| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0895 |
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| Symbol | |
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| ID | 6377030 |
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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 | 1137798 |
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| End bp | 1142279 |
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| Gene Length | 4482 bp |
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| Protein Length | 1493 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 642682030 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957991 |
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| Protein GI | 189502274 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.213201 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAAGAA CTTACTCGCT GTTCCAGCAA TATATAGCCT TTGTTTTACT TGTTAGCTTT
CTATTACAAA GCTGTGGTGG AGGGTTTGAT AACAATCCGC TTATTCCCAT TCAAGAAGGG
AAAACACCAT TACTACAAAA ACAGGAATCT ATTTCCTTCA GCCATACAGG TCCTCTAGCA
GATCAAACGT TGATCGCCCA GGGAGGCCAT GCTGTTACCT TTCGAGAAGA AGCAGGCGCG
CTAGTAGCGG ATGTCGAGAT GAATGCACCG CAAGGATTTA GTAAAACATA TGAAGGTTTA
GAAGTAACGG CTGAACAAGG AGCAGAACTC GCTAAATTGC CATGCTTAGA TAAAAAAGCA
CAGCAGCGTC GTATCCACCT CCAACTAGCC AAAGAAGAAC AGCCAGCAAG AGTAGTGATT
TACAAAGGAG CAGGGCTAGC GGGAGGGATG CAAGTAGATG GTGGAAGTGA GGGGCAAGCA
CAATTTATAC GACGCCTGGT CGACTTTACT GAGCTACGTC GGTGCTTTAA CAGAGGCAAC
CTAGAGATTA CTCCTGCCAA CTATAAACTG CTATTAGAAT TTGCTCAAAG ACATGCGCTT
TCTTTCCAAA GTTATGACCG AGGAGTGGTA GTAAAAGGCT GGGAGGCTTC TGGTGATTTT
AGTGAATTGG CTAATTTACT GTTGAGTTTT ACGAGTATTA AGGTGTTTAA GTTTAATGTT
GGTGCTCAAG AAAAAGAAGC AGAGATAGCC GAGGTAATTG CAAGGGCTGT ACAGTTTTAT
GAGGATATGT CAGATCTTGA CATAAGTGGC TGTAAACTAA ATGATGCTAC GATACAAGAT
ACCATACAGT CAATCCCTTA TCCTGAAAAG CTAAAATTTC TGAATATAAG TAACAATCAG
GTAAGTGCTA AACTGGTATC TACGCTTAAA GAAAGCTTCC CACATACACA AATTACTTTT
AGCTCAGTAA ACAGCCTAGC TCAGCAGTTG AGAACACCAA CACTTAGTTC ACCTAAACCT
ACACCATTTA AACCTTTACC TACTTTACCT CCGGCTAGAG TAGCAGGTGT CAAGGAAAGA
GGCAATAGTA CAACCAGCGA GAAAGGAGTT GTTTCAGGTA CACCAAACAG GCCCAATGCT
AGTGTTAGAG AAAAAAGTGG ACTTTTACAA GCAATGAGCA AATTAGAACT TTCTGACTTA
GCAGGGAGCT CAGTTCAACG TTTAGCGAGG GGAAACACGG TTAGCACTTC CAAGCCTATC
ACAGCTGAAC CTTTGCTAAA TAAGCCTTTA CCTATTGTAG TCCCACCTAG GCCAGCAAAC
ATGAACAAGA GAGAGGATAT TATTCCAAAT GAAAAAGAGG ATGTTCCAAC GCTTACAAGA
AAAGCCCAAC AAGGAGATGT AAAAGCTCAA CAAGCCTTGG GGGTTATGTA TGAGAGTGGT
AATGGGGTTA CAAAAGATGT AAAGAAAGCA GTTGAGTGGT ACCAAAAAGC AGCTATGCAA
GGACATGTAG AAGCACAATG CAACCTTGGA GGGATGTATG AACTAGGTCG TGGTATAGGA
AAGGATGAGC ATCAAGCTAC TTATTGGTAT CAAAAGGCTG CTGATCAAGG ATATGCAAAA
GCACAATATA AACTTGGCAT GATGTATGAG CTAGGCAGGG GAATTGCAAA AGATGAAAAT
CAAGCTTTGC ACTGGTATCA GAAAGCAGCT GGCCAAGGAA ATAGTATAGC TCAACGTAAG
GTTAAAGAAT TAGCTGTTAA TGATAAGGGT TGGGTTAAAG GTAAGGATAG TAACCTTAAG
GGATACAAAA AATCTGGTGA ACAAATTGAT GCAAGTGAGC AGGTCAATTT AGGAGTTGCT
TATTACAATG GGCAAGGTGT ACAACAAGAT TATGTTAAAG CTAAAGAGTG CTTTGCAAAA
GCTGCTGACC AAGGAAATAT GCATGCACAA AATTGGCTTG GATTTATGTA TCAGCATGGA
CAAGGTGGAC CTCAGAATTA CCAAGAGGCC ATTAAATGGT TTCAAAAAGC AGCTGATCAA
GGATTGGCAG ATGCACAAAA TAACTTGGGT TTCATGTATC AAAATGGCTA TGGATTATCT
CAGAATTACC AAGAGGCCAT TAAATGGTTT CAAAAAGCTG CTGATCAAGG ATTGGCAGCT
GCACAAAATA GCTTGGGTTT CATGTATCAA AATGGTTATG GATTATCTCA GAATTACCAA
GAGGCCATTA AATGGTACCA AAAAGCTGCT GAACAAGGAC ATGCAGATGC TCAAAATAAC
TTGGGTTTCA CGTATCAAAA TGGCTATGGA TTATCTCAGA ATTACCAAGA GGCCATTAAA
TGGTACCAAA AAGCTGCTGA ACAAGGAAAT ATGTATGCAC AAAATTGGCT TGGATTTATG
TATGAAAATG GACAAGGAGT AGAAAAAAAT TATAGAAAAG CTATAGAGTG GTATCAAAAA
GCTGCTGACC AAGGATATGC ATATGCACAA TATAATTTGG GAGACATGTA TGATAATGGA
AAGGGGGTAT CTCAGAATTA CCAAGAGGCC ATTAAATGGT ACCAAAAAGC TGCTGAAAAG
GGAAATGCTG CTGCACAATG TGGTCTAGGA TTTATGTATG AGAATGGCTT GGGAGTGGCT
CAAAGTTATG AAGGAGCCGT AAAATGGTAC CAAAAAGGAG CTGAGCAAGA AAATATGTCT
GGTAAAGCTA ATTTAGGCCG GATGTATTAC GAGGGGAAAG GAATTATGAA GGATATAGTA
AAAGCAAATA AGCTATTTCA AGAAGCAGTT TCCACGATCA AGAATTGGGC AGAAAAAGGA
GATATAGGTC CACAGAATCT GCTAGGCTGG ATGTACCAAT ATGGACAAGG TGTAGGACAG
AATGATCAAG AGGCAGTGTT ATGGTACCAA AAAGCTGCTA AACAAGAGCA TATAGTTGCC
CAGTTTAGGT TGGCTTCCAT GTATGAGCAT GGGCAGGGCG TTACTAAAGA TTTACAAGAA
GCTACCAAAT GGTATCAGAA AGCTGCTGAT CAACGACTTC CAGCTGCTCA AGAATGGCTA
AAGAACCATG GCCAATATAA TCAACAAGAA GTGAAGCAAG GTAAACAGCC TGAAGCATTG
CCTGAAACAA TTAATAGCAA GCTAGAAGAA GTTCTTACCC CATTAAAGGA ACATTTTAAG
ACAGAAGCTC CTCAAGCAAG TGGTGCTTGG CAGGCAGCAA TACCTACAAA AGACATTACA
GCAGTGTTAT CGCCGCTTGA ACAAAAAGCG CTTACCCAGG CAGACAAGAT TGTCGTGGAT
TACAATGCCA AGTACTGTCA GAATGTTACG AACCTTTCTC GCTTTTCAAA AGCTAAGCAG
CAGTTCTCTA AAGCTTTTGC TAAAACAGTG CAGGTGAGTA AAGATGCAGT TTTAGGACCG
GATATCAATT CTCTAAAAAA GTTACAGCAA GATGTCAATG CAGCCTATGG ATCAGAAGTT
TTGAAGCTCG ATGCTGGCCG GCTAGAAAGA AATCATGCAG AGCGTTCGGC AGATGTAACC
GTTTCTCATC AAAAGAGAGA GGAAGAACTT GACCGAGAGC AAGACATCGT TTCTAGCAAA
TTAAAGACAA ATCTTACTCC TCACCTGCGT GGCGAACTTA GAAAACAGCA AGCACAAATA
GCTGCTCAGC TGGCTGAAGA ACATGATTTG CATGAGGTAG CTCTTAAACG TTTAGCAAGC
CCAGCCCAAA GTGCTATTGA AGACTTTTAC GATTGGAAGC GCAGTGTCTT TCATGACTTT
ACAAAGCTCC ATTTAGGTAA TTACTTGATT ACCTATGAAG CCCTTGCCTT AGGAACTGTC
GCTCGTCATC CTGAAGCTTA TGAGAACATT TTACAAGGAA GTACTGCCAT TGGTTCAGTA
CTGGCTGATG CTTTCTTGCC ATTAGGTGGC CTGCTTGGGA ACGTGATAGG AAAGACAGCA
GAAATCAGCG CGCAGCTATA TGCAGACAAA CAAATGCGGA TTAAGGCGGC AAAGATAGGA
AGTTTGTATG GACATAAAGG CTTAGAAGGT ATGGTTGCCC TTACGCAAGA AGTGGCGGAC
GCCCTTTTGT TTCGCTTAAA AGATGTAATT ATTGACTTAA CTCCTGAGAG TATGGATAAG
CTTGCTAAAG TAGCTACAAC CCAGATGATT GACTATGCAC TTAAGATGTG GGAAAGAAAT
GATGGCCAGA CAATAAATGC TATGAATCTT TTACTTGGTG GTACTCAGCA CCAACCTTCT
TGGCTAAAAG CGTTCACACA GACAGCTAGG CTAGAGACAG AAGATGGACG CTATTTAGAT
GGATGGAGCT TGCTTGTACA AGGAGAGCAG GTTATCTCGG ATGAAGGACG CTTTATGCGA
GCTGCACACT TTTTTGCTAA GCAAGCGAAA AAGAACGGAG GAGCCTTTAT GGGTTATGCA
GGCCAAGGAG GTTCTGCTAT TAGTGGTTTG GTAGGGTTTT AA
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| Protein sequence | MKRTYSLFQQ YIAFVLLVSF LLQSCGGGFD NNPLIPIQEG KTPLLQKQES ISFSHTGPLA
DQTLIAQGGH AVTFREEAGA LVADVEMNAP QGFSKTYEGL EVTAEQGAEL AKLPCLDKKA
QQRRIHLQLA KEEQPARVVI YKGAGLAGGM QVDGGSEGQA QFIRRLVDFT ELRRCFNRGN
LEITPANYKL LLEFAQRHAL SFQSYDRGVV VKGWEASGDF SELANLLLSF TSIKVFKFNV
GAQEKEAEIA EVIARAVQFY EDMSDLDISG CKLNDATIQD TIQSIPYPEK LKFLNISNNQ
VSAKLVSTLK ESFPHTQITF SSVNSLAQQL RTPTLSSPKP TPFKPLPTLP PARVAGVKER
GNSTTSEKGV VSGTPNRPNA SVREKSGLLQ AMSKLELSDL AGSSVQRLAR GNTVSTSKPI
TAEPLLNKPL PIVVPPRPAN MNKREDIIPN EKEDVPTLTR KAQQGDVKAQ QALGVMYESG
NGVTKDVKKA VEWYQKAAMQ GHVEAQCNLG GMYELGRGIG KDEHQATYWY QKAADQGYAK
AQYKLGMMYE LGRGIAKDEN QALHWYQKAA GQGNSIAQRK VKELAVNDKG WVKGKDSNLK
GYKKSGEQID ASEQVNLGVA YYNGQGVQQD YVKAKECFAK AADQGNMHAQ NWLGFMYQHG
QGGPQNYQEA IKWFQKAADQ GLADAQNNLG FMYQNGYGLS QNYQEAIKWF QKAADQGLAA
AQNSLGFMYQ NGYGLSQNYQ EAIKWYQKAA EQGHADAQNN LGFTYQNGYG LSQNYQEAIK
WYQKAAEQGN MYAQNWLGFM YENGQGVEKN YRKAIEWYQK AADQGYAYAQ YNLGDMYDNG
KGVSQNYQEA IKWYQKAAEK GNAAAQCGLG FMYENGLGVA QSYEGAVKWY QKGAEQENMS
GKANLGRMYY EGKGIMKDIV KANKLFQEAV STIKNWAEKG DIGPQNLLGW MYQYGQGVGQ
NDQEAVLWYQ KAAKQEHIVA QFRLASMYEH GQGVTKDLQE ATKWYQKAAD QRLPAAQEWL
KNHGQYNQQE VKQGKQPEAL PETINSKLEE VLTPLKEHFK TEAPQASGAW QAAIPTKDIT
AVLSPLEQKA LTQADKIVVD YNAKYCQNVT NLSRFSKAKQ QFSKAFAKTV QVSKDAVLGP
DINSLKKLQQ DVNAAYGSEV LKLDAGRLER NHAERSADVT VSHQKREEEL DREQDIVSSK
LKTNLTPHLR GELRKQQAQI AAQLAEEHDL HEVALKRLAS PAQSAIEDFY DWKRSVFHDF
TKLHLGNYLI TYEALALGTV ARHPEAYENI LQGSTAIGSV LADAFLPLGG LLGNVIGKTA
EISAQLYADK QMRIKAAKIG SLYGHKGLEG MVALTQEVAD ALLFRLKDVI IDLTPESMDK
LAKVATTQMI DYALKMWERN DGQTINAMNL LLGGTQHQPS WLKAFTQTAR LETEDGRYLD
GWSLLVQGEQ VISDEGRFMR AAHFFAKQAK KNGGAFMGYA GQGGSAISGL VGF
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