| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_0455 |
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| Symbol | |
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| ID | 6377754 |
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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 | 545921 |
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| End bp | 549145 |
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| Gene Length | 3225 bp |
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| Protein Length | 1074 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 642681615 |
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| Product | hypothetical protein |
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| Protein accession | YP_001957594 |
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| Protein GI | 189501877 |
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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 | [TIGR02116] toxin-antitoxin system, toxin component, Txe/YoeB family |
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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 | 31 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAAAAGA TAAAGAATCA TTTTAAGCAA ACGGTTGCTG GTATTGTATT AGTTAGTTTC
TTACTAGCAA GTTGTACAGT AGACCACCCA GAAATCAATA CAATAACGCC AACAGACAAT
AAGATATTTG AGGTGAAAGG AGGAACACGA TCAACAAATC ATCAGCTACA ACTAAGTAAC
AAAGAAATTT TATGGTATGG TAATTCGGTA GCTGTAGAAC AGGAACTAAA GGCCCATTTA
CAAAGCATAG CTGAAACTTC CTTACAAGCA GATATAGCCA AATATGATAA CTCTAGTGGT
ACGTTGCAAC AAGAATCGTT ATCTATAGAA TATCATAAAT TAGGGCAGTT AGTAAACAGG
CCATTAGGTT GGTCATCATA TGAAGGACAT CAGTTACGCA AATTATACTA TTTGCCTAAT
GGTAATTTGT ATGCTAAGGT TTATGATAGG GGAAATGCTA GCCTTGTGCA AAGGTTGCCT
GTTTATGTAA TGCGAGGAAT TGACTTATTT ATGCTAGCTG CATCAAAGGA AAGAGAACAA
CAGGTACACA TAACACTTAA CCGTGTAATA GATAAAAAAT TGGCAACATA CGGACGTGTA
TGGATAGGGC AAGCAGGGAT GTTAGGAGGT GGCAAAGGAA AAAAGAAGAA TAATAAAAAG
TTAGCACCTT CACCTATGCA ACAGTTAGAA GATGTAACAG GGGCTACCCT GGGAGCACAA
AAAGAAAATA AAAGGCAAGA ACTTGAAAAA GGTGAGCAAG GTACGTATGA ACAACATAGG
CCATTATCCA TGTTGCCTCA GCCAAAGGAG CTATACCATT TAATTCCTGC AAACCCTTAT
TCTAAAATAA ATAGCTTGGA AAAAGTAAAA GAAGATTTTA AAAAAGGATT CACGTTAAAG
CTGCAGCCAA ATTTTTATGA CAATGCACAT AACGTAGCAG AAGCTATACA ACTTTTTGTG
GATGCTGCTA AGTGTGGAAA TAGCCTGGCC ATGTATAATT TGGGAGAAAT TTGCGAGCAA
CAGGGAAATA TAGAATTAGC GAAACGGTGG TATGTTTTAT CCTTTCAAAA TACCTGGGTT
GAGGGTACTG CAAAAGCTTA TGCTTCTGCG TCACATACAA AAATAACAAA TCTTATCAAG
CAAGGGCATG TAGAGCTGAA AAAAGTCTTT TTACATCATG TTGATAATGT TACTACTTTA
GTTGAAAAAA TCATCCGGAT CAAGGTAATT AGTTCATTTT ATAAAAGTCG CCTGGCTGAA
CCTTACCTTA GCAAAGAAGA AAATGGGCTA AAAGTAAAGC GCTTAAGAAA ATTGACAGAA
GAGTTAGAAC TAGCTTTAGA TAGTTTACCT CAAGAGAAAA TATATTTTAA TATGGTCCGT
CGGCTTTCAG CCCTAGGAGC CCGATATGTA CAAGAGCAAA ACTATAAGGC TGCTCAAGCC
TGTTTTCTTA AATGCCAAAA GTTGCCAGAC GCACTTTATA ATTTAGGTTT GTTTTGTCAA
AATGGATATA CTAGCGCTGA TGGTAAACCT GACTATCAAG CAGCCAAACA GTTTTATAAG
CGATCTGGAA CTGCAGAATC TTTTAGTAAC CTAGGGGCTT TTTATATGGA TGGTTTGCTG
AATGGAAACC CTGACCTTCA AAAAGCTATA AAATATTCTG AAATGTCTGG CACACCGCAA
GCTCTATGCA ATATGGGAGT TATTTTCTCA AGACGGTATG TAGAAGTTCT TAGACAAGCT
CCTGATTATA AACGGGCTAA AGTGTGCTTT GAACGTTCTG GCACGGGACA TGCTCATGCG
CACTTGGGCG ATTTTTATTG CTATGGTTAT ATTACTAAAC CTAATTATAA ATTAGCAAAA
TATCATTATG ACATGGCTGT AGAAAAAGGA TATTCAGATG CTATAGGAGG CATGGGAGAT
CTTTATGCAC TAGGATATTG TAGTTTAAAT GGCAAGCCTA ACTACCAGTT ATTTGCAAAT
TCCATGTTAG AAGCTATTAG TACGCCGACA GCCTCTATAC CTATTAAAAA ACACTGCTCA
TATAACCTTG GAGTAGCTTA TATGAACGGG TGGATAGGCA TCAAAAAAAA GAAGCCAGAT
TATAGGCAAG CTAAGTACTA TTGGGAGCAA TCCGAACTAC CTCAAGCATT TTACCATATT
GCCACATTAT ATGAGAAAGC ACATATCAAA GCTGGCGAAG GAAATACTAA ATATCAAAAA
GCATTGGAGT ACTATAAGCG GTCAAGTCTT CCTAAAGCGA AGTTAGAGAT TATCCGTTTG
TATGATTCAA ACTTAGTTAT TACACAGTCT GAAGAAGAAA GGTTAGCAGC CCTCCAAAGT
GCAATACAAG AAGTTCATGA TTTGTTACCT ACCTTGTCTG ATAAGGATGC TTGTTATATA
AGGGGTGTTT TAGCTTATTA TTGTAAAGAT TGGCAAGATG CATATACCTA CTTAAACCAA
GCTATTCTTT TAGGAACAGA AGAGGAAGAG GTAAAAGAGT TGGCCGAAAC AGTAACAAGC
TACTTAGAAA AAGAATCAGC ATTATTAAGC ATACAAAAAG AAGAGCAAAT TTTTGAAAAA
GATAGAAAAG ATGTTACTAT AGAAAATATA CAGCCCTTAG AGAGCCACGT AGCAGCAACT
GATGTCTTGC AGTTAGGAGA TACAGAAACT AGTACATATA TTATAGAAAA GGCAAGCACT
AATACCACTT TTACTGAGGT TGAAACAGTA CTTGAACAAC AAAATGAAGG TTGTTACGTT
GAATTAATAA TGCCTGGTTT AAGTGTTCAA GAACAGGCAC AGCAAAATAT TCAACTATGC
CAAAGAGTTA CAAAAAGGGA AAGGAAAGAG CAAAAGCGAG TGCGTAGGGT AACTCGTATA
AAGTTAGATT TTTTACGAAT GAATGATCAA CAATCAGAGA TTATACAAGA AAACTCATTG
CCTATTGTAT TTAGATTTTT AGATCATAAG CAAGAGAAAG AATTTTTAGC ATTCAAAGAA
AAAGAAGAAC ATAAAAAGAG TGTTGAAAAG GTTTTAGAAG ATATAAAAAG CCATAGTTGG
GAGGCTGTAG GGCTTGGCAG ACCAGAAGTT TTAAAACATG CTTACAAAGG TTATAGGGGC
TGTATCTCTC GTCACCTAAA CCATAAAGAT AGGCTTGTTT ATAAGGTAAT AGGAAAAGGA
GAAATTTTAA TACTTTCTTG GCAAGGCCAC TATGAAGATA AATAA
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| Protein sequence | MEKIKNHFKQ TVAGIVLVSF LLASCTVDHP EINTITPTDN KIFEVKGGTR STNHQLQLSN
KEILWYGNSV AVEQELKAHL QSIAETSLQA DIAKYDNSSG TLQQESLSIE YHKLGQLVNR
PLGWSSYEGH QLRKLYYLPN GNLYAKVYDR GNASLVQRLP VYVMRGIDLF MLAASKEREQ
QVHITLNRVI DKKLATYGRV WIGQAGMLGG GKGKKKNNKK LAPSPMQQLE DVTGATLGAQ
KENKRQELEK GEQGTYEQHR PLSMLPQPKE LYHLIPANPY SKINSLEKVK EDFKKGFTLK
LQPNFYDNAH NVAEAIQLFV DAAKCGNSLA MYNLGEICEQ QGNIELAKRW YVLSFQNTWV
EGTAKAYASA SHTKITNLIK QGHVELKKVF LHHVDNVTTL VEKIIRIKVI SSFYKSRLAE
PYLSKEENGL KVKRLRKLTE ELELALDSLP QEKIYFNMVR RLSALGARYV QEQNYKAAQA
CFLKCQKLPD ALYNLGLFCQ NGYTSADGKP DYQAAKQFYK RSGTAESFSN LGAFYMDGLL
NGNPDLQKAI KYSEMSGTPQ ALCNMGVIFS RRYVEVLRQA PDYKRAKVCF ERSGTGHAHA
HLGDFYCYGY ITKPNYKLAK YHYDMAVEKG YSDAIGGMGD LYALGYCSLN GKPNYQLFAN
SMLEAISTPT ASIPIKKHCS YNLGVAYMNG WIGIKKKKPD YRQAKYYWEQ SELPQAFYHI
ATLYEKAHIK AGEGNTKYQK ALEYYKRSSL PKAKLEIIRL YDSNLVITQS EEERLAALQS
AIQEVHDLLP TLSDKDACYI RGVLAYYCKD WQDAYTYLNQ AILLGTEEEE VKELAETVTS
YLEKESALLS IQKEEQIFEK DRKDVTIENI QPLESHVAAT DVLQLGDTET STYIIEKAST
NTTFTEVETV LEQQNEGCYV ELIMPGLSVQ EQAQQNIQLC QRVTKRERKE QKRVRRVTRI
KLDFLRMNDQ QSEIIQENSL PIVFRFLDHK QEKEFLAFKE KEEHKKSVEK VLEDIKSHSW
EAVGLGRPEV LKHAYKGYRG CISRHLNHKD RLVYKVIGKG EILILSWQGH YEDK
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