| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0432 |
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| Symbol | |
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| ID | 6377352 |
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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 | 504418 |
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| End bp | 507426 |
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| Gene Length | 3009 bp |
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| Protein Length | 1002 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 642681597 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957576 |
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| Protein GI | 189501859 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG0790] FOG: TPR repeat, SEL1 subfamily |
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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 | 12 |
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| Fosmid unclonability p-value | 0.0267452 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAGCAAC ATTATAGTGT AGCTCGTCAA TTTATGGCGT GTATTCTATT TGTAAGCCTA
TGCTTACAAA GCTGTACAAA TATTTATGTC CCATCAAACC TTCCAATAAA AGAGGGCGAA
AAATACGTTA GTGAGAGGGT TGTCCGGCAG CTAATAGGCA AACAATCGAT TACCAAAGAA
GGGCATATCG TTACTTTTTA TCAGCAAGGA AACCAACTGC GTGCGGAAGT TGGAGAAAAT
TTACCACAGG GATTCGATAA AACGTATACT GTGCCTGTGT ATATAGAGGA AGAAATGAAG
CTAGCACAGG TAGCTAGTTT AAACGAAGAA GCTCAAAAGA AAAACATTCA TGTGGTTTTT
CCTAAAAACC AACAGGAAGG GTATGTATAT GTAGGCCACA CAGGTTTAAT GGGAGGAGGT
AAGGATAAAA AAAGCAGGAA GCAAGTATTG CCAGGAGAAG AAGAGGTAGA AGAAGAAACA
GAGGAAAAAT CCCCCAGAAG TACTGAAACA GAAGGTTATC AGGTAGCAAT CCAACCAGCC
TTTTCGCCTG AGCACCAACA AAAGTCCACA CCTCGTTTGA TCTTAAGTTT AGATGGAGGA
GGTATTCGAG GGCTACTAGA AGCAGATGCG TTAAATTACA TAGAAAAAGT ATTAGCAGAA
AGAATTATAA ATCATTTTGG TGATCGATCT GCTCCAAAAC CTGATGTGCG CTTAGGTGAA
TATTTTGACT TAATTGCAGG CACTTCCACA GGTGGTATTA TTGCTTTAGC TATGCGTATT
TTAGACCTTG CTACCAATCG GCCACGTTAT AATATGGAAA TAGTATCAGG AATATATAAA
GATAAAGGAG GCAAAATCTT TTATGGTAAT AACAAACTTT GGAAACTATT GTGCCAAGCA
AAATCTAATA TATATAATCC TAAGCCTTTA GAGGATATTT TAACAGAGTA CTTTGGCAAT
GCAACTTTAC AAGATTTATG TGATCCTGTT TTAATTACTA CGTATGATAC AGATAAACCT
GGTATTTATC TTTTTAAAAG CTCTGATACA AAAAATGGTG CAAGCAAAAA CTTTTATGTA
AAGGATGTTG CTAGGGCTAC TTCAGCAGCT CCTACTTATT TCCCTCCAGC ACAGATTAGT
TCTATAAGTG GAGAAAAATA TTGTTTTATA GATGGAGGAG TTGCTGCGAA TAATCCCGCT
CTCTACGCTT ATACATATGC TAAGGATAAC TTATACCAAA ATTCTCGTTT CCATCTTATT
TCTTTAAATA CAGGAACATC CCCAAAACCC AGCTTAGCAC GTACAGCAAG TAAAGGTGGT
GTTCTATTGG TACCTAAACT AATAGAGGTA GCTATGAATA GCAACAGTGA TGCTGTTGAG
TCGTATACAG CATCTTTGAT TACTGAGAGA CCAGGAGACA CTTATACACG TTTAGAATTT
GAAATTGATC ATCAGACCAC CAAAGCACTT GATAATGCTA GTAATAGCAA TTTAGAAAAG
TTGGTAAAAT ATGCTTGCAA AACAGTGGAG AAAGAAAAGG ATGAAACCTT GAAGACTATA
GTGGAGGCTA TAGTGGATAG GTTAAAAAAG TGCAATTATT ATGTTTTTCA CTCGCTTGTT
AAGGAAGCCC GTGAGCAACT ACAAAATGGT GAGGGTAGGG CTGATTTATC CAAGACATAC
CTACAATCTT TGATGCTGCC GTATGTATGT GAGCGTGCTA CATGGGAAAT TGCACATGCT
TTAAGCGTAC CCCACATGCC CAGTTTAACC TATTTAGATT TAAGTGGTAA TGAGCTTATA
TCTAAAGGTA ATAGTTTAAC ATATTTAGAA AAGCTTAATA GTCTTATTTA CCTAGATCTT
AGTAATACAG GTCTAACCAT AGATGGATTA GCAAAGCTAA AAGGTGCTAA GTTACATCTA
GATATACTAA AAGTAAGAAA CAACCCAAGA TTAAACTGGA TAAAGGCTGG TAGGATTGCA
AATGAAATTG AGAACTATAA AATTTCTTAT CTGGATAGTG ATGTTATGAG AAATTTGGCA
AGTCACTATC AAACTCAAGG CCGAGACACT AGAGCGGCTC TAATGATTGA CCTAGCTGAT
GATAAACATA CTACTGGTCC TGCTGAATTT CATTTAGGTA GGATGTATGA GAACGGATGG
GATTTAGCTA AGAACTGGGA AAAAGCAATA TTATGGTATC AAAGAGCTGG TAACCAAAAC
CATACAGAAG CACAATACAG GTTAGGTAGG ATATATGAAA ATGGCAGGGT AGCAAAAAAG
GATGAGCAGA CGGCTGCTCA ATGGTATGAG AAAGCTGCTA TACAAGGAAA TAGAGTGGCA
CAATATGCAT TATGCTCCAT GTATGAAAGA GCTGTTAGAC AAGGGTGCCC AAAGGTACAA
TATAGCTTGG GAAAAATGTA TTATAATGGC TGGGGAGTAG ACAAAAATTA TCAGGAAGCA
GTGGAATGGT ATCAAAAGGC AGCTAACCAA GGATATGCAG AAGCACAATA TCAATTAGGA
TATATGTATG AATATCCCAA AGGGCTATTG CAAAATTACA AGGAAGCAGC CAAGTGGTAC
CAAGCAGCAG CTAAGCAAGG TATAATAACT GCTCAGGTTA AGTTAGCAGA TATGTCTTAT
TATGGACTAG GTGTTGATAA GGATGAACAA GAAGCATTCA GATGGTTTCA AAAGGCAGCT
AATCAAGGAC ATGCAGCGGC ACAACTTGTT TTGGGGGTAA TGTATGTCAA TGGACGAGGT
GTTACCAAGG ATGATGTTAA AGCTGTAGAA TGGATTGAAA AGGCAGTTAA TCAAGGAGAT
GCAGAAGCAC AACTTGTTTT GGGGATAATG TATGCCAATG GACGAGGTGT TAATAAGGAT
GAAGAACAAG CAGTAGCATG GTATCAAAAA GCTGCCGATC AGGGAAGTGC AGTTGCACAA
TATATGCTGG AGCAGAGGTA TGAGAATGGA CGAGGTGTTA CCAAGGATGA TGTTAAAGCT
GTAGAATAG
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| Protein sequence | MKQHYSVARQ FMACILFVSL CLQSCTNIYV PSNLPIKEGE KYVSERVVRQ LIGKQSITKE
GHIVTFYQQG NQLRAEVGEN LPQGFDKTYT VPVYIEEEMK LAQVASLNEE AQKKNIHVVF
PKNQQEGYVY VGHTGLMGGG KDKKSRKQVL PGEEEVEEET EEKSPRSTET EGYQVAIQPA
FSPEHQQKST PRLILSLDGG GIRGLLEADA LNYIEKVLAE RIINHFGDRS APKPDVRLGE
YFDLIAGTST GGIIALAMRI LDLATNRPRY NMEIVSGIYK DKGGKIFYGN NKLWKLLCQA
KSNIYNPKPL EDILTEYFGN ATLQDLCDPV LITTYDTDKP GIYLFKSSDT KNGASKNFYV
KDVARATSAA PTYFPPAQIS SISGEKYCFI DGGVAANNPA LYAYTYAKDN LYQNSRFHLI
SLNTGTSPKP SLARTASKGG VLLVPKLIEV AMNSNSDAVE SYTASLITER PGDTYTRLEF
EIDHQTTKAL DNASNSNLEK LVKYACKTVE KEKDETLKTI VEAIVDRLKK CNYYVFHSLV
KEAREQLQNG EGRADLSKTY LQSLMLPYVC ERATWEIAHA LSVPHMPSLT YLDLSGNELI
SKGNSLTYLE KLNSLIYLDL SNTGLTIDGL AKLKGAKLHL DILKVRNNPR LNWIKAGRIA
NEIENYKISY LDSDVMRNLA SHYQTQGRDT RAALMIDLAD DKHTTGPAEF HLGRMYENGW
DLAKNWEKAI LWYQRAGNQN HTEAQYRLGR IYENGRVAKK DEQTAAQWYE KAAIQGNRVA
QYALCSMYER AVRQGCPKVQ YSLGKMYYNG WGVDKNYQEA VEWYQKAANQ GYAEAQYQLG
YMYEYPKGLL QNYKEAAKWY QAAAKQGIIT AQVKLADMSY YGLGVDKDEQ EAFRWFQKAA
NQGHAAAQLV LGVMYVNGRG VTKDDVKAVE WIEKAVNQGD AEAQLVLGIM YANGRGVNKD
EEQAVAWYQK AADQGSAVAQ YMLEQRYENG RGVTKDDVKA VE
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