| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_1209 |
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| Symbol | |
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| ID | 8828171 |
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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 | 1153979 |
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| End bp | 1157707 |
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| Gene Length | 3729 bp |
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| Protein Length | 1242 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | |
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| Product | Fibronectin type III domain protein |
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| Protein accession | YP_003483580 |
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| Protein GI | 289596884 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | GTGGTGGAAA CGAAGAGTAG TGGATTTGTG AAGGTATTGG TGATTTCCTT GGTTCTTTTA
ATGATTTTCA GTGGGCTTGG AGTTGTTATG AATGCCACGG GAGTTAGTAC TCATAAAACA
TCTTTAACTT CTAATGAAGC AAATGTTGTG AAGGCGCATA TACTTGATAC ATCCTTCTCT
GATTTCAAAT TCAAGAAAAT TAGCCAAGGA GATATAAATA AAATGTTAGA GCTGAGAGAA
AAGATAATTG GGAGATTAAA TGAAAGTGAT GGTGGAAAAT CATACCATAA CTTACCTGAA
TATAATATGG AAAATTCTGC AGTTCGTATG GAACATCTAT CGTATATGAA TACCCGCATA
GATTTTAATA ATAATGCCAC GCCCATGATA GATGGACATG CTACAGGATT GATCTTACCC
GATAGAAAAG AGCTTGAGAA TTTGATTGGA CACAAGATGA TAATCGGTTT GAATACAAAG
GTAAGAGAGC CAAGCAGTGT AAGGTGGGAC TTAGATCCGC ATTTTCCACC GGTGGGAGAT
CAAGAATGGC AAGGATCTTG TACAGCTTGG GCTGTAAGCT ACTATCAAAA CGGGTTTTTG
CAGAGAATGA TTTACAACTG GACAGATGAC TCTCTCGGTC ACCTTATGAG CCCTTCTTGG
ACTTACAACA AGGCAAATTT TGGAGAGGAT GGAGGGAGTA CTTTTGAAGG TAATATTGAG
GTGATTGAGA GTGTTGGAGA TGCCACTCTG GCCAACATGA CTTATAATCC TTCAGATTAT
GTCTCTTGGG GAGATGAGAA TGCTTGGAGA GATGCACCCA AGCATAGAAT TGGGAATTAT
TACCTTGTTT ATTTTGGAAA CGATAGTGGA ATTGCAACTA TAAAAGAGCT ATTGCAAGAA
GGTTATTTGG TTACATTCGG TATAGATGCC TCTCAATTTG GTAATGGCTT TGCAGATGGA
AACTACATAA TTTCTTCGCA GGAATACAAT TCTAACTCTC CTAATCATGC TCAAACAATC
GTGGGATATG ATGATAACAT AACAGATGAT GGAGATGTTG GAGCGTTTAG AGTTGTAAAT
TCATGGGGTA CAGACTGGGG AGATCATGGA TTTTACTGGA TTACATACAA AGCCTTGGAG
GAAAAAATAT CTCAGGGTTG GCCCTATGCT CGTGTTCTAG TTCCACTCTC TCAACATCCA
TATAATCCAA AGCTACTTGC CATTTGGCAT TTTAGCAATC CTGGACCGAG AGATGCACCT
GTAAACATAA CAATAGGCTC TGAAAACTCA AGTTTATATA GAACTCCAAT CTGGAATGGA
GGAAATCACT ATTTTCCAAG TTTTATGGCT CTTGATATTA CTGAGTTCTA CAATGAATGG
GTAAATTCGA GCTATAAGGA TAAGTTCTAC CTAAAGATCG GATCGAGCAG CAGCGGCTCT
AGCACAGTGG ACTCTTTCAA GATAGACTAC TATCCATACG GATATAAATA CTTGTGGCAA
AACTCCACAG AATCTCGAGA TGTTCCTGCC ATCACTCCTT TAATAATAAA ATCCGCTGAA
TTCATGCCTA GTGAATACTT TCCTTACATA TATATAAATC CTATACATAC TATTTTTCAT
AAATACTATC ATTTAAATGT GACTGATGTT ATTTTAGGTA ATGCAGGTAA TTCCACAGAT
GCTTTACTTT TTTATGCTGA AGCGACAAAT GGATGGTCTG TTCATCCCTC TTATAAAAAA
ATAGTCTTAC GTTCTAATGA AATTCAGAAT ATTGAGCTGA ATATAACACC GCCAAACAAT
GTTAAGTTAG GTGACAAGAC AACAATAAAA ATAAAAGTTA TTTCACAAAA TGATACATCC
AAATCATATA TGTTAAATAT AAAAGAGATC TACCTTTCAA ATATAATATA CATCGATGGA
GATTCAGATT TTAAATATCA AGCAAAAATT TTTGGCTGGC CTGGAAATGG TTCTGAAGAT
AACCCATACA TTATATCTGG TCATAAAATA GATGCTAGTA ATATAAGCTT TGGTATTTAT
ATCCGCAATA CTAGAGTTCA TTTTATTGTA ACTGACTGTG AAATATATCA TAGCAGTGCT
TATTACTCTT GGCCCACCCC ATACGGTGAA GGAGTTTGGC TTTATAATGT ATGGTATGCC
AAAATATACA ACAACATCTT TCATAATAAC GGAAATCATA CACTTCTAAG AGGTGGCGAT
GGTATATTCT TACAATACTC CCTCTATTCC CTAGTTTTCA ACAATATAGT TTATAATAAT
TGGAATGGAA TTACATTGTA TTACTCTTAT GAAAATATAA TAAAAAGTAA CATTATTAAA
AATAATGGAG AATCAGGCAT ATCTATTTTA TCTTCAGGTA AAAATAGCTT ATATCATAAT
AATATGACTA ACAACGGAAT CTTTTTATAT GGGGGATTTA ATACATATAT AACACAGAAA
ATTCCTATCA ATAATACAAT AAATGGCAAA TCCGTATTTT ACTATATAAA TAGTAATCAC
AATTTTACAG CTCCACCAAA TATTGGTGAA ATTATTTTAG GAAATGTTAG TAATTTAAAA
ATAGAAAATA CAACCTTACT AGGCCTAAAC TATGGTATTC AAATAGCCTA CTCATCTAAT
GTTACAATAA TAAATTCAAC CGTAGAAGGT ATCAGTATTC AGGGTTCAAA TAATATAACA
GTCGACAACA CACATTGTGA AGGTGGTATA GACGGTGTAG TAACTATGGG ATCTTCAAAA
ATTTTGATAA AAAACAGCAC TTTTAAAAAT AAGCAGATTG GAGTGTACTT TTTTGATACT
GAAAAAAGTA TTGCAGTAAA CAATACATTT TATGATTGTG AGAGTGGAAT TGAAATAGTT
TTCTCTAGTA ATAATTTAGT TAAAAATAAT CATATTGTTG GAAATTATAA TGAAGATGGA
ATTTATGTAT ATTATTCACA AAAAAATTCA ATAGAAAATA ATACCATTTA TTATGAAAAA
TATGGCGTAT TTTTAAATAG ATATTCAAAA TACAATATAT TGATATATAA TACTATTTCT
AAAAGCTCTA AATATGGGGT GTATATGGCC TCTTTCTCGG AGTATAATAT AATTTACAAT
AACTCATTCT ATTACAATCA CGGCTCAGGA GATACTTACA ATTCGTCGCA TATTCAAGCG
CGAGATGATG GCTCTGATAA TTGGTGGAAT TCCACATCAG GTATAGGCAA TTACTGGCAA
GATTGGGCAA ACAACAATAA TAGCAATGAT AAAAATGGAG ATGGTATTGT GGACTGGCCC
TACAATATAG ACGGCTCTGC AGGTGCGAAG GATTATTATC CACTAAGATG CTCGGTAGAG
GAATCTACAC CATCTCACCC TTTTAATTTA AATGCTAAAA CAGGTAATGG TTATGTAAAT
TTAAGCTGGA ATCAACCACT ATGTAATGGG AGTTCTAATA TTACATTATA CAAAATATAT
CGCAATGGTA CTCTAATAGC AACAGTACCT GCTACTCAAC TTTGGTACAA CGACACTAAT
GTAGTTCCTG GAGTTAATTA CTCATACTAT GTCACTGCAG TAAATTCAGT TGGAGAGTCA
CAGCCCAGCA ACACCGTAAA AGCTACACCA ACAGGGGCCA TACCAGAGTT CTCAAGTGCG
TGGATAGCAA TAATAACAAT ACTATCCTTG CTTGTAGTAT TTCGTAGGAG GAAAGTCAAG
AAAACCTGA
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| Protein sequence | MVETKSSGFV KVLVISLVLL MIFSGLGVVM NATGVSTHKT SLTSNEANVV KAHILDTSFS
DFKFKKISQG DINKMLELRE KIIGRLNESD GGKSYHNLPE YNMENSAVRM EHLSYMNTRI
DFNNNATPMI DGHATGLILP DRKELENLIG HKMIIGLNTK VREPSSVRWD LDPHFPPVGD
QEWQGSCTAW AVSYYQNGFL QRMIYNWTDD SLGHLMSPSW TYNKANFGED GGSTFEGNIE
VIESVGDATL ANMTYNPSDY VSWGDENAWR DAPKHRIGNY YLVYFGNDSG IATIKELLQE
GYLVTFGIDA SQFGNGFADG NYIISSQEYN SNSPNHAQTI VGYDDNITDD GDVGAFRVVN
SWGTDWGDHG FYWITYKALE EKISQGWPYA RVLVPLSQHP YNPKLLAIWH FSNPGPRDAP
VNITIGSENS SLYRTPIWNG GNHYFPSFMA LDITEFYNEW VNSSYKDKFY LKIGSSSSGS
STVDSFKIDY YPYGYKYLWQ NSTESRDVPA ITPLIIKSAE FMPSEYFPYI YINPIHTIFH
KYYHLNVTDV ILGNAGNSTD ALLFYAEATN GWSVHPSYKK IVLRSNEIQN IELNITPPNN
VKLGDKTTIK IKVISQNDTS KSYMLNIKEI YLSNIIYIDG DSDFKYQAKI FGWPGNGSED
NPYIISGHKI DASNISFGIY IRNTRVHFIV TDCEIYHSSA YYSWPTPYGE GVWLYNVWYA
KIYNNIFHNN GNHTLLRGGD GIFLQYSLYS LVFNNIVYNN WNGITLYYSY ENIIKSNIIK
NNGESGISIL SSGKNSLYHN NMTNNGIFLY GGFNTYITQK IPINNTINGK SVFYYINSNH
NFTAPPNIGE IILGNVSNLK IENTTLLGLN YGIQIAYSSN VTIINSTVEG ISIQGSNNIT
VDNTHCEGGI DGVVTMGSSK ILIKNSTFKN KQIGVYFFDT EKSIAVNNTF YDCESGIEIV
FSSNNLVKNN HIVGNYNEDG IYVYYSQKNS IENNTIYYEK YGVFLNRYSK YNILIYNTIS
KSSKYGVYMA SFSEYNIIYN NSFYYNHGSG DTYNSSHIQA RDDGSDNWWN STSGIGNYWQ
DWANNNNSND KNGDGIVDWP YNIDGSAGAK DYYPLRCSVE ESTPSHPFNL NAKTGNGYVN
LSWNQPLCNG SSNITLYKIY RNGTLIATVP ATQLWYNDTN VVPGVNYSYY VTAVNSVGES
QPSNTVKATP TGAIPEFSSA WIAIITILSL LVVFRRRKVK KT
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