| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Athe_2295 |
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| Symbol | |
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| ID | 7407714 |
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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 | Anaerocellum thermophilum DSM 6725 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_012034 |
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| Strand | - |
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| Start bp | 2426577 |
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| End bp | 2429801 |
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| Gene Length | 3225 bp |
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| Protein Length | 1074 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643716659 |
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| Product | S-layer domain protein |
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| Protein accession | YP_002574138 |
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| Protein GI | 222530256 |
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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 | 15 |
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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 | ATGAGAAAAA AGTTTTTAGC AGTCATTTTG TTACTTTGCT TTGTGGTTGT AAACTTTGGT
TTGTCTTCTG CTTTTGCTGC ATACAAAGAC ATTCCATCAA ATGCAAGTTA CAAGCAGGCA
GTAGAAAAGT TAAATAAGCT TGGGATTCTT GTTTACAAGG ACTATTTCAA GCCAAATGCT
GCTGTCTTAC GCGGTGAGTT TGCAGCTGCG ATTGTAAAGA TTTCAAACGT AGAGGATGAG
GTGAATCTGC TAAAAGGATA TTCTCAGTAT CCAGATATAA AGCCAAACAC CACACTTTGT
GGATATGTCA ACTGGGCGGT AAAGAAAAAA TACATGACAC CAATGGCAGA CAATAAGTTC
CATCCAAATG ACCCGCTTAC CTTTGCCCAG GCAACAACTG CTATTGTGAG GATGCTTGGG
TATTCCGACT CAGATCTTTC TGGCATCTGG CCGCAGAATT ATATCGACAA AGCATCAGAG
CTTGGGCTTA TAAAAGGAAT AAACCTTTCT GCGTCGCAAA AGGTTCCGCG CTGGGCTGCG
GCACTGATGC TATCAAGGCT TCTTGATACT TATGTCAAAA GCGGTGGAAA TCAAGCTCAA
TCTGGCCAGT CAGCTTTAAG TGGAGTATCA GCTTCATCCC AAAGCAACGG CACAAAATTT
TCTGAGTATG TTGGGCTTTA CAAATCGTAT GTTGTGCTTG ATACCGGCAA AACTTCTTCA
AAGCTTCTTC CAAATGAGGT TTTGACAGAC AGCGGAGTGC TTGTGAATGC AACAAAGACG
CAACTTGAAG TTGGGAAAAA GTACATGCTT CAGGTTGATA CCAATAAAAT CACGAAAGTG
TTTGGCACTG AAGCTGATTC TTTCCAGATT GTCAGCACAA AGGTAAGCAG CAGGACTGTA
TATTACAAGG AAAGTGGAAA GACAAAATCA ATAACTTTGC CATCTTCGGC AACATACTAT
TACAACGGCT CAAAGCAGAG CTATGATGCA ATAGAAAATG TACTTAAACC GAACCAGAAA
ATAAGCTTTA TCTATTCTGA AGATAGGAGC AAAGTGGACT ATATTGTAAT TAAAGACATA
TATGCACAAG AGGTTTATGG AAACTACGAT GAGGTGCTGA TTTTGGCAAC TCCTAAAACA
TCATCGTCGT TAGAGGCAAA CCAGGTTCAG ACAGACAAGG GAATATACTT TGTTGCATCT
TCAATAAAAC CTGAAAACCT TGAAATTGGA GCAAAGTATG GAGTGTATAT AAAAGATGAT
ACAATCACTG CAGCTTTGCA AAAAGTGTGG GTATCAGAAA AGTTTACAAT TACAAATATA
GATGATTACA CACTTGATGC TGCTCAAAAC GGCAAAACAC AAAGGATTCA GCTGACAAGC
AAACCTTTAT ATTACTATCA AGGAACAAAA CAGAGCTATG AAAATTTACC AAACATTTTA
AAAGAAGACC AGATACTCTA TGTATCAAAA GACCCTGACA CAGGCAAGGT TATGGCATAT
GTTATTCAAG ACCCATACGG CACCCAGTAT GGAAACTATA TTGAGGCAAT AATCCTGCAG
GATGCACTTT TAAACCCTGC TTTAGAAAAC AATCAGGTTT TAACAGACAA AGGTATATTT
TATTTACCTA ATATAAACAC AAAACTGGAG ATTGGCTCAA AGTATGGTGT TTATGTTAAG
GATGACAAGA TAACATTAGT TGTAAAAAAA TTAAATACTG TGAATTTGTA TGAGATTACA
GATGTTGTTA GTGATACAAA TGTAAAGTTA AAATCATCAA AAGGCCAGGA GAACATAATC
CTGCCACAAA AACCTGTTTA CTACTATAAC GGCAATAAAA TTAGCTACAG TGATTTGAAA
AACGCGTTAA AATCAGGTCA AAAAATCTAT TTTGGATACT CAAAGGATGG GAAAACTTGC
GAGTATATTG TTCTTCAGGA CCCATATTCA TCTGAGTACG GTGCATATAC TGAGGTTATC
GTTCTGGCAG ATGCGGTTGT ATCTGATAAG TTATCTACAA ACGAGGTTTT AACAGACAAA
GGGATATACG CGGTAAAGTC CACAGCAGGC AAGCTTACAG TTGGTGCAAA ATATGGGGTA
TATATCAAAG ATGATACAAT CACAAAGGTT GTAAAGAAGC TCAACAGCGT CGATACAGCA
GAGATTACAG AGGTTATAAG CGATACAAAT GTTGTTCTCA AAAAAGGCAG CACAAGCAGC
TCTACTTTCC TGCCACAAAA ACCTGTTTAT TATTACAATG GAAGTAAGGT TGACTACAAT
AGTTTGAAAA ACATAATAAA ATCAGGGCAA AAGATTTATT TTGGATACAA CGCAGCAGGA
AATTCCTATG AGTATGCAAT AATTCAAGAC CCATACTACG ACAGCTATGG AAAATATGTA
GAGACAGTGA TTTTGGGGAC ATATTCAACT ACAAAAGGGC TTGATGTGAA TGAAATTTTG
ACAGACCAGG GAATTTTAAC ATTGCCAGAA AACCAAAATG TGAATTTAGA ACTTGGTGCA
AAATATGGGT TTTACATCGA CCAAGACAAT CAGATAACCC TTGTGTACAA AAAACTAAAT
TCAACCGAAG GTGTGACAGT ACTTTCTGCC ATTTCAAACA AAGTGACAGT TGACAAGGGT
GGTAGTCAAC TTGATATGAT ATTGCCTCAA AATATAACAT ATTACTATAA TGGTTCAAAG
ATTGATTTTT CAACAGCACT TAGCAGACTT CAGATGTCAA CATCGCTTGT GTTTGGACTG
TCAAGTAAGA AAAAAGGATA TGACTACTGT GTAATATTTG ACCCTGTATA CAGCAAGCCA
TACATTGCAA ATGAGCAGAC ATACTTAACG CTAAAAGCAG GTGATCTGGA TATAAGTGGT
AGTAGCAAAG TTATAAAAGA TGGGGATGTT GTGGACTACA GCTATATTCA GAAAAACGAT
GTTGTATATG CTGTGACAGA TATCTGGGGC GGCAACAAGT TCATACTTGT TGTAGATAGC
AAAGTTGAGG GTTACGTCAA GAGCTACCAA CCAACAAGGT TTACACCAAA GTCTATTGTT
GTGAACGTAT ATGACCAGGT ATCAGGAAAG CTTGTAGACA AGACATATGA GGTGAGCGAA
GACTTTGACC CATCTGTGCT TTTGGCAGAT ACATTTAAAG TTGGTCAGAG AGTGTACCTC
ATCTTAGGAT ACGATGGCAA GGTTGTGAGC ATTGTAAATC CGTAA
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| Protein sequence | MRKKFLAVIL LLCFVVVNFG LSSAFAAYKD IPSNASYKQA VEKLNKLGIL VYKDYFKPNA
AVLRGEFAAA IVKISNVEDE VNLLKGYSQY PDIKPNTTLC GYVNWAVKKK YMTPMADNKF
HPNDPLTFAQ ATTAIVRMLG YSDSDLSGIW PQNYIDKASE LGLIKGINLS ASQKVPRWAA
ALMLSRLLDT YVKSGGNQAQ SGQSALSGVS ASSQSNGTKF SEYVGLYKSY VVLDTGKTSS
KLLPNEVLTD SGVLVNATKT QLEVGKKYML QVDTNKITKV FGTEADSFQI VSTKVSSRTV
YYKESGKTKS ITLPSSATYY YNGSKQSYDA IENVLKPNQK ISFIYSEDRS KVDYIVIKDI
YAQEVYGNYD EVLILATPKT SSSLEANQVQ TDKGIYFVAS SIKPENLEIG AKYGVYIKDD
TITAALQKVW VSEKFTITNI DDYTLDAAQN GKTQRIQLTS KPLYYYQGTK QSYENLPNIL
KEDQILYVSK DPDTGKVMAY VIQDPYGTQY GNYIEAIILQ DALLNPALEN NQVLTDKGIF
YLPNINTKLE IGSKYGVYVK DDKITLVVKK LNTVNLYEIT DVVSDTNVKL KSSKGQENII
LPQKPVYYYN GNKISYSDLK NALKSGQKIY FGYSKDGKTC EYIVLQDPYS SEYGAYTEVI
VLADAVVSDK LSTNEVLTDK GIYAVKSTAG KLTVGAKYGV YIKDDTITKV VKKLNSVDTA
EITEVISDTN VVLKKGSTSS STFLPQKPVY YYNGSKVDYN SLKNIIKSGQ KIYFGYNAAG
NSYEYAIIQD PYYDSYGKYV ETVILGTYST TKGLDVNEIL TDQGILTLPE NQNVNLELGA
KYGFYIDQDN QITLVYKKLN STEGVTVLSA ISNKVTVDKG GSQLDMILPQ NITYYYNGSK
IDFSTALSRL QMSTSLVFGL SSKKKGYDYC VIFDPVYSKP YIANEQTYLT LKAGDLDISG
SSKVIKDGDV VDYSYIQKND VVYAVTDIWG GNKFILVVDS KVEGYVKSYQ PTRFTPKSIV
VNVYDQVSGK LVDKTYEVSE DFDPSVLLAD TFKVGQRVYL ILGYDGKVVS IVNP
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