| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0892 |
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| Symbol | |
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| ID | 6377220 |
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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 | 1130165 |
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| End bp | 1135798 |
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| Gene Length | 5634 bp |
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| Protein Length | 1877 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 642682027 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957988 |
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| Protein GI | 189502271 |
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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 | 16 |
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| Fosmid unclonability p-value | 0.413085 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAATATA ACTTAGGCCA GCAATTAATG GCCTACACGC TACTTTTAAG TTTGTTTTTA
CAAAGCTGTG GTAGTTCAAC TAACCCACTT ATTCCTATCG AGGAAGCTAA CTTAGGATCC
ACACAAGAGA TAATTCCACA AACGCTCATC CAGCCTTTAT TGGGTCAAGT ATTTACTGCA
GCAGAAGGCC ATCTAGTTAC TTTTTATGAA AAAGATGGTC AGTTGCAAGC AGAAGTCGAA
GAGCATTTGC CAAAGGGTTT TAGCAAAACG CACAAATTAC CTGTTTATAT AGAGTCAGGT
ATAAACCTAG TACAATTAGC AAGCCTAGGC AAGCCTGTAT ACAAGAAACT TACCCATGTT
AATCTACCTA AAAGCAAATG GCCGGGTTAT GTGTATGTAG GTAATGCTGG TTTAATGGGT
GGAGGTAATA CTCAAGGAAG AACAAAGATG AGCGACGAGG AAGTGTTTAT ACAATGTAAA
AAAGATGCTG ACCACGGATA TATAGATGCT CAATATAACG TAGCCTCAAT GTATGAGAAC
GGAAAAGGTG TAGATCAGAA CTATCAAAAG GCAATAAAAT GGTATACAAA AGCTGCTAAC
AAAGGGCATG CGGAAGCACA ATATAATTTA GGATGGATAT ATCAAAATAG CCTAGGTGTA
GATCAGGACT ATCAAAAGGC AAGAGGGTGG TTTGAAAAAG CTGCAATACA AAGGCATGCA
GGAGCACAAT ATAATCTAGG ATGCATGTAT AAAGATAAAC TAGGTGTAGC ACAAGATTAT
GCAAAGGCAA GAGAGTGGTT TGAAAAAGCT GCGGTACAAG GGGTTGCAGA TGCTCAATAT
AAGCTAGGTT CCTTATATCA AAATAGCCTA GGTGTAGCAC AAGATTATAA AAAGGCAAGA
GAGTGGTTTG AGGAAGCTGC TGCACAAAGG CATGCAAGAG CTCAAAATAA TCTAGGTTTC
CTATATCAAC ATGGACTAGG TATGAATCAA GATTATGAAA AGGCAAGAGA GTGGTTTAAG
AAAGCTGCTG ATCAAGGGCA TGCCCATGCA CAATATAATC TAGGCTTCCT ATATCAACAT
GGACTAGGTA TGAATCAAGA TTATACAAAG GCAAAAGAGT GGTATAAAAA AGCTGCTGAA
AAAGAGCATG CAGGAGCAGA AAGAATGCTA AAAGATTTAA TAGAAGAAGA AAAGATCAAG
GATGAACAGG CGGAAAAGGA TTTTTTACAA GCAATTCAAG GATTTCAGAT ACTTGATAAT
CCTGCAAACC CAAGAGATAT TAACCCCCTC CATAAGGAGA GCGCCGATCA AATAGAAAAT
ATAAATGCTC AATATAACGT AATCTCAATG TGTGAAAAGG AGAAAGGTGT AGAAAAGGAC
TATGGAAAGG AAAGAGAGAG GTATGAAAAA GCTGCAGAGC AAGGAGATAT AGAAGCACAA
TATGAACTGG GTATAATATA TGCAAATGGA TTAGGCATAA AGCAAGATTA TACGAGGGCG
AAAGGGTGGC TTGAGAAAGC TGCCGAACAA GGGCATAGAG CAGCACAATT TAATTTAGGG
TGGATGTATT ACCATGGGCA AGGAGTAAAG TGGGATGATA AAAAGCCAAA AGTATGCTAC
CAGTACAAAA AAGAAGCTGA ACAAGTTGAT GTAGAAGCAC AATATAAACT GGGCGTTAAG
TATTATAATG CGAAGAAGAA TATAGATGTA GATTATGAGA AAGCAGTAGC ATGGTTTAAA
AAAGCTGCTA AACAAAATCA TGTAGATGCA CAATATAGAA TTGGCTGGAT GTATCACCAT
GCGCAAGGAT TAGATCAGAG TTATAAGAAG GCTATAAAAT GGTATGAGAA GGCTGCCACT
CGAGGACATA AAGAGGCACA ATATAACCTA GGCTTTATAT ATGACAATAA ATTGGGGGGG
CAACAGGATG TTATGAAGGC TATAGTATGG TATGCAAAAG CTTCTGAGCA AGGACAGACA
AGTGTACAGA ATAATTTAGG TATTATGGAT TATAAGGGAG AAGGAGTAGC CAGAGATTAT
TTAAAAGCTG CAGCATGGTA TGAAAAAGCA GCTAATCAAG GTCTTGTAGA AGCACAATAT
GAACTGGGTA CAATATATGC AAATGGATTA GGCGTAGAGC AAGATTATAT GAACGCTATA
ACATGGTTTA AGAAAGCTAC TCAGCAAGAA CATGCGCCTT CACAAAATAA GCTTGGCTGG
ATATACTATG ACCAAAAAGA TTATACAAAA GCTATAACAT GGTTTAAAAA AGCTGCTAAA
CAAAATCATG TAAATGCACA ATATAACTTA GGATGGATAT ACCAATATAT AAAGGACGTT
GGGAAGGATT ATGAAAAAGC TATAGTATGG TATCAAAAAG CTGCTGATCA AGGGCATACA
GGAGCAAAAA GAATGCTAAA AGATTTAATA AAAAATGTGG GTCTATTACA AGAAAATGAT
TATAGCAAGC TACGAATACA GATTAGGCCT ACTACAGAAT ATGGCTTGCC AATCCCCCAA
GAACCCCTTA ATACACAGAA AGAATTTCAA TCAGCTCATA AAATTAATAG ACAAAGGTTT
AGACGCCCCA ATATCTCTAG GGCTGGGTTA AAGACTGATA GTAAAGATAA AGGGACTATC
AAGCAAAAAT TATTTGCTTG TTTACCGGAT GGATATGAGT TAGGTAAAGC TCATAATGAT
GGAGATTGTT TTTTTGATGC ACTAGCGCAG TGTGTAAATA GAATAAATCA CACGGATGTT
AATACAGCTA AGTATTTGCG TATGCTCTGC CATGAGTTTT ACCAAGAAAA TAAAGTGTTA
GTAGATAGTT GGAATCAATC AGATTATGGA GGGATAGATA AAGGGGAGGA TGAGTATTAT
ATGGTTCAGT ACACAGCAGA AGAATGTAAG CAGTATTTTC ATGGTAGGGC TCCTATATGG
GGTAGGCCTT GGGTAGAAGG ACAAATGCTA TGCAAAAAGC TAAATTTAAA AGATATTTTA
AGTATAGAAG TACTCAAAGA TCCAGGAACA GGTAACCCAG TTATCAGTTA TCATTTAACC
ACTCAAAGCG GGTATAGACC ATCTATTGAT GAAGAGGAAG GCAAGGTTTT ACTCCAAGCA
GGAGATATCC CTATTCTCAT CAATATACAA GACGAGCTAC ATTTTGCTCC TCTATTAAGA
GTAAAAGGTA GGAGGAATAC GGGAAAAAAA GATACAGGAA AAGAAAAATT AAAAGGTGAT
GAAAAAGGGG GAGGGCCAAC ATCTGATTTA GATACAACTA GAAGTGAATC GGAAAATGAA
GAAGAAAGGC AAGAAGACTA TTTAAAAAAT TATGATTATA GCGAGCTAGT AATACTAACT
ATGCCTACTA CAGAAAGTAA TGGCTTGCCG ATCTTCCAAG AACCCCTTAA TACGCGGGGA
GCTCTTCGAG AAGATTACAC AATTGATGGG AGAAAATTCA AATGTCAGAA TGTTTCTGAA
CACAGAATGG ATTGCTTTTT TAATGCAACT GGCTTAAATC GTAAAGAGCA AGCTAACAAG
TTATTACAAG AGTATCAAGA GTATGATAGG GACCCAGTTG TTCGCTATAT GGTTGCAAAT
GATATTATAG CTGGCGTTGC CGCCGCTGGT AATGAATCTA TTGGGGAAGG TAGAGATTTT
AAAGAATTAC CTGATGCAGT TCAAGAAGCA ATTGGCTATA AAGCTTTTGT TGAGTCAGGA
GAAGAGATTG CTCAATTGAG AGGAGCGTAT AATAACTTCA GAAAAGACAA TCCTGCAGCA
ACAGACGATG ACATTCCTTC TCCTTTGCAA CGGTTATCTA TTGATAAAAA AGAAGAGGAT
AGGTTCTTAG AATTAGAAAC TAAAGCAAGA ACATTAGAAG CATACAAAGC CTTCGTTTCT
TCTTATATAG CACAGCCTAA CCATATGATG GCTGTAACCC CTGACCACGC GAACTATCAA
TTACAATATA CATCAATTGA TGCAATTGTT TATATTAACA ACTTAGGTAT AAAAATATAT
CAGCCTGAAA ATGGAGGCTT ACGCCTTGCT CATCAATTTA TTCCTGAAAA TGCAACACAG
ATTGTTTATT TATATCATGA AGGCAATCAT TTTCAGACAC TTATTCCATA TAGTGAAGAA
TTAAGGGCAG CAAATCAAGT TGCTACTAAC CAAATAGAAG ATACACATAA AGCAGATAGT
AAGAAGTTAG GGGATAGTAT TAATGCCTTA CTAAAAAGTT TAGAAAATGG GTCTTCTGGG
GATACCTTAC AGAAATCTTC AAAAAATGCT ACTTCTCAAG AAGATGGGTC TTATAAGGCA
TCCTTGCCTG TAGAAGCCAA AGACATCGAT AAGTTAACTA TAGAAGACCA ACAATCTCTT
CAAGAAATTG ATAAAATAGT GTTGAATTAC CAGAAGGACT GCCAGGAATT CATTGAAACC
AAACGTTCTA CCTTTCATGA TTCTGTTCTT CAAGGCGCTA AGGCTTTTAA TAACTTAGCA
AAGGCCATTA AGGGTCCTAA AATAAATTCT TTAACTGAGC TACAGGAAAA AATTGAAGGT
GGATATAAAG AAGAAATAGA ATTACTCCGC ATCCATTCGG AACGAAACTA TGAAGAGAGT
CGTAAAAAGA TAACCACTTT ATATGAGCAG CATAGAGAAG CCTTAGAGAA GAAAAAAGAA
GATATAAGCC GACAATTACA AATATCTAAA CATAATGTAG AGCTCAAGCA AAAGCTTGAT
GATTTAACTA AGCAGTTGGA AGAGGAAGAA GAGATATACA AGGCTGCTAT TGACTTGTTT
ACAAATCCTA GAGCAGCCTT AGAAGATTTT TATGCTTGGA AACGTAGTGT CTTCCATGAA
TTTATCAAGC TTCATTTAGG CAACCTTCTT ATTACCTATG AAGCTATAGC TTTAGGGACT
GTGGAGCGCC ATAAAGAGGC GTACGAGCAC ACCTTAAAAG GTATGACCCT AATAAGTTCG
GTTGTAGGAG ATATATTTCT GCCGTTAGGA GGCCTTATAG GGAAAGCAGT GGGAAAAATA
GCTGAAGAAG GTGCAGAAAT ATATGAAAAT AGACAGATTC GGATTAAAGC CGCAAGGGTA
GGAAGTTTAT ATGGGCATAA AGGCTTAGAG GGTATGGTAG CGCTTACACG AGAGGTAGCT
AATGGCCTTT TATATCGGCT TCAAGATGTA ATTGTTGATT TAACACCTGA TAGCTTAGAT
GCGCTAGCTA AAATTGCTAT AAGCCGAATG ATTGATTATG TGCTTGAGCT TGAAATATGG
AATGATCATA CTATAAATGG CGAACTAAAC GTTATAGACT TTTTAATAAA GAGTAGCCAG
CATAAGCCTT CGTGGGGTGA AGAAATTGCA TCTGCAGTCG TGCTAAAGAA AGAGGATGGA
AGCATTGTTA ACGGATTGAA ATTGTTAGAA CTAGAAGAAA AAACAGAGTT AGTCGAATCT
AGGGATATGG TTATGGTGGC GGTCGCTCAT ATGGCTGCTA ATGTTGTCAA AAAATCAAAA
GAAAAAATAA GTAAGCTTAT TGATAATACA GGAGAAGCAG CTGAGCTTGC ACATGCTATA
TGGGAAATAG CTGAGGAAAT CTTAGAGTTT GCAGCAGAAA TAATGGAGGA ATAA
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| Protein sequence | MKYNLGQQLM AYTLLLSLFL QSCGSSTNPL IPIEEANLGS TQEIIPQTLI QPLLGQVFTA
AEGHLVTFYE KDGQLQAEVE EHLPKGFSKT HKLPVYIESG INLVQLASLG KPVYKKLTHV
NLPKSKWPGY VYVGNAGLMG GGNTQGRTKM SDEEVFIQCK KDADHGYIDA QYNVASMYEN
GKGVDQNYQK AIKWYTKAAN KGHAEAQYNL GWIYQNSLGV DQDYQKARGW FEKAAIQRHA
GAQYNLGCMY KDKLGVAQDY AKAREWFEKA AVQGVADAQY KLGSLYQNSL GVAQDYKKAR
EWFEEAAAQR HARAQNNLGF LYQHGLGMNQ DYEKAREWFK KAADQGHAHA QYNLGFLYQH
GLGMNQDYTK AKEWYKKAAE KEHAGAERML KDLIEEEKIK DEQAEKDFLQ AIQGFQILDN
PANPRDINPL HKESADQIEN INAQYNVISM CEKEKGVEKD YGKERERYEK AAEQGDIEAQ
YELGIIYANG LGIKQDYTRA KGWLEKAAEQ GHRAAQFNLG WMYYHGQGVK WDDKKPKVCY
QYKKEAEQVD VEAQYKLGVK YYNAKKNIDV DYEKAVAWFK KAAKQNHVDA QYRIGWMYHH
AQGLDQSYKK AIKWYEKAAT RGHKEAQYNL GFIYDNKLGG QQDVMKAIVW YAKASEQGQT
SVQNNLGIMD YKGEGVARDY LKAAAWYEKA ANQGLVEAQY ELGTIYANGL GVEQDYMNAI
TWFKKATQQE HAPSQNKLGW IYYDQKDYTK AITWFKKAAK QNHVNAQYNL GWIYQYIKDV
GKDYEKAIVW YQKAADQGHT GAKRMLKDLI KNVGLLQEND YSKLRIQIRP TTEYGLPIPQ
EPLNTQKEFQ SAHKINRQRF RRPNISRAGL KTDSKDKGTI KQKLFACLPD GYELGKAHND
GDCFFDALAQ CVNRINHTDV NTAKYLRMLC HEFYQENKVL VDSWNQSDYG GIDKGEDEYY
MVQYTAEECK QYFHGRAPIW GRPWVEGQML CKKLNLKDIL SIEVLKDPGT GNPVISYHLT
TQSGYRPSID EEEGKVLLQA GDIPILINIQ DELHFAPLLR VKGRRNTGKK DTGKEKLKGD
EKGGGPTSDL DTTRSESENE EERQEDYLKN YDYSELVILT MPTTESNGLP IFQEPLNTRG
ALREDYTIDG RKFKCQNVSE HRMDCFFNAT GLNRKEQANK LLQEYQEYDR DPVVRYMVAN
DIIAGVAAAG NESIGEGRDF KELPDAVQEA IGYKAFVESG EEIAQLRGAY NNFRKDNPAA
TDDDIPSPLQ RLSIDKKEED RFLELETKAR TLEAYKAFVS SYIAQPNHMM AVTPDHANYQ
LQYTSIDAIV YINNLGIKIY QPENGGLRLA HQFIPENATQ IVYLYHEGNH FQTLIPYSEE
LRAANQVATN QIEDTHKADS KKLGDSINAL LKSLENGSSG DTLQKSSKNA TSQEDGSYKA
SLPVEAKDID KLTIEDQQSL QEIDKIVLNY QKDCQEFIET KRSTFHDSVL QGAKAFNNLA
KAIKGPKINS LTELQEKIEG GYKEEIELLR IHSERNYEES RKKITTLYEQ HREALEKKKE
DISRQLQISK HNVELKQKLD DLTKQLEEEE EIYKAAIDLF TNPRAALEDF YAWKRSVFHE
FIKLHLGNLL ITYEAIALGT VERHKEAYEH TLKGMTLISS VVGDIFLPLG GLIGKAVGKI
AEEGAEIYEN RQIRIKAARV GSLYGHKGLE GMVALTREVA NGLLYRLQDV IVDLTPDSLD
ALAKIAISRM IDYVLELEIW NDHTINGELN VIDFLIKSSQ HKPSWGEEIA SAVVLKKEDG
SIVNGLKLLE LEEKTELVES RDMVMVAVAH MAANVVKKSK EKISKLIDNT GEAAELAHAI
WEIAEEILEF AAEIMEE
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