| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0955 |
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| Symbol | |
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| ID | 6377106 |
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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 | 1232823 |
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| End bp | 1238201 |
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| Gene Length | 5379 bp |
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| Protein Length | 1792 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 642682081 |
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| Product | hypothetical protein |
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| Protein accession | YP_001958042 |
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| Protein GI | 189502325 |
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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 | 26 |
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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 | ATGAATGAGA ATCACTTTTT AAGCCGAAAA TGGCTTAATC GTATACTAGT TATAGGATTA
AGTTTAACAT TAACACTTGG TCTATTACCT CTAGAAGGTT GTTTAGAATT TCAGAATCCA
ATTATGCCTA TGCAACAAGG CCAAGGGAAA ATGGATTTTA AATCTTCTGT ACAGCAATCT
GATAAACAAC TTAGCGATTT AAAGGATACT TCTGTAGCGT TAGCTGATGA GCCCATTGCT
AACAATGAAG ATTTATCAGG TAATCCTATT CAGGAAAAAC AAGAAGATGT GGATGCGAGT
ATAGCTATCC AACCATCTAC AAAAACACAA GGAGAACAAG AAAAAGATTT TTTAGTACTA
GCTGGTAAGC CTGCAATTAG TTCACAGTAT TTATCTAGCG ATAAAGCTTC AATTATACAA
GAGCAGGAGC CAGTAAATAC AACAATTCAA GCCGAGCAGC CTTCTATAAA CAGGAACCCT
AGTACTTTTC TTTTTCCTAG ACATAATAGA ACGGCAGCTA GTAAAGAAGA CCAGACAGCA
GGCATTAAAA AACAGTTAGA TACATACGCT ATAAGCCAGA CAGAAGTATT AAAAGCTAAT
CAGCACAGAG CTAGCCAAGA GCGTAAAGAA AGTAGCAGCG CAGTAAAATC TCTACAATTA
GCTCCACGTT TACGTAGTGA AATTATAAAG CTACTTGCAA GCAAAGGCAT TTTAAAAACA
GATAAAGTAT TACAAGAACT AGGCGATAAT GATCTTGTTT GGGTTACGCT TGCTGGTAAT
AGTATGCTGT CTGTTGCTAT AAGCCAGGTT GAAAGCCAGA ATAATTTTAA TGAAGCCAGC
TTTATCAATG CTGATGCTCA AGTGGGGCTG CTACGTATGA GAATCATACA AATGCTTTCT
AATGCAGGAA ATAAGATAGC TATATCACTA AATAGTAAGA TTGAAATTGT CTCAGAAAAT
ATTACCGAGA ATAAAGGCTA TTGGGCTCAT ATAAGCTCTC CTACTCAAAA TACTAAGGAT
GGAGGAAGAA GCGGTGAAAT TGTTATACAA TTTAGAGCAA AAGAATATAA AACATTTTTA
AAGCCACAGC AAAATAGGGT AGGGACTACG CAAAGAATTA AAGGCAGCTC GTTAGCAGAA
AAAAGCCAAG AAAGAAAAGG GAATAATAAT GGATATAGTA ACAAAAAGAG CGCTCGGAAA
AAATTAGGAG AACAGGAAGT TATAAAAGGC CAGTTATCAG GTAAATCTTT TAAGCTAGGT
AATGGAGATA AAGTTACCTT TTACAAACAA GGAGAAGAAA GATTATTGAA AGCAAAGATC
AAGAAGAATG ATAATAAGGG TAAAAGGAGC GAAGAAGTAT TACCTGTACG TATTGCACCT
GGTATTAGCT TAAGAAAAAT ACTTAATGCT GAACAAAAAT ATATCGATAG ATATATAAAA
GTTGTTACTC CTAGTCCTAC TAGTAAAGAT AGACAACCTT ATGTAATGAT AGGAGAATTC
TCTGGGTTAA ACGGAGGAGG AGAAGATGAT GATATGGATG AAGAAGAGCG CTTTTCAGTT
CCAACTACCC CAGATATATC ACAAGATAGC TATGAGAATA GAGAAGATGA AGAAAAAAAG
ATGGATGTAG TAAATGAAGA GGGGGTAAAA GAAGAACAGG AAGATGACTT TTCAGTTCCA
ACTACGCCAG ATATATCGGA AGATAGTTAT GATCGTATAG GATGGGGGGA TGGTGTAGGT
GAAGCAAAAT ACTTCTTTCC AACTACCCCT GACATATCAC AAGATAGCGA AGAACATAGC
TCTAACTTAA GTAGCACAAT TAGTTCAAGT AGCTCAAGCA GTTCATATAG TGCAAGTAGC
ACAAAAACAA AGAAAAGGAG GGTAATAGTC AGCGAAAGTG ATGGAGAAGG TGAGGATAAT
ATAGCAACAG AGAAGATAGA TGATAAAGAA AAGGAGATGG ACATAGTACA TGAAGGAAGA
GAAGAACAAG AATGGGGAGA TGATATACTA GTCCCAATTA CTCCTGATAT ATCAGGAGAT
AGCTATGAGC GTAGAGGATG GGGTGATGAT GTAGATGAAC GAGAACACTT CTTTCCAACT
ACACCAGATA TATCACAACA TAGCGAGGAA TATGGGGGTA GAGAAAAGGG ATATACCCCC
AGCACTACCA GTTCAAGCAG CTCAAGTAGC TCAGGTACTT CAAGTAGTTT AAGCAGCACA
AAAACAAAGA AAAAAAGGAT AATAGTCAGC GAAGGTGAAG AAGATGAGAT GGGTATAGTA
ACAGAGGAAA TGGATGAAAA AGGAAAGGAA GAAGAAAAGG AGATAGGCAT AGTAGAGGAA
AAAAGAAAAC AAACAAACAA AAGAAAACTC CAAACAGAAA AAGGTTGGAA AAGCACATCA
GAAAGTAAAA AGCAAAAAAA AGGAACAGAT GAGGAGACGA TGTTAGAGGA TTTTGATAAG
CCTTCTAATA ATCCAGATAG AAGTAGCAAG CAAGAGATTA GATTATTACT AAAAAAATTA
CTATTAACAG ACATAGGAAA TATTCTATCT GTTAAAGACG TTGAAGCGGA AAAAGTATTA
AACTTATTTC TAGCTAAATC ACCAAAAGAA CGAGACGAAT TCCTAGCAGC TGCTGAAGAT
GAGAATAATG CCGAGGGGCA GTTTTTAGTT GCTGAATCCA AGTTTGCAAC ATCTGGCCGA
ATTTATCGTG GGCTTAAAAA CTCAAAAAAA CCTTTAACGG ATATTAAGCA ACTGCGTAAC
CTCCTTTATG AATCTATTAG ACTCTATATA AAAGCATTTT TTAACGGAGA TACTCGTTCT
GAATACCAAC TTAAATTATT AAAGGATACA AGTCTATTTA ATGATATTAT TCAAAAGCTT
GGAAGAGAAG CGAGTAAAGG AGAAGTAATA GGAAATACTG AAAAAGCTGA AAAAGCACAG
CAGTCGCTTA CAAGATTAAA GAAAGCAGGA TTATATGCTT ATCCCTATGA AAATGAGATT
AAGGATTTAA AGGATGCATA TAAGAAAGCT GTAATAGCTG CTATCCGTCA TATACATAGG
AAGAAAGGGA TAACAGACAA GATGGTTGAG AATGTATACA AAGCCTTTTT ACTAGATGCT
GTAAAAAGCT TTAGAATGGG TACTACATTT TTACAAATTT CCGATATCGT TTTTATGGAT
GTTGATCGGT CAAAGGCACC TAAATTTATT TTGTGGGGTG GAAAAAACTC AATGGGACAA
CAACCTGCTG CCACAGAAAT TACTGGGCCA TTGTTTGTGT CTAAGAGTAC CAATAATTAT
GATGATGCTG TAATGAGTAT TGATACTTCT TCAACCGGCG AGGATGAAAC GGCTTATTGT
GTAGCTAAGC GTAGCGGAGA CTATTATTTT ATATTAGCTC TAGGAGGTAT GGAAGGAGGA
TATGTTACTG AACGAAAGCC AGAAGGTCAT AGTGACAAAG TTGCTGAAGC ATTAATAGAA
ATTGCCTTAG AATATGGGAT TAAAACTGTA GTAGTTGAGC ATATCCATGA AAAAAGTTTT
ATCAACACTT TACAAAAAAA GTGGGTAGAA AAAGCATATA CTTTATCGTT GGATGTTAAC
AATTTAAAAT TTGTTCCAGA TATACCAAAA GGAGAAAAAG AGGAACGAAT TAAAAATGCG
CTTTGTCCTC TATTAAGTGA ACACAAGCTT ATTATGCATA ATCAGGCTCT TATAGAAGAT
TTGAAGCCAG TGCCAACAAA GGAGTTACAT TATAAATTTT TTTACCAGCT AATGGCTATC
AGGTTAAAAG AATATAAAGA TATTGCAGGA GGTTTGCTAA AGCCACAACA TGATGATCGG
CTAGATGCTG TAGCTGCTGC AATTGATTAT TTAAAGAAAT CTGCGAAGGA AAAGAAAGTT
TTCGAAAACA AATTGAAAGA GACTGAGAAT GAAGATAATC CCAATTATGT TAAATCGCTA
TTGTATGTAG CAAAGAGATA TATGAAAGGA GATGTAAGCA CGACTAACGG TGGTATACAG
ATAGTAGAAA AAGATTATAA ACAGGCACTC AAGTTTTATG AAAAGTTTTA CCAAGTTTAT
GAAAATATAA AAGATAAGAG CAGTATTGAA AAGAGCCAAT TTAAGCATGA TTATTCAGAA
GCATTATTTA GTATGGGCAA GCTATATGAG CATGGTTGGG GAGACCTACC TAAAGAGCCA
GCTAAGGCAG AAGGTTTTTA TATCCAAGCT TCTAACCTTG GAAATGCAGC GGCAAGTTAT
AGACTTTATG AGAAATATTT AAAAGATAAA GGTAAATCTG AATCTGAAAG AGTAAAACAG
ATAAGCAATT TAATCGATTT GTGTCGAAGA GCAAAAATAG AATTTCCAGA CGGCCAAGAG
GAGTTAACAG ACTTTGAAAA GGAACGAAAA CAATCTGAAG CAGCTAGGCG ATATAAACTT
GCTAAACTAT ATGACACATT ATCTACTGAG CAAAATGGTA CATTGGAGAA AGATAATTCT
AGAAATAAAG CACGTAAATT CTATCTAGGA GCATCTAAAA TTGGCAATAA AAAGGCACAA
TATAGATTGG GTATTCTATA TCGCAACGAG AATAATCTAA GTGATGCATT TAAATTATTA
GAGGAAAGTG CTAAACAAGA ATATATGCCT GCACAAAACA TATTAGGGCA AATGTATTAC
GAAATTAACG CTGACAAAGA AAAGGACTAT CCAGAAGCGT TTGGTTGGAC CTTGCGGGCA
GCATTACAAG ATAATCCAGC AGCACAATGT AGGCTGGCTA GAATGTATAA AAATGCCCAT
GGTGTAAAGA GGCCCAATTA TCAACTAGCG CTTAAGTGGT ACTTAAAAGC TGCTGGACCT
AGTCTTAAAC TTAAACAAAA GGATGAAGCA AGAAGAGTCC AAGTTTATGC ACTTTATAAA
TTAGGTAAGA TGTATGAAAA AGGGCGTGGG GTAGAACCAC CAATAAAAGA TTTCCAAAAG
GCAAAAAAAT ATTATATCGA CGCTAGTAAT TTAGGACAAC TGGAGAAAGC ACAATTTAAC
TTGGCTAGAT TGTATGAGGA TGAAGGAAAT GCAGGTTTTG CAAACGTGTT TTATATATCA
GCAGCAAAGA AAGGGCATAA AAGGGCAAAA GAAAAAGTAA ATTTAATACA TAGTGAATAT
GAGAAACAAC TAGCAATCTT AAGACAAAGA AAGCTTGAAA TAGAGGTGAT GAAGCTAAAG
GCAGAAATAG GACGGTTGAC ACTATCACCC CAGGAGGAGT CAGGGTTACA AGAGAAAGAA
AAAGACTTAT TAGGAAAAGA AAAGGATTTA GAGGAAAAAT TAAAAGAGTT AGTTTTAGAA
GATGCGAGTG TAACATCACC TGTACAAGTC AAGATTTAA
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| Protein sequence | MNENHFLSRK WLNRILVIGL SLTLTLGLLP LEGCLEFQNP IMPMQQGQGK MDFKSSVQQS
DKQLSDLKDT SVALADEPIA NNEDLSGNPI QEKQEDVDAS IAIQPSTKTQ GEQEKDFLVL
AGKPAISSQY LSSDKASIIQ EQEPVNTTIQ AEQPSINRNP STFLFPRHNR TAASKEDQTA
GIKKQLDTYA ISQTEVLKAN QHRASQERKE SSSAVKSLQL APRLRSEIIK LLASKGILKT
DKVLQELGDN DLVWVTLAGN SMLSVAISQV ESQNNFNEAS FINADAQVGL LRMRIIQMLS
NAGNKIAISL NSKIEIVSEN ITENKGYWAH ISSPTQNTKD GGRSGEIVIQ FRAKEYKTFL
KPQQNRVGTT QRIKGSSLAE KSQERKGNNN GYSNKKSARK KLGEQEVIKG QLSGKSFKLG
NGDKVTFYKQ GEERLLKAKI KKNDNKGKRS EEVLPVRIAP GISLRKILNA EQKYIDRYIK
VVTPSPTSKD RQPYVMIGEF SGLNGGGEDD DMDEEERFSV PTTPDISQDS YENREDEEKK
MDVVNEEGVK EEQEDDFSVP TTPDISEDSY DRIGWGDGVG EAKYFFPTTP DISQDSEEHS
SNLSSTISSS SSSSSYSASS TKTKKRRVIV SESDGEGEDN IATEKIDDKE KEMDIVHEGR
EEQEWGDDIL VPITPDISGD SYERRGWGDD VDEREHFFPT TPDISQHSEE YGGREKGYTP
STTSSSSSSS SGTSSSLSST KTKKKRIIVS EGEEDEMGIV TEEMDEKGKE EEKEIGIVEE
KRKQTNKRKL QTEKGWKSTS ESKKQKKGTD EETMLEDFDK PSNNPDRSSK QEIRLLLKKL
LLTDIGNILS VKDVEAEKVL NLFLAKSPKE RDEFLAAAED ENNAEGQFLV AESKFATSGR
IYRGLKNSKK PLTDIKQLRN LLYESIRLYI KAFFNGDTRS EYQLKLLKDT SLFNDIIQKL
GREASKGEVI GNTEKAEKAQ QSLTRLKKAG LYAYPYENEI KDLKDAYKKA VIAAIRHIHR
KKGITDKMVE NVYKAFLLDA VKSFRMGTTF LQISDIVFMD VDRSKAPKFI LWGGKNSMGQ
QPAATEITGP LFVSKSTNNY DDAVMSIDTS STGEDETAYC VAKRSGDYYF ILALGGMEGG
YVTERKPEGH SDKVAEALIE IALEYGIKTV VVEHIHEKSF INTLQKKWVE KAYTLSLDVN
NLKFVPDIPK GEKEERIKNA LCPLLSEHKL IMHNQALIED LKPVPTKELH YKFFYQLMAI
RLKEYKDIAG GLLKPQHDDR LDAVAAAIDY LKKSAKEKKV FENKLKETEN EDNPNYVKSL
LYVAKRYMKG DVSTTNGGIQ IVEKDYKQAL KFYEKFYQVY ENIKDKSSIE KSQFKHDYSE
ALFSMGKLYE HGWGDLPKEP AKAEGFYIQA SNLGNAAASY RLYEKYLKDK GKSESERVKQ
ISNLIDLCRR AKIEFPDGQE ELTDFEKERK QSEAARRYKL AKLYDTLSTE QNGTLEKDNS
RNKARKFYLG ASKIGNKKAQ YRLGILYRNE NNLSDAFKLL EESAKQEYMP AQNILGQMYY
EINADKEKDY PEAFGWTLRA ALQDNPAAQC RLARMYKNAH GVKRPNYQLA LKWYLKAAGP
SLKLKQKDEA RRVQVYALYK LGKMYEKGRG VEPPIKDFQK AKKYYIDASN LGQLEKAQFN
LARLYEDEGN AGFANVFYIS AAKKGHKRAK EKVNLIHSEY EKQLAILRQR KLEIEVMKLK
AEIGRLTLSP QEESGLQEKE KDLLGKEKDL EEKLKELVLE DASVTSPVQV KI
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