Gene Aasi_0860 details

Gene Information

• Locus tag: Aasi_0860
• ID: 6377121
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Candidatus Amoebophilus asiaticus 5a2
• Kingdom: Bacteria
• Replicon accession: NC_010830
• Strand: +
• Start bp: 1092931
• End bp: 1096392
• Gene Length: 3462 bp
• Protein Length: 1153 aa
• Translation table: 11
• GC content: 32%
• IMG OID: 642681997
• Product: hypothetical protein
• Protein accession: YP_001957958
• Protein GI: 189502241

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

Fosmid Coverage information

• Num covering fosmid clones: 12
• Fosmid unclonability p-value: 0.0336399
• Fosmid Hitchhiker: No
• Fosmid clonability: normal

Sequence

Gene sequence

ATGAATATCT TAAAAATTTC TAAAGATAAA AGTTTTAGTC TACTTCAATT TCTTCTTGTT 
ATTATCAGTT TTCACTTGAT TGCCTGCGGA TCAAGCACAA AACGGACTAA TGAGAATGGA 
AATGATAGCT TGGATATGAA ATTAAATACT AATAAGCTTG TAGGTACACA GAAAAATATT 
GAGCTCACTA TCGAGTTAAG TAATGCTAAT AAGAATATAG TGTTGCAGAA CTTTAGATTA 
AAAGTTACAC TATTAGAGGA AATAGGAGGA AAAGATAGCC AAATAAGTTA TATAGATAAA 
AAGGGTATAT CTCATGCTGG CATATCATTA CATGAATCAC TCCCATATTT TACTACAAGT 
AAAGAATTAA CTGCAAGTGA GCATACATTA AAAATAGAAT TTGGATTACT CCCTACTAAA 
CCAGTAAAAA AACTATCGGC TAAATTTGAA CTTTTTGATG ATCAAGCTAA ACTGATTAAA 
GATTGTACTG TAGTATGGGA AGCGGAAAAA ATTGATCTAG AATTAATACA AACTAGTGCA 
CAATCATTAA AAGGTAACGA GCCTATTCAG TTAGTAATAA AAAATCAAGG TAGTTTAAAA 
ATAAATGATC ATGAATTAAA ATTGAAGGTG GTGAGAAAAG TTGGAAGTGT TGCTGTGATA 
GAAGAATCTA TAATTCAAAA CAATGAAATT TATGTAGCAG TAGGCGAAAT AGGAACCAAC 
AATCAGATAA AGAGAGTTCT AAAAGTTAGC CCTGGTACAG ATAACAGAGC TCATTTTATT 
TTTCAATTAT GGTATCAAGG AAACCCGGTA GGCAATAGTG TAGAGGTAAT ATGGGAGAAA 
GGTGCTTGGC TAACAATTAA AGACGTATCA TATGACACAC ATACAGGGCA AATTGCTTAC 
AAGATTAGTA ACCAGGGGAC AGAGATTGCA AAAGGAGTAA AATTATTTTA TTATACCAAT 
ACACTTCAAC AGAAGCTTGG AGGAAAACAA GTTTTAACTC CTATATGGCA AGAGATATCA 
ATAGAAAGTC TGGAAAGTGG GCAACAGACA GCTGGGCAAA TATTAAATAA GTTAGGTTTT 
GACAATGGTA AGAATACTAA ATTAATTGTT AAACTAAGTT ATAGGAATAC AGACAAAATA 
ATTTCCTTTG GACAACAAGA AATATATTTT GAGCCTTCTA GTATAATAGA TGGAAAAATT 
AGTGGTAAAA TTGCAGAAGC GTCGCAAGAT AAGGCGCCTG ATGCAGCAGA TTATACTACT 
TCTACTGCTA ATGGACAGGT ACCTATGCAA GCCAATGATA GCTTAAAATA TAATAATTCT 
GCACCAACAC TATCAAATAG TACTCCATTA CCATTTCCAA CCTCTACATC AATAACAGGA 
GATAATACAC AAAGAGATAC TTTTTCTTTG GCTGGCGAGA AAATATCTGC TGCTAATGAA 
CAGGAGTTAG CACAATTGAA TGATAGCTTA AAAGATAATA ATTCTCCACC AACATTAGAT 
AGTACTCCGT TAACAACAGA TAAGCTTAAC AGAGATACTT CTACATTAGC TGGCAAAAAT 
ACATCTACTG TAGCTGCCCC AGTGTATACT CAGTTGGATG GTAAATCGGA ACTTATAGAA 
TCTGTAATAG AAGAACTATC TAGTAGGATG GCATTACAAT TTACAACAAA AGATGCGCTA 
AAGGAAAATG ATGTTAACAA GACTCCTGCT ATTTCAAGTA GTAAAATTGA AACAGCTATT 
GATGAGAAAA TTATTAACCG TGCAAAGGAA AAAATTGGCT TGTTAGAAAC TGATATAGTA 
GAAAGTCAGG AGGATTCATT TACTGTAGAT TATTCATATT TTATTATCCC TATCAGTCAA 
GCAATAAGTT TAAAACTTCA AGGTAAAGAA CCTATAGAAA TAGAATTAAA TTTTAAGGGA 
AAAATAGATA CGGTTGACCA TTCTTTCGAG GATAAGGAAA TAGGTATTGT TGAAATAACT 
AATAGCGGAA ATTTACCTAT AAACACAAAA AATATACATA TAAGGCTGTT TAATACTAAA 
GGTATCCATT TTAAACTGGG GAATAGGGCT GCTAATAGCC GCATTAGTAC TACTTTAAAT 
AAATTTTTAA CTAATAGCGA ACTACAACCA GGAGAGTCTA TCATTATACA ATTACAACTT 
CATTCAAATG GTGCACAAGT GGAGACTTTT ATGGCTAACC TAACTTTGGA GTTATTTGAT 
GAACAGCAAA ATATTTTAAT AAAAGAAAAC TTAGTGTGGC TAAATAGGCA TCATAAGCTT 
TATAAATCTG TTAAAAAGTT CGCAAGAATT ATTGAAAAGT ATAAAAAGGA ATTTGATGAA 
ATAGTTAAAA AAGCAGAAAC TAATTTTAAG GCTGCTTGTG AACAGCATCA TTCTAATACT 
AAGAATAAAA AGCACCTAGA AGAATGGAAA AGTACATTGA AATCTGTAAT GTTACAATTA 
GAAGCTTTTT GCCAACTGAA GAAACAATAT GAAATTGGGA TCAATTTGGC TCTGCAAGAA 
CTCAATACAC AAATTGGTAG TTATAATACA AAAGGCAGGC TATTTACTAT CAGAAGTTTT 
ATAGATACAG CCAAAGTTAA TGCTGATAAT TTTATACTAG AGTCTAAACA ATTTTATCTT 
TTTAATCTTG AAAATACGAA GAATTGGATT ATCTATATTA ATAAGCTGAT TGAGCACAGA 
GTACAAACAG AATTAATGAA AGTAAATGTG GATGACCGTA TTGAAACTAT TAAAAATGCT 
GCTCATTCTG TTGTGGCCCC TAGAAATCCA AGCACACCAA TTACAGCACA AAGTCCTTTA 
ATATTAAGAA TAGAGTTAGT GGAATGGCTT AATCATTTAA TAAAGCTTGC ATCTGATGTA 
GAGGAACAAA ATATAAATAC AGCAGCCGAA AATTTTGACA ACACATTTAT AGACGCTGTG 
AGGAGATATG TTAAAGTGGC TAGCGACGCT GAAAATGCAG CTAATTTATG TATTGAAAAA 
GCTAAAGATT CTATAGCTGA ATCTTTTTTT AAATATATTT TAAAAGCAGA AAAGCAAATT 
AAATCTGAGG CTGATAACAC AAAAGTAGCA AAACTATATC AGTTGATAGC TGAAGCTTAT 
CAGTTTCTTG CTGAATTTGA TTATGCTCTT TTAAATTTAG CAGCACTAAT ACAAGATGTT 
AAGGCTGCAC ATAACGCTGC TATACAAGCC AGTGATGCTG CCAAAAAGAT AAGTAAAAAT 
AAAGCAGAAA ACAGTGAGGC AAACCAAGCT GCTAGAGCTG CTTATAGTGC TACTATTGCC 
ATTTACAAGT ATCTCAAATC TGCTTTTGAT ATTTATGAAA TGAAGAAAAA AGAAACTCCT 
GCCGATTACT ATGACATTAG CTTAAAATAT ATAAAAGATA CCATTCAAAC CCTTTCGGAG 
ATACGTGATG AATATCTCAA TTCAAAAGAC TTAGATGAAT AG 

 

Protein sequence

MNILKISKDK SFSLLQFLLV IISFHLIACG SSTKRTNENG NDSLDMKLNT NKLVGTQKNI 
ELTIELSNAN KNIVLQNFRL KVTLLEEIGG KDSQISYIDK KGISHAGISL HESLPYFTTS 
KELTASEHTL KIEFGLLPTK PVKKLSAKFE LFDDQAKLIK DCTVVWEAEK IDLELIQTSA 
QSLKGNEPIQ LVIKNQGSLK INDHELKLKV VRKVGSVAVI EESIIQNNEI YVAVGEIGTN 
NQIKRVLKVS PGTDNRAHFI FQLWYQGNPV GNSVEVIWEK GAWLTIKDVS YDTHTGQIAY 
KISNQGTEIA KGVKLFYYTN TLQQKLGGKQ VLTPIWQEIS IESLESGQQT AGQILNKLGF 
DNGKNTKLIV KLSYRNTDKI ISFGQQEIYF EPSSIIDGKI SGKIAEASQD KAPDAADYTT 
STANGQVPMQ ANDSLKYNNS APTLSNSTPL PFPTSTSITG DNTQRDTFSL AGEKISAANE 
QELAQLNDSL KDNNSPPTLD STPLTTDKLN RDTSTLAGKN TSTVAAPVYT QLDGKSELIE 
SVIEELSSRM ALQFTTKDAL KENDVNKTPA ISSSKIETAI DEKIINRAKE KIGLLETDIV 
ESQEDSFTVD YSYFIIPISQ AISLKLQGKE PIEIELNFKG KIDTVDHSFE DKEIGIVEIT 
NSGNLPINTK NIHIRLFNTK GIHFKLGNRA ANSRISTTLN KFLTNSELQP GESIIIQLQL 
HSNGAQVETF MANLTLELFD EQQNILIKEN LVWLNRHHKL YKSVKKFARI IEKYKKEFDE 
IVKKAETNFK AACEQHHSNT KNKKHLEEWK STLKSVMLQL EAFCQLKKQY EIGINLALQE 
LNTQIGSYNT KGRLFTIRSF IDTAKVNADN FILESKQFYL FNLENTKNWI IYINKLIEHR 
VQTELMKVNV DDRIETIKNA AHSVVAPRNP STPITAQSPL ILRIELVEWL NHLIKLASDV 
EEQNINTAAE NFDNTFIDAV RRYVKVASDA ENAANLCIEK AKDSIAESFF KYILKAEKQI 
KSEADNTKVA KLYQLIAEAY QFLAEFDYAL LNLAALIQDV KAAHNAAIQA SDAAKKISKN 
KAENSEANQA ARAAYSATIA IYKYLKSAFD IYEMKKKETP ADYYDISLKY IKDTIQTLSE 
IRDEYLNSKD LDE