| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0727 |
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| Symbol | |
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| ID | 6377142 |
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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 | 930167 |
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| End bp | 934267 |
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| Gene Length | 4101 bp |
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| Protein Length | 1366 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 642681874 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957840 |
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| Protein GI | 189502123 |
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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 | 20 |
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| Fosmid unclonability p-value | 0.989916 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCACCTGA ATTATAACAT ACGTCATAAA CTAATAGCTT ATACTTTACT ACTCAGCTTA
TTTTTACAAA GCTGTGGTAA CTCCTCTAAT TTGCTTACTC CTAGGATAAA AGAATCTATA
GAGAATATTC CAGGAGAAAC TAAACAAATT GCTACAAATC CTTTAGTGGG CCAAGAATTT
ACTGCCAAAG GAGGTTACCT AATTACTTTT CATGTGCAAG GCAGGGAATT ACAAGCAGAT
GTAAGAGTTG ATGAAACACA AAAGAAACCT AATTGTAGAA ATTTACCTGT GGCAATAGAA
AAAGATATAG ACTTAGCTAG CTGGGTTAAA TTAGCTCCAA AAATACAAAA AAGATGTGTT
CATGTAAGTT TACCTAGAAA AGGTCAGCCA GGGAGTGTAT ATATTTTCAA AGAAGGTCTT
CCAGGAGGAA TGAAGGGATA TGGGGGAGGG TCGCATAGAG GTCAGAAAGG TAACAATCGA
AATAAAGCCA AAGGTAATAG GAAAGAAAAA GTAGGAAAGG TAAGTACAGT AAGTTCAAGT
TATACCAACG TTAGCACTAG CAGCAACAGA CAGGAAGAAG ATACTAATTC AAATAAGACA
GGGAGCTTAA CAGCTTCTCC GAATGACAAT AAAAAACGAT CCAAAGGTAA AGAGAAATTA
AAGGATGATA AGGCGTGGCT AGATGAAGAT GAGGTAGATG AGAATAAGCA TATCTCGTAT
GAGGATGAGG TAGAAATTCT TAAACAAGGT ATTACTAGGC CAAACGTACC ATTCATAAGG
TACAATATAG AAGCACAAGG TGCCGATGAC AAAATACTCT CACACGATTT TCATGGTTGT
AGGGTACCTG AGTTTAAAGC CGGGGTCCGA AAGTTATTAA AACAAGCACA AGAAGAAAAC
GCTAATAGGG TAACTCTTAT TACAGGAAAA GGAAACCATA GCCCAAACGG CCCTGTTCTT
TTAAAGGTCC TTCCTAATCT ATTGAAAAAA GAATTTTCAG AGGTTATACA TGAGCCTAAA
AGAGATCTTG GTGCTTATGA GGTTGTTCTG AAAAAAAAGG AGCGCCCTTC TCTATATGAA
GAAAAGTTAA AAAAGTTAAA AGAAATTTCT TCTTTTCTCT ACAATTCGAA ATTAAAAACA
AAATTGGTTG AAGATGCCAA GAGAGGACTT AACGAGGCCC AGTATGAGTT GGGGGCGATG
TTATTAGAGG GCATTGTCTT TGAAAAAAAT GAACAGGAGG GTTTTGAGTG GATCTCAAAG
GCTGCAGAAA CCGATGCCAC CGCGCAAGTA CTTTTAGGTT ATTGTTATGA GGTTGGTAAA
GGTGTTCCAC AAAACTACAA ACTATCAAAA TACTGGTATA AAAAAGCGCT TGCCCAAGAT
AGCCCAGACG CTGCATTTGC CTTAGGTAAA TATTATTGGA TGGGTATTAG CGTTATTCGA
AATGATAAAA AAGGCTTGCA GTTGCTTGAA AAAGCAGCCA ATCAAGGACA TGCTTGGGCT
GCGTACAATT ATGGCGATAT TCTTTTTCAG CACTCTACAA AGGTTCCTGT TGACCGATCG
CAAGCTCCCA AGTACATAGA ACAAGCAGCT AGAAACGGGG TTCTTCCAGC ACAAACCCTT
CTTGCTAAGC TCTATTTCTT TGGATGGGAA GTCGATATTG ATGATAGGAA AGCCCTATTT
TATTTCTTAC AAGCTGCAGA GGCTGGAGAT GTTATTGCAC AGTATTACTG TGGGAGATGT
TATTCTGAAG GTCGAGGTAC TGCTATAGAT TCCGTTCAAG CACTTAAATG GTATGAAGCC
TCGGCTACGC AAGGAGATCT GGATGCCAAA TTAAGTGTGG CTGGTTTGTT AATGAGAGGA
GAAAAGACGC AGAAAAAAGA CTTTTTTAGG GCATTGCATA TGCTTGAGGA GCTGGCAAAA
GTCAATCATG GCAACAGTGT TTACCTTTTG GGGATAGTAT ATTTTTATGG GCAGGGTCCT
ATCCAACCTA ATCAAGAAAA AGCAATACCT CTCTTTCTCC ATGCAGCAGA AAATGGAACT
CTTGAGGCTC AACTCCTTAT AGCTAAGCTC TTTACTTGCA ATAAAATTAA AACTATCTCT
TGCGACCAAA TTCTTACTTG GTTGCGTGAA GCTGCAAAGT TAGAGGATCC TGAAGCTCTC
TATTATCTAG GATTGATTCT CGATCAAAAA GAGGAGAATA AACATCAGAC AGAAATTTTA
GAATGCTTGA CCAAGGCATC CAATCAAGGA CATCGCCTGG CTAAGCTCAT GTTGGCCATG
AAGCTAATGG AAGAAGAAAT TGAGCACGAG CAAGTTCTCT TAGTTCTACA ACTTCTTCGA
GAAGCTGCCA AAGAACACCC GCTTGCGCTG GATATATTAG GAGGAATTTA TATGGACGGT
AAAATTGCTC CCTTAAATGA AAAACTGGCA TTTGCTTACT TTGAAAAAGG TGCCGAGTTT
GGCCATCGTT CAGCCATCAC AAACTTAGCC TTTTGTTATC TATTTGGAAA AGGGATAAAG
CAAAACGATC GATTGGCTGC GGAAAATTTT TTGAAGTCTG CAAAACTAGG TGATCCTTTT
GCTCAAATTC AAATTGCAAA ATGTTTACTT AAGGGAAGGG GAATAGAGGC TAATCATTTG
GAGGCTGTAA GTTTTTTAAA GGAAGCTACT GATCAAGGGC TTACTGAAGC AGAATTTTTA
CTTGGATGGA TCTATGCAAC CAGTTCAAAT GGAATTTTAG CTAAACCGGC ACAAGGGTTT
AATTTATTAA AAAAAGCTGC TGCAAGCGGA CATAAAGAAG CAGCTCACCT TCTGGGTCAA
TTGTGTTTAG ACGGAACTCC TTCTCGAGTG GAAGAAGGCA TCTCTTGGTT AAAAAAAGCC
GCTTTGTTAG GTGATCTTCG ATCCCAATTC TTATTAGGAA CTCTATATAT AAAACCTGAC
TGGGTTAAAT CTAATCGGGA TAAGGCAATC AAATGGTTCA AAATGGCAGC TGCACAAGGG
CATCCCACCA TTTCATTTTT CTTGGGGCAC CTGCTTTGCA GTCAATCACG ATATGATGAA
GCTAAAGAGT ACCTGGAAAA ATTCATTGCA AATGAATCAG AGGAGAAGAA TATTATGGAA
ATGAAACAAC GCAGTTATAA AATTTTAGCA CAGATTTATA CTACAGAAGG TAATCCAAGT
CAAGCTATTA AATACTACAA ATTGTGCCCT GAAGAACCAG AGGTGATGTA TCAGTTAGGA
TATCTGTATG ATGTTAACGA AAACCTGGAT CTTGATAAAT CACTTGTTAT TAGTTGTTTA
ATGAAATCAG CACAACAAAA TCACCTCGAA GCTCAATATT GCTTAGGCTG CGTTTTTGGA
AAATTAGCCA AATCTAATCC AGCTTATGGG AAAGGTGCTT TCCAATGGTT TTCAATAGCA
GCCGACAATG GACACCTCCG TGCTACCTAT GAGCTGGGAT GTATTTATTT AAAGGGAGAA
TTTGACCAAA AAGTAGAGCT CCAAAAAGCT TGGAAACTAC TTTTGCTACC TGCCAAGCAA
GGGGATGCGA ATGCACAATT TTTGCTGGGG TGTATGTGCA CCTTTTGGCC TGGCTTAAAA
CCTAAGTATG CTGAAGGAGT TCGCTGGTTT ACAAAAGCAG CAGAGCAGGG ACATCTTGGA
GCTTGTTTTA GTTTAGGATA TGCTTATCAG CTAGGTCAAG GAGTCGAACT TAACTGGCTT
AAGGCTATCA GTTGGTATTT AAGAAGCGCT GAGAAAGGCC ACATAGAGTC CCAATATAAT
TTGGGAACTA TCCTTTTGTC AATGAAGAAA CAGGAAGAAG CAATTTATTG GCTTAAAAAA
GCTGCTGCAC AAGGAGCACA AGAGGCCCAA AATGTTTTGA GCAAGATATT TGTAGAGGAA
GAAGAAATAG ATGAGCTGAC CACACTGGTA CAACAGGAAC AACAAGACGA AGAACAATTT
GTAGAAGCTC AGGGCACCGA GCAAGCGAGC ACGACAGAAT CTGATATAGA AGATTTAGGT
AACGCTGAAA ATGAGCTGGA GAGCATATAC CAAGACGAAT ATGAAGCTCC TGTTAGGCCT
TGGACTTGTT CTTTGCAGTA G
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| Protein sequence | MHLNYNIRHK LIAYTLLLSL FLQSCGNSSN LLTPRIKESI ENIPGETKQI ATNPLVGQEF
TAKGGYLITF HVQGRELQAD VRVDETQKKP NCRNLPVAIE KDIDLASWVK LAPKIQKRCV
HVSLPRKGQP GSVYIFKEGL PGGMKGYGGG SHRGQKGNNR NKAKGNRKEK VGKVSTVSSS
YTNVSTSSNR QEEDTNSNKT GSLTASPNDN KKRSKGKEKL KDDKAWLDED EVDENKHISY
EDEVEILKQG ITRPNVPFIR YNIEAQGADD KILSHDFHGC RVPEFKAGVR KLLKQAQEEN
ANRVTLITGK GNHSPNGPVL LKVLPNLLKK EFSEVIHEPK RDLGAYEVVL KKKERPSLYE
EKLKKLKEIS SFLYNSKLKT KLVEDAKRGL NEAQYELGAM LLEGIVFEKN EQEGFEWISK
AAETDATAQV LLGYCYEVGK GVPQNYKLSK YWYKKALAQD SPDAAFALGK YYWMGISVIR
NDKKGLQLLE KAANQGHAWA AYNYGDILFQ HSTKVPVDRS QAPKYIEQAA RNGVLPAQTL
LAKLYFFGWE VDIDDRKALF YFLQAAEAGD VIAQYYCGRC YSEGRGTAID SVQALKWYEA
SATQGDLDAK LSVAGLLMRG EKTQKKDFFR ALHMLEELAK VNHGNSVYLL GIVYFYGQGP
IQPNQEKAIP LFLHAAENGT LEAQLLIAKL FTCNKIKTIS CDQILTWLRE AAKLEDPEAL
YYLGLILDQK EENKHQTEIL ECLTKASNQG HRLAKLMLAM KLMEEEIEHE QVLLVLQLLR
EAAKEHPLAL DILGGIYMDG KIAPLNEKLA FAYFEKGAEF GHRSAITNLA FCYLFGKGIK
QNDRLAAENF LKSAKLGDPF AQIQIAKCLL KGRGIEANHL EAVSFLKEAT DQGLTEAEFL
LGWIYATSSN GILAKPAQGF NLLKKAAASG HKEAAHLLGQ LCLDGTPSRV EEGISWLKKA
ALLGDLRSQF LLGTLYIKPD WVKSNRDKAI KWFKMAAAQG HPTISFFLGH LLCSQSRYDE
AKEYLEKFIA NESEEKNIME MKQRSYKILA QIYTTEGNPS QAIKYYKLCP EEPEVMYQLG
YLYDVNENLD LDKSLVISCL MKSAQQNHLE AQYCLGCVFG KLAKSNPAYG KGAFQWFSIA
ADNGHLRATY ELGCIYLKGE FDQKVELQKA WKLLLLPAKQ GDANAQFLLG CMCTFWPGLK
PKYAEGVRWF TKAAEQGHLG ACFSLGYAYQ LGQGVELNWL KAISWYLRSA EKGHIESQYN
LGTILLSMKK QEEAIYWLKK AAAQGAQEAQ NVLSKIFVEE EEIDELTTLV QQEQQDEEQF
VEAQGTEQAS TTESDIEDLG NAENELESIY QDEYEAPVRP WTCSLQ
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