| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ECD_02842 |
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| Symbol | yghJ |
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| ID | 0 |
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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 | Escherichia coli BL21(DE3) |
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| Kingdom | Bacteria |
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| Replicon accession | CP001509 |
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| Strand | - |
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| Start bp | 2974797 |
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| End bp | 2979350 |
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| Gene Length | 4554 bp |
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| Protein Length | 1517 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | |
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| Product | predicted inner membrane lipoprotein |
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| Protein accession | ACT44646 |
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| Protein GI | 253978976 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.00831057 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGAATAAGA AATTTAAATA TAAGAAATCG CTTTTAGCGG CTATTTTGAG CGCAACCCTG
TTAGCCGGTT GTGATGGCGG TGGCTCCGGA TCTTCCTCCG ATACGCCGCC TGTAGATTCT
GGAACAGGGT CTTTGCCGGA AGTGAAACCT GATCCAACAC CAAACCCGGA GCCGACGCCT
GAGCCAACGC CGGACCCAGA ACCTACGCCG GAACCGACAC CTGATCCAGA GCCAGAACCG
GAGCCAGAAC CTGTTCCTAC GAAAACGGGT TATCTGACCC TGGGCGGAAG CCAGCGGGTA
ACTGGTGCTA CCTGTAATGG TGAAACCAGC GATGGCTTTA CATTTACACC TGGTGAGGAC
GTTACTTGCG TGGCGGGTAA CACGACAATT GCCACCTTCA ACACTCAGTC AGAAGCTGCG
CGTAGCCTGC GTGCGGTTGA AAAAGTGTCG TTTAGTCTTG AGGACGCGCA AGAACTGGCG
GCTTCCGACA ATAAGAAAAG CAATGCGGTT TCGCTGGTAA CGTCCAGTAA CAGCTGTCCG
GCGGATACAG AACAGGTTTG CCTGACGTTC TCCTCGGTGA TCGAGAGTAA ACGTTTCGAC
TCGCTGTATA AGCAAATCGA TCTGGCACCG GAAGAGTTCA AAAAGCTGGT CAATGAAGAG
GTGGAAAACA ATGCTGCGAC CGATAAAGCG CCATCCACTC ATACCTCACC GGTCGTGCCT
GTCACCACGC CGGGAACAAA ACCGGATCTG AACGCTTCCT TCGTGTCGGC TAACGCGGAA
CAGTTTTATC AGTATCAACC TTCGGAAATC ATTCTCTCCG AAGGCCGACT GGTCGATAGC
CAGGGATATG GTGTTGCTGG CGTCAACTAC TACACCAATT CAGGCCGTGG CGTGACAGGG
GAAAATGGTG AATTTTCCTT TAGCTGGGGC GAAACCATCT CCTTTGGTAT CGATACCTTT
GAACTGGGGT CAGTGCGCGG CAATAAGTCG ACCATTGCAT TGACTGAACT GGGTGATGAA
GTTCGCGGGG CGAATATTGA TCAGCTTATT CATCGCTATT CGACGACCGG GCAAAATAAT
ACCCGTGTTG TGCCGGACGA TGTACGCAAG GTCTTTGCCG AATATCCCAA CGTGATCAAC
GAGATTATCA ATCTCTCGTT ATCCAACGGT GCGACGCTGG ATGAAGGTGA GCAAGTTGTT
AATCTGCCAA ACGAATTTAT TGAGCAGTTT AAGACGGGTC AATCCAAAGA GATCGATACC
GCGATTTGTG CGAAAACCGA CGGTTGTAAC GAGGCTCGCT GGTTCTCGCT GACGACGCGC
AATGTTAATG ACGGCCAGAT TCAGGGCGTT ATCAACAAGC TGTGGGGTGT GGATACAAGT
TACAAATCTG TCAGCAAGTT CCATGTATTC CATGACTCCA CCAACTTCTA TGGCAGCACC
GGTAATGCGC GCGGTCAGGC GGTGGTGAAT ATCTCTAACG CGGCCTTCCC GATTCTGATG
GCGCGTAATG ATAAAAACTA CTGGCTGGCC TTCGGCGAGA AACGCGCCTG GGATAAAAAC
GAGCTGGCGT ACATTACGGA AGCGCCTTCT CTTGTTGAGC CGGAAAACGT TACGCGCGAT
ACCGCCACCT TTAACCTGCC GTTTATTTCG CTGGGGCAAG TCGGTGAGGG CAAACTGATG
GTTATCGGTA ACCCGCACTA CAACAGCATT TTGCGTTGTC CGAACGGTTA CAGCTGGAAC
GGGGGCGTTA ATAAAGACGG GCAGTGTACG CTCAGCGGTG ATTCAGATGA CATGAAGCAC
TTCATGCAGA ACGTACTGCG CTATCTGTCC GACGATAAAT GGACTCCGGA CGCGAAAGCC
AGCATGACCG TAGGCACCAA CCTGGATACT GTCTATTTCA AACGTCATGG TCAGGTTACA
GGAAACAGTG CTGAGTTCGG CTTCCATCCG GATTTTGCGG GTATCTCTGT TGAGCATTTA
AGTAGCTATG GCGATCTCGA CCCACAGGAA ATGCCGCTGC TGATCCTTAA CGGCTTTGAA
TATGTGACTC AGGTGGGGGG CGATCCCTAT GCAGTGCCTC TGCGTGCAGA TACCAGCAAA
CCGAAGCTGA GCCAGCAGGA TGTGACCGAT CTGATCGCCT ATCTGAACAA AGGCGGTTCG
GTGCTGATCA TGGAAAACGT GATGAGCAAT CTTAAGGAAG AGAGCGCGTC TGGCTTTGTG
CGTCTGCTGG ATGCCGCGGG TCTGTCAATG GCACTGAACA AGTCGGTGGT GAATAACGAT
CCGCAGGGTT ATCCGAACCG CGAGCGCCAG CGCCGAGCGG ATGGCATTTG GGTTTATGAA
CGTTATCCGG TTGTGGAAGG TGCGCTGCCG TACACCATTA ATTCTGAGAC AGGCGAAGTT
ACCTGGAAAT ATCAGATTGA TAACAAACCT GATAAGAAAC CGAAGCTGGA AGTTGCCAGT
TGGCAAGAAG AGGTTGATGG TGAACAAGTA ACTCAATACG CGTTTATTGA TGAAGCCGAC
TACAAAACGC CTGAGTTGCT GGCTGCGGCG AAGAAGAGAA TTCTGGACGC GTTCCCTGGG
CTGGAAGAGT GTAAGGATTC TGACTACCAC TACGAGGTCA ACTGTCTGGA ATACCGTCCT
GGCACGGGGG TTCCGGTTAC TGGTGGCATG TATGTTCCAC AGTATACGCA ACTAAGCCTT
AACGCCGACA CGGCAAAAGC GATGGTGCAG GCTGCGGATT TAGGCACCAA TATTCAGCGT
CTTTATCAGC ATGAGCTCTA CTTCCGGACC AATGGTCGCA AAGGTGAGCG TCTGAGCAGC
GTCGATCTGG AACGTCTGTA CCAGAACATG TCGGTCTGGC TGTGGAATAA AATTGAATAT
CGCTATGAAA ACGACAAGGA TGACGAGCTG GGCTTTAAAA CGTTCACTGA GTTCCTGAAC
TGCTACGCCA ACAATGCCTA TAGCGAAGGC ACGCAGTGTT CTGCAGATCT GAAAAAATCG
CTTGTCGATA ACAACATGAT CTACGGTGAC GGTAGCAGCA AAGCAGGCAT GATGAACCCA
AGCTATCCGC TCAACTATAT GGAAAAACCG CTGACGCGCC TGATGCTGGG TCGTTCCTGG
TGGGATCTGA ACATCAAAGT TGATGTCGAG AAGTATCCGG GAGCGGTATC GGCAGAAGGT
GAGAAGGTTA CTGAAAGCAT CAGCCTGTAC TCGAACCCGA CCAAATGGTT TGCGGGTAAC
ATGCAGTCTA CTGGCCTGTG GGCTCCGGCT CAGAAAGAGG TCACCATTGA GTCTACTGCA
TCAGTTCCTG TGACTGTCAC CGTGGCGCTG GCCGACGATC TGACCGGACG CGAGAAGCAT
GAAGTCGCGC TGAACCGTCC GCCAAAAGTG ACGAAAACCT ATGATCTGAA AGCCAATGAT
AAGGTGACCT TCAAGGTGCC TTACGGTGGT CTGATTTATA TCAAGGGCAA CAGCCCAAAG
AATGAGTCAG CCGAATTCAC CTTTACTGGT GTGGTAAAAG CGCCGTTCTA TAAAGACGGC
GAATGGAAAA ACGCTCTGAA CTCCCCTGCG CCGCTGGGCG AGCTGGAATC AGACGCTTTC
GTTTATACCA CGCCGAAGAA GAACCTTGAG GCCAGCAATT TCACTGGTGG TGTAGCAGAA
TTCGCTAACG ATCTGGATAC CTTTGCCAGC TCGATGAATG ACTTCTACGG TCGTGATGGC
GAAAGCGGTA AGCACCGGAT GTTTACCTAT AAAGCATTGA CGGGGCATAA ACATCGTTTC
GCCAACGATG TGCAGATCTC CATCGGTGAT GCGCACTCGG GTTACCCGGT AATGAACAGC
AGCTTCTCGA CGAACAGCAC CACGCTGCCG ACGACGCCGC TGAACGACTG GCTGATTTGG
CACGAAGTCG GTCATAACGC TGCAGAAACA CCGCTGAACG TACCGGGTGC AACTGAAGTG
GCGAACAACG TGCTGGCGCT GTACATGCAG GATCGCTATC TCGGTAAGAT GAACCGTGTC
GCTGACGACA TTACCGTCGC GCCGGAATAT CTGGACGAGA GCAACGGTCA GGCATGGGCG
CGCGGCGGTG CGGGTGACCG TCTGCTGATG TACGCACAAC TGAAGGAATG GGCAGAGAAA
AACTTTGATA TCAAGAAATG GTATCCAGAA GGCTCTCTGC CAGCGTTCTA CAGCGATCGT
GAAGGGATGA AAGGCTGGAA CCTGTTCCAG TTGATGCACC GTAAAGCACG CGGCGATGAT
GTTGGTAAAA CCAAGTTTGG CGAAAGAAAT TACTGTGCTG AGTCAAACGG TAACGCTGCC
GACACGCTGA TGCTGTGCGC CTCCTGGGTC GCCCAGACGG ATCTTTCGGA GTTCTTTAAG
AAATGGAATC CAGGTGCGAA TGCTTACCAG CTGCCGGGGG CGAGCGAGAT GAGCTTCGAG
GGCGGTGTGA GCCAGTCGGC TTACAACACG CTCGCGTCGC TCAAGCTGCC GAAACCGGAA
CAGGGGCCGG AAACCATTAA TAAGGTTACC GAGCATAAGA TGTCTGCCGA GTAA
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| Protein sequence | MNKKFKYKKS LLAAILSATL LAGCDGGGSG SSSDTPPVDS GTGSLPEVKP DPTPNPEPTP
EPTPDPEPTP EPTPDPEPEP EPEPVPTKTG YLTLGGSQRV TGATCNGETS DGFTFTPGED
VTCVAGNTTI ATFNTQSEAA RSLRAVEKVS FSLEDAQELA ASDNKKSNAV SLVTSSNSCP
ADTEQVCLTF SSVIESKRFD SLYKQIDLAP EEFKKLVNEE VENNAATDKA PSTHTSPVVP
VTTPGTKPDL NASFVSANAE QFYQYQPSEI ILSEGRLVDS QGYGVAGVNY YTNSGRGVTG
ENGEFSFSWG ETISFGIDTF ELGSVRGNKS TIALTELGDE VRGANIDQLI HRYSTTGQNN
TRVVPDDVRK VFAEYPNVIN EIINLSLSNG ATLDEGEQVV NLPNEFIEQF KTGQSKEIDT
AICAKTDGCN EARWFSLTTR NVNDGQIQGV INKLWGVDTS YKSVSKFHVF HDSTNFYGST
GNARGQAVVN ISNAAFPILM ARNDKNYWLA FGEKRAWDKN ELAYITEAPS LVEPENVTRD
TATFNLPFIS LGQVGEGKLM VIGNPHYNSI LRCPNGYSWN GGVNKDGQCT LSGDSDDMKH
FMQNVLRYLS DDKWTPDAKA SMTVGTNLDT VYFKRHGQVT GNSAEFGFHP DFAGISVEHL
SSYGDLDPQE MPLLILNGFE YVTQVGGDPY AVPLRADTSK PKLSQQDVTD LIAYLNKGGS
VLIMENVMSN LKEESASGFV RLLDAAGLSM ALNKSVVNND PQGYPNRERQ RRADGIWVYE
RYPVVEGALP YTINSETGEV TWKYQIDNKP DKKPKLEVAS WQEEVDGEQV TQYAFIDEAD
YKTPELLAAA KKRILDAFPG LEECKDSDYH YEVNCLEYRP GTGVPVTGGM YVPQYTQLSL
NADTAKAMVQ AADLGTNIQR LYQHELYFRT NGRKGERLSS VDLERLYQNM SVWLWNKIEY
RYENDKDDEL GFKTFTEFLN CYANNAYSEG TQCSADLKKS LVDNNMIYGD GSSKAGMMNP
SYPLNYMEKP LTRLMLGRSW WDLNIKVDVE KYPGAVSAEG EKVTESISLY SNPTKWFAGN
MQSTGLWAPA QKEVTIESTA SVPVTVTVAL ADDLTGREKH EVALNRPPKV TKTYDLKAND
KVTFKVPYGG LIYIKGNSPK NESAEFTFTG VVKAPFYKDG EWKNALNSPA PLGELESDAF
VYTTPKKNLE ASNFTGGVAE FANDLDTFAS SMNDFYGRDG ESGKHRMFTY KALTGHKHRF
ANDVQISIGD AHSGYPVMNS SFSTNSTTLP TTPLNDWLIW HEVGHNAAET PLNVPGATEV
ANNVLALYMQ DRYLGKMNRV ADDITVAPEY LDESNGQAWA RGGAGDRLLM YAQLKEWAEK
NFDIKKWYPE GSLPAFYSDR EGMKGWNLFQ LMHRKARGDD VGKTKFGERN YCAESNGNAA
DTLMLCASWV AQTDLSEFFK KWNPGANAYQ LPGASEMSFE GGVSQSAYNT LASLKLPKPE
QGPETINKVT EHKMSAE
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