| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aasi_1645 |
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| Symbol | |
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| ID | 6376606 |
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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 | 821864 |
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| End bp | 824533 |
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| Gene Length | 2670 bp |
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| Protein Length | 889 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | |
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| Product | hypothetical protein |
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| Protein accession | YP_003573082 |
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| Protein GI | 294661206 |
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| COG category | |
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| COG ID | |
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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 | 21 |
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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 | TTGCCTTTTG TATGGTATAT ATTGCCTACC ATACACTTAT ACCCTGTTGA CACTCCAAGG
GTGTATAGTT CTTTTTCTGC AATAAGTGCC AAAAATAAAC AACATAGCTT GAATAATATT
ATTCTTCCAC AATATGGTGG TTCTTTCTCT TTTAGAGTTC CTAAACTACA ACCTTTTTCT
TGGAGTAATC CTAACCGGAT TTCATTTATA GAAATGCAGC AGACAAATGC TCAACAGCAA
GCTAAGGAAC CTACTGGTCC TCTAAAAGAT ATTATTGAAT ACCAAGCACA AGACTCTATT
ACTTTTGATA TTCAGGAAAA AAACTTCAAC ATATATGGCG CAGGGACGAT TGGATATGAA
GATGCGCAAT TAACAGCAGA AAACATCTCG CTAAATTGGA GTAATAATAC AATTATAGCA
ACTGGTAAAA AAAATGAGGA GGGTAAGATA GATCCTAAGC CAGTGTTTCA ACAAGGTAAT
ACTAAGTATA TAGCCGAAGA GATCCGATAT AATTTTGAAT CTAAACGTGG CACAGCTCGT
AGGCTTTTTA CAAAGTTAGA AGAAATAATT ATTCGTGCTC GCAAAGCTAA AATGGATGTT
GAAGATACCT ACTATACAGA TCAAATTAAA CTTACAAGCT GTAATTTAAC TAATCCACAT
TATTTTGTTA AGGCAAGGGA TGTAAAGTTT GTTAAGGGCA AACGTGTGGC CTCTGGCCCT
TTCCAACTTT ACTTTGATGG TGTCCCTACT ATTCTAGGTT TTTTCTATGG TCTTTTCTAC
TTGCCTACGC CTAAAGCATC GGGTATCATA AGGCCACAGA TAGGAGAAAA TGGAGAAAAA
GGTTTTTTCT TAAAAGAAGG AGGATACTAT TTCTATTTCA ATGACTACAT AGATTTAGCT
TTAAGAGGAT CTCTTTATTC TAAGGGAGAT GCTGCTTTTA TGGCAAACTC AAGGTATAAA
AAACGGTATG GATATAATGG AAGCTTGGAA TATACCCGTG TGATTACCTC TCGTACGGCT
GAGACAGCTT TACAGGAAGA TAAAGACAAG GAATGGGGAT TTAAGTGGCA GCATCGTACA
GATAATAGCC GAGTCAGTAG TTTAACAGCT GAAGTAGATA TACAGAGTAA GTCTCCTAGA
AACAGTTCGC AGACAAGAGG GGAGCCTGAT AATATTAGCG CTAAAACACA GTCTAAAATA
CGTTATAATC GTAAGTTTTT AGGTACGCCT TATTCACTCA ATACTAGTGT GGCGCATAGC
AAAGATTTTA AAAATAAACT TACGAACATC ACTTTCCCAG AGCTAGTGTT AAATACAACT
CCCATTTATA TATTTAGACG GAAAAATTCT ATACCTAAAT ACTGGTACGA TGATATCAAT
TTTAAACACA CATCAGAGTT TAAATATGAC CTTAACAATA CAATTGATAA TAAGAATTTA
GAATTTTCCC GAGAAAACTG GCCTAAGTTC TTAAAAGAGA GTAGGTATGG TGTAAAACAC
ACTTTTCCCA TAGTAACGAA TATAAAACTT TTCAATTACT TTAATTTAAA CCCATCTTTT
GAGTATACAG AAAGGTGGTA TTTTAAGCAG CTAGCATATA AAGTTGTACA AGATTCTGTA
ACAAATGATA CTACCAAGGG CCTTTATAGG GTATGGGACT ATAAGACAGG AGCAGACTTA
CAAACCACTA TATACGGCAC CCATTTTTTT AGTGAAGAGG CTACTGTTCA AGCTATTAGA
CATAGAATAG AACCCTCTGT AGGACTTACA TATAGTCCTG GTTTTTCGTC ATACTGGCAA
AGAATTCAGA ATAAGAATGG TGAAGAATTT AAAGATAAAT TTGCTGGGGA AGTATATGGT
ACTCCTAAGC ATAAAGCCAG TGCTTTACTA ACTATGAAAG TAGACAATAC TGTAGAAATT
AAGGTTAGAG ATACTAACAA TACAGCAGCT AAACCAAAGA AGATTCCTGT TTTTGAGTCT
CTCAATATGA GCACTACCTA TGATTTTCTG GCTGATAGTT TTAAGTTGGG AGATATTAAT
TTAGGAGCTA GGACACGGTT ACTAGATAGT TTGATAAGCC TAGAATACAA TGCTACTTTT
GACCCTTATA CTTATATTGA GAAAAAGCGA GTAGAAGAAT TTGCTTGGCA GCATGGAAAA
GGACTCGGTA CTATGAAAAA GTATGAGTTC AAAGCCAGTA CCACTTTAAA GTCAAAATAT
CAGAAAACCG AGGAACCAAG TAAAAAAGAG CCACTAAAAA AAGATGCATT AGATGAACTT
GAACCTAAAC ACCATATATC ATCTTTAGAC TCCACGCAAT ATGTAAACTT TGATACTCCT
TGGCAATTAA CCTTAGCGTA TAGTCAAATT TATACTTACA ATATAGAGAA AGATAGCAAA
GACACTACTA GGCAGCTACA GTTTAAAGGA GAGGTAGACA TTACCCAAAA CTGGAAAATA
GCATTTGATA CTATTTACGA CTTCGGTAAA CAAGAATTGG TAGGTAGTGC CACTTCCTTA
AAGGTTTTTA GAGATCTACA TTGTTGGCAA ATGAGTTTTG ATTGGAAGCC TTTGGCCAGC
AGACAATCCT ATGAGTTCTC TATTGGGCTT AAAGCGCCTA TGTTACAAGA TCTGAAATTC
CCGCATAATA GGGAATATGA TAAATTATAG
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| Protein sequence | MPFVWYILPT IHLYPVDTPR VYSSFSAISA KNKQHSLNNI ILPQYGGSFS FRVPKLQPFS
WSNPNRISFI EMQQTNAQQQ AKEPTGPLKD IIEYQAQDSI TFDIQEKNFN IYGAGTIGYE
DAQLTAENIS LNWSNNTIIA TGKKNEEGKI DPKPVFQQGN TKYIAEEIRY NFESKRGTAR
RLFTKLEEII IRARKAKMDV EDTYYTDQIK LTSCNLTNPH YFVKARDVKF VKGKRVASGP
FQLYFDGVPT ILGFFYGLFY LPTPKASGII RPQIGENGEK GFFLKEGGYY FYFNDYIDLA
LRGSLYSKGD AAFMANSRYK KRYGYNGSLE YTRVITSRTA ETALQEDKDK EWGFKWQHRT
DNSRVSSLTA EVDIQSKSPR NSSQTRGEPD NISAKTQSKI RYNRKFLGTP YSLNTSVAHS
KDFKNKLTNI TFPELVLNTT PIYIFRRKNS IPKYWYDDIN FKHTSEFKYD LNNTIDNKNL
EFSRENWPKF LKESRYGVKH TFPIVTNIKL FNYFNLNPSF EYTERWYFKQ LAYKVVQDSV
TNDTTKGLYR VWDYKTGADL QTTIYGTHFF SEEATVQAIR HRIEPSVGLT YSPGFSSYWQ
RIQNKNGEEF KDKFAGEVYG TPKHKASALL TMKVDNTVEI KVRDTNNTAA KPKKIPVFES
LNMSTTYDFL ADSFKLGDIN LGARTRLLDS LISLEYNATF DPYTYIEKKR VEEFAWQHGK
GLGTMKKYEF KASTTLKSKY QKTEEPSKKE PLKKDALDEL EPKHHISSLD STQYVNFDTP
WQLTLAYSQI YTYNIEKDSK DTTRQLQFKG EVDITQNWKI AFDTIYDFGK QELVGSATSL
KVFRDLHCWQ MSFDWKPLAS RQSYEFSIGL KAPMLQDLKF PHNREYDKL
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