| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Emin_0638 |
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| Symbol | |
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| ID | 6263253 |
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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 | Elusimicrobium minutum Pei191 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010644 |
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| Strand | + |
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| Start bp | 693173 |
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| End bp | 698791 |
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| Gene Length | 5619 bp |
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| Protein Length | 1872 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 642611109 |
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| Product | alpha-2-macroglobulin domain-containing protein |
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| Protein accession | YP_001875530 |
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| Protein GI | 187251048 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2373] Large extracellular alpha-helical protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.335883 |
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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 | 42 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTAAAAA AGATATTGTC TTTGTTTGTA CTTCTGTTTT CAACGGCGCT TTACGCCCAG
CAGAGCGGGT TAAGCGTTAT TTCTTACAGT CCTAAAAATA ATATGTACAG TACGTCAATG
GTGGCAATAA ACGTTACTTT TAACAAACCT GTTATTAAAT TAAGCGATTC TTCCCAATTT
GGCGAGATGC CCTGCCCTAT CGAACTTAGC CCTGCCGCCG CAGGCAACTG CCGTTGGACG
GGTACGCAAA CGGTTACCTT TGAGGCTAAA ACACTTATGC CTTCCACAGA ATATACTGTA
ACCGTGTTAG ATAACTTTAA ATCGGAAATA AGCGGTGAAA AGCTTGGCAA AAATTTTACA
TGGACATTTA GAACCCCCCG TATATATGTT AGCACCGTAG CTCCTTACAA AAATGAAAGA
TGGGTCAATT TAAACCCCAC TATTTTTTTA ATTTTCAATC AAGGTATTAA CCCCCAAACC
TCGCAAAATA AAATACATCT ATTAGATGAT AAAAATAATC CCGTTTCATT TAAAGCCGTA
AGGCCTTCTA AAGAAGCTTT AAAAGAGGCT GGATACTCCT ATTATGATCC GGAAAGGGTT
ATAGCGCTTA CTTTATATTC TTATTTACAA ATGAATAGTG AATATAAAAT AAAAGTGGAA
AAAGGCGTTA TGGGCGAACA AGGAACCCTA GGTACGGAGG CGGAGTTTAA TTCCTCTTTC
TTTACATTTC CTCCTTTAAC TTTTAAAAAG GTAAAAATGC CGCAATGCCT TCCTGGCGCT
TTGGAAATTT TTCTTTCCAA CCCTGTGGAA ATGTCTGCCC TTCTTGATCA TATAACCATT
TCCCCCGAAG TCAAAACCAG GGAAATCACG GAAGACCAAG CCCGTTTTAC AGGCAACCTT
TACAGCAGTG AAAATTCCGT CTATTTTTCT TTAAACATGT TCGATTTTGA GCCTGAAAAA
AAATATTCTG TAACCTTAAA AAAAGGCCTT AAGGATATTT ACGGAAATGT TTTAGAATCT
TCCGTAACTG AAAAAATAAA ATACCCCGCG TATTGCCAAA ACCTTACCAC AAAGGGCGGC
TTTGGCGTTA TGGAAAGTTA TTTGCCCGCG CGTTACCCGG TTACTTTAAT TAACGTGCAT
GAAACGTACT ATAACTTTGA AAAACTTTCC ACGCCCGCTG ATTTCATTTC TTTTTACCAT
AGTAAAGACC GTTATTGTAA CAGAAACTAT ACCACGTCCG GCAACCTTTA TAAATTTAAT
ATTGCAAGAA ATAAAACGCA TCATACATAT TTTGATTTAG ACCGGCTGCT TGATAACCCC
AAAGGTTTTG TTTACGGTGA AGTTATTAAT AAAAGGGAGC AAAGTTACTC ACCAACATGC
AAGCAACCCT CTTTTAGCAA TATTACCGAC CTTGGTTTAA CATTTAAAAC CAGCCCGGAC
AACAGTTTAA TTTGGGTTAC GGACCTTAAA GAAGGCAAAC CCGCCGCCGG CAAAAAAGTT
GAAATTTTTG ATTCAAACGG CAACAGCGTT TGGGCCGGAA CTTCTGATAA AAACGGTTTT
GCTTTAGCCG ACGGATGGAA GGATTTTGAC CTGTCTTCCT ACTCAAGATG GGAAAAACCT
GTCCTTTACG CCGCAGCCTA TTCGGACGGA GGCGACGCTA TTATCTCCAG TAATTGGACG
GAAGGCATTG AGCCGTGGCG TTTTAACATT AATTATGAAT GGTCCCCGCA GGTTTTTAAT
TACCGCGCGG CAATGTTTTT TGACCGTGAT ATTTTAAAAC CTGGAGAAAA GGTGCGTCTT
AAAGGCGTTG TGAGAAAGCT TGAAAACGGT GATTGGAACC TGGCGTCCGA GTTTAAAAAC
GGCACTCTTA CAGTGTCTGA CTCGCGCGGT AAAGAAATGC TTAATGAAAC GCTTGGCATT
GACCAGCGTT TCGGCACATT TGAAACCGTT ATAGAAATAC CTTCTTCTTC ACCTACGGGC
CATTATTCCG TAAACTTCCA AACAAAAAAC GGTGATTTAT CCGCTTCTGA TTACAAAACT
TTCCGCGTGG AAACGGTTAA AGAAGCAACT TTTAAAGTAA CTTTAAATAC GGACAAAGAT
AATTACTTTG TTAAAGATAA AGCGGAAATT ACCGTTGACG GCGCCTATAT GTTTGGCGGA
GCTATGGGGG CGGCACCGGC GGCATTATCC GTAAGATACG CTAATAGTTC TTATACCAAT
AAAAACTTTG AAGGTTATAA CTTTGGCGGA AATTATGAAG AATACGACAG CAATTACACC
ACTTTGGAAG GTTCTTTGGA CGATAAAGGA AGATATGAAA CTAAAGTAGA AATACCTTCT
TTTTCAACCC CTAAAACAAT GTATATTGAA GCGGGTTTAA CCGCGCCGGA CAGGCAGCGT
CTATTTGCCA GAAGGAGCGT CAGCGTTCAT CCTGCGGATT TTTATTTAGG TCTAAAAACT
CCGGAAGGAT ATTATTTTGA AGTTAATAAG CCTTATAAAA CACATGTTAT TGCCGTAGCG
CCCGATACCG GTAAAATGGT TGAAGACGTT AAAGGCACCG TTAAAATAAC GCGTAAAGAG
TATTTCAGCG TAAGAAAAAC GGGTGTTAAC GGCCGCTTGC AATGGGTTAA TGAGGAAAAC
GTTACCGAAG TGGGGGAATA TCCTTTCACT ATCGGTAAAA AAGGTTATGA TTTTGAACTT
ACTCCTTCAG AATCCGGTTC TTACGTGATA CAGTTTAAAG CTTCCGACTC TAAAGGAAGA
GAAGTTGTTA ACTCTATTAA TGTATTTGTG TCTGGCAAAG GCGGCGGATA TTGGGAAAAA
AGCGATGATG ATATTATAAA ACTTCTCGCC GATAAAAAGA GCTATAAAGT AGGCGATAAG
GCTAAAATTA TGGTCCAGTC CCCTTATGAA TCAGCTATCG CTTTAGTAAC TGTTGAGCGT
GAAAATATAA TGGAAAAGTT TACCGTCAAC CTTAAAGGCG GCAGCGATTC CTTTACCCTG
CCTATAAAGG ACGAATATGT CCCCAACGCT TTTATAAGCG TAGTTGTAAT CCAAGGCAGA
AGCGGCGAAA ACAAATATGA CGACGAGGGC CTTGATATAG GTAAGCCTCA GACGAAAATA
GGCTACGCCA ATATTACCGT TGAAACCGAA ACAAGAAAAA TTAAAACGAA AGTAACAACG
GACAAAGATA CTTACCAACC GGGCGAAACC GTAAAAATAG ACGTGCATAC AACCGTAAAA
GGCAACAATA TTTCCGCCAA TACTGCGATA TTTGTAGTAG ACGAAGGTAT TTTAGCTTTA
ACCGGTTATT CCACGCCTGA TTTATTAAAA GAGTTCTACG GCCCCCGTGC CTTGGGCGTA
GGCACCGTTG ACAGTAGAAT TTACGTTATA GGCCAGCGTT CTTACGGTGA AAAAGGCGAA
AACAGCGGCG GAGGCGGCGG AGAGGACAAT AAACTCGGCG GCGTTGACTT GCGCTCTAAT
TTTGACGCGG CGCCTTACTG GAATACAGTA ATCACTGACG CTAAAGGCAA AGCAAGCGTT
TCGTTTAAAC TGCCTGATAA TTTAACAAAA TTCCGTGTAA TGGCTGTCGC GGTCGGCAAG
AAGGAGTTTG GCTCCGGCGA TACAAACATA ACCGTAAATA AACCCGTTAT GATTAAACCC
AGCCTGCCCA GATTTGCCAG ATTGGGCGAC GCTTTTAAAT GCGGTGTGGT TGTTTATAAC
CGCGACGCTA AAGAAGGCAT TACCGTAAGC GGTGAAGTTA CCGGCGGCAT AGCCATGATT
GGTGAAAGCG TTATAAAAGA AGAGATAGCT AAAGGCGGTT TTAAAGAAAT ACTTTGGGAT
TGCCAGGCGG TATCTCACGA AAACGCGCAG TTTACTTTCA AAGCTGTCAG CGGCAAAAAT
TCGGACGGTT TGCTGTGGCC CGTTACAATT AATAATATTG AAAAATACCA AACTTTGGCC
ACCAGCGGCA TTGTTGACGA TAAACAGGTA AAAGAAGGTA TGAAAAGGCC TTCCTCTTCT
TATATTCCTT TCGCAAATAA CAGGGCGGAG TTTGTTCTTT CTTCAACCGC GCTTGTGGAC
ATAAGAGGCG GCATTCTTTA CCTGCTTTCA TATCCTTACG GCTGTCTTGA GCAAAAAATG
TCAAAGGTTT TCCCTATTAT CGCGGCGCAG ACAATAGTTG ACGACTTTAA TTTAGGTGAT
ATAACCAAAC TTAAAGAAAG CGTACAAAAG GTTCTCAATG ACCTTTCCCT TTACCAAAAC
GCAAGCGGTG GGTTCGGATA TTGGACAAGC CGACCTCAGG CAGACCCGTA TATAACCGTT
TACACTCTTG AAGTGGCGCA TATGGCAAAA GCCAAAGGCT ATAAGATTGA CGAGGCCGTT
ATAAACAAAG CCGTTAAATG GCTGGAAAGC TATATGGCAG GCGGATACCA GCAGGCGTTT
GCCTATCCTT ACAGCGTATC GGAAAATAAA ACGGTAAAGG CTTATGCGTC TTACGTGTTG
GCTTTATACG GTAAAAAAGG CACGGCCGCA TTCTCTAAAC TTTACGCGGA CAGAGGCCAA
CTCACTTTAA TGGCTAAGGC TCATTTACTT AAAACGGCCA AACTGCTTGG TAAAAATGAT
GAAGTAAAAG TTTTGGGCGA CGACCTTATG AACTACGTAA AAGTGGCGCC TACAACCATG
CACTTTGAAA TTGAGGAAAG AATGCCATGG ATACACGGCT CTAATTTAAC GGTGACCGCC
GTTATACTTG ACGCTATGCT TCAAGGGCAA AACGGATTTC CCGGTGATGA AAAAACCGTA
AGATGGATAC TAAAGCAAAT AAGCCCCGAA GGAAACTGGC AAACAACCGC GGCGAATGCG
GCTGTGTTTA GGGCTTTAAA TTCCTATTAC ACGATTAAGG AAAGTGTGGA GCCTGACTTT
ACTGCCGAAA TTAAAATAAA TTCAGTTAAA GCCTGGACTG GCGGTTTTAA AGGAAGGGAT
TTAAATACAA AAACGGCAGT TGTTCCTTTT GATAATCTGT TTAATTCAAA GGGTGAAAGT
AATATCATAA TAAGAAAAGA CGGCAAAGGA AGGCTGTATT ATAATATGTA CCAAATATAC
GCTCCTTTAA AGTTAGATAC GCCCGTAAAC AGCGGTTTTA CCGTTACAAG AACAATAACT
CCTTTATATG GCGAAAAAGG AGCCGCGCTT AAAGCGGGGG AAAGAGCCAC AATAACTCTT
ACCGTTACAA GCAACCAAGA CAGACCTTTT GTGGTGGTTG AGGACTTCCT TCCCGCCGGT
TTGGAAATAG TTGATTCTTC CTTAGCTGTT GAATCACAGC GCGATGCGGA TGTTTCTTTG
GGGTATGATT ACGAAGAATG CGAGGATTGT TATGAGCAGG AAGACGACGG CTACTACAGC
GGCGAATACT ACGTTTGGGG TGAACTTGGC CGTAATGAGA AATATGATGA TCGCATAGCC
ATATTTGCCG ACTACCTTAC GAAAGGAACG CATACCTATA AGTATGTTGT GCAAGCTACA
ATGCCGGGGG TTTATACGTT CCCGGCGGCT TGGGCAAGCC AAATGTATGA GCCTGAAAAC
TTTGGCAGAA ACACAACCCA AACTATAGAA ATTAAATAA
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| Protein sequence | MLKKILSLFV LLFSTALYAQ QSGLSVISYS PKNNMYSTSM VAINVTFNKP VIKLSDSSQF
GEMPCPIELS PAAAGNCRWT GTQTVTFEAK TLMPSTEYTV TVLDNFKSEI SGEKLGKNFT
WTFRTPRIYV STVAPYKNER WVNLNPTIFL IFNQGINPQT SQNKIHLLDD KNNPVSFKAV
RPSKEALKEA GYSYYDPERV IALTLYSYLQ MNSEYKIKVE KGVMGEQGTL GTEAEFNSSF
FTFPPLTFKK VKMPQCLPGA LEIFLSNPVE MSALLDHITI SPEVKTREIT EDQARFTGNL
YSSENSVYFS LNMFDFEPEK KYSVTLKKGL KDIYGNVLES SVTEKIKYPA YCQNLTTKGG
FGVMESYLPA RYPVTLINVH ETYYNFEKLS TPADFISFYH SKDRYCNRNY TTSGNLYKFN
IARNKTHHTY FDLDRLLDNP KGFVYGEVIN KREQSYSPTC KQPSFSNITD LGLTFKTSPD
NSLIWVTDLK EGKPAAGKKV EIFDSNGNSV WAGTSDKNGF ALADGWKDFD LSSYSRWEKP
VLYAAAYSDG GDAIISSNWT EGIEPWRFNI NYEWSPQVFN YRAAMFFDRD ILKPGEKVRL
KGVVRKLENG DWNLASEFKN GTLTVSDSRG KEMLNETLGI DQRFGTFETV IEIPSSSPTG
HYSVNFQTKN GDLSASDYKT FRVETVKEAT FKVTLNTDKD NYFVKDKAEI TVDGAYMFGG
AMGAAPAALS VRYANSSYTN KNFEGYNFGG NYEEYDSNYT TLEGSLDDKG RYETKVEIPS
FSTPKTMYIE AGLTAPDRQR LFARRSVSVH PADFYLGLKT PEGYYFEVNK PYKTHVIAVA
PDTGKMVEDV KGTVKITRKE YFSVRKTGVN GRLQWVNEEN VTEVGEYPFT IGKKGYDFEL
TPSESGSYVI QFKASDSKGR EVVNSINVFV SGKGGGYWEK SDDDIIKLLA DKKSYKVGDK
AKIMVQSPYE SAIALVTVER ENIMEKFTVN LKGGSDSFTL PIKDEYVPNA FISVVVIQGR
SGENKYDDEG LDIGKPQTKI GYANITVETE TRKIKTKVTT DKDTYQPGET VKIDVHTTVK
GNNISANTAI FVVDEGILAL TGYSTPDLLK EFYGPRALGV GTVDSRIYVI GQRSYGEKGE
NSGGGGGEDN KLGGVDLRSN FDAAPYWNTV ITDAKGKASV SFKLPDNLTK FRVMAVAVGK
KEFGSGDTNI TVNKPVMIKP SLPRFARLGD AFKCGVVVYN RDAKEGITVS GEVTGGIAMI
GESVIKEEIA KGGFKEILWD CQAVSHENAQ FTFKAVSGKN SDGLLWPVTI NNIEKYQTLA
TSGIVDDKQV KEGMKRPSSS YIPFANNRAE FVLSSTALVD IRGGILYLLS YPYGCLEQKM
SKVFPIIAAQ TIVDDFNLGD ITKLKESVQK VLNDLSLYQN ASGGFGYWTS RPQADPYITV
YTLEVAHMAK AKGYKIDEAV INKAVKWLES YMAGGYQQAF AYPYSVSENK TVKAYASYVL
ALYGKKGTAA FSKLYADRGQ LTLMAKAHLL KTAKLLGKND EVKVLGDDLM NYVKVAPTTM
HFEIEERMPW IHGSNLTVTA VILDAMLQGQ NGFPGDEKTV RWILKQISPE GNWQTTAANA
AVFRALNSYY TIKESVEPDF TAEIKINSVK AWTGGFKGRD LNTKTAVVPF DNLFNSKGES
NIIIRKDGKG RLYYNMYQIY APLKLDTPVN SGFTVTRTIT PLYGEKGAAL KAGERATITL
TVTSNQDRPF VVVEDFLPAG LEIVDSSLAV ESQRDADVSL GYDYEECEDC YEQEDDGYYS
GEYYVWGELG RNEKYDDRIA IFADYLTKGT HTYKYVVQAT MPGVYTFPAA WASQMYEPEN
FGRNTTQTIE IK
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