| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Emin_0898 |
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| Symbol | |
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| ID | 6263889 |
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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 | 991057 |
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| End bp | 997116 |
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| Gene Length | 6060 bp |
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| Protein Length | 2019 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 642611379 |
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| Product | alpha-2-macroglobulin domain-containing protein |
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| Protein accession | YP_001875790 |
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| Protein GI | 187251308 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.852359 |
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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 | 16 |
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| Fosmid unclonability p-value | 0.00019816 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAAAAAAT TAGCCGCGTT AGTTTCTATT TTAATGCTTA CCGCATTTAG CGCCACGGCG
CAAACTTTGG CAAGCGCAAA TAAAAAATTT GAAAATGGAC AATTCCAGGC CGCCCTTACC
GAATACGAAC AACTTATAAA TAATTCGGAT AAAAACACAG CCTATACGGC GCAGTTAAAA
AGTGTGGCTT CCCTTTTAGG GCTTTTCCAA TATGAAAACG CGGCAAAAAA AGCCTATTCC
TTTTCCCTCC CCGAAGATAA TATTTGGAAA GCCAGATTTT TACTTTTTAG GGCTTTTACG
GGAACCCAGG TAATTAATAA CTACGGCTTT GCCATGGATA CGGACGAAAT TCAAACCGAA
ACCGAGGACC TTGGCAAATT TACCCGCGAC CAGTGGTTAA ATAAAATAGG GCAAGATTAT
GATTTGCTTT GGTCTATAGC GCCTAAACTT ATCAATGCCG CTATTGAGGA TGAAAGCGAC
TTCATAAACA CAAAAGATAC CGATACAAAA AGAATACCCA CCCTTTTAGA CTTTGCCGTA
ACGCGCATTG AAGGTTTTGT ATCTTTGCTT GACAGCGGAT ATTATCCTCT TGCAAAGGCA
GAATTAAAAG CCAAAAATTT TATTGTTCAA AATTATTCCG GCAGAAATGT TACGGAATGG
AACATTGAAA GGCTTGCCTC TGTTTATGAG GAAGCCTCCA AACTTGAAGG TAATTTAAGA
AACGATGCCA GAGGCTTTTG GAAAGTACAA AGAATAATGA TTCCTTTTGA CCGGGATAGA
TCTTTTGACT TTAATGACAA GGACGCGACT GCTGAGGAGG CGGCTAAAAT TTTAAGCGTT
TGGGCGGGAT TTACAAAAGA AGAAGAAGTA AAAACAAGTT TCTTTCAAAG GCTTTTCGGC
TCCCAAAAAA GTAATTCTAA ATTTACTCCT TACGCGCAGG CTTTTGCCGC CCACAACAGC
GCAAACCTTT TTAACAGAAT TAACCAATAT GAACAAGCCC ACGCCACAGC CTCTTATTGC
GGCAATTTAC AAGGCGGCGG CAGCTTTGCG GACCTGTGCA AACAACTTGT TAAAAACATA
GAAGAGCCTG TTTTAGAAGT AACCCACTCC CCTATAGCGC CAGACCCCCA AAACATACAG
TATAAACTTG ATCTCCGTAA CGTAAACACC GTTTACGCCA GAATATATAA AACCACGGAA
GAGGAACTTA AAAGTTTTAT AAAAAAAGAT TCTTATTATT ACCCAAACCA ATCTTATGAC
CATTTAAGAA ACTTAAAAAA ACATGCTTTT GAAAAAGATG TTTTAAAGAA AATAATGTCT
AAAAAACCCG TGCGTGAATT CCAGCAAAAC GTAAAATATG ATAAAAAATA TTCTTTCTTA
AGAGATGAGG TTTTTAACGC CCCCCAAATT GACGAAAAAG GTCTTTATAT CACGCTTATC
AGCCGTGATA AAAATTTTAA TACGACAACG GCGCCCGTTC TCGCCGCTAT ATTAAATATT
ACGGACATTA TGATGGCAGC AACAAGCGCG GTTGAGGGCA ACCCCAATAA TTTCTTATTT
GACCTTACCG GCAAAGCAAA ATCACCCGAG GCAAATATAT TTAAAGTGTA TACATTAAAC
CCCGTAACGG GCGAACCGCT TGATAATGTA ACCGTAAAAG CGTTTTTGGA CCACAATAAC
AGAGTTTCTA ATCTTTCCGC CCTTACAAAC GCCGAGGGCG TTACAAATTT TAAAGGAGTT
ATTTCACTCT CTAACTTTTA TTCAAATAAC TTTAGGCTTG ATCCTATTGC CAGGAAAGGC
AACTCGGTAG CTTATTTAAA CAGCATGCCA AACTTGTCTT ACAACCCGCC CGAACCGTTT
GAAATTTTTG TTGAAACCGA CCGCGGTATT TACCGCCCCG GGCAAAATGT TGAGGTTAAA
GTAACCGTGC TTGAGCGCGT ACCCAGAGGG TTTAAAACTT ACTCAAGGCA AACAAAACCC
ACTATTGAAT TAAGAAACGC AAACTATAAA CAAATATCCA AAGCAACTCT TACTTTAAAT
GATTTCGGTT CAGCTTCTTA CAAGTTTACA TTGCCTAAAG AAGGGCTTTT AGGCAGTTAC
AGCATAATAG TTGATTTAAA GGACCCTGCC AGAAATACCT CCGGAAGCGC GTCTTTTAGC
GTTGAGGAAT ATAAAAGACC TGAATTTGAG GTAACCATTG CCGAGCCTTC CGCCCCCTGG
CTTTATGGGG AAAAGGCCGT CGTTAACGGT ACGGCCAAAT ATTATTTTGG CGGCGGAGCG
GCTGACGCTG CTGTTGAATA CACGGTATAC AGGCAAGATT ATGTGCCCTA TTTCTTCTGG
TGGTTCAGAT GGTACCAACC TTCGGCTAAA GAAGAAGTCG CCCACGGTTT GGTAAAAGCG
GACAAGCAGG GTAATTTTAA CTTTGACTTT ATACCCCAGC CCAGAGACGC TAAAGACGAA
AAAAGCAAAT CATCGCGCTT TACGGTTGAG GTTGCGGTGC GTGACGAAGG CGGCAGAACA
ATAAGCGCAA GCCGCTCTTT CTTGGCTGCA AAGGAAAGAA ATTTCTTTAA AATAGACCTT
CCTACAGGTT TCGCTAATGA AAACACCCCT TACAAAGTAG ATGTAAGCAT GGTTGACATT
AACGGCAACC CTTTAGAAGG CAGCGCGGAA TTTGAAGTTT ACGGTTTAGA AAATAAATTT
GAGGAAAATT CCGTCTCATC CGGCAGGAGA AACAACAGCC CCTCCTTGGA AGAGGCTTAC
AAAAATGCTA AGGAAACGGC TAAAGTATTT TCCGTAGCTT TATCTTTTAA TAAAGAAAAG
CCAACAACGG CAACTATACC CGGCATGAAA GAAGGCGTTT ATAAAATAAG GTTAAAAGAT
AAAAACGGCA CGGCCGAGCA AAGCGTGATA CTCTTAGTTG TATCGGCCAA CCCCAAACTT
GACCTGCCTT TAATTACCAT AGCAGAACAC AGTAAATATT ATCCCGGTGA AACGGCAAGA
ATACTTTTCG GCTCGGGCAA AATTAAAAAA GCGAAATATG TTGAATTTTA TAAAGACAGC
TTTTTGCTGG CGCAAGACAC GGTTAAAGAA GGCGGCGCAA GCATTTATAA AGTAAACATT
ATTAATAACC ACAGAGGCGG CATAGCAATG CGCTGGTTTG CGGTAAGCGA TTATCTGACT
TTTACGGATG AAATAAATCT GTTAATCCCT AATAACGACA AAGAACTTAC TTTAAAAATA
AACCCGCCCA AAAGCGTACT GCCGGGGCAA AAGGTAACTT GGTCTATAGA CGTTGCGGAT
TACCAAAAAA AGCCTGTCAA CGCTGAAGCC ACGGTTAAGG TGTATGACCG CTCGCTTGAT
TATTACCAAA CAAATAATGA GCAGCTTACC CACGCTAATT TATATCCTGC CAGTTCTGAC
TCCGGATATT ACTACCGAAG AGATATATCC AACTCCCAGT TCAATACTTA CTTTGTAAAC
TTTTACACTC CTGAGTTTCT TGACAGGCGT TATATTTCAA TAATGCCGCT GCCGCACTTC
TTTGCGGAAT ATTCTTACAG GAATTATTCT TCCAGAAGTT TAGGCGGCTT GGAAATGAGA
AAATCGTTCG CAAAAGCCAA TATAGCCGAG GAGTCTGCCG CTGGTGAGTA CATAGACGCA
GTGATGGAAA CATCCGCGGT TTATGATTCT GACCAAATGA ACGCGGCCGC CCCTACCCAG
GCTCCCGTAA CAACAGGCGC CGCCGTTGAA ATGGATAAAG AAGCAGGCCG TGTTGAGGCC
AGGACAGATA TGTCAGAAAC AGCCTACTTC GGCCCGCATA CAAAAATTAC AAACGGTAAA
GGCAAGGTAA GTTTTACAAT GCCGCAACGG CTTACTTCTT GGAATATAGC GGTTAACGCC
ATTACTAAGG ACGCTCTTTT AGGCACGGTA ACAGCGCAAA CCGTTACAAG AAAGGACCTT
ATGATACGCC TTGAAACGCC CAGATTTTTC AGAGAGCGTG ATAAAGGCCA AATCAAAGGT
ATTATAACTA ACGATACAAA CAAAGACTTA ATCGTTAATA CAGTTTTATT AGTTAAAGAA
GACGGGCAAA ACGCCTACTC CGCACTTAAT TTAGCAGACA CAAGACAAAC GGTTACGGTT
AAAGCAAATT CACAAGCGTC TGTCATTTGG GAAGCCGCCG TGGCGGACGG CGCGCGCGTT
CTCACACTTA CGGCTACGGC AAGGGCGGGA CAAGTTTCTG ACGGCGAAGT AAAGGAACTT
CCTATACTTC CCAGCAGAGA AAGGCTTGTT GACAGCAAAG TAACTGCCTT AAAAGAAGGC
TCCAACACCA TAACTTTAGA CACTCTTAAA AAAGACGATC CCACAAGAGA GTATGACCTT
ATAGCCCTGC AGATTGACCC TAACCTGCTT CTACCCGTAA TGAACAGTCT GCCCATGCTG
GTGCAATACC CTTTTGAAAG TTTGTCGTCA CTTACGGCAA AATATGTTCC GCTAGCGATT
ATCAACAACC TGTACCAAAA ATACCCGGAA CTTAAAAAAG CTGTAGCCGC TTTACCTAAG
CGTGACTCAA TTACACCCCC TTGGGAAAAC GACAATCCTT CCAGGCAAAT GGTTCTTGCG
GAAACGCCTT GGATATTTGA GGCTGAAGGC AAAAAAATTA CCTTTGGGCA AATAATAGAT
ATGTTTGATT CCAAACTTGT CGCCAAGTAT GAAGGCCAAA TGGTTGAAAA GATTTCAAAA
TACCAAAATA AAGACGGCGG ATTTTCCTGG TTCCAGGGCG GGGAGTCTAA TATATTTATG
ACGCTTTACG TTTTAGACGG CCTTGCCGAA GCCGCCAACC AAGACGTTAA AGTACCTGAA
CAAATGACAA AAAACGCCAT GCGGTTCGTA ACGCAGACTA TTGATGATTA CATTAAAAAC
GTAAAGGACA CGGGGGCTTC CCAAATAGTG GCAAGCTTGT ACGCGTCTTA TGTTTTAACA
TCTTTCCCAA AAGAATGGAA AGAAAGCAAA ACCGCATTTG AAAAAGCCAA AGGCTGGATT
GAGTACGCGT CAAAATATCC CCAGTTCATG ACGCCTTTGG GCAAAATTTA TGCGGCAAAC
GTTTATCATA GGTTGGGCGA TAAAGCCAAT TCGGATAAAT ATTTGGACAT GGTGCTTGAC
GCGGTAAAAG TTGACGATAC GGTAGGCGCC TATTTCCAAC CTGAGGATAA ATCCTGGTTA
TGGTATCACG ACACTCTTGA AACACACGCT ATTACGCTGC GCACTCTTTT AAAACTGCGC
CCTGAAAATG AAAAATTAGC CGACGACATG ACCAAATGGC TTCTTTTCAA CAGGAAAGGC
AACAATTGGG ATTCAACCAA ATCAACCGCC AGCGCTATAT ACTGCTTAGT TGATGTTATG
AAAGCAAGAG GAGCGTTTGA ATCAAAAACC GCTTATGAAG TTAAATGGGG CAATATAAAA
GAAACAAAAT CATTTGAACC CTTTGATTTC GTAAGCAAAC CTTTAAGATA TACGGTATTC
GGAAGCGATG CGAACAGCAC TTTCCTGGAA GCGTCCGTTA ATAAAAAAGG TAAAACCGTT
GACTTTGCCT CATTAACTGC GGTTTACTCA ACAAACGCTA AGGTTGAGGA ATCACCAAAA
GGTTTATTAA ACATAAGCAG GCAGTATTTC CTGCGTGAAA AAGAAGGGGC CGTTTATAAA
CTTAAACCTA TAGCGGACGG AGGCGCCGTT AATGTGGGCG ATGAAATTGA AGTGCAGCTT
ACAATAACAA CAAGCAGCCA GTTTGAATTT GTTCATATTA AAGACCCCAG AGGCGCCGGC
TTTGAAGCCG AAACGCTGCT CAGCGGCTGG CAATGGGATT TGCTGCGCCG CTACGAGGAA
CCTAGGGACA GTTTAACCAA CTTCTTTGTG GACTGGCTGC CGCACGGTAT TTATACGCTT
AAATACAGAA TGCGCCCCAC AACGCCCGGT GTTTATAAAG TAGGCGCGGC GCAGATGCAA
AGTTCTTTCG CGCCGGAATT CGCCGCGCAC AGCGCGAATA TGACAATAAC GGTTAAATAA
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| Protein sequence | MKKLAALVSI LMLTAFSATA QTLASANKKF ENGQFQAALT EYEQLINNSD KNTAYTAQLK
SVASLLGLFQ YENAAKKAYS FSLPEDNIWK ARFLLFRAFT GTQVINNYGF AMDTDEIQTE
TEDLGKFTRD QWLNKIGQDY DLLWSIAPKL INAAIEDESD FINTKDTDTK RIPTLLDFAV
TRIEGFVSLL DSGYYPLAKA ELKAKNFIVQ NYSGRNVTEW NIERLASVYE EASKLEGNLR
NDARGFWKVQ RIMIPFDRDR SFDFNDKDAT AEEAAKILSV WAGFTKEEEV KTSFFQRLFG
SQKSNSKFTP YAQAFAAHNS ANLFNRINQY EQAHATASYC GNLQGGGSFA DLCKQLVKNI
EEPVLEVTHS PIAPDPQNIQ YKLDLRNVNT VYARIYKTTE EELKSFIKKD SYYYPNQSYD
HLRNLKKHAF EKDVLKKIMS KKPVREFQQN VKYDKKYSFL RDEVFNAPQI DEKGLYITLI
SRDKNFNTTT APVLAAILNI TDIMMAATSA VEGNPNNFLF DLTGKAKSPE ANIFKVYTLN
PVTGEPLDNV TVKAFLDHNN RVSNLSALTN AEGVTNFKGV ISLSNFYSNN FRLDPIARKG
NSVAYLNSMP NLSYNPPEPF EIFVETDRGI YRPGQNVEVK VTVLERVPRG FKTYSRQTKP
TIELRNANYK QISKATLTLN DFGSASYKFT LPKEGLLGSY SIIVDLKDPA RNTSGSASFS
VEEYKRPEFE VTIAEPSAPW LYGEKAVVNG TAKYYFGGGA ADAAVEYTVY RQDYVPYFFW
WFRWYQPSAK EEVAHGLVKA DKQGNFNFDF IPQPRDAKDE KSKSSRFTVE VAVRDEGGRT
ISASRSFLAA KERNFFKIDL PTGFANENTP YKVDVSMVDI NGNPLEGSAE FEVYGLENKF
EENSVSSGRR NNSPSLEEAY KNAKETAKVF SVALSFNKEK PTTATIPGMK EGVYKIRLKD
KNGTAEQSVI LLVVSANPKL DLPLITIAEH SKYYPGETAR ILFGSGKIKK AKYVEFYKDS
FLLAQDTVKE GGASIYKVNI INNHRGGIAM RWFAVSDYLT FTDEINLLIP NNDKELTLKI
NPPKSVLPGQ KVTWSIDVAD YQKKPVNAEA TVKVYDRSLD YYQTNNEQLT HANLYPASSD
SGYYYRRDIS NSQFNTYFVN FYTPEFLDRR YISIMPLPHF FAEYSYRNYS SRSLGGLEMR
KSFAKANIAE ESAAGEYIDA VMETSAVYDS DQMNAAAPTQ APVTTGAAVE MDKEAGRVEA
RTDMSETAYF GPHTKITNGK GKVSFTMPQR LTSWNIAVNA ITKDALLGTV TAQTVTRKDL
MIRLETPRFF RERDKGQIKG IITNDTNKDL IVNTVLLVKE DGQNAYSALN LADTRQTVTV
KANSQASVIW EAAVADGARV LTLTATARAG QVSDGEVKEL PILPSRERLV DSKVTALKEG
SNTITLDTLK KDDPTREYDL IALQIDPNLL LPVMNSLPML VQYPFESLSS LTAKYVPLAI
INNLYQKYPE LKKAVAALPK RDSITPPWEN DNPSRQMVLA ETPWIFEAEG KKITFGQIID
MFDSKLVAKY EGQMVEKISK YQNKDGGFSW FQGGESNIFM TLYVLDGLAE AANQDVKVPE
QMTKNAMRFV TQTIDDYIKN VKDTGASQIV ASLYASYVLT SFPKEWKESK TAFEKAKGWI
EYASKYPQFM TPLGKIYAAN VYHRLGDKAN SDKYLDMVLD AVKVDDTVGA YFQPEDKSWL
WYHDTLETHA ITLRTLLKLR PENEKLADDM TKWLLFNRKG NNWDSTKSTA SAIYCLVDVM
KARGAFESKT AYEVKWGNIK ETKSFEPFDF VSKPLRYTVF GSDANSTFLE ASVNKKGKTV
DFASLTAVYS TNAKVEESPK GLLNISRQYF LREKEGAVYK LKPIADGGAV NVGDEIEVQL
TITTSSQFEF VHIKDPRGAG FEAETLLSGW QWDLLRRYEE PRDSLTNFFV DWLPHGIYTL
KYRMRPTTPG VYKVGAAQMQ SSFAPEFAAH SANMTITVK
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