| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0494 |
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| Symbol | |
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| ID | 6376710 |
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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 | 609652 |
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| End bp | 614097 |
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| Gene Length | 4446 bp |
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| Protein Length | 1481 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 642681652 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957630 |
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| Protein GI | 189501913 |
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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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| 
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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 | 27 |
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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 | ATGCCTTTAG ATAAGAACTT TAAAAATCAG TTTATTAATT ATACAACGCA TGCAGTAATA
GTATGCATTC TAGTGTTGAG CATCCCATTA GAAAGTTGTT CTGAAAACAT CAGTTTTCCT
TTTAGTAAGT CATCAGCTAT ACAAAAAATA GAGCCTACAG AGAAAGAAGA TTTTTCAGAA
GAGGTTCAAA TAACCTCGAT CGATCATTCA AATACCTCCT ATATATATGA TCTATATAGT
GCAACTACAA TTAATAACCT AAGTAATAAT TCAGAAAAAG CTGATAGAAA TAGAGAGGAA
TTTGATTTAT TCTCTAAAAA AGATATAGGA GACACGAGAA TACTTCCTAG AGAGGAGAAG
GAAAATACAG TAAAGACACA AAAGCAATTA GAAGAAAGAA CCTTTAAAAC AAGGAAAGGA
GGATATACTA TTAGATTTTA TAAACGAAGC GAAAAATGGA TAGCAAAAGT TACAGATTAT
GATAAAAAAG AATATGATTT ACCAGCTTTT TTAAGCGAAG AAGATATAAA ATATCTAATT
TATTCCGTTC CTACTACCAT AAGCTCCATA CAAGTTATCT TGCCTACTAC TTCCAAAGAA
GGTTATGTTT ATGTGGGCAT TTTGGTAGGA GGTATGAAAA GAAAAGAACC AGAGAAAGAA
GAAGAGGAAG ATAGTAATGT TCCTCAAGAA CCTAGTACTA ATAATAAATC AGCAATTTCT
AGTTCAAGCA CAGCATCTGC TCCGAGGAAA AGGCCTCTAA GTCTGAAATT AGGGAAGAAA
CCAGAACTAA AAAAAGTACA ACCTAATACA GAAAAAGAAG AAAAGGAAGA TAGTAATGTT
CCCCAAAAAC CTAATACTAA CAATAAAACA TCAATTGTTA TTTCAGATAT TATTACAAAA
ACGAGACCCG CATCAACGGG CCGTCTAAGT TTAAGCAGGA ACAGGAACAA GAATACAGAA
CTAAATAAAA TCAAGCAAGA AAGCCAATTA ACGCAGACCT CTCCAATTAC TGCGCCTTCT
AGCACTGCTA CGATCTCGAA CGAGGAAAGA AGAACAGAGG AAAAAAGAAA AGAGAAAGCA
GATGATGAAA AAGCAGGAGG AACGCTTGGT TCTTCTATAA AATTCCCAGA GGATTTATAT
TATGGCGATA ATGATATTAC TGATTTTATT GAAATTTTCT TTAAAAACCA TTCAATTTAC
AAGTATTTCC AGAATAATAA TTACCTACTT TCTTCAAGCA TAGATACATT TTCTCCTATT
GTTGATGAAC AAGATAGGCG TGCTTATATC GTTGCAATTA GCCCTGCCAT TGATAGAACA
GGTCTAAGTC GTACGCAAAA CCTTAGGACA GGAGGTACTG CTTCCAACAC CAATATTGAT
TACTGGCTTG ATAAAAGCAC GCATCCAAAA GATACACCAG AAAAGTTATT AGAAGAATTA
TTAGATTTTG ATCTTTCCTT AGAAAGAAAT CCATATGGTG CATTACTTGC AAAAATAGAA
GAGGTACAAC CTAATTCAGA CCGAGTAAAG TTTATTGACA AGATTGTTGA AGAAACAGGA
GAAGGTGTTG AAAAAATTAT TGCTGGATTT AAACGAAAAC TTGATGAAAT AAAACAATCT
AAACATAATA AAGACATTTT TGATGAATTG ATGCCTGCTT TTCTTAAAGG AGACGCTTCT
TATGCAAAAG TTTTAATTCC TTATAATTTA ACTCAATCTC ACTGGCTAAC AGGAGAAATT
TGCATTCATA GAGAAGATAA CAGCTATCAA GTTGAAATTT TTGCTCATGA TCCTATGGGT
GGTGGAAAAA TGGAAGATGA AACTTTTAAC AAGCTTCAAA GCGCTATTAT AAAAAGAATA
AAAGAATGTG ATTCAAAAGC CCTAGTAACT TGTGTGAATA AACAAAGTCC TTATCAAGCG
CGACGCCAGG CACTAGGAGA TAATACTTCC TGTGGAATAA TTATTACGGA GGAAATTATT
GATCGAATTA CAGGAGCTAT AAAACCTACC TCTTATCCCA TAGGAGTCCC AGATCTTAGG
GAACAACATA TCAACTTTGT AAAGCACTAT AAACCTAAAG CAGCTTTTCT AAGTCGCAAT
GAACCAAAGC TTGCATATAT TAAAGCTAAA GAAAGGCGTC TAACTGATGG TGACTCTTTA
CAAGCAGAGG AAGAACCGAT AACAATAAAG CAGGAAGGAA CAATAACACA AGTAGGTATA
GGAATGTCAG AATATGGATC CAGTTTATCT GGAGCATTTA ATAAAAAGAA GATTTCTGCT
ACACCTTTTA TATCGTTTAA GCTGTCCAGC CAAGAATTAC AAGCAGATAG AGAAATACTA
TATAAGAATG CGCTTAAATG CCGAGAAGAA AACAATGTGC GTAAAGCATT AGAATACGCA
ATAAGAGCCG CAGATAAAGG TAGTACAGAA GCAAAGAGAA TGGTTTCAGA ATTAAAAAAA
GAGGGAGAAA ATATATTTCA AGAAGCTGAA AAATTATTAG CTGAGGGTAT AAAAGAAAAA
AAAGGAGAAA TATTTCAACA AAAAATTAAA GGAGCTATTA CTAAATATGA AGATGCTGCC
TATTTGGGAT ATAAACAGGC ACAAGTGAAG CTTATAGAAT TAAGAGATGG GAAGAGTGGT
ATGGAATATA GAAAGATTAG AGAATATGTT ATTAAGGCAA ACGAAGAGGT AGGAAATAAA
CTCCAAAGTC TTCTTGATTA TTATCAATCA AAGCCCAATA ATCAATTGCC AGTAAAGGAT
CACCCATTAA AATTATCAGA TTTAATTGTT ATGGAATTAG ATCTTCAAAA AGCTCCCCAG
CGTATTGAAT GGGGCGGAGG TTTACCTGGA AATTTACTAT ATAAACCTTT ATTTGAAATG
CCCGTTACAG AGAAGTATGA AGACACGGTT ATGGTTATTG ACCTTGCAGG AAAAGGAGAC
GATGAAACTG CTTATTGTGT AGCTAAAAGA TATAAAGACT ATTATTTTAT TATGGCAGTA
GGAGGAATAG GAGGAGCTTA CATCAAAGAT AAAGAAAAAA GACTTCCTGC TCTTCCTGAA
ATGTTGGATG AAATAACAAA AATCATAGAA AAATATAATG TAAGGCTTAT AAGAGTTGAA
AACAATATAG ATGCTTCTTA TGAAGTAGTA TTAAGAAGAC ACTTAGCAGA AAATTTTATT
CAAGCAGAAG TACAAGGCTA TCATCAAGGA GTAGAACTAA TAGATAATAC AAAATCAAAT
GCCCAGAATG AAAAAGAAAA AGCTATTGGA AAAGCTACCC GTATTATATC ATCTTTAGCA
TCTCTATTTA AAAATCACCA AGTTATTATT AGCCAAAATG CTTTTTTAGA TGATCTTAAT
TCAATACCAA AAAATAATTT TAATTACAAA TTTTTTTTCC AACTCGAATC CGTTATAATT
CCCCCAGATA CAAAAAAATA TAGACACGAT GACAGAGTAG ATGCCACAGC AAGTGCTGTA
ACTTATTTAT ATAAAAAGCG AGAAGAAGGA AAAAAGAAAA AAACAGCATA TAAAAATAAG
AGATGGTTTC TAGAACTTGC TAGAATGTAT AGCCAAGAGA AAAAATTAAA GACTGGAGAA
AAACAAATTA CAAAAGCTCA AAAAGCTTAT AATAATTATG CAGAACAACA TAAGAGGGAA
TATGCCTCCG ATTTTGCTGA TGATAGTCCT GATTTGGATA AAGAAAGAAC TGATACAATG
GTTTTATGCG AATGTGAAAT GGGGTGGTTG CAGGTAAAGT ACTTAGATAA AGAAGAAGAA
GGAATACAGA ATTTAAATAA AGCAGCGAAA GATAAATATC CCAAAGCGCA ATACCGTCTT
GCTAAAATTT ATCTAAGAAA AAAAGAAAAA GAAGGAATGG ATTTTCTTGA AAAGGTTGCA
AAGCATGATT CGAAAGCTCA ATACCGTCTT GCTAAAATTT ATCTAGGACA AGGAAGAAAA
GAAGAAGGAA TCAATTTTCT AGAAAAGGCT GCAGAGCATA ATCTAAAAGC AAAATATAGT
TTCGCTACTA TGTTTTTTGA AAGTCGTGAC GGGGGAACTA GAAAGAAAAA AGCGATAAAA
TACTTTAAAG ACCTAGCAGC TAATACAGAA GCGTTAGAAA AATTGGCCCT TAAGCATCCA
GAAATCAACT ATAAGCTAGG ATGTATATAC TATCAAATAG ATACATCGGG AAAAATGGAG
CCTCGTAAAG CCCTAAACTA TTTTCTGAGG TATTTAAATT CAGAAAGCGA TATAACTTCA
CCAACTTATA AGAATGTAGC TTATCAAATA GCTAGAATAT ATGAATATGC TCAAGGTTTA
GATAGTTCTG ATTTAGATTT GGCCTTAGAA TATTATACCA AGGCAATTGG TTTAGAAGGC
AAAGAAGATA AAATACAAAA ACGCATAAAA AAGCTAAATG AATATAAAAG TAAAAACGCT
GCTTAA
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| Protein sequence | MPLDKNFKNQ FINYTTHAVI VCILVLSIPL ESCSENISFP FSKSSAIQKI EPTEKEDFSE
EVQITSIDHS NTSYIYDLYS ATTINNLSNN SEKADRNREE FDLFSKKDIG DTRILPREEK
ENTVKTQKQL EERTFKTRKG GYTIRFYKRS EKWIAKVTDY DKKEYDLPAF LSEEDIKYLI
YSVPTTISSI QVILPTTSKE GYVYVGILVG GMKRKEPEKE EEEDSNVPQE PSTNNKSAIS
SSSTASAPRK RPLSLKLGKK PELKKVQPNT EKEEKEDSNV PQKPNTNNKT SIVISDIITK
TRPASTGRLS LSRNRNKNTE LNKIKQESQL TQTSPITAPS STATISNEER RTEEKRKEKA
DDEKAGGTLG SSIKFPEDLY YGDNDITDFI EIFFKNHSIY KYFQNNNYLL SSSIDTFSPI
VDEQDRRAYI VAISPAIDRT GLSRTQNLRT GGTASNTNID YWLDKSTHPK DTPEKLLEEL
LDFDLSLERN PYGALLAKIE EVQPNSDRVK FIDKIVEETG EGVEKIIAGF KRKLDEIKQS
KHNKDIFDEL MPAFLKGDAS YAKVLIPYNL TQSHWLTGEI CIHREDNSYQ VEIFAHDPMG
GGKMEDETFN KLQSAIIKRI KECDSKALVT CVNKQSPYQA RRQALGDNTS CGIIITEEII
DRITGAIKPT SYPIGVPDLR EQHINFVKHY KPKAAFLSRN EPKLAYIKAK ERRLTDGDSL
QAEEEPITIK QEGTITQVGI GMSEYGSSLS GAFNKKKISA TPFISFKLSS QELQADREIL
YKNALKCREE NNVRKALEYA IRAADKGSTE AKRMVSELKK EGENIFQEAE KLLAEGIKEK
KGEIFQQKIK GAITKYEDAA YLGYKQAQVK LIELRDGKSG MEYRKIREYV IKANEEVGNK
LQSLLDYYQS KPNNQLPVKD HPLKLSDLIV MELDLQKAPQ RIEWGGGLPG NLLYKPLFEM
PVTEKYEDTV MVIDLAGKGD DETAYCVAKR YKDYYFIMAV GGIGGAYIKD KEKRLPALPE
MLDEITKIIE KYNVRLIRVE NNIDASYEVV LRRHLAENFI QAEVQGYHQG VELIDNTKSN
AQNEKEKAIG KATRIISSLA SLFKNHQVII SQNAFLDDLN SIPKNNFNYK FFFQLESVII
PPDTKKYRHD DRVDATASAV TYLYKKREEG KKKKTAYKNK RWFLELARMY SQEKKLKTGE
KQITKAQKAY NNYAEQHKRE YASDFADDSP DLDKERTDTM VLCECEMGWL QVKYLDKEEE
GIQNLNKAAK DKYPKAQYRL AKIYLRKKEK EGMDFLEKVA KHDSKAQYRL AKIYLGQGRK
EEGINFLEKA AEHNLKAKYS FATMFFESRD GGTRKKKAIK YFKDLAANTE ALEKLALKHP
EINYKLGCIY YQIDTSGKME PRKALNYFLR YLNSESDITS PTYKNVAYQI ARIYEYAQGL
DSSDLDLALE YYTKAIGLEG KEDKIQKRIK KLNEYKSKNA A
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