| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_1160 |
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| Symbol | |
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| ID | 6377384 |
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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 | 1481821 |
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| End bp | 1488732 |
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| Gene Length | 6912 bp |
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| Protein Length | 2303 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 642682265 |
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| Product | hypothetical protein |
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| Protein accession | YP_001958224 |
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| Protein GI | 189502507 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase
[COG0745] Response regulators consisting of a CheY-like receiver domain and a winged-helix DNA-binding domain
[COG3899] Predicted ATPase |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box |
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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 | 19 |
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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 | GTGAAGAAGA ATCATAATTT TGTCCAGCTA TTTAGGCGCT GTATTTTTCT AGCAAGTTTC
ATCTTTCAAA GCTGTTCTAA ACTACAAAAC CCTATTATTC CTGGTAAGAA AAAACAAATA
CCTATAACTC AACAAGTAAG CAAGCCAGAA AGAGTACCAT CAAATTTAAG CAAGAAAATT
ACCAATCACC CAGATCTAGA TTGCTTTTAT AATAGCCTTG AGAAGGGAAC AGACATGATT
ATTTCAGCAG CTCATTTTGC AGAAATATCA GCAGTTAGAC AAGCAGGCAA ATCCGCTCCC
ATTCAAGAAC TCCCATCGAG CAATCTTAAC AATTACCTTT CTATTTCTAC CAGGCATAAC
CAGCGTTATC CTATAAAATA CCAGTCAAAG CAGCCTACTA CTAAGACCAG GACAACTAAA
CAGGACATAG TAGCTAAGAA GCAGCAACAT AGCCAATTGA GAGTAACAAA GCTAAAGCAG
GCATTATTAG AAAAAGAAAT TATAACCAAA GATAGATATC AACTTAGATT TTACAAAGAG
CTAGGTCTAT GGAAAGCAGA AGTAATAGAA AATTATGGTA GCTTGAGTAG AACACATCAT
CTGCCCGTTT ATATAGCAGC AGGTACAGAT CTACTACAAG TAGCCAGCTC GAATGAATTA
CAACAAACTA GGCTTATCCA TGTAAATTTA CCTAAGAATA AACAGCCTGG TTATGTGTAC
ATAGGCAGTG TGGGATTAAA AGGAGGAGGT AAAACTAAGG CTAACAGTAT ATCTAAGGTT
ATCAGTACGC CCGCTATACC TGGTTATAAA TTGCATACTT CTTTACATAT AGGGACTTTT
TCGAGCATTT ATCGTGCAAT ATGCCTTGCA GATAATCATC CAGTCGTAAT TAAAGTCAGC
GCCCAAAAAG TGATAACTGA GAAAAAAGCC CAACGCTTTC TTCGTGAGTT TGAATTGGGC
CAGCAGGTCC ATTCGCCCTA TGTGGTTCGC TATTTGGAAC TCAAGCAAGA TCCGGCTTAT
GGTATAGCAG TAGTCATGGA AGATGACCAG GCCGTAGAGT TGAGTACTAT CGTTCCACGA
GAAGGTTTTT CTAACCGTGA TTTTATAGAA ATCGCGCTTC AAATTGTTCA AGGCTTACAG
GCCATTCATG ATGCCAACAT CATTCATAAT GATCTTAAAC CTAGCAATAT CGTTATTGAG
CCAACAACAA AAGCTATCAA AATCACTGAC TTTAACTGTG CTTCTACCTT ACGAGAAGAA
AAGAGAACAG CTATGCCTAG GCGGACAGGT ACCTTGGCCT ATATTTCACC TGAGCAAACA
GGGCGGGTTA ACCGTAGTGT TGATTACCGT ACGGATTTTT ATTCATTAGG TATTACCTTT
TATCAGTTGC TCTGTGGCGA ACCACCCTTT ACAGCAAAAG ATGCACTGGG ACTCATTCAT
CAGCACTTAG CCAAACAGCC CATACCCCCT CACCACCGTA AACCCACGAT TGCGCTACCC
TTATCCCAGA TGGTGATGAA ATTACTGGAT AAAGAAGCGG AGAACCGGTA TCAAAGTTGT
GAAGGGATTC TACATGATTT AAGATTCTGC CTGCCAAACT TAAAAGAGAC TGGCACCATT
CCTGAGTTTG TGCTAGGTCA ACAGGATTTT TCCAATAAAC TCACCTTATC CCAACAATTA
TACGGCCGAG AAAGCGAAAT CAAGACCTTA CTAGATGCTT TTGAACGTGT CAGGGAGGGG
AAGCGGGAAG GGTTGATGGT CACCGGCCAA CCCGGGGTAG GTAAGACGAT CCTGATCCAG
GAGATCCAAA AGCCGATTGC CTTAAAGCAA GGATATTTTA TAACCGGTAA ATTCGATCAG
TTAAATAAAA ATGTAGCATA TAGTGCCTTG ACCCAGGCCT TTAACAGCCT CATCCAGCAA
TGGCTAAGCG AAGACGAAAT CCGTATTACC CAATGGAAGA CTCGGCTGCT GGTGACATTA
GGGGCACAGG CGCCATTCCT TACCAAGGTC ATTCCTGCCT TAGCCTTACT GATCGGGGAA
CAACCAGATA CATCCATTAC CGACATTAAT CAGGCCAAGA ATGTATTTAA CTGGATTTTC
CAGGAGTTTA TTAAGATTTG TGCCACCACG TCCCATCCCT TAGTGATTTT CTTAGATGAC
TTACAGTGGG CCGATCAAGC TAGTTTAGAG TTGATGACCT ATTTACTGCA ACAACCTAAC
ATCGGCCATC TGCTGTGGAT AGGTGCTTAT CGGGACACTG AAATCACCCC TTCCCATCCA
GCTTTACAGG CTATCACTAC CTTACAAGAA GCACAGATCA CCATCCAAAA ACTCCCGCTT
GCACCATTGT CACTGGCCAG TTTGTATCAG TGGATTGCCG ATAGTTTACA TAAACCCTTA
ATAGACATTC AGCCACTAGT TGAACTGATT TTTCAAAAAA CAGCCGGGAA CCCCTTTTTT
GTGAAATTAT TTTTACAATC GCTATATGAC CAGCGGTTGT TAACCTTTTC TCCGCAAACC
CACTGGAAAT GGGAGCTTGC TAAAATCTAC CAGCATCCGG CAACTGAGAA TGTCATTACC
CTGATGACTT ACCAAATTCG CCAGCTGCCT GTGACTACCC AAAAAGCATT AAGTGTAGCC
AGCTGTATAA GTCATCGTCT GGCATTAAGT ACCTTGCAAA CGGCAATGGC TTGTTCACAT
GAAGAGGTGG AGAAGACCTT ACAACCGGCC CTAAATAGTG GCATTTTGAT TCAGGTCGAC
CATGAAGTAT ACTTTGCCCA TGACCGGGTG CAAGAGGCAG CCTATCATTT AATAGCAGAA
GAAGAAAGAG CCCATACGCA TTTAACGATT GGACAACGAT TACTAGCCAA CCCTACTAGT
GAAGAGACTT TGCTATTGGA TATTGTTGCC CAGTTTAATC GCAGCCGCTT GCTCGTCACT
GAGCCTAAAG AGCGCTTGCG GATTGCACGC TTAAACCTAA AAGCAGCGCA AAAAGCCAAA
AAAGCCACGG CTTATACATC AGCGTTAGAT TACCTATATG TCAGTCGGGA CTGGATTGAC
ATAGAAACAC TCTGGAAAAC CGATTATCCA CTGGCCTTTA CCTTCCATAA AGAATTAGCC
GAAATAGAAT ATTTAAGCGG TCATTTTGAG ACTTCAGAAG TTCTAATAAA AGACATGCAG
CCTTGGTTGC AATCCAATTT GGATAAAGTC GATATTTTTC GTTTACTGAT CATTCAAAAG
ACATTTCAAG TCCATTATCA CGAGGCCATT ACCATTGGTC AGCAAGCATT ACAATTACTG
GGTAGTAGTT TACCTTTAGA TAATTTAACA GAATTCCTCC AGCGTGAAAT GCCCTTGCTT
AGGCAAAGGC TGGCTGGTAT ATCATTTTCT TCTCTACTCG ATGCGCCACT CGTTGTTAAG
CCTGAGAAGC AAGCTCTCTT TAAAATTTTA GAAAGCCTCT ATAGCGCGGC TTACTTAACT
GGATCAGAGC TATATCCTGC TATTGCGCTG ATATCAATCA ATCTGTCGTT AAACTATGGA
CACACGCCCG AATCTTGCCA TAGTTATGCA GCATATGGAC ACTTGCTTTG TGCTAGGTTT
GAAGAATATG CCTTAGGCTA TCAATTTGGC AACTTAGCCC TTCAGCTGGC AGAAAAACTT
CAATTACCTG TCCAACACTG TCAAAGTTCA ATGATTATGT TAGGTTTTAT TTACCCCTGG
TCAAAGTCTA TTCAACAGTT ACCAGCTTTA TTGGCGGCTG CTTATAAATC ATGTCTAGCT
TGCGGTGAAC TCGAATTTGC CGGTTACTGT GCGAATCTAA CAGCCCAAAC CCTACCTTAT
CTAGGTATCT CCTTAGCCAA GGTTCAACAA GAAGTGTTGC CGTTACTGCA ATTTGCACAA
AACACGAAAA ATCAAATGAC AGCTAATATC ATTCAATCTG TACAGAGGGT GTTAGCTAAT
TTAAGGGGTG ATACACCAGA TGAATGGAAT TTTGATACTG ACACTATTGA TGAAGCCAAA
TTTGAAGAAG GTTGCCAACA AACAAACAGC TTTTTTGCCT TATGCTTTTA CTATATTTTC
AAAGCTCAGA CTTTTTATCT GTATGACGAC TTTAAACAAG CACTCGACAA TTTAGCATTA
GCAAAGAAAC ATTTAATTGT TATTACTGGT CACTATATCA CAGCAATTTT TAATTGGTAT
CATTCTTTAA TTTATTTAGC ACTCTATCCA ACGGCTTCTA TTGAAGATCA GCAAGCTTAT
CTCGAGCAAG TAATCCAAAA TCAGCAACAG ATGCAACGCT GGCAGGCCAG TTGTCCAGAG
AATTTTGCTC ATAAGTACCT TTTAGTTGAA GCCGAATTGG CGCGACTTAA AGGCCACTAT
GAACAGGCTG AAGAATATTA TGACCAGGTT ATCGAGTTAG CAGGGCAGCA TGGTTTCATT
CAAGAACAAG CGTTGGCAGC CAAGCTGGCT GCTAAATATT GGCTAGCCAG AGGCAGATCT
GTATGTGCAC AAAGTTACCT GTATATCACC TTTAATGGCT ATAAACAGTG GGGAGCTAAG
CATAAATTAA TGCGATTTAA AGCGCAATAT GCAGATTTAT TAAAAGCTTT AACCCCACCT
GGCTTAAGTC AGTTAGTGGT CAACCAGGAA ACCACGCTCA ATGGCAATAC CTTACAGTAT
TTAGACCTAT CCAGTATTTT AAAAGCTTCC TATGCAATTT CCAGTGAGAT CGAACTGACC
AAGCTCCTGC GTAGCATGAT GCAAATTATT ATTGAAAATG CCGGGGCTCA GCAAGGCGCA
GTATTATTTG TTGAAGCAGA CGACACTATT TTTGTACAAG CAGAATATGC GATCGATGGT
ACGATCACTA CCCTACAGAA AATACCACTC GCCGACTGGG CCAATGGTGC GCACACGGTC
ATTCAGTATG TCAAAAGAAT GCAACAACCG ATCGTGGTGG ACCATGCCAC GACGCATGAA
CAATTTAAGA CTGACCTATA TATCAACCGA ACGCAAGCAA AATCCATTTT ATGTGTCCCG
CTCCTCAAGC ATAAGGAGCT TCAAGCCATC TTGTATGTAG AAAACAACCT GATGACCCAT
GCCTTTATGC CCGAGCAGGT ACAAACAGTG CTAATTTTAA CAGCTCAAAT GGAGATTTCC
TTAGAAAATG CCCGTTATGT TGCCAGGCAA CTTGTACTAA CTCAGCAATT AGCCGAGCAA
TCTGCTCGTA GGCTAATAGC TGAGGAATCG TTGCATGCGG TAACCCATGA TTTAAAACTG
GCATTAGAAG CCTCCCAAGC GGGTACATGG AATTGGTGGA TTGACACGGA TAAGGTCACG
TGGGATACAA CCAATTGTGC GTTGTTTGGT TTAACACCCG ATACATTTAA AGGTACGTAT
GCAGCAGTTG TGGAATGTGT GCATCCTGAA GATCGAGAGC GACTTAATCA GTGTGTTAAG
CGTTGCCTTG AGCAAGATAT CCCGTATGAT ATGGAATATC GGGTGATTTG GCCAGATGGC
AGCCAGCATG TAATTGTAGC ACATGGCCAT GTTTACCGGG ATAAAGATGG TAAGCCAATT
AAAATGGTAG GTGTATGTTT AGACATAACA CAGCACAAAC AGCTAGAGCA AGAATGGCTT
GAGGCCCTCG AGCAAGCAGA AGAAGCACAA CGTCAACGCG CAGATGAGGC TGAACGTCAC
AGCGAAGAAC AGAGATGGTT TATTGATACG GTTTGCCATG AAATTCGCAA TCCTATGAGT
GGTATTTCTA ATACAGTAAG TTTTATGGAA GAAAAGCTAG CTTCACTCAA AGCATACAAG
AAAAGCTTAC CTAAGCCGGC GTTAGAAGAG CTTGTGCAAA CGCTGGAAGA GGATATAAAA
ACCATTAAGC ATTGTGTCAA TCATCAGATA GCAGTTATTA ACGGTGTGCT TAGTTTGTCA
AGATTAGAAG CAGGCAAAGA GGAGCTAATT TTTGAACCGT TTAAACCCAA GGCAATCATT
AAAGACATTA TTACTCTCTT TACGCCTCAA TTAAAGACCA AGCAGCTTGA CTTAATTGTA
GACTTGCCTG AACAGGCGAT TGCCATCAAG GGAGATCCTG AACGTTTCAA AATAGTTTTA
ATTAACTTAA TTTCCAATGC CATTAAGTTT ACTGAAAAAG GGTATATAAA AGTCAGCTTA
CAAATCCAGT CAGTTGATTC AAGCCACGTG CAAGTAGCTA TCTGCGTAGA AGATACGGGT
ACTGGTATGA CACCTGAAGA GCAATCGCGT TTATTTCAGC AGTTTTCACG ACCCCTTTCT
TCTCAATATG AAGGTTCTGG TTTAGGGCTT GCCATTAGCA AAAAATTACT TGATTTGATG
GGTGGTACTA TTCAAGTGGA TAGTGTAAAA GGACAAGGTT CTGTGTTTGC CATCCATTTA
ACTTGTGAGA TAGTGGGTAT AGAAGAAAAA ATAAGCCCGT TGATTAATCG AAAAACACCT
TCTACTTTAC CTCTCTTACC CCCTGTAGCC AAGCATATTC TCGTGGTCGA AGATAATATA
GTGAATCAAA AAATTCTACG TAGGCAATTA GAAGCGGCAG GCTACACATG TACGGTAGCT
GACAACGGAC AAAAAGCAAT CGAAGCTATC GGAGCACTCG AGGAAGTTGA AATGCCCGAA
CAATGGAATC TGACAGCATT CGATCTCATT TTGATGGATT TAGAAATGCC TGTGATGGGT
GGTATAGAAG CGACTGGATG GATTCGTAAA AAAGAAAAGC AATTAGGCGT ACCTTCCATA
CCTATTATTG GCTTATCAGC TTATGCAGAA GAAGTTTATG GCGAAAAAGC TAAGCAGGCT
GGCATGAATA ATTATCTAAC TAAACCTTAC AAGCGAGAAG AAATGTTTAA AGCTATCCAA
GCATATCGTT AA
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| Protein sequence | MKKNHNFVQL FRRCIFLASF IFQSCSKLQN PIIPGKKKQI PITQQVSKPE RVPSNLSKKI
TNHPDLDCFY NSLEKGTDMI ISAAHFAEIS AVRQAGKSAP IQELPSSNLN NYLSISTRHN
QRYPIKYQSK QPTTKTRTTK QDIVAKKQQH SQLRVTKLKQ ALLEKEIITK DRYQLRFYKE
LGLWKAEVIE NYGSLSRTHH LPVYIAAGTD LLQVASSNEL QQTRLIHVNL PKNKQPGYVY
IGSVGLKGGG KTKANSISKV ISTPAIPGYK LHTSLHIGTF SSIYRAICLA DNHPVVIKVS
AQKVITEKKA QRFLREFELG QQVHSPYVVR YLELKQDPAY GIAVVMEDDQ AVELSTIVPR
EGFSNRDFIE IALQIVQGLQ AIHDANIIHN DLKPSNIVIE PTTKAIKITD FNCASTLREE
KRTAMPRRTG TLAYISPEQT GRVNRSVDYR TDFYSLGITF YQLLCGEPPF TAKDALGLIH
QHLAKQPIPP HHRKPTIALP LSQMVMKLLD KEAENRYQSC EGILHDLRFC LPNLKETGTI
PEFVLGQQDF SNKLTLSQQL YGRESEIKTL LDAFERVREG KREGLMVTGQ PGVGKTILIQ
EIQKPIALKQ GYFITGKFDQ LNKNVAYSAL TQAFNSLIQQ WLSEDEIRIT QWKTRLLVTL
GAQAPFLTKV IPALALLIGE QPDTSITDIN QAKNVFNWIF QEFIKICATT SHPLVIFLDD
LQWADQASLE LMTYLLQQPN IGHLLWIGAY RDTEITPSHP ALQAITTLQE AQITIQKLPL
APLSLASLYQ WIADSLHKPL IDIQPLVELI FQKTAGNPFF VKLFLQSLYD QRLLTFSPQT
HWKWELAKIY QHPATENVIT LMTYQIRQLP VTTQKALSVA SCISHRLALS TLQTAMACSH
EEVEKTLQPA LNSGILIQVD HEVYFAHDRV QEAAYHLIAE EERAHTHLTI GQRLLANPTS
EETLLLDIVA QFNRSRLLVT EPKERLRIAR LNLKAAQKAK KATAYTSALD YLYVSRDWID
IETLWKTDYP LAFTFHKELA EIEYLSGHFE TSEVLIKDMQ PWLQSNLDKV DIFRLLIIQK
TFQVHYHEAI TIGQQALQLL GSSLPLDNLT EFLQREMPLL RQRLAGISFS SLLDAPLVVK
PEKQALFKIL ESLYSAAYLT GSELYPAIAL ISINLSLNYG HTPESCHSYA AYGHLLCARF
EEYALGYQFG NLALQLAEKL QLPVQHCQSS MIMLGFIYPW SKSIQQLPAL LAAAYKSCLA
CGELEFAGYC ANLTAQTLPY LGISLAKVQQ EVLPLLQFAQ NTKNQMTANI IQSVQRVLAN
LRGDTPDEWN FDTDTIDEAK FEEGCQQTNS FFALCFYYIF KAQTFYLYDD FKQALDNLAL
AKKHLIVITG HYITAIFNWY HSLIYLALYP TASIEDQQAY LEQVIQNQQQ MQRWQASCPE
NFAHKYLLVE AELARLKGHY EQAEEYYDQV IELAGQHGFI QEQALAAKLA AKYWLARGRS
VCAQSYLYIT FNGYKQWGAK HKLMRFKAQY ADLLKALTPP GLSQLVVNQE TTLNGNTLQY
LDLSSILKAS YAISSEIELT KLLRSMMQII IENAGAQQGA VLFVEADDTI FVQAEYAIDG
TITTLQKIPL ADWANGAHTV IQYVKRMQQP IVVDHATTHE QFKTDLYINR TQAKSILCVP
LLKHKELQAI LYVENNLMTH AFMPEQVQTV LILTAQMEIS LENARYVARQ LVLTQQLAEQ
SARRLIAEES LHAVTHDLKL ALEASQAGTW NWWIDTDKVT WDTTNCALFG LTPDTFKGTY
AAVVECVHPE DRERLNQCVK RCLEQDIPYD MEYRVIWPDG SQHVIVAHGH VYRDKDGKPI
KMVGVCLDIT QHKQLEQEWL EALEQAEEAQ RQRADEAERH SEEQRWFIDT VCHEIRNPMS
GISNTVSFME EKLASLKAYK KSLPKPALEE LVQTLEEDIK TIKHCVNHQI AVINGVLSLS
RLEAGKEELI FEPFKPKAII KDIITLFTPQ LKTKQLDLIV DLPEQAIAIK GDPERFKIVL
INLISNAIKF TEKGYIKVSL QIQSVDSSHV QVAICVEDTG TGMTPEEQSR LFQQFSRPLS
SQYEGSGLGL AISKKLLDLM GGTIQVDSVK GQGSVFAIHL TCEIVGIEEK ISPLINRKTP
STLPLLPPVA KHILVVEDNI VNQKILRRQL EAAGYTCTVA DNGQKAIEAI GALEEVEMPE
QWNLTAFDLI LMDLEMPVMG GIEATGWIRK KEKQLGVPSI PIIGLSAYAE EVYGEKAKQA
GMNNYLTKPY KREEMFKAIQ AYR
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