| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aboo_0779 |
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| Symbol | |
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| ID | 8827729 |
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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 | 739020 |
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| End bp | 743018 |
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| Gene Length | 3999 bp |
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| Protein Length | 1332 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 | periplasmic copper-binding protein |
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| Protein accession | YP_003483150 |
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| Protein GI | 289596454 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.195346 |
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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 | ATGAAAAAGG CGTTGATAGT TATAATAGTG ATAAGTGTAT TGTTGTTCAG TGGCTTTTCA
GTGATACCAG CTCTTGCACA GGCACATCAT AGCAATACCC AACATTTATT CAAACCTGTA
GATGAACCTA TTGCTTACGA CATCCATTAT TTCAATCAAG GTGACGCAAA GTTCATGATG
GAACATATAA AGGATATACA AACGGGTAAT TTGAAAGCTG GAGGATATTA TACCGGTTTC
AAAACACCCT CTAGGCACAC CATAGAAAAC TCTGTTGGAA AGTTAATGGT AGTAAATTCT
GTATATGCTC CAAGAGGATT TCCCTCAACT CTAGATTTAT CAAAGGATCC GAGATTTCCT
AAAGTAGGCA ATCAGGGTGC CCAGGGTTCT TGTGCAGCTT GGGCTGTAAC ATATTACAGC
GAGGGTTGGC TCCAGGCATA CACACATAAC TGGACAGATG CCCACTATGG CTACAACAAG
CATCATCTTA TGAGTCCTGC ATGGACTTAC AACAAAGTGA ATGGTGGCTC TGATCAAGGT
TCAAGTTTCA TAGCAAATAT GTTAGTTCTA TATCGTTTGG GAGGAGCTAC AATGTACACA
ATGCCCTACA ACGACCATGA TGCTGTCTCT TGGGGAGATG AAGCTGCTTG GAGAGAAGCC
CCATTATATA GGATACAGGA TGGATATGTA CTAAATGTGA GTGCCATAAT AAACACTACT
GTAGGAACAA ACAACGCTCC AACACAACAG CAAGTTGATA ACTTAACCAA TGCCATAAAA
GCTGTACTTG CTGAAGGCTA CACAGTTAAT TTTGCAATAG ATGCAGATGA ATATGACAAT
ATCTTCAATA ACGGAGGAAA TTACATAATT TCGTACAGTG AGTATGATGC AAGCGGTTCT
CCCAATCATG CCCAAACAAT AGTTGGCTGG AATGATACTA TAAAGGATAA TGGAGATCAA
GGAGCTTTCA AGATAGTTAA CTCCTGGGGA ACCGGCTGGG GTGTAGGAGG TTACTACTGG
ATAACATATA AAGCAATGTA CAAAATACTA GCCATGGGTC AGGGTTGGCC TGATGCTTAT
TATATGACAC CTAGACATAA CTACCAGCCA AAATTATTAG CCACATGGAA TGTTGATCCA
AATCATCCAG GTACGAGAAT CACTCCAATA GACCTTGGTA TTGGTTCACC TTCTCATCCA
ATTCAGATAA AACGCTCAAT ATTTGGAAAC ATCTCGCCGA CCTCTTATAA CGGAGGAGAC
CATCCATTCC CAACATTCTT AGCAGTGGAT TTGACTGACT TTATGGGCAA CTTCAGTTAT
AACTCCTCTA ATGAATTCTT CCTTTATGCA CACAAATGGA GCAAGAAGAT GATAATTACC
TCATTCCACA TCGAATATTA CCCCAACAAG TACATACCCG GAAAACCATA TCAGGTATCC
GATAACTCTC CCGATGTCCC TGCTTTACAG GACTCTTCGC ATGATGCAAT TGTCAGAGCA
TATCTTAGGC CAATACAACC ATTCCATACA ATAAAAATTA ACTCGAATTC AGATTTCACT
GCAAGCAACG GTGTCATAGG AGGCAATGGC ACTAAAGATA ATCCATACAT CATAGGTTGG
TGGGACATAG ATGCCAATGG TAGTTCTTAT GCAATAAGCA TTACCAATAC AACCGCCTAC
TTCATAATTG AAAAATGTTA CTTACATAAT ACTTCAAGTG GCTATGGTAT AGGGCTTCAT
AATGTACAAA ATGGATATAT AATGAAGAAC AAAATCTACG ACAATTACTA TGGTGTATTC
TTCTACGCTT CTTATCACAA TACCCTTGCA TCAAACCAAT TCTTTAACAA CACACATCCA
GTATATGTGT CCTCATATCC AAAAGCTCTC TATTACAATC AAACCATATA TTCAAACAAT
ACAGTTGGTG GTAAACCGCT TTACTACATC AATAACAAGG ATGGATATAC ACTAGCAAAT
GTAGACGCAG GGTATATTGG AGTATTTTAC TCAACAAATG TAACTCTAAA TAATGTGACC
ATAGATGGCG TGGGCGAGTT ATTCATAGAG CGTTCATCCA ATGTAGAAGT TCTCTACAGC
ATGGTGAATA GCTCTTACTG GGGAGTTACC ATAAGGTATT CCAATTCCAT AAAGGTATTT
GGCAGCTATT TCACAAACAA CATATTCGGA ATAGTGATGT ACAGTGTTAA GAATAGTGTC
ATAAACAACA ATACTTTCTC AAACAATAGA TACGGCCTGA GGGTTAGCAG TTCTTATAAT
AACACGATAT ATCACAATAA TTTCATAAAT AACAAATATC AAGCATATGA CAATGAGAAC
AACACATGGT CTTTAGCGCC GCCAGTTGGA GGTAATTACT GGAGCGATTA CAACGGTACC
GATGCAAACC ATGATGGATT CGGAGATACT CCTTATGTAA TACCCGGAGG CTCTGCAAAA
GATTATTATC CACTCATGAA AGCTTGGGAT GCCGTGCCTC CTAAAGTGTC AATAAGCTCA
CCCACAAACG GAAAAATATT GGCAACCTCT TCAATAACGG TTTACTGGAA CGGTACAGAT
AACATCGGCA TATCCCATTA TCAGGTGAAG CTAGATGATG GAAGCTGGAT AAATGTCGGC
AATGCAACCA AATACACATT CAACAATGTT AAAGATGGAC AGCATACAGT GTATGTAGAA
GCATTTGATT TCTCCAATAA CTCCGCAATC GCACAGGTAT CGTTTGAGGT TGATACAACT
CCACCACAGA TACACTTCAT ATCTCCAAAG GAGAATTCTT ATGTTAACAC ATCAAATGTA
TTGATAAAAT GGACATATAG CGATGAAAGC AAGGTTATAT TTATGATCAC TATCGATAAC
AATCTTCCAA TGCCTGTTGG AAGCAATACA CAGTACTTAG CCCAAGGGTT GAAAAGCGGA
AAACATGAAG TAACCCTTTT GGGCATGGAT GCTGCAGGAA ACAGGAGAAC AGTATATTTG
AACTTCTCAA TAGATACTAT ACCTCCAACA GTGCAGTGGA ATATGAGTAT TCAAAGTGGC
TCTTGGATAA ACACAAATAC TATTACACTA AAATGGATTG CAAGTGATAA TGTAGCTGTG
AATTACTCTG AAATTCAATT AGATGGCAGC AACTGGAATA ACATAGGCAA TGTGAACGAA
TACACATTTA CAAATCTAAG CAACGGTTTG CATAATGTTG TCTTGAGAGT ATATGACAAA
GCTGGAAATT ACAATCAAAC ATCCTTTAGC TTCAAAGTAG ATACAAAAGC TCCAACATTA
AATATAACTG CTCCAGAGAA TAACATGATA ACAAACAGCT CTTCTATCAC AGTAAAATGG
AGCGGCAGCG ATAACTTTGC AATTGCATAC TATGAAATAA AAGTGGATAA TGGAGCATGG
AAGAATGTTG GAAATTCCAC ATCATATAAT TTAAATCTCC AGGATGGACA GCATACCATT
TATGTCAAAG CAGTAGATGA AGCGGGAAAT TCCAAGGAGA AATCCATAGC AATAACAGTA
GATACACAGG CGCCTACAAT AGAGATCACT TCTCCAACGG AGAACTACAA TACAACGAAT
AACTATGTGG TAGTATCTTG GAGCGGTAGC GACAACCTCG GAATCGCATA CTACGAGATA
AAGATAGATA ACGGAAGCTG GACAAAAGTT GAAACACAGA CATCTTACAA CTTCACAGGC
TTAAGCGTGG GGCAACACAC CGTAATCATC AAAGCAGTAG ATAAAGCCGG CAATTCGAAC
ACAGCCAAAA TAACCTTCCA AATCAAAGAA GCAGGTGGCA TGACTAGCCT CGTCATTGGG
CTTTCTATAC TAGTGATAAT AATCATAATT ATAGTGATAG CAGTAGCAAT GGTGAAAAAG
GGTAAAAAAC CAAGGGAAGT CAGAGAAAAA GAAATGGAAA AAGAAGAGAA TTCCGAAGAA
ACAGAGGAAG GATCCTCAGA AGAAGATCTT GAGGAATAA
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| Protein sequence | MKKALIVIIV ISVLLFSGFS VIPALAQAHH SNTQHLFKPV DEPIAYDIHY FNQGDAKFMM
EHIKDIQTGN LKAGGYYTGF KTPSRHTIEN SVGKLMVVNS VYAPRGFPST LDLSKDPRFP
KVGNQGAQGS CAAWAVTYYS EGWLQAYTHN WTDAHYGYNK HHLMSPAWTY NKVNGGSDQG
SSFIANMLVL YRLGGATMYT MPYNDHDAVS WGDEAAWREA PLYRIQDGYV LNVSAIINTT
VGTNNAPTQQ QVDNLTNAIK AVLAEGYTVN FAIDADEYDN IFNNGGNYII SYSEYDASGS
PNHAQTIVGW NDTIKDNGDQ GAFKIVNSWG TGWGVGGYYW ITYKAMYKIL AMGQGWPDAY
YMTPRHNYQP KLLATWNVDP NHPGTRITPI DLGIGSPSHP IQIKRSIFGN ISPTSYNGGD
HPFPTFLAVD LTDFMGNFSY NSSNEFFLYA HKWSKKMIIT SFHIEYYPNK YIPGKPYQVS
DNSPDVPALQ DSSHDAIVRA YLRPIQPFHT IKINSNSDFT ASNGVIGGNG TKDNPYIIGW
WDIDANGSSY AISITNTTAY FIIEKCYLHN TSSGYGIGLH NVQNGYIMKN KIYDNYYGVF
FYASYHNTLA SNQFFNNTHP VYVSSYPKAL YYNQTIYSNN TVGGKPLYYI NNKDGYTLAN
VDAGYIGVFY STNVTLNNVT IDGVGELFIE RSSNVEVLYS MVNSSYWGVT IRYSNSIKVF
GSYFTNNIFG IVMYSVKNSV INNNTFSNNR YGLRVSSSYN NTIYHNNFIN NKYQAYDNEN
NTWSLAPPVG GNYWSDYNGT DANHDGFGDT PYVIPGGSAK DYYPLMKAWD AVPPKVSISS
PTNGKILATS SITVYWNGTD NIGISHYQVK LDDGSWINVG NATKYTFNNV KDGQHTVYVE
AFDFSNNSAI AQVSFEVDTT PPQIHFISPK ENSYVNTSNV LIKWTYSDES KVIFMITIDN
NLPMPVGSNT QYLAQGLKSG KHEVTLLGMD AAGNRRTVYL NFSIDTIPPT VQWNMSIQSG
SWINTNTITL KWIASDNVAV NYSEIQLDGS NWNNIGNVNE YTFTNLSNGL HNVVLRVYDK
AGNYNQTSFS FKVDTKAPTL NITAPENNMI TNSSSITVKW SGSDNFAIAY YEIKVDNGAW
KNVGNSTSYN LNLQDGQHTI YVKAVDEAGN SKEKSIAITV DTQAPTIEIT SPTENYNTTN
NYVVVSWSGS DNLGIAYYEI KIDNGSWTKV ETQTSYNFTG LSVGQHTVII KAVDKAGNSN
TAKITFQIKE AGGMTSLVIG LSILVIIIII IVIAVAMVKK GKKPREVREK EMEKEENSEE
TEEGSSEEDL EE
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