| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0160 |
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| Symbol | |
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| ID | 6376530 |
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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 | 181908 |
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| End bp | 186389 |
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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 | 33% |
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| IMG OID | 642681349 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957334 |
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| Protein GI | 189501617 |
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| COG category | [S] Function unknown |
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| COG ID | [COG2911] Uncharacterized protein conserved in bacteria |
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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 | 32 |
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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 | TTGTGTACTA CTGATCAAAA ACCGAAGATA AAGAAAAATT TTATAGCCAC CTTCCTGAAA
TGGCTGGCAT TCTTTGTATT ATCTATTATC ATAAGTTTTG TATTATTTAT AAATATACCA
CAAGTACAAA ATACATTATT TAAAAGAGTA CTTAATAAGT TAAACGCACA AACGCACTTT
CATATACAGC ATCAGCATTT CTCATTAAAA TGGTTCCATA AAGTTTTACT TACAGATTTT
TTAGTAAAAG ATCCTAATAA TCAATTATTA TGTGCTATTA AGTATTTGAA GTTGCGTATA
AATCCTTTGC GGCTTTTGAG AGGAGAAGGT ATAGTAATAG ATTACTTAGA AGTAGGGAGT
GGGGATTTGA GACTAGTCAA AGCTAAAGGA GAAACAGAAT TCAATATACA AACTTTATTA
TCAAGGTTAG AAACACCAGG CAGCACAAAT TCTGTAAGCT TGCCAATTGA TATACAAGGT
TTTAATGTAA AAAAAACTGT TCTAAGAGAC TTCTCTATGT TAATGGATGA TCAGGCAGTT
CAACCTACAT TAACAGGGTT TGATGCTTAT CACTTTAAAA TAGAGGGGGT TACTGCTGAA
GTTAGCCAGT TAGGTTATTA TGGCAATACT TTAGTTGGGG AGCTTCAGCG TTTATCTGGC
TATGATCCAA TACAAAACTT AAGGCTACAT CAATTATATA CACAGTTTAA AGTTACACCT
TATGGAACAC TGTTTAATCA GTTAATTATT AATACAGATG ATAGCTACTT AAAAGGAAAT
TTAAGTTTTT CCTATGAAAA CATAACAGAA TTGTCTCAAA TTCTGAAACA AGGGTATATT
GATGTTGAGT TAGAAGAACT CAAGTTAGCT TCTAAAGAAC TAGCTCATTT TATACCTTAT
TTTAAAGGTC ATAATATTGA TTATACTTTA AAAGGTAGTG TGGTAGGAAA GGTAGATGAT
TTCTATCTAA AAGATTTTTA CCTAGAATTT GGTGAAAATA AAAGCTATTT ATGTGGAAAT
ATGAAGTTAG AGGGGTTGCC TGATTTCGAA AATATGTGTT TTGATTTGAA CTTAGAAAAA
GGATGTTTAT ATACTTTTGA TCTGCTTCCA CATATAGCAC AAGAGCACCA TCATATGTTA
CAAAGAATAC AACTTTGTAA TGTGCAAAGT AATATATCAG GTACTTTACA TCAATTTAAA
ACAAAGGGAA ACTTTATAAC TAACATAGGC AGAATTACTA CTGATATGGA AGTAGTTGTT
GATAAAGCTT CCCATGAGCT TGCTTGTAAA GGAGATATTA ATACACAATC TTTAAATATT
GGTAAACTGC TAGGCATAGA TGAGCTACAG GAATTAACAA TGCGGGCATA TATAAATGGT
CAAGCTATTA ACTCCGATGC TACTAACCTA TATTTGAGAA CACACATAGA GCAGCTAGGC
TTTCAGGGAT ATAAGTACGA GCATATTCGT GCTAACGGAA GGCTTGGAAA GTTTTTTTTT
AAAGGTAATA TATCAATAGA TGATCCAAAT TTAGTGGCAT ATTTTGATAC TAAATTTGAT
TGGAAAACAC CCCAGAAAGA ATTATTAGTA AAGGGATTTT TAAATGATGT TGCCTTAGAT
AAATTAAAAT TTACAAATAA ACATACACAT TTTAGTAGTG AAATAAATGT AGTTGTACAG
GGAGATTCTT GGGATAATTT TACTACAGAT GCCACATTCA ATCGTATTCA ACTAGAGATA
GAAGATAAGC CCCTACATGT AGAGCAGTTA CATTTTCTCA ATGGTAAGAA GAATGGACAT
AGTACGCTGT CTCTTTATTC TGATTTGCTA GATGTACAAG CAGAAGGAGC TGTTAAATAT
ACCTCTTTGG TACAGGACCT CAAGGAATTT ATTTATGCTT ACCAACAACG CCTTTTAACC
TCAAAAGTAT ACGTTCCTTC TTATACAGAA AAACCTTATA ATTTTAAATA TCATCTGTAT
TTAAAAGACA TAAATCCTAT ACTACAGGTT GTTGTACCTC ATATATATGT AGCCCCAAAC
ACTAGTTTTC AAGGATTTTT CTCACAGCAG GAGGAAGTAA AATTTGAATT TCATATGCAT
GAGGTAGACT CATTAGCTTT TGGAGATAAC CAGCTACAAA GGAGTGAATG GCATATAACA
GCGTTACAAA ATAAAGATGG TGCGTTGGTT GCAGCTACTA ATAAATTCAA ATCTGATAAA
CATCAGTGGA AAGACTATAC TAGTACAGAA AGTTTTGTGC TGGATATTAA TTGGGTTAAT
GACCAATTTT CTTTTAAAAA TAGTATAGGG CAAGAAAATA GTAATTTGCA AGTAAATCTA
GCAGGCACAG CAGTTTTACA TAATGAAGGA GTACATATTA GGCTTGATAA TACAGCTATG
CGGATAGCTG GCAAACAATG GGAGTTGCAC CCCGCTAGTA CTGTTTCAAT ACATCAGTCC
TACATTAAAT TTCATAACAT ACTTCTCTCT AATGAAGCAC AGCAGATTAG TATAGAGGGG
AAATACTCTT CTATAAATCC TGAAAAGCTT ATTATAAACC TGACTAATCT AGATTTAAAC
AACTTTACAC CTTTTGTAGA TAGAAAGATG AATGGTAATA TTCATGGAAC ACTAATTATA
ATGGGTACTG CTGAAAGTCC GAGGGTTAGT AGCAATATAA ATATACATGG TATTACTATA
GGCGATTTAA TAGTGGGTGA TCTATGTACA AAGGCTACAT GGGATAATGA TAATAAAGGT
ATTAATGTCG CATGCCAATT AAATCAAGTA GAAAAGCCTA TCATACATGT TACTGGGACT
TATAACGATA AAGCACAAGG ATTAGATCTG GTAGCTGAAT TTTCGCATGC GCAGTTGGCG
CTAGTAGAAC CTTTTGTTAC AAAGGTGCTT GGGGAGCTTA AAGGTGAAGT GGAGGGTAAG
TTTTATATTA AAGGACCGCT TAAAGCACCC TCTCTTGATG GAAAAGCCAC AGTAAGAGAC
ATGTCATTAA AATTTAATTA TTTAAATACT TTATATAAAG GATATGGAGA AGTTAGCTGC
TCTGGAAATA ATATAAAGGT TGAAAAATTG ATTTTAACGG ATGACCAAGA TGGTCAGGCA
GATATACGAG GAGAAATATG TCATAATTAT TTTAAAGACT TTTCTTTAAA TTTAATGGGT
GATGTAAGTA GGTTGATCGT TCTCAATGCT AAATATGAAG ATAATGAATA TTTCTATGGT
AAAGGTATAG TAAGTGGAAA TGTAGCTTTT ACAGGCATGG TAGATAATAT TATGATAACT
GCTAATGCTG TTACCCAAAA AGGTTCCAAT CTTGTTATTC CTATCCAGAA GTACAACAAA
AAAGTTGGAC AAGAAAGCTA CATTCGTTTT GTAGACCTTA AGACCTGTAA AAAGAATACT
GTAGAGGCTC TTCCTTCTGT ACGCATTAAA GGATTGAGCT TAGATATGAA CTTGGAAATA
ACTCCAGATG TTTGGGCAGA AATTATCCTT AATCGAAAGG ATGGAGATAC TATTCAAAGT
AAAGGCAAAG GATTACTAGC TATTAAATCA GACTTAGAAG GTAATCTTAA TATAACAGGA
AATTATGAGC TAGTAGAAGG GACCTATAAC TTTTCAGTTT ATAAAGTGGT TAAAAGAAAA
TTTAAAATTT TAGAAGGAAG TACCATTACT TGGATCGATA AGCCTTATGA TGGAATGCTC
CATGTGAGAG CATCTTATAG CCAGCGGGCG ACGCTCACTC CGCTTTTAGA AAAAAATGAG
CAAGGTACAA AAGATAAGAA AAAATATCCT GTAAATGTAT TATTAACACT TGAGGGTACA
CTGTCAGATC CCGATATTCG TTTTAATGTT GAGTTTCCTA AACCTCCAGA CAACCCAGAT
TTACAAGAAG CTATCCATAC TTTTAAAGAG AAAGCTGCAT CAGACAGGAA TTACTTAGAA
AAACAGGTTT TTAGCTTAGT TATGTTAAGA ACCTTCTTTT CAACAAATAT GGGTAACTTG
GGAAATGATA CTATAAAAAG GAGTGTAGGT GAAATATTCT CACAGCAGCT TAGTAGTATA
ATAGCAGAAC AACTAGATGA GAATTTAGAA ATAGATACTG ATATTGTTTT AGAAGAGCTG
AATCAGGAGA AAACTACAAG CTTACCTGTC AAGCTTTCCT ATAACTTATT GGCAGGTAGG
CTAATTATTT CTAGAGAAAG TAAAATTAAC TTTGATACAG GCAAGGAAAT GGATTTTGCA
AATATGGTAG GAGATTGGTC TATGGAGTAT GGACTTACCA GTGACAATAG GTTTAGGGTA
AAATTACACA TTTCCCCATC TGGTTCTGAA ACGGATACAG GTATGTCTAA TATTTCTAAG
TCCGTTTTTG GTGGTCTTAG TTTTGTATAT ATAAAAAGCT TTAATAGATG GCGTGAACTA
TTCTGGCATA GCCAACGTAA CAAGGCAATT GTACATAATT AA
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| Protein sequence | MCTTDQKPKI KKNFIATFLK WLAFFVLSII ISFVLFINIP QVQNTLFKRV LNKLNAQTHF
HIQHQHFSLK WFHKVLLTDF LVKDPNNQLL CAIKYLKLRI NPLRLLRGEG IVIDYLEVGS
GDLRLVKAKG ETEFNIQTLL SRLETPGSTN SVSLPIDIQG FNVKKTVLRD FSMLMDDQAV
QPTLTGFDAY HFKIEGVTAE VSQLGYYGNT LVGELQRLSG YDPIQNLRLH QLYTQFKVTP
YGTLFNQLII NTDDSYLKGN LSFSYENITE LSQILKQGYI DVELEELKLA SKELAHFIPY
FKGHNIDYTL KGSVVGKVDD FYLKDFYLEF GENKSYLCGN MKLEGLPDFE NMCFDLNLEK
GCLYTFDLLP HIAQEHHHML QRIQLCNVQS NISGTLHQFK TKGNFITNIG RITTDMEVVV
DKASHELACK GDINTQSLNI GKLLGIDELQ ELTMRAYING QAINSDATNL YLRTHIEQLG
FQGYKYEHIR ANGRLGKFFF KGNISIDDPN LVAYFDTKFD WKTPQKELLV KGFLNDVALD
KLKFTNKHTH FSSEINVVVQ GDSWDNFTTD ATFNRIQLEI EDKPLHVEQL HFLNGKKNGH
STLSLYSDLL DVQAEGAVKY TSLVQDLKEF IYAYQQRLLT SKVYVPSYTE KPYNFKYHLY
LKDINPILQV VVPHIYVAPN TSFQGFFSQQ EEVKFEFHMH EVDSLAFGDN QLQRSEWHIT
ALQNKDGALV AATNKFKSDK HQWKDYTSTE SFVLDINWVN DQFSFKNSIG QENSNLQVNL
AGTAVLHNEG VHIRLDNTAM RIAGKQWELH PASTVSIHQS YIKFHNILLS NEAQQISIEG
KYSSINPEKL IINLTNLDLN NFTPFVDRKM NGNIHGTLII MGTAESPRVS SNINIHGITI
GDLIVGDLCT KATWDNDNKG INVACQLNQV EKPIIHVTGT YNDKAQGLDL VAEFSHAQLA
LVEPFVTKVL GELKGEVEGK FYIKGPLKAP SLDGKATVRD MSLKFNYLNT LYKGYGEVSC
SGNNIKVEKL ILTDDQDGQA DIRGEICHNY FKDFSLNLMG DVSRLIVLNA KYEDNEYFYG
KGIVSGNVAF TGMVDNIMIT ANAVTQKGSN LVIPIQKYNK KVGQESYIRF VDLKTCKKNT
VEALPSVRIK GLSLDMNLEI TPDVWAEIIL NRKDGDTIQS KGKGLLAIKS DLEGNLNITG
NYELVEGTYN FSVYKVVKRK FKILEGSTIT WIDKPYDGML HVRASYSQRA TLTPLLEKNE
QGTKDKKKYP VNVLLTLEGT LSDPDIRFNV EFPKPPDNPD LQEAIHTFKE KAASDRNYLE
KQVFSLVMLR TFFSTNMGNL GNDTIKRSVG EIFSQQLSSI IAEQLDENLE IDTDIVLEEL
NQEKTTSLPV KLSYNLLAGR LIISRESKIN FDTGKEMDFA NMVGDWSMEY GLTSDNRFRV
KLHISPSGSE TDTGMSNISK SVFGGLSFVY IKSFNRWREL FWHSQRNKAI VHN
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