| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_1441 |
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| Symbol | |
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| ID | 6377496 |
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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 | 1856806 |
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| End bp | 1862718 |
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| Gene Length | 5913 bp |
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| Protein Length | 1970 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 642682511 |
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| Product | hypothetical protein |
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| Protein accession | YP_001958460 |
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| Protein GI | 189502743 |
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| COG category | |
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| COG ID | |
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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 | 11 |
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| Fosmid unclonability p-value | 0.0558558 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAGAAA AACATAATAT ATCTCAGCAA TTCATAGCAC GTCTTCTACT TGTCAGCTTG
TGTTTACAAA GTTGTGGAGG AGGATTTGAT AATAATCCAC TTATTCCTAT TGAAAAGGAG
CCAACAAAGT CTATACAAGC ATATACTCAA GAAATAATAC CACAAACCAA CATCCAACCG
CTAGTTGGTA AAACATTGAC AGCACAAGGA GGCCATATAG TTACCTGTTA TCAAGAGGAT
GGTAAGCTAA AAGCAAACAT CGAGATAAAC GCACCGCAAG GATTTAGTAA AACTTATGAA
GGATTATCAG TAGCTGTTGA GCAAGGAGCA GCGTTAGCTA ATTTATCTCG ATTAAATACA
AAATCACAAG AACGTCGTAT TCGCCTCCAA TTAGCGCAAG GCAGTCAGCC AGCTAAAGTA
GTAATCTATA AAGGAGCAGG GCTAGTGGGT GGTATGGAAG GAGATGATGA AGAAGAGCCT
ATGGATGAAG AATGGATAGT GCAGGAAGGG CAAGTAGAGA CGATAGAGGA ACAAGAAGCA
GAAGGAGAGG AGGATGTCTC TTTAGAAGAA CGTAATTATA ACCAGCTACA GACTATGCCC
AGCGAAAGGG CTAAGGAATT ACCAATCTTT CAAAAGCCTC TTAATCCTTC TAAAACTTTA
CAAGGTTCAC AAGATATATA TGAAATTGAA GGAAAAAGGT TTAAATGTCA AAATGTTTCA
GGAGAAGGAA TGGACTGTTT TTTTAATGCA GCTGGCTTAG AGCGAGAAGA GCAGATTGCT
AGATTAAAAG AATATGAAGA TAATAAAACG GTACGTGATA TGATTGCTAA TGAAATTGTA
TCGGCAGCTA AATCTTTGCA CGAATTACCA GAAGAAGTTA AAGAAGTAAT CAATTACACG
CTTTATGAAA GTCGAATAGA CCCAATTAAT CGATTGAAAG AGGAGCGTAA CAGGCAACTT
GCAGTCCAAT CTGTGAAGCC AGAGGAGCAA GATCTTGATA AGCTTCCTTC AGTCCTTCAG
AATATAGATA GAAAAGAAGA AAAGGAACTA GCAGCATTAA GGCAAAGAGC TTCTGAGCCA
AAAGCATATA TGGCTTTTGT TAAGCATCAT ATAGGGAATA GAGAAATGAT GGTAGCTCTT
CATGACGTAC AAGGCGATAA TCCAACAAAC CAAGAAGCAA ATTTTACCTC TATTGATGCA
ATTGCATATA TTAACAATTT AGGTATAAAA ATATATCAAC CTGAAAATGG AGGCTTACGT
CTCACTCACC AATTTATTCC TGCAAATGCA ACACGCATTG TTTATCTCTA TCATAGTGGT
GTTCATTTCC AGACGCTTAT CCCATTTCCA TACAAGGAGC CAAGTGATGA AGTTATGGAA
ACTGAAAATG TAGCTTGTCA CCAAAAGAGA AGAAGACCAC AAACAGATGA GAGTTCAGTA
GGTTCTCCTC TAGGAGAACT CCACCAACAA TTAATGGATT TATCTCTAAA AAGTCAGCAG
GTAGGTGAGC AATTAAGTAT GGAAGTAGAA GAAGAACACA ATGATAAACT CAAGCGAAAC
AGAAGATTAA TAGATGATAA AGAAGAGGGA GAGAAAGAAA GTGAAAAGGA GGAAGTAGGA
GAGAATAGAA AAAGCTATGG TACTCTTGAT GACGATGCCG AAGATAACTT CGTACTGGGA
AAGCATTATT ATAAAAAAGG AAAGCAGGAA AAAGGCATAA AATATCTTGA AAGAGCTAAA
AAGGCTGGGA ATCTAGAGGC TACTCAATAT CTGGAGCAAA TACAATTACA ACAACTCCAA
AACTCGCTAA AGGTTCCCGA GATTGCTTCA AAAGTTTTTA CCTCGATAGA TCAAATTAAT
TGTAAGCAAA TAGAGTTGAA AATTCATGCT ATTGATAGTA ATATAAAACG AAACAAAAAC
ACTGAAGCCA AAATTAGTGG TCCAGAATTA GATACAGAAC GTCAGGAATT ACAAGAAAAA
CTTGAAGGCA TTCAAAAAGT GGCTAAGGAC GTAAGTAAGT CTGATGAATG GGAAAAAAAT
GCTACTGTTC CTATGGTGAA ATCTGAAGAT GAACTAAAAT GCCTCGCTGA ACGTGCAGTT
AATACAGTCT ATCAGAAGCT GAACAAAAGT AACAATGAAA CGGCCGGCAA TGGTAGTAGT
CTTTCTCCAA GCTCTGAAGC GTTTTCGAGC CAAACTTTTG GTATAGATAA AGAAATACAG
CCTCAAATAA GGATGGATAA AAAAATTGAG GAAATGAATA CTTTTTTATC AACTATAGCA
CATAAAAACG AAACATCTTT TACTAAAACG AAACAAGAAG AACTTTATGA GGAAATAAAT
ACTTTTTTAT CAACTATAGC ACATAAACAT GAATCATCTT TTACTGAAGA GGAACAAAAA
AAACTTTATA ATGTCTCCTT GTTTCTCCAA AAAGAAATGG AAGAAATAAG CAACATCGCT
TATGGCGAAG AAAAAAAGCC TCTCATTGTA CTCCTGGGTA ACACAGGTGC TGGAAAATCA
ACTATTGTAC ACTGGCTCAC CGGCAAAAAA ATGTTTAGCA TAAAAGATTT CACTATTGCT
TCAAGCAAGC AAGGAGATAA CAAATTCCAT TATATTTTTT CTGATACACA AAATAATACA
CCTGATGTGT CCTCAAAAAT AGCACCTGGA AAAAAATCGA AAACAAGCAT GCCTGAATTG
TGGCCTGATC CAGAAGGGTG GGTTTATGCA GATTGTCCTG GGTTCAATGA TACACGGGGA
ACATTACAAA AGATCAAAAA TGCTCTTTAT ATTCAAGCTC TTCTTAAACA TCATAACCGG
GTAAAATTTC TTTTTGTTAT GCCTGCCGGC ATTTTTGACT CTTCTGTAAA TCGTGTAAAG
GATGTTGCAG ATGCACTTGC TAACCTAAAA AACATGTTTA AGGATCCTTA TAAATTAAAA
AATAATATTT CTTTAGTTGT TACACATCAT ATTGCAGATT TTCACAAATG TATAAAGACA
ATAAAAGAAG ATTTAAAAGA GTTTGCTGAT GTAAAAAAAG ACGAAGCGTT AAAAGCGTTA
TTGAATGATC TTGCCGAAAG AAGAAATGGA ATAACATTAT TCTCTCGTCC TTTAGAGTTA
GGTCTTTATC AAAACCAAAA CAACGAAGAA GAACCTGAGA GTATATCTTC CTTAACAACT
CATGATCAGT CGCTCCTTAA ACAAAATAAT AAAGAAAAGG CACTTGTATT GAAAAGTATT
AAAAGTTCGG ATTTTTTATC ATTAAATTTT GATGAGGATG TGGACCCCTC TATTCCTGAT
GATGCTAAAT TGCTGCTTAG AAAAATGTCA GCTAACTTAG TAGAACGGCT AAAGGAATTG
CTTAAAAAAC ATATTGCCGA AAAGATTCGA ATCTATTTTA ACGAAAAAAT TCGGAACTTT
AAAGCAAGCG TTGATGCACT CGTTGACAAA TGCATGCAGT ATTATACGCC TATGGCACTC
GTATTCGGCC CCTCTAAAAA AGCTAAGGAA GATTTAGAAG AAACACTTAA CAAAAACGCT
ATATCACACA ATGAGAAATC TGTTACCCTT CAGGTGCCCT CAAGCTGGAT AGCTGGAGCA
CAACTCACTT CTGGAGTAAT AGGAACATTA TTGCAAACAA CAGGAGGATT ATTGACAGCA
TCTGAAGTAA CAAGAGCATT TTTTCAAACA ACAGGAGCGG TATTGGCAGC ATCTGAAGCG
ATGCCAATAG CACTTTTAGG GGCTGTTGCC AGTATCAGTG TATATTATAT CAGAAAGAAT
ATGTGGAGGG ATGAGGTAAG AAAACATTTT ATAGAGAGAG AAGCAGAAAG AATAAAACTG
AAACTTTATG ATTTTGCTAT AAAATTAAAG AAATTAAACC GTGATATCTT TAAGAATGAC
CTTTTAAAAG ATAGGGATTT TTTAAATAAA ATTAATTCTG CCCCCTCAGA TATATCTGAA
ATTGAGAAAA CAGCTGGCTT ATTAGACTGC ATATGCGGTA TCTCTGACAA CGATGGTAAT
GATTGCAAGC ACCTTCTTTC TCAAACCATA TGGAATGATG TATTTTCTAG AGTAAATGAA
CACATAGTAA AGAGGTTTTT CCAGACTCCA TACGACTTTT ATAAGGATGT AAGTGCACCT
GATCAAATGG AGCAAATACC TCCATCCTAC GTTAAATATT TCACGGAAAA AATTAAGAAC
AACAATAAAC TATCACACAT TCCTGAAGAT TTTTTAAATA ATTTGTTAAC AAATTATTTA
AAAAATCCAG GTGCCCCTCA GAACTTTAGT TTGGCAGAAT TTCCTATTTA TCCAAAAAAA
TTGTATAAGA TTATAGATCT TATACAATTT TGTCAGCACA TATATACAGA CTTTACAACT
AGAGATTTTG TCACCAAACA GGAGGCCCCT AGTATAAAAA GAAAACGTAG GAGAATAATA
GACAATAAAA ACGAGATTGA CAGTCTATAT AGCAATCTTT TAGAAATCCG TGACAATTGG
CGTGCAGTAT CAAATCAGCC AGCCATATAC GTAAGTCAAG GAAAATATTC AAGTATTCCG
ATTCCATTCC CTTCTAGAGA GGCCCAACGG CCAAAATTTC AAGCAGATTA TATTGAGTGT
ATCAACCAGA TAAACATTTT TCTTCAAGAA ACTCTCAAGA GAGACCCTAT TAACCATAAA
AATTTAGGAA ATATTGAATT AGCAAGGCGA GAATTAAAGG AGGTTCAAGA CGAAATTCAT
ATGGAATTTT CTTTGCTCTT TAACCATAAA CAAATTGACG CCTCCATTCC ACCGTTTATA
GATACTACCG ATAAAAACAA AGAATATCCT CTAAAGGCTG AGGGTGTCAT TGCCGATTCT
TTTTTACATA AAACTCAACT GTCATCTAAT TCAAATATTT TTGTCTTAGA TGTTGGCTTT
CGGAATTTGG AAGACCTTAA AGGCATATTT AATGACTTCA GAACAGGGAT TGTGAAATAT
AAAGAGAATT CACTTGCTTG GTTTCCAGAA CTAGGTGAAG TAGACTATGT TGCTTATATA
GAGAGGGGCA ACGCATTAAA ACAAGGAAAA GATAAGCTTG TAATTGTTTA TTCTGGTTCA
AACTCAGCAA AAGATTGGAA CACCAATGTT AGAATAGGCT ATACGCCACT TCTAAATTTA
TCTGTTCATC AGGGAATAGG TGAGCTATTC ACAAAATCCG CTCCTACTTA TTGTAATTTA
TTAATAGATA AAATTAATCA TTATTATGAA AAAAACACAA AACCTAAGAA ATTTAAGATT
ATTACAACTG GCCATAGTCT TGGAGGAGCG TTAGCTCTCC TTGCTGCTTA CCATTACAAA
ACTGAACAAA TACCACATCT TTATGATAAA CTTGATATTG ATGAAAATAG CATTTCAGTA
AAAACCTTTA TCTTTGGAGC ACCAGCTATC GCTGATGAAT CATCACAAAA GAGCATAGAA
AAAGTTCTTG GGAAAAACAA TATATTTAGA ATCTGGACCA TTGATGATCC TGTTGTTTAC
TTATCAGAAA AGCTTAAATG GCATGTAGGA ACAAGTTTTC CTTTATGCAA TATCTCAAAT
AATAAATTCA ATATTTTGGA TATCTGGGGT CCCCATTTGG CTAAGCGTTA TCTGAGTTAT
CTTTTAGCAT TAAAAAAACC TTTTATATCT GAATTACACA AAGAGCTTAC CTCTATCCTG
GAAGAAAATA AAACTATAGA GATGATAACT ATGCTGAGGG ATGGAAGCTT AAGGATTGAA
TTACCTAAAA GTGGTGAGAT TAGCATTAAA GCAGATATAA CAAGTGAAGG CGCTGGGCCC
TCTCTTTCTC AAAACTTTGA AGGAACTACT ACAAGCAACC TGCTTGTTTC ATCTAGTGAA
AGAGAGCAAG AAATTTCTTG CCCTGAGGTG TGA
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| Protein sequence | MKEKHNISQQ FIARLLLVSL CLQSCGGGFD NNPLIPIEKE PTKSIQAYTQ EIIPQTNIQP
LVGKTLTAQG GHIVTCYQED GKLKANIEIN APQGFSKTYE GLSVAVEQGA ALANLSRLNT
KSQERRIRLQ LAQGSQPAKV VIYKGAGLVG GMEGDDEEEP MDEEWIVQEG QVETIEEQEA
EGEEDVSLEE RNYNQLQTMP SERAKELPIF QKPLNPSKTL QGSQDIYEIE GKRFKCQNVS
GEGMDCFFNA AGLEREEQIA RLKEYEDNKT VRDMIANEIV SAAKSLHELP EEVKEVINYT
LYESRIDPIN RLKEERNRQL AVQSVKPEEQ DLDKLPSVLQ NIDRKEEKEL AALRQRASEP
KAYMAFVKHH IGNREMMVAL HDVQGDNPTN QEANFTSIDA IAYINNLGIK IYQPENGGLR
LTHQFIPANA TRIVYLYHSG VHFQTLIPFP YKEPSDEVME TENVACHQKR RRPQTDESSV
GSPLGELHQQ LMDLSLKSQQ VGEQLSMEVE EEHNDKLKRN RRLIDDKEEG EKESEKEEVG
ENRKSYGTLD DDAEDNFVLG KHYYKKGKQE KGIKYLERAK KAGNLEATQY LEQIQLQQLQ
NSLKVPEIAS KVFTSIDQIN CKQIELKIHA IDSNIKRNKN TEAKISGPEL DTERQELQEK
LEGIQKVAKD VSKSDEWEKN ATVPMVKSED ELKCLAERAV NTVYQKLNKS NNETAGNGSS
LSPSSEAFSS QTFGIDKEIQ PQIRMDKKIE EMNTFLSTIA HKNETSFTKT KQEELYEEIN
TFLSTIAHKH ESSFTEEEQK KLYNVSLFLQ KEMEEISNIA YGEEKKPLIV LLGNTGAGKS
TIVHWLTGKK MFSIKDFTIA SSKQGDNKFH YIFSDTQNNT PDVSSKIAPG KKSKTSMPEL
WPDPEGWVYA DCPGFNDTRG TLQKIKNALY IQALLKHHNR VKFLFVMPAG IFDSSVNRVK
DVADALANLK NMFKDPYKLK NNISLVVTHH IADFHKCIKT IKEDLKEFAD VKKDEALKAL
LNDLAERRNG ITLFSRPLEL GLYQNQNNEE EPESISSLTT HDQSLLKQNN KEKALVLKSI
KSSDFLSLNF DEDVDPSIPD DAKLLLRKMS ANLVERLKEL LKKHIAEKIR IYFNEKIRNF
KASVDALVDK CMQYYTPMAL VFGPSKKAKE DLEETLNKNA ISHNEKSVTL QVPSSWIAGA
QLTSGVIGTL LQTTGGLLTA SEVTRAFFQT TGAVLAASEA MPIALLGAVA SISVYYIRKN
MWRDEVRKHF IEREAERIKL KLYDFAIKLK KLNRDIFKND LLKDRDFLNK INSAPSDISE
IEKTAGLLDC ICGISDNDGN DCKHLLSQTI WNDVFSRVNE HIVKRFFQTP YDFYKDVSAP
DQMEQIPPSY VKYFTEKIKN NNKLSHIPED FLNNLLTNYL KNPGAPQNFS LAEFPIYPKK
LYKIIDLIQF CQHIYTDFTT RDFVTKQEAP SIKRKRRRII DNKNEIDSLY SNLLEIRDNW
RAVSNQPAIY VSQGKYSSIP IPFPSREAQR PKFQADYIEC INQINIFLQE TLKRDPINHK
NLGNIELARR ELKEVQDEIH MEFSLLFNHK QIDASIPPFI DTTDKNKEYP LKAEGVIADS
FLHKTQLSSN SNIFVLDVGF RNLEDLKGIF NDFRTGIVKY KENSLAWFPE LGEVDYVAYI
ERGNALKQGK DKLVIVYSGS NSAKDWNTNV RIGYTPLLNL SVHQGIGELF TKSAPTYCNL
LIDKINHYYE KNTKPKKFKI ITTGHSLGGA LALLAAYHYK TEQIPHLYDK LDIDENSISV
KTFIFGAPAI ADESSQKSIE KVLGKNNIFR IWTIDDPVVY LSEKLKWHVG TSFPLCNISN
NKFNILDIWG PHLAKRYLSY LLALKKPFIS ELHKELTSIL EENKTIEMIT MLRDGSLRIE
LPKSGEISIK ADITSEGAGP SLSQNFEGTT TSNLLVSSSE REQEISCPEV
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