| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_1435 |
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| Symbol | |
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| ID | 6377501 |
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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 | 1842930 |
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| End bp | 1847687 |
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| Gene Length | 4758 bp |
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| Protein Length | 1585 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 642682506 |
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| Product | hypothetical protein |
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| Protein accession | YP_001958455 |
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| Protein GI | 189502738 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0666] FOG: Ankyrin repeat |
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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 | 10 |
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| Fosmid unclonability p-value | 0.015567 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAAGAA GTTTTTCGCT GTTCCAGCAA TACATATCCT ATGTTTTACT CATAAGTTTA
TTCTTCCAGA GTTGTGGGGG AGGATTCGAC AATAATCCAC TCATATCTAT CAAAGAAGAG
CAAATAGCAT CTATACAAAC TAGTACACAA CAAATAATCC CTCCAATAAA TATCCAGCCC
CTATTTGATC AAGCATTAAT AGCCCAAGGG GGGCATAGTG TTACTTTTCA TGAAGAAGCA
GGCAAATTAA AAGCAGACGT AGTAGTTAAT GCACCTCAAG GGTTTAGCAA AAGCTATGTT
GGATTAGAGG TAGCTGTTGA GCAAGGTGCA GAGCTATCGG AGCTACCTAG ATTAGGCCAG
CAAGCACAAA AGCGTCGCAT TCACCTTCAA CCAGCACATG CAGGAAAGCC AGCAAAAGTA
ATTGTTTACA AAGGATCAGG GCTAGCGGGA GGGATGTTGG AAGGAGATGA ACAAGAAGAT
GAACTAGATA ATGAATCCAT TCCTAACGAA TGTTTCTGTC CTATCACCCA GGAGATTATG
GAAGATCCGG TTATTGCTCA GGATGGCCAT ACCTATGAGC GGATAGCAAT AAAACGCTGG
CTTGATATGG GAAAACGAAC CAGCCCTAAA ACTGGGGCCA GGTTGCTTAG TACCGAATTA
ACACCTAACT ATACCATGCG TAGTTTAATT CAGGATATAA AAGCACAGGT GCCTGTTTTA
GCCAGGCATA AGCTGGATAT GCACAATATT GAAGCAGCTA TTAAATTAAG AGAAGAAGAG
ATAGAAGAAA CATTGGCACA GAAGGGATAT ATAGTAGAAA AGGAAAGCCA GGCGAGGTTA
AGTTTAGAAG CAGAGTTAGA AGAAAAAGAA ACAGAGTTAG AAGAAAAAAT AGCCTTACTC
GGTGTAATAG AGCAGCGTCT AAAAGGATTA GAGGAACAAG CCAATGCCTT TAAATTGCAG
GAAAAATTGC TGAACAAGAA ATTGATGCAA AAAGGACAGC TAATAGAAAA AGGAAGCCAG
GAAAAGTTAC ACTTAGCAGC AGCCTTAGAA CAGAAAGACA AAGAATTAGC GGAACAAAAA
GCCTTACTCG ATGTAATGGA GCAGCGAGTA GCAGGATTAG AGGAGCAAGT TCATTCTTTT
TCAGAACGAG ATAACCAAAT GCGTGCAATC ATGCTACAAA TGCAGCAATG TATGGGCTAC
CCATTAGGTG GTCAGCTTGT TCCATCTTCT AGCAGCTCAA GCAGTACGCT TGTTTTGAAT
GGTAACCAAT CGTTACAAGA AAATAATGGA CTAGTTAAAC CAAGCCTATC TGTAGTAAAG
AATGCAGGAA ATAGAGAAGT AAGAGTAGAA AGAAATATAA AAAAAGATAA AGGAAAAGAG
AAATTAAAGG ATGAAGATAA TCAATCAGAT GGTATAGCTT TATTAGGTCA AGCTTCGGCA
ATAGTTGAAG ACAAATATGT GCAGCTTCAG CAAGCAGGGG TAAAATTAGC TGACAGGCTA
GTAAAAGAAA GAAAGTACCC ATTACATAAA GCTTGCAGGA TTGGTAATTT AGAGGCAGTT
AAATACTTAA TAGAAAAAGG AGTAGATATA CACGCTAAGA ATAAACATGG TAATACTCCA
CTTTGTTATG CATGCGACAA GGGTCATCTA GAAGTAGTTA AGTATTTAGT AGAGAAAGGA
GCAGATATAA ATGCTACAGA TGAAGATGGT GAGACTCTAC TTCATTGTGT ATGCAAAAAT
GATAATATAG AATTAGTTAA GTATTTAGTA GAAAAGGGAG TAGATATAAA TGTTATAGAT
GGATATGGTG TAACTCCACT GCATTATGCA TGCCGAGATG GTAATCTAGA GGTAGTTAAG
TATTTAGTAG AGAAAGGAGC TGATATACAG GCTAAGAATA AAGATGGTGA GACTCCGTTT
CATTGGGCTC ACGACAATGA TCATCTAGAA GTAGTTAAAT ATTTATTAGA GAAAGGGGCA
AATATACAGG CTAAGAGTAG AGAGAGTGAG AGTCTACTTT ACTGGGCATG CCGAGAAGGT
GATCTAGAAG TAATTAAGTA TTTAGTAGAG AAAGGAGTTG ATATACAGGC TACGAATGAA
GATGGTGAGA CTCTACTTCA TTGTGCATAC AGCAATAACC ATTTAGAATT AGTTAAGTAT
TTAGTAGAAA AAGGAGCAGA TATAAATATT ACAGATGGAG ATGGTGCAAC TCTACTTCAT
TGTATATGCA AAAATGATAA TATAGAATTA GTTAAGTATT TAGTAGAGAA AGGGGCAGAT
ATAAATATTA CAGATGGAGA TGGTTGGACT CCACTTCATT ATGCTTGCGA GAATGGTGAG
CTAGAAATAG TTAAGTATTT AGTAGAAAAA GGAGCAGATA TAAATGTTAT AGATGGATAT
GGTGTAACTT CACTGCATTA TGCATGCCGA GAAGGTAATC TAGAGGTAGT TAAGTATTTA
GTAGAAAAAG GAGCAGATAT AAATGCTACA GATGAAGATG GTGAGACTCT ACTTCATTAT
GCTTGTAACA AAGGTAATTT AGAAGTAGTT AAATTATTAG TAGATAAAGG GGCGGATATA
AATATAAAAA GTAACGATCA ATGTACTGCT TTACATTTTG CTACTAGATA TGATCACTTA
GAAATAGTAA AGTACTTACT AGATAAAGGG GCAGATATAC AGGCTAAGAA TAAAGAGGTT
GAGACTCTAC TTATTTATGC ATGTAAAAAA GGTGATCTAG AAGTAGTTAA GAACTTAGTA
GATAAAGGGT CAGATATAAA TGTAAAAAAT AAAAATCAAT GGACTGCTTT ACATTTTGCT
ACTAGATATG GTCACTTAGA AATAGTAAAG TACTTACTAG ATAAAGGGGC AGATATAAAT
GTAAAAAATA ACGATCAATG GACTGCTTTA CATTTTGCTA CTAGATATAA TCACTTAGAA
ATAGTAAAGT ACTTACTAGA TAAAGGGGCA GATATAAATG TAAAAAATAA CGATCAATGG
ACTGCTTTAC ATTTTGCTAC TAGATATAAT CACTTAGAAA TAGTAAAGTT ATTACTAGAG
AAAGGGGCAG ATATAAATGC TAAGAATAAA TATGGTAATA CTACGCTTCA TAAGGCATGC
GAGAATGGTC ATCTAGAAGT AGTTAAGTAC TTACTAGATA AAGGGGCAGA TATAAATGTA
AAAAATAACG ATCAATGGAC TGCTTTACAT TTTGCTACCA GATATAATCA CTTAAAAATA
GTAAAGTTAT TACTAGATAA AGGGGCAGAT ATAAATGCTA AGAATAAAGA GGGTAATACT
ACGCTTCATA AGGCATGCGA AAATGATCAC TTAGAAATAG TAAAGTTATT ACTAGATAAA
GGGGCAGATA TAAATGTAAA AAATAACGAT CAATGGACTG CTTTACATTT TGCTACTAGA
TATAATCACT TAGAAATAGT AAAGTACTTA CTAGATAAAG GGGCAGATAT AAATGTAAAA
AATAATGATC AATGGACTGC TTTACATTTT GCTACTAGAT ATGATCACTT AAAAATAGTA
AAGTACTTAC TAGATAAAGG GGCAGATATA AATGTAAAAG ATAATGATCA ATGGACTGCT
TTACATTTTG CTACCAGATA TGATCACTTA AAAATAGTAA AGTTATTACT AGAGAAAGGG
GCAGATATAC ATGCTAAGAA TAAAGAGAGT GAGACTCTAC TTATTTATGC ATGTAAAAAA
GGTGATCTAG AACTAGTAAA GTACTTACTA GATAAAGGGG CAGATATAAA TGTAAAAAAT
AACGATCAAT GGACTGCTTT ACATTTTGTT ACTAGATATA ATCACTTAGA AATAGTAAAG
TACTTACTAG ATAAAGGGGC AGATATAAAT GCTAAGAATA AATATGGTAA TACTACGCTT
CATAAGGCAT GCGAAAATGA TCACTTAGAA ATAGTAAAGT TATTACTAGA TAAAGGGGCA
GATATAAATG TAAAAAATAA CGATCAATGG ACTGCTTTAC ATTTTGCTAC TAGATATAAT
CACTTAGAAA TAGTAAAGTA CTTACTAGAT AAAGGGGCAG ATATAAATGT AAAAAATAAC
GATCAATGGA TTGCTTTACA TTTTGCTACT AGATATAATC ACTTAGAAAT AGTAAAGTAC
TTACTAGATA AAGGGGCAGA TATAAATGTA AAAAATAACG ATCAATGGAT TGCTTTACAT
TTTGCTACCA GATATAATCA CTTAAAAATA GTAAAGTTAT TACTAGATAA AGGGGCAGAT
ATAAATGTAA AAAATAACGA TCAATGGACT GCTTTACATT TTGCTACCAG ATATGATCAC
TTAGAAATAG TAAAGTACTT ACTAGATAAA GGGGCAGATA TAAATGTAAA AAATAAAAAT
CAATGGACTG CTTTACATTT TGCTACCAGA TATAATCACT TAAAAATAGT AAAGTTATTA
CTAGATAAAG GGGCAGATAT ACATGCTAAG AATAAATATG GTAATACTCC ACTTCATAAG
GCATGCGAGA ATGGTCATCT AGAAGTAATT AAGTATTTAG TAGAGAAAGG AGCTGATATA
AATGCTAAGA ATAAAAATGG TAACACTCCA CTTCATAAGG CATGCGAGAA TGGTCATCTA
GAAGTAGTTA AGTACTTACT AGATAAAGGG GCAGATATAC AGGCTAAGAA TAAAAATGGT
AATACTCCTA TAGATATTGC TAAGCAGAAA AAATATGGAG CATTAGTTAA TTTACTAACT
GAAAAGTTAG ATGCTTAA
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| Protein sequence | MKRSFSLFQQ YISYVLLISL FFQSCGGGFD NNPLISIKEE QIASIQTSTQ QIIPPINIQP
LFDQALIAQG GHSVTFHEEA GKLKADVVVN APQGFSKSYV GLEVAVEQGA ELSELPRLGQ
QAQKRRIHLQ PAHAGKPAKV IVYKGSGLAG GMLEGDEQED ELDNESIPNE CFCPITQEIM
EDPVIAQDGH TYERIAIKRW LDMGKRTSPK TGARLLSTEL TPNYTMRSLI QDIKAQVPVL
ARHKLDMHNI EAAIKLREEE IEETLAQKGY IVEKESQARL SLEAELEEKE TELEEKIALL
GVIEQRLKGL EEQANAFKLQ EKLLNKKLMQ KGQLIEKGSQ EKLHLAAALE QKDKELAEQK
ALLDVMEQRV AGLEEQVHSF SERDNQMRAI MLQMQQCMGY PLGGQLVPSS SSSSSTLVLN
GNQSLQENNG LVKPSLSVVK NAGNREVRVE RNIKKDKGKE KLKDEDNQSD GIALLGQASA
IVEDKYVQLQ QAGVKLADRL VKERKYPLHK ACRIGNLEAV KYLIEKGVDI HAKNKHGNTP
LCYACDKGHL EVVKYLVEKG ADINATDEDG ETLLHCVCKN DNIELVKYLV EKGVDINVID
GYGVTPLHYA CRDGNLEVVK YLVEKGADIQ AKNKDGETPF HWAHDNDHLE VVKYLLEKGA
NIQAKSRESE SLLYWACREG DLEVIKYLVE KGVDIQATNE DGETLLHCAY SNNHLELVKY
LVEKGADINI TDGDGATLLH CICKNDNIEL VKYLVEKGAD INITDGDGWT PLHYACENGE
LEIVKYLVEK GADINVIDGY GVTSLHYACR EGNLEVVKYL VEKGADINAT DEDGETLLHY
ACNKGNLEVV KLLVDKGADI NIKSNDQCTA LHFATRYDHL EIVKYLLDKG ADIQAKNKEV
ETLLIYACKK GDLEVVKNLV DKGSDINVKN KNQWTALHFA TRYGHLEIVK YLLDKGADIN
VKNNDQWTAL HFATRYNHLE IVKYLLDKGA DINVKNNDQW TALHFATRYN HLEIVKLLLE
KGADINAKNK YGNTTLHKAC ENGHLEVVKY LLDKGADINV KNNDQWTALH FATRYNHLKI
VKLLLDKGAD INAKNKEGNT TLHKACENDH LEIVKLLLDK GADINVKNND QWTALHFATR
YNHLEIVKYL LDKGADINVK NNDQWTALHF ATRYDHLKIV KYLLDKGADI NVKDNDQWTA
LHFATRYDHL KIVKLLLEKG ADIHAKNKES ETLLIYACKK GDLELVKYLL DKGADINVKN
NDQWTALHFV TRYNHLEIVK YLLDKGADIN AKNKYGNTTL HKACENDHLE IVKLLLDKGA
DINVKNNDQW TALHFATRYN HLEIVKYLLD KGADINVKNN DQWIALHFAT RYNHLEIVKY
LLDKGADINV KNNDQWIALH FATRYNHLKI VKLLLDKGAD INVKNNDQWT ALHFATRYDH
LEIVKYLLDK GADINVKNKN QWTALHFATR YNHLKIVKLL LDKGADIHAK NKYGNTPLHK
ACENGHLEVI KYLVEKGADI NAKNKNGNTP LHKACENGHL EVVKYLLDKG ADIQAKNKNG
NTPIDIAKQK KYGALVNLLT EKLDA
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