTAGGAACA
GTAGCTCGGA AACCAGAATT TTATGAGCAA GCTTTACAAG GTTCCACCGC AATTGGTTCG
GTCCTAGCAG ATGCCTTTTT ACCATTAGGC GGCTTATTGG GAAATGTAAT AGGCGGTATA
GCTGGTAAAG GGGCTGAATT ATATGCAGAC AAACAGATAC GTATTAAAGC AGCTAAGATA
GGAAGTTTAT ATGGATACCG TGGGCTAGAA GGAATGGTTG AAGTGACACG AGAAGTTGCC
AACGGGCTTA TGTTCCGTCT TAAAGATGTA ATTATCGATT TAACTCCTGA AAGTCTGGAT
AAGCTTGCTA AAGTTGCTAC TACGCAAATG ATAGATTATG CATTGAAACA ATGGGAAGCA
AATGCAACAC AAACCATAAC AGCTGCTAAT CTGTTGCTAC GTGGCACTCA ACATCAACCA
TCTTGGTTTA AATCATTTAC ACAAAATACT AGTATAGAAT TAGAAGACGG TCGTTTTGTA
GATGGGTGGT CTTTACTTAT CCAGAACCAA CAAAAAGTTT CGTTGGATGA GAAAGGGTTT
ATGCGAACAG CACACTTTTT TGCTAAACAG GCTAAAAAAA ATGGAGCATC TTTCCTTAAT
TATACAGGCC AAGCGGTCTC TTTTGTATCT GATGTTGTGG GGGGATTATA A
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| Protein sequence | MKRTYTIGQQ LMAYILLLSL FLQSCTGLKN PIVPIKDEQP SLTSITSEQK LPADQQKEII
TSDNHITASL SLDIPYNDAT DKLSDTESSA GSTKITPLVG KQIDQPGCQS NPINQAQTIS
VKELTTKETY ALQFYCEDEI WKAAVTENAS NLSKAYTLPV YIAPGMDLGN IMSFNDEGRK
KFIHIHMPQG SKEKYVYINN FGVKGGMRLN SQTSHQLRLS DYNQLRPYFN NETLEITPEN
CRALLTYTRQ YGEAFKRHNG CVSIKNWGNA RELRTLTELL SNFSDIQAFK FDCSNGRETE
IDEAIINAIQ SYEYITEIYI IDCQLNDGTM QDVLSSVRHP ERIKILNLQK NYLSAKLIDT
LQKQFPNAKI SGKNQKGGLF KSMRGLKLPG MAGKSSPKVD RQTNRDPVSI PPKPIPSLPP
TVSATPKTDK TDVVGSTRTA SIRSIPKPLP STPKPLPPRP QSTATTPASI ANPMPTRVDD
KLNEEFKTYI KQLIEIRDND RRAEESERVF DKSKKLLMTQ FSKLDLHSDS QNNLAYYLLQ
TLKDNHGLTD LMLQFVGRPH GTLTRLYELV DLLHKKGATI PHKIGQDLLD EAKDKKIAIL
YYPLGMLGVA KASTELYYDD NTSFKEFASA SGCVKLSLLQ WVVYNSKIRK TSAQIELVSR
LVNDPATSTA DLNIKNKAEG LRKYTPAIYA ATWQEHGAPL VQAFLLRQDL DINRIKVAEG
KTIGELSIPK SLLDMVVYNC SFNYHTKGTA DESQISEAWL AVLTNMLKRE DLKIEDGNIK
YAENLTKPAA SECFNKETAE IVLNKLKAKQ AVSVAIQIQD SQAISSKYTR IKKWLTDITD
NHNQGVQVIR TMTANMADSK LNEEFKEYIN QLSQLSNYSG LGENTDRLVE KTKKFINTHY
QQLESNPNST DNPLYIILSS MKDKGELGTL WIQGTLLDYY KLFELLYSKG FSLSSELGEA
ILEEAIDKKI DRLYYPLALL GIAKANTELY YTTYDGQHWK SLTTINSPNK LTLLQWTVSN
RKIAYHITQL KLLLKLLHDP TTSTSDLNIK SGEGNRGPTE YTGYTPVLYA VQVAKAQAEN
TAAMVQAFLS RKDVEVNIPA VKESLLKMVI DHCSDTMITK NACWFNILEH ILTSEDLEVK
DVDVNYAENR LKSESRWVDV ARAQIVLNKL KERQALPLPS TNDGIEDKER ERFRKYQKDA
EQGYTSAQYN VAMMYKNGVG VTQDYVKAVY WLQKAADQED IDSQYSLGTM YENGWGVAQD
YAKAALWYQK AATQGHAEAK GTLEIMYRNG WITQENTKES IFPPKYIKLD NTVNLRTRDQ
EVEQKAIEEE STEKEFVKVE EVHKIADSKL QEALSPLKEH FKTLATSSTP EAWKAEVPVK
NVEQTLSVTE QEALQQADKI VLDYNAKYRQ SVQNLSRFSH VKQKFSKVFS KTAQVTKDVV
LGPEINSLIH FQQQVNQAYG SEVMKLDQGR MERMHKERLT ELTTSHQQKE KGLEIKRGRI
QAQLRVAPQR RLELMREEQF LVNQLIESEE MYQLTLKRLQ NPAQTALEDF YDWKRSVFVD
FTKLHLGNHF ITYEALALGT VARKPEFYEQ ALQGSTAIGS VLADAFLPLG GLLGNVIGGI
AGKGAELYAD KQIRIKAAKI GSLYGYRGLE GMVEVTREVA NGLMFRLKDV IIDLTPESLD
KLAKVATTQM IDYALKQWEA NATQTITAAN LLLRGTQHQP SWFKSFTQNT SIELEDGRFV
DGWSLLIQNQ QKVSLDEKGF MRTAHFFAKQ AKKNGASFLN YTGQAVSFVS DVVGGL
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