| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0705 |
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| Symbol | |
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| ID | 6376837 |
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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 | 899505 |
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| End bp | 903620 |
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| Gene Length | 4116 bp |
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| Protein Length | 1371 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 642681855 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957822 |
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| Protein GI | 189502105 |
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| COG category | |
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| COG ID | |
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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 | 18 |
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| Fosmid unclonability p-value | 0.762246 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATTTCT TAAAGAATAG CCACCGAAGA TATTTATTGA TAATACACCT GCTTGCTATA
CTATTAATTC TTAACAGTAG CAAGTGTGGC TGTGGAAAAG AGGAAGGTTT AAAAGACGAT
GTGTTTGGTA ACATCATTAT GCATGTGCCT ACTGACCCGC TTATAGGTGA TGTAAAAACT
ACAGAAATTA GTTTTATGCT AGCAGATAAT GCTACAATTG CCCCCCTAGA GAATTTTACT
TTACAAGTTG TTTTACAAGA CACTAGTGGT TCGATTAGCC AAATAAGCTA TAAAGATAGT
ACTGGTACAC TAAAAGAAAC TGATAAAGTA GATATTCCAT TAAAGAGCCT TTTGGAAAAA
GAGCATTTAA CAACAGAAGA ACCTAGCTTT ACAATCCCTT TTACGTTGGT TCCTCATCCA
ACCTCTAAGG AATTAACTGC TGAATTTAAG TTGCTCAATA AAGCTGAATC TGTAAGTGAA
GGAGAAGTTA CCTGGAGGAA GGTTGATACA GCTGTTAATT TACTTTTAAG TAGAACTAGT
GCTGAGAAAA TAAAAGGGGA TAATAAAATC ATTAGCCTTA AAATTGAGAA TAAAGAGCAG
GAAGCAACAG AGAAAGGACA GTTAAAATTA AAGATTACAA GGACTCATGG GAATAAGGCT
TTTATTAAAG GTTCTACTCA GTTAAAGAAC ACTAATGTTT ATACAATAGA TCTTCCTATA
ATTGCACCTA CTAATAGCTT GCTTTATGAT CTAATTATGG ATCCTAAAGA GGATCTACAG
GCCACCTTTA GTATACAACT ACAATATAAG GGTAAAGATA TTGGTACTGC AGTTATTGTA
AGCTGGGAAA AAGGATTGGT AATAGAAGTT AAACATGATA GAACAACTGA TAATGTTAAA
GTTTTTGTTA CTAATACAGG TACAGAAACA GCCGAAAAGG TGAAATTAAC ATATGATACT
AAAACAGCTA ATACTACAAT TGGAAATACA GCTAAGAATG AAAAGATTCT GGAGAACTTA
GCTCCGAATG AGAGAAAAGA AGTTAGTGAT TTGGGTAAAT TAAATTTTGG TAAAGATGAT
GCTGGCAAGG ATAATATAGC TGCAGCATGT GAATTTGGTA TATCATGTGC ATCAAGTTGC
CCAATAAACC CTGTAACTAC TGTAGTGAAG AAGGAGGTAT TTACAAGATT AGATATAGTG
CTTTCACCTA TTGTAACATA TGATTCTGAT AAAGAACAAT TTAATTATAC AATAGAAAAT
GCAGGAAAAG ATACCGCAAA AGGGTTGCAG TTGAAGTATA AAAATATAAG TGTAAGTGAG
GAAGGTAAGC TTGCTACATT AGATGCTAAA CAAGAGAATA CTATAATATT GGGTGATTTA
GAAAGTGGCA ATAAGTTTGA AGGTGTTTTA GCCGTAGATT TTAAAAATGC AGAAGTGGCC
AAATTTAATT TTGAGCTACA GTATGATAAT AAACCTATGG CTAAACTAGA ACGGGAAGCC
CAGAATAAAC CTTTGAATTT ATCATTAGCA ATCATAAGTC CAACAAGAAG TAATGCTGAG
GAGTATATAC TTTATGGTGC TGAAAATGAG TTAAAACTTA AAATTGAACA AGCACATAAC
AGCCGTACTA TCGATATAAA CCATTTAGCA TTATCCATAA AAGTACCAGC TGGCGATGGA
ACTACTGTTT CCCATATTGT AGATGGACCA GCGATAACTG AGCTAAAAGG GTCTGATTTA
GGTAAAATAG ATGATATTAT TACTTTGTAT GTAAATCCTA AACTAGAAGC AAAAGAAGCA
AATATTAGAA TTGAATTATA TTATAAAGGA GAACTTGTAG GTGCACCGGT CTTAGCTCAG
TGGAGGGAAT ATGGTGTATT TATACAAAGC TCAGGTCGTT TAATAGGTGA GCAGATAGGT
TATTTTAAAA TAATTGGCGT AAGTGATTTA GACCGTAGTG CAATTACTGT AAGTTTAGAA
AGTGAAAAAG GTGCTACTTT CCAATTCTAT GATAAAATGA ACGGTAATAC TGAAGCTACT
TTAGCTGATT TAGCTGAATA TGACACAAAA GTATCTGCAA GCAACAGGGC AAGTTCAGAA
CCTATTTCTT TTACAATCAA TGAAAAAAAT GGCCAGAAAG AATCTGCAGT AAAGATTGTT
ATAAGACGAA AATCTAAAGT AATAGCAACA CATACAATAA ACTGGATAGA TAAAGGAATA
AGCGTAGAAC TTAAAACAAA TACAATTCTT GAAGTAGAAG GTCGTCCAAT AACTGTAAAT
ATAAAAAATA CAGGTGATAA GGCTTTAAAA TTAAGTGAAG TAAAAGTTAG GGTTAAAAAT
ACAGAAAACC TTCGGTTTAA TATAGGTAAG ATGGCAGGCA CTACGATTGA AGGAACCTTA
GAAGATATTA TAGGTATTAA AGAACTAATT AGTAAAGCAC AGATTAAAGT TTACTTACAA
CCTAATGCCT TGCTTAAAGA TAAAATTGCA ACCGGTGTAA CCTTAACGCT TTTCGAGGAA
AAGAACGGTA AGGAAAAAAT ATTAGAACAA AGGCGCGTAA TATACTATAT TGCTGATTTC
TACAATACCC AGGTGCCAAT TAGAGACATG AGTTCAGAAG GTTTTTCCTA CATTTCAAAA
CAAATTGTAA CGAATAAAGA GAATCCTGGA TACCTTGCAT ATCTTTTAAG TAGTTTAAAA
ACTGGAATAG AAGTTTCTAA TAAAATATTA GAAAAATATG AACAAATCAC AGACACTCAT
ACAGAGTTTA ATGAACCTAT ACGTTTAATA CGTGACTTTA TGTATGATAG GATTAAAAAA
TACACAATAC TGACTGAGGA AACTAAAAAA GCAATAGCAG AATTAAGTGA ACAAGACGAA
ACTATTGTGC AGTGGATTAA GGATTCTATA AATAAGGTAA ATAATGCAAT AGAGATTTTA
AAAGGTAGTC CTGAGAAATT GAAATCATTA AATGATCACA AAGCAATAAC TAAGGCTTTA
ATAGGTAAAT ATGATCCATC TAAAGATATA GATCAGCAAA CTTTACAAGG GTTATACGAG
TATTATCAAG ATAAAAGTAG CCAAATTAAG GCCTTTTTAG AGAAACGTGC TACTACAAAT
CTTCCAGACA CGCCATCTAT TAGCCAAATG AGAGCGTTAT ATAATAGGAT GGTGTCCGAA
CAGTCGAATA TACAAAATGC TGTGAGACAA ACTTTTGGTG CTGGGTTTGA AAAAGTTAAT
GATGCTATTG ATCAAGAGCA AAAAGAACTT AATCCAGCAA CAGTAAAAAG GAAAAGCCAG
AAACAAGTAA TGATATTTCA TAACAAGCTT GTAAAGCAAG CAAATATATT ACATGAATGG
AATGGTTTAT TAAGGAAAAG CGAATTAGTG ACGGATCCAG TGGCCCTACA GAGAGCTATG
GCAGCACGTT ATCAAAAGTT AGCAGAAGTA AATAAAAACT TTGCCAAGCA TATTTATGAA
AAAAATAAGC CGGGTAATGT TACGCTGGCT GCAGAATTAG GTGAGCTAAT AGCAAGAGAG
ACGTTTGGTA TGGCACAAAG GACAAAAAAC CAAACAATAG AGAAAGTTGC TATAGAAACT
GCTAAGGCTG CTGGAGAGAC TATAGATACT GCTACGGCTG CTAAAGAGGC TACTGAAGAT
GCTATAGAAG CTTGGAAGTT ATTTGAAAGG GCAAGAGGTG TAAGGAATAT ATCTTCTAAA
AAGCCTGGTC AGTCTTTAGA TATGAATAGT AATAATTTAA ATACACTACC AACAGTATTA
CAAGGTATGA AAGCTCAGTT AGAAATCCTT AAAAGACATG AGCAGGAGCA GAAAAAAGAG
AAAAAGAAAA GGGGTATGTT TGGGCAGTTC TTTAATAGAT CTTCAAATAA TAATAAGGTG
AACAATAATG GGGAGGGCAC GAAGGATAAT ATTGATGAAA AGGATACTGA TAAAGAAGAT
ACTATTGAAA AAGAAGATCA TACCGAAGAA GAATATACTA CTGAAGAAAA TACTGCTGAA
GAAGATACTA CTGAAGAAGA TACTACCGAT AAAGGAGATA CTACTGAAGA AGAAGATATG
AATGGTGATG GGACTAATGA GAAGCAGGAA AGTTAA
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| Protein sequence | MNFLKNSHRR YLLIIHLLAI LLILNSSKCG CGKEEGLKDD VFGNIIMHVP TDPLIGDVKT
TEISFMLADN ATIAPLENFT LQVVLQDTSG SISQISYKDS TGTLKETDKV DIPLKSLLEK
EHLTTEEPSF TIPFTLVPHP TSKELTAEFK LLNKAESVSE GEVTWRKVDT AVNLLLSRTS
AEKIKGDNKI ISLKIENKEQ EATEKGQLKL KITRTHGNKA FIKGSTQLKN TNVYTIDLPI
IAPTNSLLYD LIMDPKEDLQ ATFSIQLQYK GKDIGTAVIV SWEKGLVIEV KHDRTTDNVK
VFVTNTGTET AEKVKLTYDT KTANTTIGNT AKNEKILENL APNERKEVSD LGKLNFGKDD
AGKDNIAAAC EFGISCASSC PINPVTTVVK KEVFTRLDIV LSPIVTYDSD KEQFNYTIEN
AGKDTAKGLQ LKYKNISVSE EGKLATLDAK QENTIILGDL ESGNKFEGVL AVDFKNAEVA
KFNFELQYDN KPMAKLEREA QNKPLNLSLA IISPTRSNAE EYILYGAENE LKLKIEQAHN
SRTIDINHLA LSIKVPAGDG TTVSHIVDGP AITELKGSDL GKIDDIITLY VNPKLEAKEA
NIRIELYYKG ELVGAPVLAQ WREYGVFIQS SGRLIGEQIG YFKIIGVSDL DRSAITVSLE
SEKGATFQFY DKMNGNTEAT LADLAEYDTK VSASNRASSE PISFTINEKN GQKESAVKIV
IRRKSKVIAT HTINWIDKGI SVELKTNTIL EVEGRPITVN IKNTGDKALK LSEVKVRVKN
TENLRFNIGK MAGTTIEGTL EDIIGIKELI SKAQIKVYLQ PNALLKDKIA TGVTLTLFEE
KNGKEKILEQ RRVIYYIADF YNTQVPIRDM SSEGFSYISK QIVTNKENPG YLAYLLSSLK
TGIEVSNKIL EKYEQITDTH TEFNEPIRLI RDFMYDRIKK YTILTEETKK AIAELSEQDE
TIVQWIKDSI NKVNNAIEIL KGSPEKLKSL NDHKAITKAL IGKYDPSKDI DQQTLQGLYE
YYQDKSSQIK AFLEKRATTN LPDTPSISQM RALYNRMVSE QSNIQNAVRQ TFGAGFEKVN
DAIDQEQKEL NPATVKRKSQ KQVMIFHNKL VKQANILHEW NGLLRKSELV TDPVALQRAM
AARYQKLAEV NKNFAKHIYE KNKPGNVTLA AELGELIARE TFGMAQRTKN QTIEKVAIET
AKAAGETIDT ATAAKEATED AIEAWKLFER ARGVRNISSK KPGQSLDMNS NNLNTLPTVL
QGMKAQLEIL KRHEQEQKKE KKKRGMFGQF FNRSSNNNKV NNNGEGTKDN IDEKDTDKED
TIEKEDHTEE EYTTEENTAE EDTTEEDTTD KGDTTEEEDM NGDGTNEKQE S
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