| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0921 |
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| Symbol | |
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| ID | 6377158 |
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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 | 1177610 |
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| End bp | 1181455 |
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| Gene Length | 3846 bp |
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| Protein Length | 1281 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 642682055 |
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| Product | hypothetical protein |
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| Protein accession | YP_001958016 |
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| Protein GI | 189502299 |
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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 | 0.081521 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAATATA AACGTCGATT AGGTAAGTGG CTGAGCGCCC ATATTTTAGT TCTAGGAATA
CTGGTGTTTT TAGCTGTAGG GTTACCTTTA CAAAGTTGTT TTGAATCCTA TAATCCTGTT
ATTCCCAGTT CGAAAACTCC AAAAGATACT AACGCTAAAT CAGCTATACA ACTTTCCTCT
CCATTATCAA AAAATTCACA AGATGCGTAT TTATCCTTAG AAAATGAGCT TAGCATTCCT
TCTAGTTCCA AAGATTTATC CCTTGATAAG ATACGAGAGG AGCAAATAGC ACCTATTAAT
CAAAACGAAG TTCCCTCGTT TACAACATTG CCTAGTTATT TGTCCACGCC TATGGTTGGG
AGTAGTGTTG ATAATAGAGC AACTCCGGTA AACCCTCCTG CTGAAAAACA ACAGAGTGTT
CAGGTGAAAA ACTCTTTGAA ACAAAATAGA AACTTACAAA TTACAAGCCA GACAGCTAAA
GATCAAAGAG AAGCCAAAGA GCAAATCCTA CAAGAAAAAG AAGCTCAGCT GTTAAGTAAA
GCTTTTAGAA CTAGGCAGGG ATATATAGTT AAGTTTTACA AAGAAGCAGG AGTATGGAAA
GCTAATGTAG TAGAAGAGGT AGGAAATTTT AAAGGAGAAT TTGATTTGCC AGCTTATTTA
GGCGAAGATG AAAATTTAGC GCAAAACATA GAAAGATTAC TTAATCTAGA TAGGTCTGCC
CAAGCTATGA CAAGCCTTAT ACAAATTGTT TTGCCCAATA TTTCTAAAGG ACAGGAGGGC
TATGTATATA TAGGCGGTTT GTCAGGAGGA GGCAGAAAGA AAGGCGAAAA GCAACAAGAG
CCTAAGAAAC AAGCAGATAA AGTAGGAAGT AAGGAGACTA AAGAAAAAAA GAAAAAATCA
ACACAATCGA AGCAAGAAGC ATTAGGTAAA AGACAGAAAA GTGATGTGGA AAATAGGAAA
AGGAAAAAAG AATCAACCCA AGAGAAAAAA GAATTAAAAA CCAAAAAGAG AAGAGATAAG
CTAGAGGAAG AAAGTGAAGA AGAAAAGGAA GAAAAAAGGA AGAAGGTAAG TGGAAAAGGA
AGTACAGAAA AAGGGAAAAA ACGTAAACAA AAATCTCTAC AAAAGGGATT AAAAAAGGAA
GCTGAAGGAG AGGATGAGTA TTCGCCTGCG GAAGCAAGCA AGGAAGAAGG TACTAAAAAA
GCTAGAGTAA CACGTTCTGA TTCAGAAAAA ATAAAATTTG AAGTTAATAA GGAGCAAGAA
GAAAGGTTAA GAATTGTACA GTATTTAGAC AAAAATCTAT CAGAAAGAGA CTCAATTTTC
GACCAGGCTC AGAAGAAAGA TAAAGTGGCC CAATATGAAT GGGCTCAGTA TCAATTAGGT
CGGTATTATG TGGCACTAGA AGAAGAAAAA GATCCAGATG AAATAGGCCG AATTTTAAAG
GAAGCTATTA GGTGGTATAT AAAAGCTGTC CTTAATGGTC ATCAAGAAGC ACCACGCATA
CTTAGGGAAT TAAAAGATAC TAATTCTTTT CAAAGATTTA GAAATAGCCA AAGCATAAAG
AAAATTATTA ACAATTATAC TATTAAGGCT GGTAAAAGTA GTGAAGAAGC GAAAAGAGTT
CAGCAAGCAC TTATAGGTTT AAGGGATAGT GGTCTCTATA GTAACCCTGA TGATCAAGTA
ATGGGTTGGT ATGAGCAGGC TGTAAATGCT ACTATTGGTT CAGCGTTTGC TTTAAAAGAT
TTTGAAGAAT TTAAAAAGGA AGCAGAAGAC AGATATAAGA AATACGAAAG AACAATACAG
GATAGAAAAA TCAAAAGAAA TTCAGGTACT GAACCCACAT GGCGGGGTCT TATGAGGGTA
TCTGATTTAA TTGTTATGGA CCTTGATCCT TCCAAAATGC CTATGCATAT TGAATGGGGC
GGAGATCCTA CCATTTCTCC TAATGCAAGT GGTATATTTG GACCTCTGTT TGTGCTTCCA
AATTCCCAGG AGTATGAAGA TGTAGTCATG ACTATTGATC CTTCTGGAGA TGGTCCTGAT
GAAACAGCTT ATTGTGTGGC TAAGCGTAGT GGAGACTATT ATTTTATTAT AGATGTAGGT
GGATTAGCTG GAGGTTATCA TCCTAAAGAT TCGAAAGATA GGATAGGTAA TAGCACTAAA
GTCTTAAGAG CATTAATATC AATTGCTCGC GAAAATAAGG TTAATACTGT AATCATTGAA
AATAATAATG ATAAATCTTT TGGGAAACTG TTGAAAAAAG AGTTGAAAAA ACAAGGAGAA
GGGGATTTAG AGATTATTTC AGATCACCAA AAGCACAATA AAGAAAAACG AATTATAGTT
AGGCTCCAAC CTCTATTGAA CGAACATAGA CTTATTATTA ACAAGAGGAC ACTTCAAAAG
GATTTTGACT CAAAATTAAC AAAAGATTTG AATTATAAAT TTTTCTACCA ATTAATGTCA
GTGGTAGAAA ATAAAAAAAA ATCTAAAAAA TATTTTGATG GGGGAAACCC TCAACATGAT
GATCGAGTAG ATGCTGTAGC AGATGCAATA CATTATTTAA AGGAAAGAAA AGATGAATTC
GACCAATTAA AAGAAAAATG GAAACAACTT AAAGATAAGG CTGAACAAGG AGATATAAAA
GCACTGATTG AGGTGGCTAG GAGGTATAAA GACGGCGTGG GAACAGCAGT AAATTATGAG
GAAGCACGTC AATGGTATGA AAAGGCTAAG AAGCAAGGTC CTGCTGCTGA TCAGGAAGCT
TATGCTGAAG CACTGTTTAG CTTAGCTCAA ATGTATCAAA CGAGTTTGAT AAAAGTAGAA
GAAAAAGAAA CAGAGAAAGG GAAAGAAAAA GAGAGTGGCG AACTACAAAT AGCAATTGAA
TTGTATCAGC AGGCAGATGA AAGAGGACAT GCAGGAGCGG CATATGAGTT AGGTAAATTG
TACCAAAATG GCGAGGGGGT AGAAAAAAAT GAAGAAGAAG TAGCTAAATT TTTCAAAAAA
GCAGCGAAAA TAGGTCACCC GGGGGGTGAA TATGAATTGG GTAGGGTTTA CGAAGATAAA
AAACAGTATA AGGAAGCACA TAAATATTAT AGAAGGGCTG CTAATCATAA TAATGCAGAT
GCACAGTTTA GCTTAGCACA GATGTATCGA GAGAATTTAG TAAAAGTAGA AGGGAGGGAA
AGTGAGAAAG AAAAGGGAAA AGAGAAAAAA GAAGACGAGA ATTTTTCATT AAAAGAAGTA
GTTAAGTTGT ACCAAGAAGC AGCTAAACAA GGCCATGCAG AAGCAGCCTA CGAACTAGGA
CAAGTATACG AAACTGAGTT AGGAGAAGTG AAACAGAATT ATGGAAAAGC GCGTAAATGG
TACCAAGTGT CTGCTCAGGG AGGGAATGCT AAAGCTCAAT ATAGCCTAGG TAGAATATAT
CAAAATGGTT GTGGCTTACG TAGGAAAGAC GAAGTTCAAG CCTCTATATG GTATAAAGCA
GCAGCTAAAC AAGGCCATAG AGAAGCACAA TTTGAACTAG GTAGGATGTA CGAGAATACT
AAAGATTATG CTGAAGCACG TAAATGGTAT GAAATGGCTG CTGATCAAAA TCATGTAGGG
GCACAGTTTA ACCTGGCAGG GATGTATAGA GATGGTAAGG GAGGAGACAA GAATGAAGAT
ACAGCAGTTA GACTCTATAA AGCAGCAGCT AAACAAGAGT ATGCAGATGC CAATATTCAA
CTAGGTTGGA TGTATGATCA TGGAAAGGGA GTAGAAAAGG ATCCTAGTAA AGCATTAGAA
TATTATAGAA AAGAAGCTGA ATTAAAGAAT AAAGAGGAAA AAGATCAGGT TAAAGAGGGT
AGTTAG
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| Protein sequence | MKYKRRLGKW LSAHILVLGI LVFLAVGLPL QSCFESYNPV IPSSKTPKDT NAKSAIQLSS
PLSKNSQDAY LSLENELSIP SSSKDLSLDK IREEQIAPIN QNEVPSFTTL PSYLSTPMVG
SSVDNRATPV NPPAEKQQSV QVKNSLKQNR NLQITSQTAK DQREAKEQIL QEKEAQLLSK
AFRTRQGYIV KFYKEAGVWK ANVVEEVGNF KGEFDLPAYL GEDENLAQNI ERLLNLDRSA
QAMTSLIQIV LPNISKGQEG YVYIGGLSGG GRKKGEKQQE PKKQADKVGS KETKEKKKKS
TQSKQEALGK RQKSDVENRK RKKESTQEKK ELKTKKRRDK LEEESEEEKE EKRKKVSGKG
STEKGKKRKQ KSLQKGLKKE AEGEDEYSPA EASKEEGTKK ARVTRSDSEK IKFEVNKEQE
ERLRIVQYLD KNLSERDSIF DQAQKKDKVA QYEWAQYQLG RYYVALEEEK DPDEIGRILK
EAIRWYIKAV LNGHQEAPRI LRELKDTNSF QRFRNSQSIK KIINNYTIKA GKSSEEAKRV
QQALIGLRDS GLYSNPDDQV MGWYEQAVNA TIGSAFALKD FEEFKKEAED RYKKYERTIQ
DRKIKRNSGT EPTWRGLMRV SDLIVMDLDP SKMPMHIEWG GDPTISPNAS GIFGPLFVLP
NSQEYEDVVM TIDPSGDGPD ETAYCVAKRS GDYYFIIDVG GLAGGYHPKD SKDRIGNSTK
VLRALISIAR ENKVNTVIIE NNNDKSFGKL LKKELKKQGE GDLEIISDHQ KHNKEKRIIV
RLQPLLNEHR LIINKRTLQK DFDSKLTKDL NYKFFYQLMS VVENKKKSKK YFDGGNPQHD
DRVDAVADAI HYLKERKDEF DQLKEKWKQL KDKAEQGDIK ALIEVARRYK DGVGTAVNYE
EARQWYEKAK KQGPAADQEA YAEALFSLAQ MYQTSLIKVE EKETEKGKEK ESGELQIAIE
LYQQADERGH AGAAYELGKL YQNGEGVEKN EEEVAKFFKK AAKIGHPGGE YELGRVYEDK
KQYKEAHKYY RRAANHNNAD AQFSLAQMYR ENLVKVEGRE SEKEKGKEKK EDENFSLKEV
VKLYQEAAKQ GHAEAAYELG QVYETELGEV KQNYGKARKW YQVSAQGGNA KAQYSLGRIY
QNGCGLRRKD EVQASIWYKA AAKQGHREAQ FELGRMYENT KDYAEARKWY EMAADQNHVG
AQFNLAGMYR DGKGGDKNED TAVRLYKAAA KQEYADANIQ LGWMYDHGKG VEKDPSKALE
YYRKEAELKN KEEKDQVKEG S
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