| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ent638_4304 |
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| Symbol | |
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| ID | 5110405 |
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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 | Enterobacter sp. 638 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009425 |
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| Strand | + |
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| Start bp | 127223 |
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| End bp | 130378 |
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| Gene Length | 3156 bp |
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| Protein Length | 1051 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 640480921 |
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| Product | conjugal transfer mating pair stabilization protein TraG |
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| Protein accession | YP_001165583 |
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| Protein GI | 146284630 |
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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 | 19 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.0354344 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCTTGAGA TCTACACAAT TTATGGCGGG GGAATGTGGA AAACGGCGCT GGACGCCGTG
GTCACCCTCA TCGGGGCGAA TACCTTCAGT ACGCTGATGC GCATGGCGGG GACTTTCTCG
GTGCTGGCGG TGTTGCTGGC GTTTATCAAA CAGCGCAACC CGATGGTGTT CGTGCAGTGG
CTGGCCATTT TCATGCTGAT CACCACTATT CTGGTCGTTC CAAAACGCTC CGTACAAATC
ATTGATATTT CAGACCCGGC AGCGGTCTGG AAAACGGATA ACGTGCCGGT GGGGTTAGCG
GCGATTGCGT CGCTGACGAC CAGTGTCGGG TATAAGATGG CCTCCACGTA TGACATGCTG
ATGTCGCGGC CAGACTCGGT CACCTACAGC AAAACGGGGA TGCTGTTTGG CTCGCAAATT
GTGGCAGAGA CCAGCGACTT CACCACACAG AACCCGGAGC TGGCGCAGAT GCTGCCGGAT
TATGTGGAAA ACTGCGTCAT TGGCGACATT CTGCTGAACG GCAAGTACAC GGTAAACCAG
CTGCTGAACT CTACTGACCC GCTGGCGCTT ATCACCAGTA ACCCGAGTCC GCTCCGGGGC
ATTTTCAAAA TGACCTCCAG CGCACGCCAG TTCCTGACCT GTCAGCAGGC GGCCACGGAA
ATCAGGACAC TGGCCAATAT TGACGTGAAC CCAGGGAGTG CGACCTTTAC CTGGCTCACC
CGGAAGGTGT TCGGCAACAA ACTTAACGGT GCCAGCCTCC TGTCTAATGC GATGGGTGAG
AGTTATGGCT ATTTCTATGC CGGCGGCCTG ACCGCCGCAC AAATCATGAA AAACAACATC
ACCAACAGCG CGGTGCGCCA GGGGATAAAA GGGTTTGCGG CCCGATCGTC AGACACGGCC
AACCTGCTGA ACCTGGCCAC TGAGAATGCG GCCACCAAAC AGCGTCTGAG CTGGGCGGCG
GGTAACGAGC TTGCCACGCG AACACTGCCG TTTGCGCAGT CGCTTCTGAT GTTAATTCTG
GTGTGTCTGT TCCCGCTGAT GATTGCCCTG GCGGCATCAA ACCACAGTCT GTTTGGGTTG
AATACGCTGA AGATTTATGT GGGCGGATTT ATCTATTTTC AGATGTGGCC GGTCATGTTC
GCCATTCTGA ACTTCGCCTC AAACTTCTGG CTGCAGTCGC AGACAGGCGG TACGCCCCTG
GTGCTGGCCA ACAAAAATAT TATTGCGCTG CAACATTCGG ATGTGGCGAA CCTGGCCGGG
TATCTGGCGC TGTCAATTCC GGTCCTGTCA TTCTTTCTGA CGAAAGGCGC TGCCGCTATC
GGCTCGCAGG TGGCCGGTAC CGTGCTCAGC TCAGCAGCCT TCACCTCGGC AGGCGTGGCC
TCCACCACGG CGGACGGAAA CTGGTCATTC AATAATATGT CGATGGACAA CCTCAGCCAG
AACAAGCTGG ACACCAATCT GGTTCAGCGT CAGGGGCAGC AGACCTGGCA GGCGGATAAC
GGTTCGACCC AGACTCAGAC GGCCGGGGGC CACACGGTTA TCGACGGCTC AGGTGCCATG
TCGAATCTGC CGGTGAACAT GAAACTGAGC CAGCTGGCCA GCAGTGGATT CCAGGAGTCG
GCGCGCCGGG CAGAGCAGCA GGCACAGACG TCGCTCGATG GTTACAACCA CAGCGTCACT
AGTGGCTGGT CTCAGCTCTC GCAGCTGTCT CACCAGAACG GGTCCAGCGA CAGCGTCACG
CAGGGCAGCG AAAACAGCCA GGCAACGAAT GCGACACGCG GTGTCAGCAT GATGATGTCT
GCAGCCGAAA GTTATGCGAA GGCGAATAAT ATCTCCACGC AGGAAGCCTA TAACTCGTTG
ATGGATATCA GTAACCAGGG GTCACTGAGT GCTGGAGTTA AAACCACTGT AGGGGGAGGC
TTAAATGTCG GGGTGGCTAA ATTTGGTGCT GAAGCTAATG CCGCCACAGA TGTTCGTCAT
GCCACAGGCA GCTCGCGTGG GATACAGAAT TCTGACTCCC ATACGCAGGA TATGCGTCAC
GGTAATAATA GTCAGGCGGT CAATGATTTC CGTCAGGGGA TGGATATGGT ATCCAGCAGC
CGCGTAACGG ATGGTTCAAA CCATACCGAC AATGCCGCGA CCAGTAACGT CCAGCAGTTC
GCGGCGACGC TCAACGATGC GCAAAGTCAG TATCATCAGT ACACCACCAG TTCGACCAGC
AGTAATGAGT TCAGCCGCAT GGCGACCCTG GCGCAAAATG AGAGCGCAAG TCTTGATACC
AACTACACCC AGGAGTTTGT GGACTGGGCT GGTAACAAAT ACGGTGATAA GGCGCAGGCC
ATGCTGACCA GTGCACCAAG TGCCCGCGAA GCGGCAATGG AATTCGTTAA CGAGCGTCTT
AAACCTGAAA TTATGGGTGA CTACCAGCAG GGGCGTGCTG ACCTTGTCAG CGGCAATGCA
CACGAGCCGT TCAGTGGGGC ACATATTGTG CCGACAACAT CAGTCGATTC TGAACCAGGA
TATGGAAGCA CTCGCACGGC TGGTGATAGC GGCTACATCG TTGAAGGGAA TGGGGGGCGT
ACATTACACA GCAATGGGCA GTCTGCAGAA AATAACCCGA GTACAGTGAC TTCTGGCGGC
CAACATCACT TGCCTGAACG CGGAACAGAA TCTGACAGTA GCGGCCAGGT CCGTTATGAG
GGGCCGCGAA GTTCTACTTC CGGGCGCAAT AACATTAATG CAGAAACAAG GGAGGGTGCT
GCATCTCAGG TTACTGACAG TGGCTCATCC GGGCGTGTCC ACAGCGGCGG TGTTAACGGG
GAGGATATGC GGAGTTTGTA CAATGAGAAT CAAGCGAGGC TAAAAGAGCA TGCCGGGGAG
TATTCCGGGC CACAAAACGA GATACAGCAA AAGGTAGCAG GACAAAGATC TGAAAATGAG
CAGAATATCA ACAAATCTGC TGGGGAAATT GGCAAAAAAC AATCCACTGT TCAGGCATCC
AGTGATATTC TAAAAGGAGA AGATTTAAGC GCTCAAGGCA AATTCTTGAA AGGTCACAAA
GAAGCTGAAA TAGACCAACA GATGCCAATT GTTGATAGCG CAAAACGGAG AGAGCTAGAG
CAGCAATTAG CTGAACTCAA GAACAAAACT CGTTAG
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| Protein sequence | MLEIYTIYGG GMWKTALDAV VTLIGANTFS TLMRMAGTFS VLAVLLAFIK QRNPMVFVQW
LAIFMLITTI LVVPKRSVQI IDISDPAAVW KTDNVPVGLA AIASLTTSVG YKMASTYDML
MSRPDSVTYS KTGMLFGSQI VAETSDFTTQ NPELAQMLPD YVENCVIGDI LLNGKYTVNQ
LLNSTDPLAL ITSNPSPLRG IFKMTSSARQ FLTCQQAATE IRTLANIDVN PGSATFTWLT
RKVFGNKLNG ASLLSNAMGE SYGYFYAGGL TAAQIMKNNI TNSAVRQGIK GFAARSSDTA
NLLNLATENA ATKQRLSWAA GNELATRTLP FAQSLLMLIL VCLFPLMIAL AASNHSLFGL
NTLKIYVGGF IYFQMWPVMF AILNFASNFW LQSQTGGTPL VLANKNIIAL QHSDVANLAG
YLALSIPVLS FFLTKGAAAI GSQVAGTVLS SAAFTSAGVA STTADGNWSF NNMSMDNLSQ
NKLDTNLVQR QGQQTWQADN GSTQTQTAGG HTVIDGSGAM SNLPVNMKLS QLASSGFQES
ARRAEQQAQT SLDGYNHSVT SGWSQLSQLS HQNGSSDSVT QGSENSQATN ATRGVSMMMS
AAESYAKANN ISTQEAYNSL MDISNQGSLS AGVKTTVGGG LNVGVAKFGA EANAATDVRH
ATGSSRGIQN SDSHTQDMRH GNNSQAVNDF RQGMDMVSSS RVTDGSNHTD NAATSNVQQF
AATLNDAQSQ YHQYTTSSTS SNEFSRMATL AQNESASLDT NYTQEFVDWA GNKYGDKAQA
MLTSAPSARE AAMEFVNERL KPEIMGDYQQ GRADLVSGNA HEPFSGAHIV PTTSVDSEPG
YGSTRTAGDS GYIVEGNGGR TLHSNGQSAE NNPSTVTSGG QHHLPERGTE SDSSGQVRYE
GPRSSTSGRN NINAETREGA ASQVTDSGSS GRVHSGGVNG EDMRSLYNEN QARLKEHAGE
YSGPQNEIQQ KVAGQRSENE QNINKSAGEI GKKQSTVQAS SDILKGEDLS AQGKFLKGHK
EAEIDQQMPI VDSAKRRELE QQLAELKNKT R
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