| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Emin_1213 |
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| Symbol | |
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| ID | 6263604 |
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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 | 1308324 |
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| End bp | 1312517 |
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| Gene Length | 4194 bp |
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| Protein Length | 1397 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 642611691 |
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| Product | hypothetical protein |
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| Protein accession | YP_001876100 |
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| Protein GI | 187251618 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.0125972 |
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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 | 1 |
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| Fosmid unclonability p-value | 0.00000000000000140245 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | decreased coverage |
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Sequence |
| Gene sequence | ATGAACAGTA AAAAACAAAA CAACTATTCA ACTCTTTTCT CCGGAAAAAA AATCCTCATA
AAAATTATTT TTTCCTTAAT ATTTACAACA ATATTTTCAG CGGCCGCGAC GGCTCAAACA
GCGCAAATAA GTAAAGTTTT TACGGCCTAC CCTACTACCG GTTTAACAAG CCCTATTTAT
TGCGATAGTC AAATCCCCGG GCAAGAAGTT AGTTTTATCA CAACAAATTC CATTAATCCT
GTAGGAGTGA TTGACCCTAC CATAAACTCC GCTCTTATTG AATTTGACAA ACCGTTTAAC
TGGACCTCAG CTTCCGCTGC TTCCGGCACG CCTTTATGGA GCGCCGGGTA CAGATATCCC
AACCATTGTT TGCAGCTTTG CGTTACGGTT CAATGTTCAA CAATATCTGA CAATGTGTCG
CCTACTCCGT CTTATCCCAT ACAAACCGTA AGGTTTGAAA TTTTTAAATT TTTAGAGCAA
AGCAACCCTG AAGATGACAA AGCAACCCCC GCTATCAGAA CCATAAATTT GTATCCCACG
GGCGGTGTTT ACAGATGCGG CGGTTATAAA ATAAATGACC CCAACAGTAC AAATATATAT
TGCGACACAG GTGCGGGAAC TCCGCCGGCA TTACAAACAA GTTGCCCGCA TGGCGCTCAG
GTCACCGCTT CTACAACAAT TAATGACGCC GACAACGTTC TTAGGTTTTG CGCCGCGTGG
GACGGGGCTT ATAACTTTGA CAGCGAATTT GCCAAAACAA ACGGAACATT TGGCGTAAGG
GCAAGAATAC AAACTACTTT CCAGCCGCCT GTAACAATTT CCGAAACTCC TATTGAAATT
GACCATGTAG CCGTATATCC CGGTCAAAAC CAGCAGCCTA TTTTAATTGA TGTTACAAAC
GTCCATTCTG TACGTACGAC AGCTACCGTT GTTGGCAACA TTGAAGCCGT TGCTACCGAG
CCTTATAAAA TAAAATACCG CTTGTCTAAA GATGCTAACG TAACGATGAG GATTTTTGAC
TCAAGCGCAA CAACTCCTGT TGATACAAGC AGCACAACCG CTTTAAGAAG AACGCTTATT
AATGATGAAC CCAGGCTGGG TGAAGGCTCT CCCGACGGCG GGCAATTGCC AAACAACCCT
GAAGTTACCG CCACTGTGGA AGAAGAACCT TTTGACGGAA GGGATAACAC GGGCCGCTTA
CTGCCGCCCG GCAACTATTT GGTTGCTATA AAAGCGCAAA AATCGGACGA ATGGGGTAAT
GACGTTTCAG GAGAAAAAAC TTATGACCTT ACCCTTGATC CTTTAAAATT AACAGACCGT
GTTATTACCG GTTTAAACCA AATGTCCACG GCTTATGCGT CTATTTCCTA TTTATTAACC
GAAGCAGCCA CAGTATACTT CCAGGTTTAC ACTCCCGGCA CCACAGTATC AAACGTATAT
ATTGACACCA ATCCGACAAC CGGCGCGGTA GCCCCCACAG CAGCGGGAAC AAAACCCACG
GTAACCGGCG GTGTTTTAGT TTATGAAAAT ATTGAGCAAA AGGGTAAGAG AAACACTGTC
AACACCAAGT GGGACGGCAC CTGTGGCATG GCGGGAGGCT GTGCTTTCCC AACCGCTATA
GGCGGCGGCG CTTATGATTT AGGCCAGTAT TTACCTGATG GCAACTATGT GTACGTTATC
TGGGCTGAAA TACCTTATAC AGGCGATACT TATACAAACG CCGCGGGCAA CGTTTTCTAC
GCTGTCAAAA CAAGAATGTA CCATAACGGT ATTATACCTA TAGACAGAGG TAATGTTGAT
ATAACAATAC AGCCTGTTAA ATACTCAACA ATGGGTTCAA GCCCTATAGC TTACGGTTTA
GACCCGTTTG AATTTAACTA TTCAATTTCA AGGGAAGCGC CTACAACGGT TGTTGTTAAA
AATACCGCTA ATGTGGTGGT AAAAACAATT ATTAAAGACC AGGTACAGGT AGCCCAGCAA
ATGAATCAGT TTAAGTGGGA CGGCCTTGAC GACTACGGCC GCTATCCTTC ACCCGGTACA
TATTCTTTGG AAGTTACCAC CAGAGATCCT ATTTTCCCGG ATAAAGTTTA CTCACAAACT
GCTTTATTTC CCATTGATAT CTTTAGAGTG GTAGACGTTG CCGACACCCC GCTTTTGGGT
GAAACAAATG CCTTTGCCAC ATTATCATAC TCTCTTACCA AAACGCAAAA TGTTGATATA
TATATATATG ATAAGAGCGT AAGTATTCCT AATGATATTA CGGCAACATG GCCGCCCGTG
GGGTTAAACC TTGTTACGGG TGAATATAAC GGCAATATGC CGCTTAAATC TTACAGAGGC
GTAAAAGCGG GTGAAGGCTT GACAAATACA GAAACTTGGG ACGGCACCAA TCAGGCCGAC
GCGAGTCCTG TGGCCGACGG GCAGTATCCT TATATAATAA TAGCCTCGTC AACCGCTCCC
GGATCGATTT ATTATGACGG CGCTTTCCCT GTTGTTTCAA TGAGCCCTCA GAATCCTTTT
GTGGCAGGCA GCAGTGTGGG CGGTTACGGT TCCATATATT CTTCAGACCG TGTAACGGGC
TTTATTAACG TTACCCGCGG CGGAGTTTAC TTTGTGCCCG CCTCAATTAA AATTTCAGGC
TCAACGCCTA AACTGTATCA CTCTACGGAA GTAGTTAACA ATGTTCCTTC CTATACTATA
GAGTTTACGG TTTCACGCAC CGCTCAGGTT GATATTGATA TACTTTCAAG AGACGGCAAA
GACTGTTACG GCAATCCTAT AGCGAGTAAC GTTTCACAGC CTGTTTGCCG CACAATTAAG
GACAGCGGTT TTAACCAGTT TGGCCTGCAA AATATTTTTG AAGGTAATAA AGCGGCCAGA
GTATTCTGGG ACGGTAAAGA TAATTTTGGC AACTACGTCG CCTCCGGCGC TTACACCGTA
AGATTAAGAG CAAACGGCTA TCCTTTGGAA GTAAGCAATC CTTCTTTTGT GGGTTCGGAG
ACGTACTGTT ACGAATCGCC CTCTATTATA GGGCACAGAA GATGTACCAC TGCTGAACTC
GCAACCCCAG CCGGCTTATG TTCGGACGGC AGCGCGGCGC AGGTGTCAGG TACAGCGCCA
AACAGAATAC TTGTATGTCC TTCCGCTTAC GAAGCAACGG AAACAAGGCT TCTTAACGCC
AACTTATTCC AAATATTCGA CATTTATGTA GAAGATATAG CCGAACGCCA GCAAGTAGGC
TTGTTTGCTT ACCAGACTTC GGTTCCCATG AAAGTGGGTA TACAAATTTT TAAACCCGGT
ACATATATTA AGGATTATTC CACGGGTGAA GTTGCCAACG GCTCATTTGT TAATTCAAGC
TGTTATGAAA ACCCGGCCCA GGGCAGCCCT GTTTGTACCC CGGCGCAGCT TTTAGCGCCC
AGTTCTTTCT GTACGGCAAG CGGAACATTC GCAAGTATTG AAGGTTCGGC GCCGAACAGA
AGAATAACAT GTTCCACGTC AAGCTCATCA AGCGAAAAAG ACTTGCTTGT TAAAGCCATT
GTGGGTATGA GGCCCAACCT TTTATCTATT GAAGATGTTT GGGACGGTAA AGACTTTGCT
ATGCAAGACG TTCCGGACGG TTTATATCCT TTCAGGTTTG TCAGCGTAAC ACAGGGTAAT
ACCAACCATA TGGACAGTTT TTACGGTACT ATCGATGATA TAAGAAATAT CGCCGACTGG
GAAAAATATG CTAACATGCA GCCTACGGAA TTTACGGTTG CAAGAGGCGA CGGTAAATTT
GTCTGCTCGG ATTGGGAAAA ATCCGTAATC TTCTTCCCTA ATCCCATGAG AAGCAATAAA
GCATATTTTG AAGTGACAAA GATCCCCGTG CCGGGCGACA TGTCCGTTAA GATTTACAAT
ATCGCGGGAG ACCAGATAAG GACCCAAAAC TACTCTTGTG TTGATAATAA TAATAACACT
GTCACAATGG GCTCGAGCTT GCGCATACAA CCCGATAACG GCGCCCAGGG CGGCACAGCA
CCTACGGGCG ATTTTACAAA TCTCAGAAAC GCGGAACTCC GCTGCGAATG GGATAAGAAA
AACGACCATG GCAGAACCGT TGCCAGGGGT GTATACTTCG GTTTAGTTGA ATTTAAAGCG
ACAGGCGGCG GCAAAGAACA TTGCCAAAGA GTTGTCAAAA TCTTAATACC ATAG
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| Protein sequence | MNSKKQNNYS TLFSGKKILI KIIFSLIFTT IFSAAATAQT AQISKVFTAY PTTGLTSPIY
CDSQIPGQEV SFITTNSINP VGVIDPTINS ALIEFDKPFN WTSASAASGT PLWSAGYRYP
NHCLQLCVTV QCSTISDNVS PTPSYPIQTV RFEIFKFLEQ SNPEDDKATP AIRTINLYPT
GGVYRCGGYK INDPNSTNIY CDTGAGTPPA LQTSCPHGAQ VTASTTINDA DNVLRFCAAW
DGAYNFDSEF AKTNGTFGVR ARIQTTFQPP VTISETPIEI DHVAVYPGQN QQPILIDVTN
VHSVRTTATV VGNIEAVATE PYKIKYRLSK DANVTMRIFD SSATTPVDTS STTALRRTLI
NDEPRLGEGS PDGGQLPNNP EVTATVEEEP FDGRDNTGRL LPPGNYLVAI KAQKSDEWGN
DVSGEKTYDL TLDPLKLTDR VITGLNQMST AYASISYLLT EAATVYFQVY TPGTTVSNVY
IDTNPTTGAV APTAAGTKPT VTGGVLVYEN IEQKGKRNTV NTKWDGTCGM AGGCAFPTAI
GGGAYDLGQY LPDGNYVYVI WAEIPYTGDT YTNAAGNVFY AVKTRMYHNG IIPIDRGNVD
ITIQPVKYST MGSSPIAYGL DPFEFNYSIS REAPTTVVVK NTANVVVKTI IKDQVQVAQQ
MNQFKWDGLD DYGRYPSPGT YSLEVTTRDP IFPDKVYSQT ALFPIDIFRV VDVADTPLLG
ETNAFATLSY SLTKTQNVDI YIYDKSVSIP NDITATWPPV GLNLVTGEYN GNMPLKSYRG
VKAGEGLTNT ETWDGTNQAD ASPVADGQYP YIIIASSTAP GSIYYDGAFP VVSMSPQNPF
VAGSSVGGYG SIYSSDRVTG FINVTRGGVY FVPASIKISG STPKLYHSTE VVNNVPSYTI
EFTVSRTAQV DIDILSRDGK DCYGNPIASN VSQPVCRTIK DSGFNQFGLQ NIFEGNKAAR
VFWDGKDNFG NYVASGAYTV RLRANGYPLE VSNPSFVGSE TYCYESPSII GHRRCTTAEL
ATPAGLCSDG SAAQVSGTAP NRILVCPSAY EATETRLLNA NLFQIFDIYV EDIAERQQVG
LFAYQTSVPM KVGIQIFKPG TYIKDYSTGE VANGSFVNSS CYENPAQGSP VCTPAQLLAP
SSFCTASGTF ASIEGSAPNR RITCSTSSSS SEKDLLVKAI VGMRPNLLSI EDVWDGKDFA
MQDVPDGLYP FRFVSVTQGN TNHMDSFYGT IDDIRNIADW EKYANMQPTE FTVARGDGKF
VCSDWEKSVI FFPNPMRSNK AYFEVTKIPV PGDMSVKIYN IAGDQIRTQN YSCVDNNNNT
VTMGSSLRIQ PDNGAQGGTA PTGDFTNLRN AELRCEWDKK NDHGRTVARG VYFGLVEFKA
TGGGKEHCQR VVKILIP
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