| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0544 |
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| Symbol | |
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| ID | 6376686 |
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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 | 692469 |
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| End bp | 695873 |
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| Gene Length | 3405 bp |
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| Protein Length | 1134 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 642681698 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957674 |
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| Protein GI | 189501957 |
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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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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 | 14 |
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| Fosmid unclonability p-value | 0.142127 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAACAAG AGCGTCCGTT AATTAATCGG TTAGGCACCC ATATTTTAGT TTCAGCAATC
TTGCTATTTC TAGTTATAGG ATTTTTAGAA GGCTGTTCAG AGTCTTATAA CCATATTATT
CCTAATTCAA AAAGATCAAA AGATTCCAAG TCTAAATCCG TTACCCAACC GCCTTCTTCT
AATAATACAG AAGCATCAAA AGGCGCCTAT TTACAAGCAG ACAAAAAGTA TGATTCTTAT
TTTAATAAGC TACCTGCTGA AATACTACAA GAAGGCCAAC TACATCCGAA TAACACTAGT
ACTAACCAGT ATAAAGTTAC TTTTTTTGAC TCGCCAACTG ATTCCTTTAT AGAGAATGAG
GATGATACCT CAAATATTGT AGAACCTTCT TTTGAAAAGG ATCAACAGTT AGTATCTAAA
ACCCCTATAA ATCAAAATAA AGGTTTCTTG GCTAAAGATC TGCTTTCTAA TCAGCATAGA
GAAGCTAAAA AACAAGCTAT GCAAGAAAAA GAGGTACAGC TGATAAATAA GATCTTTGGA
GTTCAAGGAG GGTATATAGT TAGATTTTAT AAAGAGAGAA ATATATGGAA AGCTGAAGTA
ACAGATGATG CATCTACGAA GTTTCACTTA ATAGCTAATT TAGGAGAAGA TGAAGAATTA
ATAGAAAATA TAAACAGATT ACTTACTATA GATAACTACC AACCCGACAA ACCCCCTTCA
AAGCTTATCC AAGTTGTTTT TCCGACCGCT TCCCAAGCAG GTGTTGTATA TATAGGAGGT
TTACTAGGAG GAAGTAGAAA AAAAATAAAA AGAATAACCG TTTCCTCTTC TTCCTCTTCT
GGTGAAGGTG AAAAAGGACA GGAAGAAAAT AAGCAAGAAC AAGCTAGAAA AGAGCTAGAG
AATAAGCTAA AAAACATACT GAGCCAACTT GATAAACTTG ACTCTAAAAA AGATAAGGCT
AAATATAATA ATGCTAAGGA GTTCTTATTA AGTTTCCCAT GGGAACAATA TAAACAATAT
TTAGGCAATC AAGAGACTAC AGAACAAGGT TCAGAACTTC TTGAATGGGC AACTATATAT
TATAAGAAAA TTGCCAAAAC TAAAAACTCA ACAGCGGCAA AGGCTCTTAT AAAATTAAGA
GCTCTAGGTT TATATGTGCC TAACAATTTA GATAAACACG CAATTGAGTG GTATCAACAA
GCAGTTGAAA GTGCTATTCA AGGCACAGAG TTAAATTTTG GAGAATTTCA AGCAAGCGCA
AAAAAGGAAT TCAAACTATC TATAGAAGAC TTAGAAAGAA GAAAGAAGAA AAGAACAACA
TCAGAACCTA GTTGGCAAGG CCCTATGCGG ATATCTGATC TAATTGTAAT GGATTTAGAT
GTTAATAAGG CACCTGGGGA GGTGGCATGG GGAGGGAATT ACGATTCATT TAAAGAAGCT
AATGCAGACA TGATTTTTGG TCCCTTGTTT GAGTATGCGA ATACACGCAA ATATGAGGAT
GCCATTATGA CTATTGATCC TTCTGGAAAA GGTACTGATG AAACGGCATA TTGTGTGGCC
AAACGATGTG GAGATTACTA TTATATTATG GATGTTGGAG GAATGGCCGG GAGTTATGCT
AGGGAGAATT TGGAATCTGA AGATGAAGAA AACCCCAAGC ACAGCTTAGG AAATAGTCCA
GAGGTTTTAA AAAAATTAAT ACTAATTGCC CAAGAATATG GTGTTAGCAG AATAATTGTT
GAAAATAACA ATGATAAATC TTTTGTGAAG CTCTTAGAGA AAGAGATGCT AGAATTAGAA
TCTTCTAAGG ATGTAAAATT CAGGGTGATA AAATTTGATT CAGTCCATCA AGGAAAAAAC
AAAGAAAAAA GAATCTTAGA AACGCTTCGT CCTTTGTTAA TCAATCATCA AATTGTTATT
AATCGAGAGG CACTTAAAAA TGATTTTGAA TCTAAGCCCC AAGATAATCT GTACTATAAA
TTCTTTTATC AATTAATGTC AATAGTAAAA AATAAAGCTC ACTCAACAAG TTATTTTGAT
GGACGCAAAC CTTTACATGA TGATCGGGTA GATGCTGTAG CAGATGCTAT ACGTTATTTG
AAAGATAGAA AAGATAACCT AGATAATACC AAAGAGGACT TAAAAAAACT AAAAGACCGT
TCAAGAAAAG GAAATATTGA TGCACAATTT GAATTAGCCA GAAGGTATAA AGATGGAATA
GGAGTATCAG AAAATTTTGA GGCAGCAATA GGATTGTATG AACTGATTGC TGGGAATAAA
AACATTGAAA AGAAAAAAGA TAAGTATACA GAGGCTCTCT TTAATTTGGC TCAACTGTAT
CAAATTAAAT GGAAGGAACA GCAAATACAA ATAGAGCAAG AAAAGCAAAA AAAAGGAAAA
GAAAAGAATA AAAGTGAGGA GTACTCTTTA GAGCAAATAA GTGAATTCTA TAGAAGAGCA
GCTGATCAAG GACATGCAGG AGCACGTTAT GAATTAGGTA GACTCTATGA AAAAGGCTTA
GTAAAACAAA AAGCACATAA GGGAAAAGGA GAAAATAAAA CTAATGCTTC TATTGCAATC
AATATGTTTG AGATAGCGGT GGACAAAGGT CATGCTAAAG CAGCTTATAG ACTAGGTAAG
ATATATCAAA ACGGTTTGTT AGAATTAGAA AAAAACCCTA TTAAAGCAAT GAAATATTAT
ACAACTGCTG CTAATATGGG AAATATGAAA GCTAAGCTTT ATTTAGCAAA TATGTATTAT
GAGGGTAAGG GTATAGAGCA AGATTATAAA AAAGCTAAAA AATATTATAA AGGCGCAGCT
GAATTTGGTT ACTTGGAAGC ACAGATCAGA CTAGCCGATA TGTATTATGA GGATCAGGAA
GGGCAAAACT ATATAAAAGC TTTTAAATGG TATCAAGAAG CTGCTATTCA AGGAAGTCAA
GAAGCACAAT ATAGGCTAGG TAAGATGTAT GAGAATGCCT GGGGCATAAA AAGAAAGGAC
TTAGAACAAG CACTTCGCTG GTACAAAGCG GCAGCTGAGC AAGAGCATAT AGATGCTCAG
TTTGAAGTAG GTAGACTTTA TGAAAATATG GATGATTACA TTGAGGCATC TGAATGGTAT
GAAAAGGTGG CTAGCCAAGG TCATGCAGAA GCTTGTTTTA AATTAGGCAA CCTCTTACTG
GGTGATAAAT TAGGAGAAAT GGATGAAACT AGGGCAATTG AATTGTTTGA AACAGCTGCT
GACCAGGGTC ATGCAAATGC AAAACTGCGT CTAGCTTTAA TGTACTCACT TGGTAAAGGG
GTAGAAAAAG ATGAAGCTAA AGCATTAGAG TATTATGAGT CCGATGATGT ATTACCAACT
GAGCTCTTAG AGAATATTGT TAAAAGAGAA CGGGCCGATA GTTAA
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| Protein sequence | MKQERPLINR LGTHILVSAI LLFLVIGFLE GCSESYNHII PNSKRSKDSK SKSVTQPPSS
NNTEASKGAY LQADKKYDSY FNKLPAEILQ EGQLHPNNTS TNQYKVTFFD SPTDSFIENE
DDTSNIVEPS FEKDQQLVSK TPINQNKGFL AKDLLSNQHR EAKKQAMQEK EVQLINKIFG
VQGGYIVRFY KERNIWKAEV TDDASTKFHL IANLGEDEEL IENINRLLTI DNYQPDKPPS
KLIQVVFPTA SQAGVVYIGG LLGGSRKKIK RITVSSSSSS GEGEKGQEEN KQEQARKELE
NKLKNILSQL DKLDSKKDKA KYNNAKEFLL SFPWEQYKQY LGNQETTEQG SELLEWATIY
YKKIAKTKNS TAAKALIKLR ALGLYVPNNL DKHAIEWYQQ AVESAIQGTE LNFGEFQASA
KKEFKLSIED LERRKKKRTT SEPSWQGPMR ISDLIVMDLD VNKAPGEVAW GGNYDSFKEA
NADMIFGPLF EYANTRKYED AIMTIDPSGK GTDETAYCVA KRCGDYYYIM DVGGMAGSYA
RENLESEDEE NPKHSLGNSP EVLKKLILIA QEYGVSRIIV ENNNDKSFVK LLEKEMLELE
SSKDVKFRVI KFDSVHQGKN KEKRILETLR PLLINHQIVI NREALKNDFE SKPQDNLYYK
FFYQLMSIVK NKAHSTSYFD GRKPLHDDRV DAVADAIRYL KDRKDNLDNT KEDLKKLKDR
SRKGNIDAQF ELARRYKDGI GVSENFEAAI GLYELIAGNK NIEKKKDKYT EALFNLAQLY
QIKWKEQQIQ IEQEKQKKGK EKNKSEEYSL EQISEFYRRA ADQGHAGARY ELGRLYEKGL
VKQKAHKGKG ENKTNASIAI NMFEIAVDKG HAKAAYRLGK IYQNGLLELE KNPIKAMKYY
TTAANMGNMK AKLYLANMYY EGKGIEQDYK KAKKYYKGAA EFGYLEAQIR LADMYYEDQE
GQNYIKAFKW YQEAAIQGSQ EAQYRLGKMY ENAWGIKRKD LEQALRWYKA AAEQEHIDAQ
FEVGRLYENM DDYIEASEWY EKVASQGHAE ACFKLGNLLL GDKLGEMDET RAIELFETAA
DQGHANAKLR LALMYSLGKG VEKDEAKALE YYESDDVLPT ELLENIVKRE RADS
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