| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_1304 |
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| Symbol | |
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| ID | 6377469 |
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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 | 1662479 |
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| End bp | 1666693 |
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| Gene Length | 4215 bp |
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| Protein Length | 1404 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 642682390 |
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| Product | hypothetical protein |
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| Protein accession | YP_001958345 |
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| Protein GI | 189502628 |
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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 |
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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 | 30 |
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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 | ATGAAAAGAA CTTATACGCT GTTCCAGCAA TACATAGCTT ATGCTTTACT TGTCAGCTAC
TTTTTACAAA GCTGTGGAGG ATTGAATAAC CCAGTTCTTC CTATCAAAGA AGACGTGACA
GCGTCTATAC ATACTCCACC AATCATTGCT CCAAATATTC AAACTTTAGT TGACCAAACA
TTAACAGCAC AAGGTGGGCA TGCAGTTACA TTGTACGAGG ATAAAGGGCA GCTCCAGGCC
AGTGTAGAAA TAGTAGATGA AAAAAGTAAG GTTTTTAATG GGATAGCTGT ATCCATAGAA
AAGGGGACAG ATTTAAGAAG TTTAGCACAC TTACCTAAAA GAATTCAGCA ATATCGCATC
CAAGTAGAAT TTGATGAAAA GGGGACGCCA GTTAGAATAG GTATACATAA ACCATGGTTA
ATGGGAGGGA TGGAAAGAGG GGAAGATGAA GAGAATAATG ATAAAGAAAA AAAAGGAATG
GACGAAGAGG ACGATGGCGA ACAAAAAAAG AAAGAGGATA AAAGGAGAGG CAAGAAGAAG
GCAAAGGATG AGAGAAAATT ATCTTCTTCT GAGATTTTAG CCGAATTTAT TAGTAATAAA
GGAGAACACT ACCAAGTATT TAAGGAGATC ACCCTAGAGA TGGCCGAAGA AGTACAAAAA
CAAACAGGGC TGGTTATACC ATTTAAGCCT GGCCAGAATA GTAAGGAATT TGTTGGTGGA
AAAGGTAGTT TTGGGGAATT AAGATTGGGT AAACAAAAAA CTACTGAAAG ATATTTTGGT
ATTAAGGTAA TCGATCTTGC TAGATGCGAT AGTAAGGAAA GAAAAAGGAT AAAAGATGAA
GCCATCCTAC AGGAAAAATT AAGTGGACTA CCTAACTTGA TGTCTATTAT TGATATAGGA
GAAATTGATA ATAAAACCTC CTTATGCTAT GTAATGCCCC TGGCAGCTCT TGGCAGTGGT
GCTAAACTAA AAGATTACTT GAAAAGTATT AAAGATAAAG CTTTCAAAGA AGCGCTTTTA
GTACATATAG CCAAAGGTAT ATTGAATGGA TTTAAAGGCA TGCATAATCT AGTTGAACCC
CCTATAGCAC ATCTAGATTT TAAGCCGGAT AACCTAGTAA TAGATAGTGA AGGGGAGATC
TATATTATTG ATTTTGGTTG TTCTCAAGAA ATGGACCCAA ATGGAAAAAT ACACGAGTAT
CCTGGAGGAA CTGAGCGCTA TTGCTCTCCT GAAAGGACCA ATAAAAAGCT CAATAAGTAT
AAATTAAAAG ACGATCAAGA TAACTCATTC TCAGGTAAAG CAGCTGATAG CTGGGCTATA
GGAATAACAT TGCTAGAGAT GATTACTGGA GACAATGTAA ATTCAAAAAA TCTCCTTAAT
AAGAATACTA ACAAGCAGTA CCTTTCTAAG ATTGGTAAAA CACATAATTT ATTAGCTGAT
GATAATACAT ATAGTTATGC ATCAATGGTA AAAAGCTTCC TAAATCCGGA TGAGAAAGAG
CGTCTTACTC CTGAAGAGGC GCTAACCTGG CCACTGTTTC AGCAAGAAAC CGAGGCTGAG
ATATTAAATT TATTAAAAGA ATTTGTACAA ACTATACAAC GCAATAAAGG GATAACTAGT
GCCCAACAAC TGCCTCTTCC ACATTTTACC GGTTATGTCC CGCGCTTATC CTTAGAGCAA
GATGTTATTG ATCAACTGCT GAGAAATGTA CCCTTGGTAG CTTGTATAGG TATAGGAGGG
GTTGGAAAAA GCCAGCTGTT GACCTACCTA GTACATCACG AAAAGCTACA ACAAGCCTAC
AAAATCTATT GGTTCCAATC AGCAGATAAA GAAAGCGCTT TATTAGCCCA ATACCATGGA
TTAGCCCAAG AGTTGAAGCT GGTGGATGAA AAAACACCTG CTGAAGTAGC TAAAACTGCT
TTATTATCAT GGCTAGAAAA GCAGGGGAAT ACTAATTCTA CCTTGCTGGT ATTTGATAAC
GCCGATGATC CAAATTTATT AAAAACTTTT TTACCGAAAG GAGGCTGTCA ATCCCTGGTA
AGCTCTCGCT CCCCTAATTG GGAAAACAAA GTACCCATAG GCGAATTTAC AGAATTAGAA
GTGTATGAGC TTCTAGCAAA ATTGTTGCCT GATAGAGACG TGGTTCTTGA GGAAGCTAAG
TTGCTCGGAG AGGAATTAGG ATATTTGCCT CTAGCTTTAA AACTGGCGAT TGCTTGGATG
AGACAAGAAG GAATAAGTAT AAAGGAGTAT TTGGAAATTT ACAAAGCAAA AAAGCAAGAA
TTGCTTAAAA CTAAACGGAA GTTATTTGGC AATGATTTGC CTCACTCGAT GGTAACCTTA
TATCAAATTC AGATAGAGAA GCTAAAAAAA GAATGTCCAG AGGCCATCAT CTTGCTAGAG
TACACTTCTT TGCTAGCACC AGATGATATA CCATTGGCAT TGCTGGGCGA AGGCCTATTA
GCAGGATGTA TCCCTGATGC TACCTATAAG AAGGCTCAGC AAGCACTACT GTCCTATGCT
TTGTGGCAAG AAGATAAAGG AATAGAAAGT GTACGGATAC ACCGCTTGAT GCAGGAAGTT
ACCAAACTAT CTCTAGATAA AAAACTGTTG AAAGAGCGAT TATCAAATAT AATTAGTCAT
ATAACAAACG AATTTATAAA AGAAAGCAAG GATGTACTAG CGGATGAAGT TTATAAAAAA
ACTTTGGGTC CTCATCTAGA AGCTTTAGAG AAGTTATTAA ATAATTTACA AAATGAGCAA
AGTGAAACAA CCAATTTAAT TAATCAGAAA GAGTTTGCAA CTCTAATTAC TTGTATAGCT
CGTTATCACC ATTATCAAGG AATAAACTAT AAGGACGCCT TAATTTATTA CCAGAAAGCT
CTTGAAATGT ATAGGACAAT CTATACAGGT AATCATCCAG ATATAGCTAG TTCACTGGAT
AATATAGGAA ATGTTTATTA CGATTTAATT CAGTATCAAG AAGCTTTGAA ATATTATGAG
CAAGCCTTTG AAATAAAAAA GACCATCTAT AAAGACACTC ATCCTTCTGT AGCTACTTCA
CTCAATAATA TAGGTAATGT TTATCGAGAT TTAGGACGGC GCCAAGATGC ATTGAATTAC
TTGAAGCGAG CCCTTGCAAT GAGGCAAGCC TTGTATACAG GCAATCATCC TGATATAGCT
AATTCGCTCA ATAGTATAGG AATGATTCAC CAAGTGTTAG GCGAGAACCA AGAAGCTTTG
AAGTATTATG AACAAGCCCT TAAAATGAGA CAGGCCATCT ATACAAACAA TCATCCAGAT
ATAGCTAGTT CTCTTCATGG TATAGGAACT TTTTATTGCA TGTTAAAAGC TGATTCAAAA
GCATTACCCT ACTTTAAGCA AGCCCTTGAA ATATATAAGG CTATCTATAC AGATAAACAT
CCGAAGGTAG CTTATATACT TAATAATATA GGAATTATTT ATCAAAGTTC AGGAGACTAT
AGCAAAGCCT TACAATACTT AGAAGATACC CTTACAATAT ATAAGGTGAT CTATTCCGAC
AATCATCCGC ATGTAGCTAG CGTACTCCAG AATATAGGAG GTATTTATAA CAGTTTAACA
GATTATACCA AAGCAGTAGA TTACTTGATA CAAGCTCTTA AAATGAAAAA GGCTATTTAT
GCAGGCAATC ATCCTTTTGT AGCTACTGCT CTCGATAGTA TAGGAATTGT TTATCACAAT
TCACACGAGT ATGAAAAAGC CTTAGAATAC TATGAAGAAG CTCTTAAAAT GAGGCAGGCT
CTATATAAAG GCAATCATCC TGATATAGTG TGTTCACTCA ATAATATAGG CAATGTTTAT
AGCAGGTTAG TCCAGCATCA AGAAGCTTTG AAGTATTACC AACAAGCCCC TGAAATGGGA
CAGGGTATCT ATACAAACAA TCATCCAGAT ATAGTTAATC CACTTAATAA TATAGAGGAA
ATTAATGAGG GTAAACAACA AGAAATTATA AAAAAAATAA GCCAAGCGGC CAGAAATGTT
AAAGTAGTAG GGCAAAATAA AAGATTTGAC ATTAATGGTG TATCAGAACA GGATGTAAAA
AGATTTTTTG AAGAACTATC TATTACAACT AAATATATCA CAAAAGGGAA GCAACTAAGA
TTGACGATCG GTATGGATAC AAAGGAATAT GAGAGGTTAA AATCGAAAAT TAAAAAGAGG
CTAGGAGATA AATAG
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| Protein sequence | MKRTYTLFQQ YIAYALLVSY FLQSCGGLNN PVLPIKEDVT ASIHTPPIIA PNIQTLVDQT
LTAQGGHAVT LYEDKGQLQA SVEIVDEKSK VFNGIAVSIE KGTDLRSLAH LPKRIQQYRI
QVEFDEKGTP VRIGIHKPWL MGGMERGEDE ENNDKEKKGM DEEDDGEQKK KEDKRRGKKK
AKDERKLSSS EILAEFISNK GEHYQVFKEI TLEMAEEVQK QTGLVIPFKP GQNSKEFVGG
KGSFGELRLG KQKTTERYFG IKVIDLARCD SKERKRIKDE AILQEKLSGL PNLMSIIDIG
EIDNKTSLCY VMPLAALGSG AKLKDYLKSI KDKAFKEALL VHIAKGILNG FKGMHNLVEP
PIAHLDFKPD NLVIDSEGEI YIIDFGCSQE MDPNGKIHEY PGGTERYCSP ERTNKKLNKY
KLKDDQDNSF SGKAADSWAI GITLLEMITG DNVNSKNLLN KNTNKQYLSK IGKTHNLLAD
DNTYSYASMV KSFLNPDEKE RLTPEEALTW PLFQQETEAE ILNLLKEFVQ TIQRNKGITS
AQQLPLPHFT GYVPRLSLEQ DVIDQLLRNV PLVACIGIGG VGKSQLLTYL VHHEKLQQAY
KIYWFQSADK ESALLAQYHG LAQELKLVDE KTPAEVAKTA LLSWLEKQGN TNSTLLVFDN
ADDPNLLKTF LPKGGCQSLV SSRSPNWENK VPIGEFTELE VYELLAKLLP DRDVVLEEAK
LLGEELGYLP LALKLAIAWM RQEGISIKEY LEIYKAKKQE LLKTKRKLFG NDLPHSMVTL
YQIQIEKLKK ECPEAIILLE YTSLLAPDDI PLALLGEGLL AGCIPDATYK KAQQALLSYA
LWQEDKGIES VRIHRLMQEV TKLSLDKKLL KERLSNIISH ITNEFIKESK DVLADEVYKK
TLGPHLEALE KLLNNLQNEQ SETTNLINQK EFATLITCIA RYHHYQGINY KDALIYYQKA
LEMYRTIYTG NHPDIASSLD NIGNVYYDLI QYQEALKYYE QAFEIKKTIY KDTHPSVATS
LNNIGNVYRD LGRRQDALNY LKRALAMRQA LYTGNHPDIA NSLNSIGMIH QVLGENQEAL
KYYEQALKMR QAIYTNNHPD IASSLHGIGT FYCMLKADSK ALPYFKQALE IYKAIYTDKH
PKVAYILNNI GIIYQSSGDY SKALQYLEDT LTIYKVIYSD NHPHVASVLQ NIGGIYNSLT
DYTKAVDYLI QALKMKKAIY AGNHPFVATA LDSIGIVYHN SHEYEKALEY YEEALKMRQA
LYKGNHPDIV CSLNNIGNVY SRLVQHQEAL KYYQQAPEMG QGIYTNNHPD IVNPLNNIEE
INEGKQQEII KKISQAARNV KVVGQNKRFD INGVSEQDVK RFFEELSITT KYITKGKQLR
LTIGMDTKEY ERLKSKIKKR LGDK
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