| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_1482 |
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| Symbol | |
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| ID | 8828450 |
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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 | 1426921 |
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| End bp | 1431156 |
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| Gene Length | 4236 bp |
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| Protein Length | 1411 aa |
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| Translation table | 11 |
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| GC content | 31% |
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| IMG OID | |
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| Product | protein of unknown function DUF214 |
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| Protein accession | YP_003483850 |
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| Protein GI | 289597154 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.356591 |
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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 | ATGATACTCA AGAAATCTAT CATTGTTCCT ATAATAATCC TTTTAATTCT ATTCACATCC
ACATTTGTAT CACTTAATTC TATATTTGCC ATGCCTCAGG AAATAATGGG CAAAAACGAT
ATTTATGTTT TGACTTCATC TACTGATAAA AATCCCCTTA GAAGCAATTT AAATATAGAT
TTAGCGTATG CCTTGGAAAA TACTTCTTAC ATAAACGCGG TTAGTCCTGA AATTTTTGTA
TTTACAACTA TTCACAAGGA GCCTGTTACC CTACGAGGGG TTATATTTTC AAAATTTTTA
AAAATTGAAA ATGGAAGGTT GGTAAAGGGT AGTATGCCGA AAAATGATAA CGATGCCATA
GTGGGAGAAA GCTTGTTTTA TTATATGCAT TTGCATCTTG GGGAGAATCT CACAGTTAGA
GGAGCATTTC AAGCTTCTTT AGCTATACTC CATATAGTTG GAGTGTTTAA AACCAATGAT
TCTACAGATG ATGAAATCTT AATTGATTTA TCTACTGCCC AAACGCTCGC TGGATTGAAA
AAAGGTACAA TTTCTATGAT AAGGTTTAAG AGTAATGATG TAGAAAGGGC TCACGAATTG
ATGAACCCAA ATTATCCTAA ATTTAAGGTT ACTCTAAATA CCACTGGCCA GGTTTATTTT
GATAATAAAT TTAATGTTAG TGTTAAAATA GAAAATATTG GAGCCAATCC GGGCAATTGC
ATATTTCATT TAAGTTTTCA GAATATTACT ATAAAAAGAA ATCTCTATGT AACTAAGAAT
GTGAGTTTTA ACATAACTCT CAAAGCAAAT TATGTTGGCA ACTCTGAGAT AAAGGCATAT
GTCGAGAATG GTGTTTTAAA TTATACCTAT TCATATAAAA TTTTAGTTGC TAATAGGCCT
GTTATATTTC AAGGAAAAAC TCTTACATAT GTAGATACGC CTACATTATT CTCCTTTTAC
TCCATAAATA ATTCTCCTAT AAATGATGCT ACTTTGAGAG TATCCAGTAA AGGTTATTAT
AAAGTTTATA ATTTCAATTC TTCAATAACC CTTAAGTTTC CTAAAAGAGG GTTATATACA
ATATATTTTT ATAAATATGG ATATGAAAAT AAAACGATAG CTGTTAAAGT TTTCAAAAAA
GCGAATTTGA TAAATCCCTC TGATATTTAT CCCGAACCTG TGAAGGGTGT TATTTTCCTC
AAAAAAAATG AAGATATAAA ATTGAAATTT GAGAATAACG CTTCTCTTTA TTATTCTATA
GATAATGGGT TGATAAGAAG TTCAAATTCA ACGATCTCTC TGCTTGGAAA TTTGGGTGAA
ATGCATAGCA TAGATATTTA TGTGGTCGAA AATTGGACCA TGGGAAATGC AACATATATT
GTATACATAT GCAAAAATTA TTCTGTTAAC ATATCCTCCT ATATAAGCAA TGAATCTGGA
GTATATTACA ACGGAAATTT CACAATAAAT GTATGGAGTG AAATTCCTCT TAAGAACATA
ACATTTTATA TTAATGGACA TAGGCATGAT GTATATTTAG ACCAGAATTT AGAAAAGGGA
ATACTTAATT ATACATATAA TATAACTGTA AATGTAAAAT ACAAAAATTT TGAAGTTGAA
ATTTACGCGA AGAACATTAT GAATTTTTCA GCCCATAAAA TAATAAAACC TAAGGTATTG
TATTCCTCTG ACGTAATAAA ACCAGAAATT ATAATTGGAA ATAGAGCTTC TAGATTCAAG
GATGAATTAT CGAGGGATGA GAACTCATCC ACAATCAAAA TATGGAGTGG GCAGAGTTTT
ACGATAATCG CTTCTGATAA TTTAGAAATG AAGAATCTCA CTGTGTACAT TTTTCAAAAG
TATTTTAATG CTTCTTCTGA TAATCCTGAT GTGAAGAGCT TAAGTGTAAC TATTCCAACT
ATGTTTAGAA ATGGTACAGA CATTTATTTT ATGCCTCCTG GCATTTATCA GGGAGAGATT
ATAGCTATTG ATTCATCTGG AAATGTAAAT GAGACAGCTT TCTATGTGGA TATAAATAAT
ACAAATGAAA AAATGCCACC AATCATTTTA GGACCAAGGA TTTTAATTTT TGGTTCTCCA
ACCAAATCAT TCACATTTAG AATTTATGAT AATGTTGGCT TGAGATATGT GGTCTTTTAT
GAGAATGATA GTATCATAAA GAATGTGTCT TGCTATGGTG ATAATAATGT GACATTATCT
CTTAACTATT CTGAAATCAA TGATGGTCTT TATAACTTAA CCGTTGTTGC TATGGATGTG
AATAACAACT CTATGGAACT GAAAGGAAAG ATATTAAAGA ACTATACGGA TAAAGAGCCT
CCAACGATTC TTCCAGTACC CTCCTCGATT TTCAGTGGTG AATCTATAAT AGTCCAGGCA
GAGGATAATG TTTATATGAA AAAATTATCA GTTTACGCTT TTGGAAAATG GTTTAATGGT
ACGAGTAAGG TTGTTATACC TACAGAGTAT ATTGATGGAA AAAACAATAC CGTGGAATAT
GTTCCTCCAG GGAGTTATAT CTTAAAAATA GGTGCTCAAG ATATTTTTGA TAATGGTATA
TCTAAAATTG TACATATTGA GATTAATAAT GCCCATGAGA ATATACCTCC GGTAATATTT
TTACCAAATG CAACAAAATG TAATGCCTCA GATATTTTGA CTTTTAAAGC ATATGATAAT
GTAAAAGTTG CCACTATGTG GATTGAGGTT GATAATCTTC CTGTAATTAT TGTAAATGGA
AATAATATAA CTTGCAGGGC CGATACATTG GGGTATGGAA TCATAAATGC AAAAATATTT
GCAATGGATG TTAATGGAAA TACTGCATCA GTACAATATA ATTTATTGGT CAAGGATAAT
ATTCCTCCAA GAATACTGAA TAAAACTCTT AAAATTTGGG GAGGAAATAC GACCAGCGTA
TTTTTATCTG ACAATGTTGG AGTTTATAAC GCCACCCTTG AAATTTTTGG AAAGAAATTT
GAGAATATAG GCGATAGAAT TAAAATTCCG ACGATGTTTA GAAATGGTAA TAATATAAGT
TTTGTGCCAC AGGGAACTTA TGAGGGATTT GTGAGAGTAG AAGACCTTTC AGGCAATGTT
AATAGTTCAG AAATCATATT GATCATAAAT AATACAGGTG AAAAAAATCC ACCAATTATA
GTCGGAAATA CCTATAATGT TTTAAGCAGG AATAATACTG TTATATTCAA GGCGTATGAT
AATGTGAAAA CAGAAAAAAT CTGGTGCGAA GAGAATGGCA AGATGATATA TGGTGAGAGT
GGAGGTATTC TAAATCTTTC AATATATTAC TTCTCTCCTG GCCTTCATAA TGTTACTATT
TACGCCGAAG ATATTAATGG AAACATAGCA AATATGAGCG CCGAAATAGA AGTTGTTGGG
ATTGCAGAGT ATGAGATTAA TGCAAGTCTT TATAAATCAA ATATAACGGA GAATCAGAGA
GGAATATTAA ATATAATAAT AAAGAATAGA GTGAATGAAG GGAACTGCAC AGTAAGGATT
TACATAGATG GAAATTTATA TACCACAATA AACACATATC TTAACTCCTA TGAAACAAAG
AGTTTTACAA TACAGTTACC ATATATGAAA GAGGGCTCAC ATACAATAAA GGTAAACAAT
ATAACTATGA CTCTCAAAGT TACAAAGATA CCAGTTGAGA AATTACCGAT GGATTTACTT
TTGAAGTACG ATAAAAATTT AAAAGTAACC GGTGGAAAAG AGGTTATATA TAAAGGATTT
CAACTTTCGG AGGGAAATTT TCTCTTGATA ATATATGCTC TCCTTACTAT AGCGATAATA
CTAGTTTCCC TTGGCTTATA TTCCTCTTTG CTTAAAGGTA TCAAAAATGA TACTATTGCC
ATCCTGAGAA TGATAGGCGC TAGTAATAGA CAGATTCTGG AGATAGCATC AAAAGAGATT
TTAATATACT TGACACCTGC CATACTTGGA GGTATATTCT TTGGATTTAT TTCGGTTTTG
GCAATACAGC ATTTCAATTT GATGAGGGCT TTTGGACACA CACTAATAGT CATAGTTAAT
ATGGATATGG TAATAGATAG TATTTTGGTT GGTATTGGAT TTCTATTATT CTCAACATTT
TTAATCTTTA GAAATATATT CCATTCTAAA ATTATTTATC TGATGGGAAG TGAACGCTCA
GAAAAAATTT CAACATTGGA GGAGGTTTTG AAATGA
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| Protein sequence | MILKKSIIVP IIILLILFTS TFVSLNSIFA MPQEIMGKND IYVLTSSTDK NPLRSNLNID
LAYALENTSY INAVSPEIFV FTTIHKEPVT LRGVIFSKFL KIENGRLVKG SMPKNDNDAI
VGESLFYYMH LHLGENLTVR GAFQASLAIL HIVGVFKTND STDDEILIDL STAQTLAGLK
KGTISMIRFK SNDVERAHEL MNPNYPKFKV TLNTTGQVYF DNKFNVSVKI ENIGANPGNC
IFHLSFQNIT IKRNLYVTKN VSFNITLKAN YVGNSEIKAY VENGVLNYTY SYKILVANRP
VIFQGKTLTY VDTPTLFSFY SINNSPINDA TLRVSSKGYY KVYNFNSSIT LKFPKRGLYT
IYFYKYGYEN KTIAVKVFKK ANLINPSDIY PEPVKGVIFL KKNEDIKLKF ENNASLYYSI
DNGLIRSSNS TISLLGNLGE MHSIDIYVVE NWTMGNATYI VYICKNYSVN ISSYISNESG
VYYNGNFTIN VWSEIPLKNI TFYINGHRHD VYLDQNLEKG ILNYTYNITV NVKYKNFEVE
IYAKNIMNFS AHKIIKPKVL YSSDVIKPEI IIGNRASRFK DELSRDENSS TIKIWSGQSF
TIIASDNLEM KNLTVYIFQK YFNASSDNPD VKSLSVTIPT MFRNGTDIYF MPPGIYQGEI
IAIDSSGNVN ETAFYVDINN TNEKMPPIIL GPRILIFGSP TKSFTFRIYD NVGLRYVVFY
ENDSIIKNVS CYGDNNVTLS LNYSEINDGL YNLTVVAMDV NNNSMELKGK ILKNYTDKEP
PTILPVPSSI FSGESIIVQA EDNVYMKKLS VYAFGKWFNG TSKVVIPTEY IDGKNNTVEY
VPPGSYILKI GAQDIFDNGI SKIVHIEINN AHENIPPVIF LPNATKCNAS DILTFKAYDN
VKVATMWIEV DNLPVIIVNG NNITCRADTL GYGIINAKIF AMDVNGNTAS VQYNLLVKDN
IPPRILNKTL KIWGGNTTSV FLSDNVGVYN ATLEIFGKKF ENIGDRIKIP TMFRNGNNIS
FVPQGTYEGF VRVEDLSGNV NSSEIILIIN NTGEKNPPII VGNTYNVLSR NNTVIFKAYD
NVKTEKIWCE ENGKMIYGES GGILNLSIYY FSPGLHNVTI YAEDINGNIA NMSAEIEVVG
IAEYEINASL YKSNITENQR GILNIIIKNR VNEGNCTVRI YIDGNLYTTI NTYLNSYETK
SFTIQLPYMK EGSHTIKVNN ITMTLKVTKI PVEKLPMDLL LKYDKNLKVT GGKEVIYKGF
QLSEGNFLLI IYALLTIAII LVSLGLYSSL LKGIKNDTIA ILRMIGASNR QILEIASKEI
LIYLTPAILG GIFFGFISVL AIQHFNLMRA FGHTLIVIVN MDMVIDSILV GIGFLLFSTF
LIFRNIFHSK IIYLMGSERS EKISTLEEVL K
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