| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_1226 |
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| Symbol | |
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| ID | 8828188 |
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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 | 1174107 |
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| End bp | 1178972 |
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| Gene Length | 4866 bp |
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| Protein Length | 1621 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | |
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| Product | CUB protein |
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| Protein accession | YP_003483596 |
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| Protein GI | 289596900 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.287366 |
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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 | ATGAAAGGTG GAAGATTTGG TAAATTGGGG AGTATCCTAG TGGTAACTTT AATGGTTTTA
ACAGCGTTTG CAGTGATAAT CAGTGTACAA CCATCCGTTC AGGCAAAGCA AGCAAATATG
CAGGGAGTAC ACTTCTTATA CAGGGATGTG CACATAAATG TAAAAGATTT GAAATATGTG
ACAGGCCCAA ACGGTGGGAG ATATATTGTA GGCAAGGGTA TGAGGGAATT AACTAACCCT
GGAGATCCTG CAGTACCTGT GAAAATAATA AGCTTTACCT TGCCTGCAGG TGCAAAGAAC
ATAAGAGTCA ATTTGCAAAA TATATGGATG ACTTCTTACG GAAAGCTGAA AATATCTCCA
ATACCTGCAC CTGCATTGAA ATCAGGAAGG GCTTTCCCGG CTAAGTTTTC ACCACCAAAA
TACAATGAGA AAGTATACAA GTCCAGCAAA TATTATCCCG ATAAAAACTA CGATTTTACA
ATAAGCAAGA CAATGGATAA GACGATAGTG AATGTTTACA TATATCCTGT AAAGTACAAT
CCAGTTACAA ACGAAGTAAA AGTAATGACC CATGCAAAGG TGGTTGTTTC CTATTCTCCA
GGCTCTCTTA AGAGCGGCAG TGCTCCTATT AATGTAGAAA ACATAATAAT CACCTCTCCA
CAGCTAAAGG CAGCAGCGCA GAGACTTGCA GATTTCCATA ACAGCACAGG AGTAACATCA
TGGGTAGTTA CAACTACTTG GATTGCAAAG AACTACCAGC CTGCACCGAA TCCGCCAGTA
AACGGATATG CAAATGCTAC CACAGATCCT TATGGTTTGC TCGGTGGTCA GGCCCTACCT
CTGGAAAAGA ATATGATAAT AGGATACAAT TATACATTGG CAAAGAAAAT AATAGCATTC
TTGCAGAATG AGAGTTATGG GAGTAATGTA GAATACATAA CAATATTTGG TAATGCAAGA
GCAGTACCGC CAAGCTATTA CTGGACTGAT CAGTATATGT ACCTACTGGC ATATTATGGA
TTATCAGATA TGTATGATGC ATGGATACCC ACGGATGCTT TCTATGCCCA GCCAAACTAC
AATTCTACAT ACTTCAGCTA TGAGCCACAA TTCTTCATAG GTAGAATTCC CGTTAATCCT
TTGACTGCAA ACAAGGTTGT TAATAAAATA ATATATTACG CAACTCATAA AACTGCAGGT
ATAGAGAATG TCACACTCTC AGGAGGACAG GTATTTGAAA CCCCATACTT CCTTGGAGAG
ACAGGAGTTC TAGAGCCACT TAACTATGGA TGGCTTGATG GAGCAAAGGT CACTGAGTAT
TTCCACACAC TAAGAAATTA CACATATAAT AATTTCATAA AGATGATGTA CAACAGCGAT
ATGATAATTG AAATAACCCA TGGCTCAGGA TTTTCATTCT GGCACCACAA CGATGAAGTT
AGTGCTTGGG ATTTCAGCAT GAATTCATCC TATGGAAGCC TGCCAATTTA CATATCTGGC
TCTTGCCTAA ACGGTGCTTG GGATGAAGAG ATGTATCCTT CAGAGTTTGC ATCTGGAATA
AATGGCGGTA CATCAATAGC TGAAAAGATG CTTTATGCAC CAAATGGCAT AATTGCATAC
TATGGAGCAG ATAGAGAGGC ATATGGAAGC ACTTTTGCCT ACTTTGATAA TGGGACATTG
GTAGCTCCAA ATGACTTTGG GGACTTGATA ACAGAAGATG GTACTGTGGC AGGATATTTC
CTAGCTACAC ACTATTATGG TTATGCAACC CTTGGTATGA TGTACTATTA TGCTCTGAGT
CTTTACAACT ATTGGCTAGG TGAAAATCTC ACAAGTGTTG ATCCATGGGA TACTGGAATG
AATGATAATC CTTGGGCAAG GTCTTACTTT GAATACTCAC TCATAGGAGA TCCCGCATTG
AAAGTATCTG GAAACGGAGC CAGTTATCCA TCTTACAATG TGCCAAGTGT TATAATACCC
AACGCGGTTT ATAATTCAAA TGATGTGCCA ATAATTACAA GAGGAAAGGA AGTAAGCGTG
AATATAAGTA CCGATTCTCC AATAGTTAAA GTTGAGCTTC TTTATCTAGA GCATGGATAT
GGTTCTGGTC CTTGGGGAGC ACAGCCAACT TATTATGATT TCATACTTGA TATGAAAACT
TTGCATCCTG TGGCGACAAA CAATGGGGTA AATAACTTTA CATATTCGTT TGTGCCAAAT
AGAGAAGGAA CCTATATACT ATCCGTATAC AGTGCAGATG GAAAGAACAC AAGGTTCTAT
ATGTCTTGCA GCTCTCCAAT GCCACCTCTG AGTGCTACGG AAAGAACAAA TTATAATGGG
AGAGCCTATA ATGAGAATAT AAAGAGTACC GCCCCAGATG TTCAGGTTAT AACTCTTCTA
GACTATGGAG ATGTTGCATT TGGAAAAACC ACGAATGTTA CTGCGGTTGT ATATAATTCT
GGAAATGCTA CAGCAACTAA TATAACGGTT CATTTCTATC TGGAGAACTA TGTTCTTATA
TTCCAAGAAG GTAACCTAAG CCATCCCTTG GTCTGGCTTG GGAATGCAAC TATATCTTCT
CTTGCACCTG GTGAAGTTGC TTATGTAACG ATACCTTGGA AAGCTGTTAA CTTAATACCT
TTGGGAATGG ATCCAACAAA TTCTTCAGTT AGGTGGCAGT ATGTAGTTGC GAGTGCTGAT
GTCGCTGGCG ATACAAATTT GAATAACAAC GCGATGTGGG CTTTGTTCCA TGTGCATTTG
CCTTTAGATG TCTGGGTTCA AAAAGTATTC ATCCAAAAGG ACCCAGTTGT AGGAGAGCCC
AATAGTATCA CATTTGAAAT AACAAACATA GGCACAACAA CCACTGCCAC AAGCAATGTA
ACTGTTATGG ATTACTATGG TACAATAAAA ACAGTGTCTG TGACTCTTGC ACCTGGACAA
ACAAAGTTCA TAACCGTGCC TTGGACACCA AAGGTTGCAG GTGAGGATAT AATTGAAGTA
ATGGCAAGCA CTCCAGGAGA TCAGAATCCA AGGAATGATG TTAGCTTTTA TTATCCAAAT
GGATACTGGT CAATTGCAAC TTTCAAGGTA TTGAGTTACG ATGTAGAGCC AGTTATGGCA
TATCAGCGTG ATGATAATAT AAATATTGAG TTATACAACT TTGGTCCCTT AGCTTCTAAT
GGTACTAAAG TTGATCTGTG GGAAATGGAA AATGTTACAG ATATAAATAT ACAATCTCCG
CATCCATATC CAAACAACTA TGATAATGTT TGGACAATAA CTGTTCCAAA TGCAACAAAG
ATAGCTTTGC ACTTTAATTA TCTATACGTT GAGCCTGGAT GGGATTATGT GTATATTTAC
AACTCCACAG GCAAGCTACA AGTATCTTAC ACCGGCTTCT ATAACGATCT GTGGACTCCG
TTTATAAACG GCTCTACTGT GTATGTAGAG CTAGTATCTG ATGAATCTGT TAATTATACT
GGATTCTATA TAGACGCATA TTCTACAGGG ATCTCTCATA TTGGTAGTAC CCAGGTGGGT
GCTATAGGTT CCGGAGATTA TATAACTGCT ATTATGTCTC TAGGTAATAC TACTGCTGGG
GTACACTATT ATAAGATATC TACAAATACT CCGGGCGAGA GTGCAACACT GACCACAGGA
GGTTCAAGCA ATAATATTAT TTATCAAACA ATTAATGTTA CAGATACAAT AGCTCCCCAG
ATAGAATCTT TCCATTTGGC GAATACCATT ACAAATGATA GAAGTCCAGA GCTTAACTTT
ACATGGTACG ATGAAATTTA TAGTGGATTC TTCAAGGTGA GTGTACAGAT AGATGGTATA
ACAATACCTG CGAGGGTAAT TGCTAATGGC AATAGTGGAA ATGTAATTGC AAATGTTCCA
TTCCTGCTAG CTGATGGAAA GCATACTGTG CAAATAACTC TTGTAGATAA TGGAGGGAAT
AAAGTTACTG AAAGTTGGAC ATTTACAGTG GATGCTACAC CGCCAAGTTT GAAGATAACC
ACATCTACAA ATACTCCTAT AACATATACA TCTACCTTCT GGATAAATGG AACCACAGAA
CCTGGTGCAA CGGTGACCAT AAATGGAGTA AATGTTCCTG TTGATCCAAA TGGAAACTTT
GCATATAAGA CTACCTTGGT CAACGGTGAA AATGTGTTCC GGGTTGTGGC CACTGACGAG
GCAGGCAACT CTGCCACGGA AATAGTTACT GCTTTATATT TGCCTCAGAT ACCAGAAATA
TTGAATGCGA TTAATGCTAT TAACTCGGAG ATAAGTAATT TACAGAGTCA GGTAACTACT
ATGAAAGATG AAATCTCAGC TCTCCAAGGC AAGATATCTA CTATCCAGGG TGACATATCC
ACAATTAACA GTGATATAAA TAATATAAAA TCCCAGCTTG ATACCCTAAA TTCTAGAATT
AATACACTGC AAAATGATTT AAAAGAGAAT GTTACTGCTC TTAACAAAGC AATTGAGGAG
TTAAATACAA CATTGGTAAA CAAGATTGAA CAGAACATAA ACAACTTGCA GAGCCAGATT
AACGATTTGA AGAACCAAGC AAATGATTTA CAGAGCAATA TACAGCAGAT TAACACAAAT
ATAAGTGATA TACAGAGTAA GAACAATGAG CAAGATAAGG CAATAAGCTC TAGCAATAAC
ATAGGTTATG CAGGTATAGT TTTGGGAATT ATAGCACTGA TAATAGCGAT AGTGGCGGTT
GCAAGAAAGC CTAAGGTACC CATGCAGAAG GAGGAAAAGA AAGAAAGCAC TAAAGAAAAT
CCTAGTGAAG AAAGTGAAGA AGATATAGAT GAAACTGAAG AGGGCTCTGA GGAAGAAAAA
GAATAA
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| Protein sequence | MKGGRFGKLG SILVVTLMVL TAFAVIISVQ PSVQAKQANM QGVHFLYRDV HINVKDLKYV
TGPNGGRYIV GKGMRELTNP GDPAVPVKII SFTLPAGAKN IRVNLQNIWM TSYGKLKISP
IPAPALKSGR AFPAKFSPPK YNEKVYKSSK YYPDKNYDFT ISKTMDKTIV NVYIYPVKYN
PVTNEVKVMT HAKVVVSYSP GSLKSGSAPI NVENIIITSP QLKAAAQRLA DFHNSTGVTS
WVVTTTWIAK NYQPAPNPPV NGYANATTDP YGLLGGQALP LEKNMIIGYN YTLAKKIIAF
LQNESYGSNV EYITIFGNAR AVPPSYYWTD QYMYLLAYYG LSDMYDAWIP TDAFYAQPNY
NSTYFSYEPQ FFIGRIPVNP LTANKVVNKI IYYATHKTAG IENVTLSGGQ VFETPYFLGE
TGVLEPLNYG WLDGAKVTEY FHTLRNYTYN NFIKMMYNSD MIIEITHGSG FSFWHHNDEV
SAWDFSMNSS YGSLPIYISG SCLNGAWDEE MYPSEFASGI NGGTSIAEKM LYAPNGIIAY
YGADREAYGS TFAYFDNGTL VAPNDFGDLI TEDGTVAGYF LATHYYGYAT LGMMYYYALS
LYNYWLGENL TSVDPWDTGM NDNPWARSYF EYSLIGDPAL KVSGNGASYP SYNVPSVIIP
NAVYNSNDVP IITRGKEVSV NISTDSPIVK VELLYLEHGY GSGPWGAQPT YYDFILDMKT
LHPVATNNGV NNFTYSFVPN REGTYILSVY SADGKNTRFY MSCSSPMPPL SATERTNYNG
RAYNENIKST APDVQVITLL DYGDVAFGKT TNVTAVVYNS GNATATNITV HFYLENYVLI
FQEGNLSHPL VWLGNATISS LAPGEVAYVT IPWKAVNLIP LGMDPTNSSV RWQYVVASAD
VAGDTNLNNN AMWALFHVHL PLDVWVQKVF IQKDPVVGEP NSITFEITNI GTTTTATSNV
TVMDYYGTIK TVSVTLAPGQ TKFITVPWTP KVAGEDIIEV MASTPGDQNP RNDVSFYYPN
GYWSIATFKV LSYDVEPVMA YQRDDNINIE LYNFGPLASN GTKVDLWEME NVTDINIQSP
HPYPNNYDNV WTITVPNATK IALHFNYLYV EPGWDYVYIY NSTGKLQVSY TGFYNDLWTP
FINGSTVYVE LVSDESVNYT GFYIDAYSTG ISHIGSTQVG AIGSGDYITA IMSLGNTTAG
VHYYKISTNT PGESATLTTG GSSNNIIYQT INVTDTIAPQ IESFHLANTI TNDRSPELNF
TWYDEIYSGF FKVSVQIDGI TIPARVIANG NSGNVIANVP FLLADGKHTV QITLVDNGGN
KVTESWTFTV DATPPSLKIT TSTNTPITYT STFWINGTTE PGATVTINGV NVPVDPNGNF
AYKTTLVNGE NVFRVVATDE AGNSATEIVT ALYLPQIPEI LNAINAINSE ISNLQSQVTT
MKDEISALQG KISTIQGDIS TINSDINNIK SQLDTLNSRI NTLQNDLKEN VTALNKAIEE
LNTTLVNKIE QNINNLQSQI NDLKNQANDL QSNIQQINTN ISDIQSKNNE QDKAISSSNN
IGYAGIVLGI IALIIAIVAV ARKPKVPMQK EEKKESTKEN PSEESEEDID ETEEGSEEEK
E
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