| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0963 |
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| Symbol | |
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| ID | 6376959 |
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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 | 1247651 |
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| End bp | 1252303 |
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| Gene Length | 4653 bp |
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| Protein Length | 1550 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642682089 |
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| Product | hypothetical protein |
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| Protein accession | YP_001958050 |
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| Protein GI | 189502333 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0457] FOG: TPR repeat |
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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 | 17 |
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| Fosmid unclonability p-value | 0.424465 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAATAC GGTCTTACTT GTTTGGCTAC TTACAAGATT TTAATCTAAG AATCATGCTT
TTACAATTTG GCAAATTACC CAGGTTATTA ACACAGTTAT TCTTTGTCCT TTGTATTCTT
ACAGGGTTTA AAGGAGTAAG ACTGGACACA GTTTTCCAGC AATCAATTGC TTTAACAACT
AGCTACAATC TGCTAGCTTT GCAACAATCC AGTATTTACC AGCCAGTGGC TAATAGCCTT
GTAGAAGAGA AAAAAGTTAC AGTTAGCATA GCTAACAACA AGGAAATGAC AGAAGAGAAG
AAGGAAACAC TTTTACCTTC AGAAGCAAGA AAACAAACGT TAGAGCCGCA TCAAGTTATT
AGTCAATCTT TTGAACAAAT CCTAGCTGCT TTATATAATA ATGACCCACA CTTATACTCC
ATCAACTTAA CCCACCAACA ATTAAACCTA GAAAAGCTTC TACAGCTTGA ACAAGCCATC
GACAATAATC CTGTTATTGG TTACATACAA TGGGGTGAGC TGCCAGCAGA TTGTGAAACT
ATTAAAGAAC AAATACAACA AAAGCTTATC AGCAACATAG CTGCTTATAC GTATTACCCC
AATGACTATA TCCATGGGCT GTTGGCTTAT CAAGTCTATA GCAATCCTAA GCTAGGGCAA
ACCATCGACC TTTCCCTTGT TAGTAAAGAA ATAGGACATC AATTCTCTCC TAGTATCCAT
ACCTCCTGGC AAGTAGTACA GGTACAAGAT GACAGCATCC ATACTGGCTA TTATAGTGCT
TTGTATGTCA ATGAAATTAC CCACCAAGCG GTACTGGCTT TCCAAGGTAC TAAAGTTGAA
GGGCTGAAAG ACCTGCTCAA AAAGAATTCT GATCTTAAAG AAGATATTGA TGGTGTATTA
GGTAATGCGA TTACTCAACA AAATGCCCTG GCTTATGTAG CTACAAAAAA TGCTGTGGAC
TATGTCAAAG ACAACGAATA TAATTTATCC ATTACAGGTC ACTCACTGGG TGGTTACTTG
GCAGAACTAG CCGTCGCTTT TTGTTATCGG GATTTTAGTT ATCGCCAAAC AAAAGGCATT
GTTTTTGATA GCCCTGGTAC AGTTAATAAG CTCGATAAGT TTAAGTCAAA TGTCATCAAT
AAAGCTACCA AGTTTTCTAT TGCTTCTCTG CCCATTGTTA CGTATCTCTC TGCTCCTAAC
TTAATCAATA CCTGTAATGG TCATCCGGGA GAGGTGTATA GGGTCTATCC TCAGCTTATG
TGGTCAGCGG AGATACAGAA ATGGATGAAA AGGGCCAGCA AGGTACCACT CATTGGTTCG
AAAATAAAAG GAAACAACAA AGGTCTTTTA GCCCTTACAG GTCATAGCCT ATCCACCATA
TTAGCCTTGT TTGATCCTAC TACTGGCAAA CCTAGCACGT ACATACGGAT AGCTGACTGG
CCTAAAATTG ATACGGATAA TGTGACTTAT ATAGGGAAGA AAAAAGAAGA ATTAGAAAAA
AAATCCCTAC TCTCAACGGG TCTCTCTATT TTGACTGGCA AAACAAATGT AATTGGCGGT
GCTTTCCAAA TGCTACCTTC GCTGGTAGGT GGTACAGCTG CTAGCGTATT GACGGTGCTT
AAAGATTACT TAAACATCAA TCAAGCTCAA TACTTGACTA CGCTAGCTTA CTTGGATGAT
AACTACAAAG AAACCAAACT AAGTACACAA AAAGAGTTTA CCCTTCGCTA TAAAGGCCAT
TATCGTATTA GCGACAAGGC TATGAATGAA CATATTCTAT ATACAGAGAA CTATGAAGGG
GTTGATTGGT ACCTTTATGA GTTATATAAG TACAAAGACA AGCTAGCGCA ATCCCCCACA
AGAGATATAA CTTTTGCTGT ACTAAAGAAT GTCGTGCAAG AATATGAGGT CGTCAGCTTA
GATGAACAGC CTTACGTAAG ATTAACAGAA AAAAGAGGGC AGGTAGAAGC TTTGCGTGAC
AAGATGCAAC GGTCGCTCAA GGTATTGTCA GCTGCTAGTA TTAAGAAAAC ACTAGAAGAC
AGCAACATCG ATGCATTAAC CAAGCAGCTA GAAAAAAGGT CCATCAAACA GTTTAGCCAG
CTTCACAACT ATATAGCACA AGCCAAATTA ACAACCTACC TAGCCAGAGA AGACAAGCAG
CAAGAGTTAA GTCAAAAATT AGAAAAGTCA GGCATATGCG TAATATATGG GCATGGTGGT
GTAGGAAAAA GTACACTCGT AGCCCAGTAT GGACATAACC AAAAAGGCAA GCAACTGGTA
TGGTGGATGC AAGCAGAAAC ACCAGAAAAA CTGGCAAAAA GCTATCAAGA TTTAGCACAA
GATTTAGGCA TTGACTATCA GAAGTTAGCA CAAGGATTCA AGCAATCGTA CGATAACTAC
TTACCCGAGC TTAGCAAGAG GGTTTACAAT GCCCTAGAAG ATCGCAAACA GCCTATATTG
CTTATCTTAG ATAATGCAGC AGACGCCAAC CTAATAGATA AATGTTTATT GTACCGACCT
AGCTTAGTAC AAGTGGTTAT TACAACCAGA AAAGCAAGAG ACTTTAAAGC CTATAGCCAA
GTAGAATTAG CTGCTTTCAA GCGAGAAGAA GGAGAAAAGT ATATTAAAAA TTGCTTTGAG
TCCAGCTTAT ACAAACCCAG CGAGCAAGAA ATAGCAACTT TAATCAAAGA AGTAGGCCTG
ATTCCTCAAA AGCTGGCCTT AGCTGTTGGC TATATCGGTC AAAAACGCTT AATGACCGTA
CAAGGTTATA TTGAAAAGCT ACAAGCCATT AAGAAATCAG GTAAAAAAGG AGAAAATCAG
TTTGTCTTGC CTGAGGTAAG CTTGGGACTA GAAAGCTTAG ATACTCAATC TCAGTTAGTG
ATGCGCTATG GTGCTTACTT GGATCCGGAT TTTATTCCGT TATCCTTAAT AATTGCTCTG
GTAGAGGTAA AGGATGAGGA AGTATTAGAG AACTTGTTAG CTACGCTAGA AGAATTGTCC
CTCATAACAA TTATAAAGGG GCAAGGCAAT GAACTAGGCA TCCAAATACA CCGAGAGGTA
CAAGCAACCA GTAAGCAGTA CCAAGGGTGG GATGCTGCAA ATAACCTCTC AGAAGAAACA
TTGTTATCTT CTATTATCAA AGTACTGCAC GAACGTATGC CTTGGGTAAC GGAAGTACCT
GACAATACAT GGGATCAAGC AAAAATATAT GCAAGCAATG TAGGCCATGT ATTATCCACT
ATTGAACAAA CTATAAAACC AACCTATGTA CTTGCTGACT TAATAAGCAG GCTGGGTAAT
TATAATCAAC AAGTAGAGCG CAACTTCAGC CAGGCATTAA AGTACAATCA ACAAGCGCTT
GAAGTAAGAA GATCTTTATA TCCAGGAAGT AATCTTCAAG TAGCTGAGAC ATTAGATAAC
CTTGGGGGTA CTTATAAGGT TCTAGGCCAG TATCAAGAAG CTTTAAAATA CTATCATCAA
GCTCTTGAAG TAAAAAAGGA CTTATATACT GGTAACCATA TACACCTAGC TGAATCATTA
ACCAATGTAG GATTAGCACA TAAAGCGCTA GGGCAATACC AGGAAGCTGC AACTTATTTA
AAACAAGCCT TTGAAATGAG GCAGGCTTTA TATACAGGCA ACCATCCTCA CATAGCTGAA
TCCTTACACA ATCTGGGAGC TATTTATAAA GCTTTAGGCC AATATCAAGA ATCATTAAAA
TATTATCAGC AAGGGCTTGA AATGAGGCAG GCTTTATATA CAGGCAACCA CCCTCACATA
GCACAATCGT TTAATAATTT AGGTTTGATC TATAAAGCTT TGGGACAGTA CCAAGAAGCA
CTAAAATATC TAAAACAGGG GCTTGAAATG CGTAAAGCCT TATATACAGA CAAACATCAT
CGAGTAGCAC AGTCATATAA TAATGTAGGA AGTGTTTATA AATCTTTAAA GCAATATCAG
GAAGCTTTAA AATACTACCA GCAAGCACTA GATATGAAAA AGTCTTTGTA TATGGGCAAT
CACCCTAGCA TGGCTATTTC ATTGAATAAC ATAGGAAATA TCTATACGGC TTTAGGCCAA
TATCAAGAGG CATTGAAATA CTTAAAGCAA GCCCTTGAGA TGCGACAAGC ATTATTTACA
GGCAATCATC CTCAAACATC TATTTCACTC AATGATTTAG GAGATTTTTA TCAAGCCTCA
GGAGAATATC AAGAAGCACT CAAGTATTAT CAACAAGCAC TTACAATGAG GCAATCATTA
TATACAGGCA ATCATCCTGA TATAGCTATT TCTCTTAATA GTATAGGGTA TGTTTACCAG
ACTTTAGGTC AGCACCAAGA AGCTTTAAAA TACTATCAAC AAGCACTCAA TATGTGGAAA
TGTGTGTATA CAGGTAACCA TCCCAAAATA GCTATTTCCT TAAATAATTT GGGGAGTGTT
TATCAAGCTT TAGGGGAACA TCAGGAAGCA GTCAAGTATT ATCAGCAAGC CCTTGTTATG
CGGCAAGCGC TGTATCCGTG CAATCACCCA GATATAGTTA TTTCACTCAA TAAGCTAGGA
GATATTTATA CAGCTTTAGG CCAGCATCAA GAAGCGTTAA CATGTTATCA GCAAGCCCTT
GTAATGCGGC AGGCGTTGTA TATAGATAAG TAA
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| Protein sequence | MKIRSYLFGY LQDFNLRIML LQFGKLPRLL TQLFFVLCIL TGFKGVRLDT VFQQSIALTT
SYNLLALQQS SIYQPVANSL VEEKKVTVSI ANNKEMTEEK KETLLPSEAR KQTLEPHQVI
SQSFEQILAA LYNNDPHLYS INLTHQQLNL EKLLQLEQAI DNNPVIGYIQ WGELPADCET
IKEQIQQKLI SNIAAYTYYP NDYIHGLLAY QVYSNPKLGQ TIDLSLVSKE IGHQFSPSIH
TSWQVVQVQD DSIHTGYYSA LYVNEITHQA VLAFQGTKVE GLKDLLKKNS DLKEDIDGVL
GNAITQQNAL AYVATKNAVD YVKDNEYNLS ITGHSLGGYL AELAVAFCYR DFSYRQTKGI
VFDSPGTVNK LDKFKSNVIN KATKFSIASL PIVTYLSAPN LINTCNGHPG EVYRVYPQLM
WSAEIQKWMK RASKVPLIGS KIKGNNKGLL ALTGHSLSTI LALFDPTTGK PSTYIRIADW
PKIDTDNVTY IGKKKEELEK KSLLSTGLSI LTGKTNVIGG AFQMLPSLVG GTAASVLTVL
KDYLNINQAQ YLTTLAYLDD NYKETKLSTQ KEFTLRYKGH YRISDKAMNE HILYTENYEG
VDWYLYELYK YKDKLAQSPT RDITFAVLKN VVQEYEVVSL DEQPYVRLTE KRGQVEALRD
KMQRSLKVLS AASIKKTLED SNIDALTKQL EKRSIKQFSQ LHNYIAQAKL TTYLAREDKQ
QELSQKLEKS GICVIYGHGG VGKSTLVAQY GHNQKGKQLV WWMQAETPEK LAKSYQDLAQ
DLGIDYQKLA QGFKQSYDNY LPELSKRVYN ALEDRKQPIL LILDNAADAN LIDKCLLYRP
SLVQVVITTR KARDFKAYSQ VELAAFKREE GEKYIKNCFE SSLYKPSEQE IATLIKEVGL
IPQKLALAVG YIGQKRLMTV QGYIEKLQAI KKSGKKGENQ FVLPEVSLGL ESLDTQSQLV
MRYGAYLDPD FIPLSLIIAL VEVKDEEVLE NLLATLEELS LITIIKGQGN ELGIQIHREV
QATSKQYQGW DAANNLSEET LLSSIIKVLH ERMPWVTEVP DNTWDQAKIY ASNVGHVLST
IEQTIKPTYV LADLISRLGN YNQQVERNFS QALKYNQQAL EVRRSLYPGS NLQVAETLDN
LGGTYKVLGQ YQEALKYYHQ ALEVKKDLYT GNHIHLAESL TNVGLAHKAL GQYQEAATYL
KQAFEMRQAL YTGNHPHIAE SLHNLGAIYK ALGQYQESLK YYQQGLEMRQ ALYTGNHPHI
AQSFNNLGLI YKALGQYQEA LKYLKQGLEM RKALYTDKHH RVAQSYNNVG SVYKSLKQYQ
EALKYYQQAL DMKKSLYMGN HPSMAISLNN IGNIYTALGQ YQEALKYLKQ ALEMRQALFT
GNHPQTSISL NDLGDFYQAS GEYQEALKYY QQALTMRQSL YTGNHPDIAI SLNSIGYVYQ
TLGQHQEALK YYQQALNMWK CVYTGNHPKI AISLNNLGSV YQALGEHQEA VKYYQQALVM
RQALYPCNHP DIVISLNKLG DIYTALGQHQ EALTCYQQAL VMRQALYIDK
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