| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_1334 |
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| Symbol | |
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| ID | 8828296 |
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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 | 1276460 |
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| End bp | 1279537 |
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| Gene Length | 3078 bp |
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| Protein Length | 1025 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | |
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| Product | periplasmic copper-binding protein |
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| Protein accession | YP_003483704 |
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| Protein GI | 289597008 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.108389 |
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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 | ATGAAAGCAG GTGTTATATT ATTCGGGATT TTAGTGATAT TCTCTACTAT AGTGCCATAT
TCAGCGCTTG GTGAGGACTT GGGATATGCT CTTAGAGACC CAATAATAAT AGACAGTGAC
GATGATTTTG ACTCTGCACA TGGGGTAAGT GGGGGAAGTG GAACAGAAGA TGACCCCTAT
ATAATTTCAG GATGGGAAAT AGACGCTTCT AATCGGAAAT CTGGAATTTA TATAGGTAAT
ACCACCAAAT ATTTCAAGAT TCAGAATTGC TGGGTAAAGA ATGCCAAGGC TTCCAGTGGA
TTTTTCTATA TTGGCTCAGG TATAAAGCTC TATAATGCAA AAAACGGCGT GATAGAGAAT
GTGCAGGCCA CGGATAATAC CAGATATGGA ATTTATATTG AAGATTCCAG CAATATATTA
ATTACAGGTA GTACAATGCA ATCTAACGGA TACAACGGAA TTTACGCCAA GGATTCTTCC
ATAAGCGCCA CAGGCAATAC TTTAACAGAT GAAGGAATAA AGATCTCCGG TGGAAGTGAA
GTTAAGATAG ATGGAAATAC AATAGAGGGG GCTGGGATTT ATATTAATGG TGCTGATAAT
TCGTATGTAG CAAATAACAC TATTAAGAAT TTCGCTAACC AAGGAATATA CTTGGACTCT
GCAAGATATT TACATATTTA CAAGAATAAA CTCGCCAATG TAAGCACCGG GATATATCTC
TTCCAATCTA TTTATACATC GACCATATAC AACAACAATA TATCCGAGGG GGATATGGGA
ATATTCCTTT CAAGAAGCAG GAATATAATC ATAAAAGAGA ACGACATAAG TTCCAACAGC
GATAAAGGAA TTTATCTGGC TTCGTCATCC TCAAATATTG TTGATAATAA CACCTTAAGT
GGGAATATGT ATGGAGTATA CCTCTATAAT TCAGATTCCA ACAAGATATC GGCTAATAGT
ATAAAGAAAG CATATGAATC AATTCACCTA GATAATTCAA ACGGCAATAC TGTAAGCAAT
AATACATGCC TTGGAGATGG TTCTGCCTTT ACTAGAGATG GAGTTTACGC CAAGAACTCT
GATCATCTTG ATATCCGTGA TAATCTATGC TCGTGGCTCT CTTACGGGAT AGATTTATCT
CATTCTGATA ATGCGAGCGT CCATGGAAAT GCCTTAGAGC ATAGTTCTAT AGGCATAGGA
AATTATTTTT CAAATTACAC AAAAATAGAA GGGAATCAAC TCACGTATAA CCGTCTTGCT
TTGGATGTGC AGTATTCCAG CAGTGCATCT GTAGTTGGGA ACACAATATC CAAGAGCTCC
GAATTCTCTA TGACCTTCGC ATATGTGAAG AACTCAGTAT TGGAAGATAA TATGATTATG
GATATGGGAA GTATTATCGA CAATTCCTCC TTAGATATCT ACAGAAACCG CATCAACGGC
ACCTATCTTG AGATTAACAG TTCTAAGTAT CTCCATATCA ATGGAAATAG AATAGAAAAT
AGCTCTTCCT ATGGACTTTT CTTATTTAGC AGTTATTTAG CAACTGTGTA TGACAATACA
TTCATCAACA ACACTATAGG GACGAAGATT CAAAGATCAA CCTATGTATA TATCAAGGAT
TCTCTTTATT CCAACAATGA TCTTGGAATA TATATGCTCA ATACATCCAG GTCCACAGTA
GGTTTTATCA CAATGGTGAA CAATGGCGAT GGTGGATATT TAGAAGACTC TGATAATATT
ACTGTTGAAG CTGTCAATAT CACTAACAAC ACAGGCCACG GAATCAATAT AATAGAGAGC
AGTGATATCA CAGTAAGAGA TTCCAATATT TCCTCCAATG GCAACCGAGG AGTTTCCCTT
TGGAATTCTA CATATGTAGA TATTCTGAGA ATATTAGCAA CTCACAACGG TGAATGGGGC
GTGTATATGG GCCATAGTTC CTATGTCTCC CTAACGAATT CCACCTTATT GTATAATGGG
AAGGATGGCC TGTATGCAAG TTCATCATCT CATCTAAATA TCAGTTTTAA CAACATTTCG
AGCAATCACT ATGCAGGTAT ATATGGGGAT GATGGTATTG ATTATTTCCA GATCTTGAAC
AACACAATCA TGGAAAACAC TTATGAAGGC ATTTATATGA ATTATATCAG AGAAAAGAAT
ACCATAAAGG GAAACACTGT TGCCTATAAC CACAAGTGTG GAATATCATT AAACAATGGT
TATTACTGGG ATGATAAAAC ATATGTCATA GAGAACAAAG TTTATAAAAA TGATGAAACG
GGGATTTGCC TTTATAATAT CGACGTATAT ATATCAAACA ATGAGATACA CGATAATGGA
GCGAGAGGCA TATATGGGAG CTATGTATTG GGAGAGATCT CTAATAACAC AATCATAAAC
AACTCGGGAG AGGGTATCTA CATACCTAAT AATATGAATG CAAATATAGT TTACAACAAA
ATATCCCATA ATAATGGAGA TGGTATATCT CTTGCTTACC CCTACAGTGG TGGCCTAACA
CACTACATTT CCCACAATGA CATATCGTAT AACGCAGGTG ATGGAATAAA ACTCGTGACT
ACATATAAGA TGAGATTAAA TATAACCCAC AACAACATAA TCTACAACGG AGGGGACGGG
ATAAAGATTC TCCCTGGTAC AGATGATATT TTTTATCTGA ATATTACCCA GAATCTTTTC
CTGAATAACA CGGGCTACGG AATAAACACC AGTGCAGATC ACTACATATT TATCTGGGAA
AATTCTTTCT ACTTCAACAA TGGAAACAAT GGAACATATG ACCCTGAGCA TATTCAGGCT
AGAGATGATA CTGAATACTC TGGGGATTAT TATATAAAGT GGTACAAGGA TGGTTGTGGA
AATTACTGGG CAGACTGGAC AGAGCCGGAT AGGGACGGAG ATGGAATTGT AGATGACCCC
TACCAACTAG ATGGAAGCAG CGAACATAAA GATTACTTCC CTCTCGCAGA ATCTGATATA
CCCATTCCTG AATTCTCTCC TATGGTCCTT GTAGTGTTGC TAGTGATTGT AGCAATTTTG
ATTCGCAAAA AATCTTAA
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| Protein sequence | MKAGVILFGI LVIFSTIVPY SALGEDLGYA LRDPIIIDSD DDFDSAHGVS GGSGTEDDPY
IISGWEIDAS NRKSGIYIGN TTKYFKIQNC WVKNAKASSG FFYIGSGIKL YNAKNGVIEN
VQATDNTRYG IYIEDSSNIL ITGSTMQSNG YNGIYAKDSS ISATGNTLTD EGIKISGGSE
VKIDGNTIEG AGIYINGADN SYVANNTIKN FANQGIYLDS ARYLHIYKNK LANVSTGIYL
FQSIYTSTIY NNNISEGDMG IFLSRSRNII IKENDISSNS DKGIYLASSS SNIVDNNTLS
GNMYGVYLYN SDSNKISANS IKKAYESIHL DNSNGNTVSN NTCLGDGSAF TRDGVYAKNS
DHLDIRDNLC SWLSYGIDLS HSDNASVHGN ALEHSSIGIG NYFSNYTKIE GNQLTYNRLA
LDVQYSSSAS VVGNTISKSS EFSMTFAYVK NSVLEDNMIM DMGSIIDNSS LDIYRNRING
TYLEINSSKY LHINGNRIEN SSSYGLFLFS SYLATVYDNT FINNTIGTKI QRSTYVYIKD
SLYSNNDLGI YMLNTSRSTV GFITMVNNGD GGYLEDSDNI TVEAVNITNN TGHGINIIES
SDITVRDSNI SSNGNRGVSL WNSTYVDILR ILATHNGEWG VYMGHSSYVS LTNSTLLYNG
KDGLYASSSS HLNISFNNIS SNHYAGIYGD DGIDYFQILN NTIMENTYEG IYMNYIREKN
TIKGNTVAYN HKCGISLNNG YYWDDKTYVI ENKVYKNDET GICLYNIDVY ISNNEIHDNG
ARGIYGSYVL GEISNNTIIN NSGEGIYIPN NMNANIVYNK ISHNNGDGIS LAYPYSGGLT
HYISHNDISY NAGDGIKLVT TYKMRLNITH NNIIYNGGDG IKILPGTDDI FYLNITQNLF
LNNTGYGINT SADHYIFIWE NSFYFNNGNN GTYDPEHIQA RDDTEYSGDY YIKWYKDGCG
NYWADWTEPD RDGDGIVDDP YQLDGSSEHK DYFPLAESDI PIPEFSPMVL VVLLVIVAIL
IRKKS
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