| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_1172 |
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| Symbol | |
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| ID | 8828132 |
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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 | Aciduliprofundum boonei T469 |
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| Kingdom | Archaea |
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| Replicon accession | NC_013926 |
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| Strand | - |
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| Start bp | 1117885 |
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| End bp | 1121157 |
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| Gene Length | 3273 bp |
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| Protein Length | 1090 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | |
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| Product | DNA polymerase II, large subunit DP2 |
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| Protein accession | YP_003483543 |
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| Protein GI | 289596847 |
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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 | 16 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGGTAGAAG CAAGCAAGGA TATGCTCAGA TATTTTGAGG AGCTTGAAAG GAATGCGGAA
GAAATTTACA AAATCGCCAG AGAAGCTCGG AGCATGAGAT TTGACCCCGT ACCCGATGTT
GAAATTCCCC GTGCTAAAGA CCTTGCTGCA AGGGTCGAAG AATTAACAGG AGTTAAGGGT
ATAGCGGATG AAATCAGAGA GCTCAGCAAG AGCCATGATA GGGGTATGGT CTCGCTCTTG
ATGGCAAAGA GGATAGCAAA GAAATTTGAT AGAAAGGATG AAGCGTTGGA TAAGGCGATA
AGAGTTGGAC TTGCAATTCT AACAGAAGGT ATATTAGTCG CACCGCTTGA AGGTATTGCA
AATGTAAAGA TAAAGAAAAA TGATGATGGC ACGGACTATG TGTCCATATA CTATGCTGGT
CCGATTAGGG GGGCGGGAGG TACTGCTCAG GCGTTGAGCG TACTTATTGC GGATGTTGTA
AGAAGAGAGC TTGAGATAGG AAGGTATAAA CCTACAGAAG CGGAGATTGA AAGGTACAAA
GAAGAAATCC AATTATACGA TAGAATTCAT CATTTACAGT ACAGGCCTAC AAATGAAGAG
ATTGAGCTCG TTGTGAATAA TTGTCCAGTT TGCATTGATG GTGAAGGTAC CGAAAAGGTT
GAGGTTAGCG GTTATAGGAA TCTCCCAAGA ATAGATACAA ATAGGGTTAG AGGCGGTATG
TGTCTAGTTC TTGCAGAGGG TTTATTGCAG AAAACAAAGA AGATAAAAGC GTATGTTGAT
ATGCTGAAAA TAGACGGCTG GGATTGGATA AAAAAATTGA TTCCGGAAGT GAAAGAGGAC
AAGTTTGAAT TAAAGCCCCT CAAAAAATTT ATGAAGGATG TTATAGCAGG AAGGCCCATA
TTCTCGTATC CAATGGCTCC TGGAGGTTTT CGCCTTAGGT ATGGAAGATG CCGTGCAGGA
GGCTTAGCCA CGCTAAGTGT AAATCCTGCC ACGATGTATA TATTGAATAA ATTCATAGCA
ATAGGCACTC AGCTCAAAGT TGAGAGGCCC GGTAAGGCAG GAGGTATGAC TTCTTGCGAT
AGCATAGAGG GTCCTATAGT TCTTTTAAAG AATGGAGATT TGATACAAAT CAACGAGCTT
GAAAAAGCTA GGGAGTATTA CGATTCCGTT GTTGAAATTG TGGATGTTGG TGAGATGCTT
ATTCCCTACG GAGAGTTCTT GGAGAATAAT CATCCTTTAA TTCCTGGAGC ATATGCTGTA
GAATGGTGGG AACAGGAAGC GGAGAGGGTT GGATTTCATG GGGAAATCAA GAATAGTTTC
GAAGCTTTTC AAATATCTGA AGAGTATTCC GTTCCACTGC ATCCAGACTA CAATTTGTTC
TGGCATGATT TGAGTTTAGA AGAATTGAGA AAATTATCTG AATTTTTAGA GAATCACTCT
TTTTGGAAAG ATGAAAAATT GTATGTGGAG AAAAATTGGG AGATAAAAGA AATATTGAAA
AAATTAGGTG CATTGCACCT TGAGCGTGAG TATTACATTC TTGACAGATA CGCTTATCCC
CTTTTGAGAG GAGTTGGTTT AGATTTGAAA GATGGGAAAA TTGTAAGAAG AAAAGAGATT
AAAGAAGGAA ATATAATGGA TGTTGTTTCA GAATTGGCAG GGGTAAAGAT AAGAGAGAGA
GCACCTGTTA GAATCGGTGC AAGAATGGGC AGGCCTGAGA AGGCAGCGCC TAGAAAGATG
AAACCTCCGA TTCACTCTCT TTTCCCAATA GGAGATGCAG GAGGTAATAG AAGACTTATA
ACCGAAGCAA TAAATAAAAA AATCATTCCA ATTGAGATAG GCATAAGAAA ATGTCCAAAA
TGCGGAGAGA AAACGATACT GCCCTTCTGC CCAAAATGCG GAGCACCCAC ACAATTCATG
GAGAAGGTAG TTGTAAAAAA AGTGGATATA TCTGATCTAT TCGCGAGGGC ACAGGAATAT
CTTGGTGAGA ATGTGGATTG GGATGTCAAG GGAGTAAAGA AGATGATGTC TCAAGAGCAC
ATACCTGAAA GGTTAGAGAA GGGGATTCTT AGGGCTAAAA ACGGAGTTTA TGTTTTCAAA
GATGGTACTG CAAGATTCGA TATGAGCGAT ATAGCAATAA CCCATTTTAG GCCTAAGGAA
ATAGGGCTAA GTGTTGAAAA AGCAAGAAAA TTGGGATACA CGAAAGATTA TCTTGGCCAC
GATCTTAAAG ATGGGGAGCA ACTCTGCGAG TTAAAGGTTC AAGATATAAT AATTCCAAAG
AGTGCTGCCG ATTACCTTAT AAAAATTGCA AATTATGTTG ATGACTTGCT TGAGAAATTT
TACAAGATGA AACGCTTCTA CAATGTGAAA AAGAGAGAAG ACCTGATAGG ACATCTTGTA
ATTGGATTAG CACCACACAC ATCTGCAGGT ATACTTGGTA GAATTATTGG ATTTTCAGAT
GCCAATGTTG GCTTTGCGCA TCCATTTTTC CATGCTGCAA AGCGCCGCAA TTGTGATGGA
GATGAGGACT CAATAATGCT CCTTCTTGAA GGTCTTTTGG ATTTCTCTCG CAAGTTTCTT
CCCTCAACTC GCGGAGGGTT GATGGATGCA CCCTTAGTTC TGACTACTAG GATCACTCCC
ACAGAGATAG ACAAAGAGGC CTTGCATGTG GATGTTATGG AGAGGTATCC TTTAGAGTTC
TACGAAGCAA CTTTAAAGTA TGCAAAACCA GATGAAGTTG CAGATATTAT GGATTTTGTG
AAGAAGAGAA TTGAAACTCC AAGGCAATAT GAGGGTTTTA AATTCACCCA CGATACAAGG
GACATAAATG TGGGTGTTTT GACCTCTGCC TATAAGGTTC TTGGTAGTAT GCAAGAAAAA
CTTGATAGCC AGTTGCAATT GGCAAGGAAG ATAAGGGCTG TTGATGAGCA TGACATGGCT
GCAAGGATAA TTGCGCATCA TTTCATCCCC GATATAATGG GTAACTTGAA AAAATTCGGC
ACACAGGGAT TTAGATGCAC AAAATGCGGA GCTAAATACA GGAGAGTACC TTTGAACAAT
GTGTGCCCAA AATGTGGAGG TAATGTAATT CTCACTGTTT CGGAGGGCTC TGTGAAAAAG
TATTTAGATA AAGCACTGAA CCTTGCAGAA GAGTATGATG TGCCTCTGTA TGTGAAGCAG
AGAGTTCTCG CTCTCAAAGA ATCTGTGGAT TCTCTTTTTG CAGAGGAAGA GGAAAAAAAT
AAAATAACCC TTGAGTCTTT TCTTGCCGTA TGA
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| Protein sequence | MVEASKDMLR YFEELERNAE EIYKIAREAR SMRFDPVPDV EIPRAKDLAA RVEELTGVKG
IADEIRELSK SHDRGMVSLL MAKRIAKKFD RKDEALDKAI RVGLAILTEG ILVAPLEGIA
NVKIKKNDDG TDYVSIYYAG PIRGAGGTAQ ALSVLIADVV RRELEIGRYK PTEAEIERYK
EEIQLYDRIH HLQYRPTNEE IELVVNNCPV CIDGEGTEKV EVSGYRNLPR IDTNRVRGGM
CLVLAEGLLQ KTKKIKAYVD MLKIDGWDWI KKLIPEVKED KFELKPLKKF MKDVIAGRPI
FSYPMAPGGF RLRYGRCRAG GLATLSVNPA TMYILNKFIA IGTQLKVERP GKAGGMTSCD
SIEGPIVLLK NGDLIQINEL EKAREYYDSV VEIVDVGEML IPYGEFLENN HPLIPGAYAV
EWWEQEAERV GFHGEIKNSF EAFQISEEYS VPLHPDYNLF WHDLSLEELR KLSEFLENHS
FWKDEKLYVE KNWEIKEILK KLGALHLERE YYILDRYAYP LLRGVGLDLK DGKIVRRKEI
KEGNIMDVVS ELAGVKIRER APVRIGARMG RPEKAAPRKM KPPIHSLFPI GDAGGNRRLI
TEAINKKIIP IEIGIRKCPK CGEKTILPFC PKCGAPTQFM EKVVVKKVDI SDLFARAQEY
LGENVDWDVK GVKKMMSQEH IPERLEKGIL RAKNGVYVFK DGTARFDMSD IAITHFRPKE
IGLSVEKARK LGYTKDYLGH DLKDGEQLCE LKVQDIIIPK SAADYLIKIA NYVDDLLEKF
YKMKRFYNVK KREDLIGHLV IGLAPHTSAG ILGRIIGFSD ANVGFAHPFF HAAKRRNCDG
DEDSIMLLLE GLLDFSRKFL PSTRGGLMDA PLVLTTRITP TEIDKEALHV DVMERYPLEF
YEATLKYAKP DEVADIMDFV KKRIETPRQY EGFKFTHDTR DINVGVLTSA YKVLGSMQEK
LDSQLQLARK IRAVDEHDMA ARIIAHHFIP DIMGNLKKFG TQGFRCTKCG AKYRRVPLNN
VCPKCGGNVI LTVSEGSVKK YLDKALNLAE EYDVPLYVKQ RVLALKESVD SLFAEEEEKN
KITLESFLAV
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