| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | EcSMS35_2080 |
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| Symbol | mdoH |
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| ID | 6142742 |
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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 SMS-3-5 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010498 |
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| Strand | - |
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| Start bp | 2093891 |
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| End bp | 2096404 |
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| Gene Length | 2514 bp |
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| Protein Length | 837 aa |
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| Translation table | 11 |
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| GC content | 55% |
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| IMG OID | 641616956 |
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| Product | glucosyltransferase MdoH |
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| Protein accession | YP_001744132 |
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| Protein GI | 170684144 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG2943] Membrane glycosyltransferase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.144186 |
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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 | 47 |
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| Fosmid unclonability p-value | 0.981326 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCCCATCG CCGCAAGCGA GAAAGCGGCA TTGCCGAAGA CTGATATCCG CGCCGTTCAT
CAGGCGCTGG ATGCCGAACA CCGCACCTGG GCGCGGGAGG ATGACTCCCC GCAAGGCTCG
GTAAAGGCGC GTCTGGAACA AGCCTGGCCA GATTCACTTG CTGATGGACA GTTAATTAAA
GACGACGAAG GGCGCGATCA GCTTAAGGCG ATGCCAGAAG CAAAACGCTC CTCGATGTTT
CCCGACCCGT GGCGTACCAA CCCGGTAGGC CGTTTCTGGG ATCGCCTGCG TGGACGCGAT
GTAACGCCGC GCTATCTGGC TCGTTTGACC AAAGAAGAGC AGGAAAGCGA GCAAAAGTGG
CGTACCGTCG GTACTATCCG CCGTTACATT TTGTTAATCC TGACGCTCGC GCAAACTGTT
GTCGCGACCT GGTATATGAA GACCATTCTT CCTTATCAGG GGTGGGCGCT GATTAATCCT
ATGGATATGG TTGGTCAGGA TGTGTGGGTT TCCTTTATGC AGCTTCTGCC TTATATGCTG
CAAACCGGTA TCCTGATCCT CTTTGCGGTA CTGTTCTGTT GGGTGTCCGC CGGATTCTGG
ACGGCGTTGA TGGGGTTCCT GCAACTGCTT ATTGGTCGCG ATAAATACAG TATATCAGCG
TCAACAGTTG GCGATGAACC ATTAAACCCG GAGCATCGCA CGGCGTTGAT CATGCCTATC
TGTAACGAAG ACGTGAACCG TGTTTTTGCT GGCCTGCGTG CAACGTGGGA ATCAGTAAAA
GCCACCGGGA ATGCCAAACA CTTTGATGTC TACATTCTGA GTGACAGTTA TAACCCGGAT
ATCTGCGTCG CAGAGCAAAA AGCCTGGATG GAGCTTATCG CTGAAGTTGG TGGCGAAGGT
CAGATTTTCT ATCGCCGCCG CCGTCGCCGC GTGAAGCGTA AAAGCGGTAA TATCGATGAC
TTCTGCCGTC GCTGGGGCAG CCAGTACAGC TACATGGTGG TGCTGGATGC TGACTCGGTA
ATGACCGGTG ATTGTTTATG CGGCCTGGTG CGTTTGATGG AAGCCAACCC GAACGCCGGG
ATCATTCAGT CGTCGCCGAA AGCGTCCGGT ATGGATACGC TGTATGCACG CTGTCAGCAG
TTCGCGACTC GCGTGTATGG GCCACTGTTT ACAGCCGGTT TGCACTTCTG GCAACTTGGC
GAGTCGCACT ACTGGGGACA TAACGCGATT ATCCGCGTGA AACCGTTTAT CGAGCACTGC
GCACTGGCTC CGCTGCCGGG CGAAGGTTCC TTTGCCGGTT CAATCCTGTC ACATGACTTC
GTGGAAGCGG CGTTGATGCG CCGTGCAGGT TGGGGGGTGT GGATTGCTTA CGATCTCCCG
GGTTCTTATG AAGAATTGCC GCCTAACTTG CTTGATGAGC TAAAACGTGA CCGCCGCTGG
TGCCACGGTA ACCTGATGAA CTTCCGTCTG TTCCTGGTTA AGGGTATGCA CCCGGTTCAC
CGTGCGGTGT TCCTGACGGG CGTGATGTCT TATCTCTCCG CTCCGTTGTG GTTTATGTTC
CTCGCGCTCT CTACTGCATT GCAGGTAGTG CATGCGTTGA CCGAACCGCA ATACTTCCTG
CAACCACGGC AGTTATTCCC GGTGTGGCCG CAGTGGCGTC CTGAGCTGGC GATTGCACTT
TTTGCTTCGA CCATGGTGCT GTTGTTCCTG CCGAAGTTAT TGAGCATTTT GCTTATCTGG
TGCAAAGGAA CGAAAGAATA CGGCGGCTTC TGGCGCGTTA CATTATCGTT GCTGCTGGAA
GTGCTGTTTT CCGTGCTGCT GGCTCCGGTA CGCATGCTGT TCCATACGGT CTTCGTCGTC
AGCGCGTTCC TTGGCTGGGA AGTGGTGTGG AATTCACCGC AGCGTGATGA TGACTCCACT
TCCTGGGGTG AAGCGTTCAA ACGCCACGGC TCACAGCTGC TGTTAGGGTT AGTGTGGGCT
GTTGGGATGG CGTGGTTGGA TCTGCGTTTC CTGTTCTGGC TGGCACCGAT TGTCTTCTCG
TTGATCCTGT CACCGTTTGT TTCGGTGATT TCCAGCCGTG CCACCGTTGG TCTGCGCACC
AAACGCTGGA AACTGTTCCT GATCCCGGAA GAGTATTCAC CGCCGCAGGT GCTGGTTGAT
ACCGATCGGT TCCTTGAGAT GAATCGCCAA CGCTCCCTTG ATGATGGTTT TATGCACGCA
GTGTTTAACC CGTCATTCAA CGCTCTGGCA ACCGCAATGG CGACCGCGCG TCACCGCGCC
AGTAAGGTGC TGGAAATCGC CCGTGACCGC CACGTTGAAC AGGCGCTGAA CGAGACGCCA
GAGAAGCTGA ATCGCGATCG TCGCCTGGTG CTGCTAAGCG ATCCGGTGAC GATGGCCCGT
CTGCATTTCC GCGTCTGGAA TTCCCCTGAG AGATATTCTT CATGGGTGAG TTATTACGAA
GGGATAAAGC TCAATCCACT GGCATTGCGT AAACCGGATG CGGCTTCGCA ATAA
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| Protein sequence | MPIAASEKAA LPKTDIRAVH QALDAEHRTW AREDDSPQGS VKARLEQAWP DSLADGQLIK
DDEGRDQLKA MPEAKRSSMF PDPWRTNPVG RFWDRLRGRD VTPRYLARLT KEEQESEQKW
RTVGTIRRYI LLILTLAQTV VATWYMKTIL PYQGWALINP MDMVGQDVWV SFMQLLPYML
QTGILILFAV LFCWVSAGFW TALMGFLQLL IGRDKYSISA STVGDEPLNP EHRTALIMPI
CNEDVNRVFA GLRATWESVK ATGNAKHFDV YILSDSYNPD ICVAEQKAWM ELIAEVGGEG
QIFYRRRRRR VKRKSGNIDD FCRRWGSQYS YMVVLDADSV MTGDCLCGLV RLMEANPNAG
IIQSSPKASG MDTLYARCQQ FATRVYGPLF TAGLHFWQLG ESHYWGHNAI IRVKPFIEHC
ALAPLPGEGS FAGSILSHDF VEAALMRRAG WGVWIAYDLP GSYEELPPNL LDELKRDRRW
CHGNLMNFRL FLVKGMHPVH RAVFLTGVMS YLSAPLWFMF LALSTALQVV HALTEPQYFL
QPRQLFPVWP QWRPELAIAL FASTMVLLFL PKLLSILLIW CKGTKEYGGF WRVTLSLLLE
VLFSVLLAPV RMLFHTVFVV SAFLGWEVVW NSPQRDDDST SWGEAFKRHG SQLLLGLVWA
VGMAWLDLRF LFWLAPIVFS LILSPFVSVI SSRATVGLRT KRWKLFLIPE EYSPPQVLVD
TDRFLEMNRQ RSLDDGFMHA VFNPSFNALA TAMATARHRA SKVLEIARDR HVEQALNETP
EKLNRDRRLV LLSDPVTMAR LHFRVWNSPE RYSSWVSYYE GIKLNPLALR KPDAASQ
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