| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ndas_0388 |
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| Symbol | |
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| ID | 9244226 |
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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 | Nocardiopsis dassonvillei subsp. dassonvillei DSM 43111 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_014210 |
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| Strand | + |
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| Start bp | 475627 |
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| End bp | 478980 |
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| Gene Length | 3354 bp |
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| Protein Length | 1117 aa |
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| Translation table | 11 |
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| GC content | 71% |
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| IMG OID | |
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| Product | glycosyl transferase family 51 |
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| Protein accession | YP_003678342 |
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| Protein GI | 297559368 |
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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 | 7 |
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| Plasmid unclonability p-value | 0.62292 |
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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 | 19 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGCCGGACG TGATTTGCCA TGGGGGCGGG GAACTGAGCG AGAGCACACA CGGCGAAAGC
GGGGCGGACG GACAGCGTCC CGGGAAGGAC ACGCCGGACA CCAGGAACAC CTCTGCCGAA
GAGCTGTCCA ACAAGCACAG TCCCGAGAGT GGAGTACCCA ACATCGAGGG GGACCAATCC
ACTCATGACA CTCCTGGAGG AGAAGAAAGC GTAGGAGAAC AGCCCGAACC GGAGTTCATC
AACCCGGTCA CCTTCAAGAC CAGCGGTACC TTCCTCCGTG ACAAGGTCGC CCAGAACCTC
GCGGAACAGG GCTTCGGTTC CGACGACACC GGCGACGACG CCGCGGAGGA CTCCGGCGTT
CCCGCCGACG CGCACGGCAC CGATGCGGTC CACACCTCTC CCGCGGCCGG CTCCCCCGCC
TCAGCCGGCA GCACGGGCAC GGAGGAGTCC GACACGCGCG AGGACGGGGG TCGGGGGGAC
GGACGGTCCT CCCAGGCCGC CCCGCCCTTC GCGGCCGACG ACACGTCCGT CGACCAGGAC
GGTACGGCCG GCGCCGACGA GCCCCCATCG CCGGTGTCCG ACCGGACCGA GCCCATCTCG
CTCGACTCCG TCCGCGCCGC CGCCTCCGCG GAGGCGGCGG AGACGTCCGA CGACGCCTCC
GGCAACGCCG GTGCCGAAGA GGGAGGGACA GACCTCTGGA GCCCGCGCGG GCAGGAGCGC
ACGGGAGTTC CCAAGAGCCC CGTGGCCGGA ACCGTGACCG ACGTCCAGGA CTTCGAGGAC
GGGTCCGCCG AGGCCGCCAC GTCCGCTGTG CCCGCCGCAC CGGACGCGGT CGCTCCGGAC
CGTGACGGAG AGCAGAGGAT CGACGAGTTC TCCGCGGCCG AGACGGCGTC CCTGTGGCCC
GAGCCGCGTC GCCTCTCCTC CTACGTGGCC GATTCGCCCT CCCGGGAGCA GGACCGGGGC
GCCCGCCCCG GTTTCGCCGC GGCCGCGGCC GGAGCGGCGG GTGCCGCGGG AGCGGCCGCC
GCCCACTCCG GGGCACACGG CGACCCCAGC GGTCCCGGTG ACACCACCAG TTCCAGTAAC
TCCGGTGGAC CCAGCGGTCC CACCGGCCCT GGCGGCCCCA AGGGTCCGGC TGGGCCTGGC
GGTACCGGGC CCGGCGGGCC CAAGGGCCCG GGTGACCCCA AGGCACGGGG TAAGAAGAAG
GGCGCCGGTC AGAAGGCCAA GAAGCCCATG TGGTGGAGGA TCCTGCGGGT CTTCCTCATC
GTCACCGGCG TGTTCTTCAT CATCGGGTGC GGTGTCTTCG CCTTCTTCTA CAGCACCGTG
GAGGTTCCGG ACGCGGCCAA GGCCGACGTC CTGGAGGAGG GTTCCACCTT CTACTTCGCC
GACGGCGAGA CCGAGTTCGC CTACCGGGGC ACCCACCGGG AGATCCTGTC CTACGACGAG
ATGACCGCGG GCGGCGACCA CGTCGTCGAG GCGGTCATCT CCGCGGAGGA CCGCGGTTTC
TGGACCGAGC CCGGGGTGTC CGTGAGCGGC ACCGCCCGCG CGGTCTGGTC CACCGTCACC
GGCCAGCAGG TCCAGGGCGG CTCCACCATC ACCCAGCAGA TGGTCCGCAA CTACTACGAG
GGCATCTCCC GGGACGTGTC CATCACCCGC AAGGTGCGGG AGATCATCAT CGCCCTCAAG
GTCGACCGGA GCGAGTCGAA GGAGTGGGTG ATGGAGCAGT ACCTCAACAC CATCTACTTC
GGCCGCAACG CCTACGGAGT CCAGGCCGCC TCGCAGGCGT ACTACCACAA GGACGTCCAG
GACCTGGAGC CCGCCGAGGC CGCGTTCCTG GCCGCCGCCA TCCAGCAGCC CACCCCCTTC
GGTGAGGCCG ACGTGGAGAC CACCCCCTCC ATGGAGCGGC GCTGGGAGTA CGTCGTCAAC
GGCATGGTCA CCACGGAGGC CATCACCCAG GCCGAGGCCG ACGCGATGGA GTTCCCGGCG
CCCGAGCCGG AGCGGCCCAG CGAGGGCACC GACCTGAGCG GCTACAAGGG CTACATGCTC
CAGGAGGCCA TGAACGAGCT GGAGCGGCTC GGCTACACCG AGGACCAGAT CAACCGCCAG
GGCTACAGGA TCGTCACCAC GTTCGACCAG GACATGATGG ACGCCGCCTA CGCCGCGGTG
GAGGAGATGG TCCCGCTCGA GAACCGGCCC GAGGGCGTCA ACGTCGGTCT GACCACCGTC
GACCCGGCCA CGGGCGAGGT CCTGGCCTTC TACGGCGGCC ACGACTACTG GGAGAACCAG
TACGACAGCT CCTTCCTCGG CGCCGCGCAG ACCGGTTCGG CGTTCAAGCC CTACGTGCTC
GCCACCGCCC TGGAGCAGGG CTACAGCCTC AACTCCACGG TGGACGGGCG CGGGCCGCGC
ACCATCGCGG GCTCGCGCAT CCAGAACGCG GGCAACTCGC CGGGCGGCAT CATGACGCTC
ACGCAGGCCA CCCAGGTCTC CAACAACCTC GGTTTCATCG AGCTGGCCCA GGAGGTCGGT
TTCGAGAACG TCCGCGACAC CGTCTACGCC GCCGGGTGGC CCGAGGGGAG TGTGCCCGAC
AGCCAGCTGG TTCCGGTCAT GCCGCTGGGC GCCTCCAGCG CCCGCACGGT CGACCAGGCC
AGCGGGTACG CCACCTTCGC CAACGGCGGC GTCCACGTCG AGACGCACGT GGTGCGGGAG
ATCATCGACT CCGAGGGCGA GAACGTGCGC CCGGAGGTGG AGAGCAACAG GGCTCTGGAG
GAGGAGACCG CGGCCGACGT CACCCACGCC CTCCAGCAGG TGGTCAACGG CGGTACCGGT
ACCGGGGCGC GGCTGGCCAA CCACCCCACC GCGGGCAAGA CCGGTACCAC CGACGGCAGC
GTCGCCGCCT GGTTCGTCGG TTACACCCCG CAGCTGTCCA CGGCGGTGGG GATCTACAGC
GGCAACAACG AGGGCTTCAG TATCCCCGGA TACGGCTCTC TGTCGGGCGG TACGCTCCCG
GCGTCGCTGT GGAACCGGTA CATGAGCACC GCGATGGAGG GTTACGAGCC CGGTTCGTTC
CCGAGCCCGG CCTTCAGCGG CACCACCGAG AACTGGGCTC CGGACGTGTC CACCGAGCAG
CCCCAGCAGC CGCAGCAGCC GGAGGCGCCC GCGGAGCCGG AGACGCCGGT GGAGCCGGAG
GTGCCCACCA CGCCGGAGAC GCCGGTGGAG CCGGAGGTGC CCACCACGCC CGAGTGGCCG
GAGATCCCCG GTCCCGGGAC CGATCCGGGT CCCGGTGAGG GCGGCGGCGG AGAGGAAGGC
GGTGGCGGTG GCGGCGGTGA GAGCCCGCCG GCCAGACGCG ACGACCTCTG GTGA
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| Protein sequence | MPDVICHGGG ELSESTHGES GADGQRPGKD TPDTRNTSAE ELSNKHSPES GVPNIEGDQS
THDTPGGEES VGEQPEPEFI NPVTFKTSGT FLRDKVAQNL AEQGFGSDDT GDDAAEDSGV
PADAHGTDAV HTSPAAGSPA SAGSTGTEES DTREDGGRGD GRSSQAAPPF AADDTSVDQD
GTAGADEPPS PVSDRTEPIS LDSVRAAASA EAAETSDDAS GNAGAEEGGT DLWSPRGQER
TGVPKSPVAG TVTDVQDFED GSAEAATSAV PAAPDAVAPD RDGEQRIDEF SAAETASLWP
EPRRLSSYVA DSPSREQDRG ARPGFAAAAA GAAGAAGAAA AHSGAHGDPS GPGDTTSSSN
SGGPSGPTGP GGPKGPAGPG GTGPGGPKGP GDPKARGKKK GAGQKAKKPM WWRILRVFLI
VTGVFFIIGC GVFAFFYSTV EVPDAAKADV LEEGSTFYFA DGETEFAYRG THREILSYDE
MTAGGDHVVE AVISAEDRGF WTEPGVSVSG TARAVWSTVT GQQVQGGSTI TQQMVRNYYE
GISRDVSITR KVREIIIALK VDRSESKEWV MEQYLNTIYF GRNAYGVQAA SQAYYHKDVQ
DLEPAEAAFL AAAIQQPTPF GEADVETTPS MERRWEYVVN GMVTTEAITQ AEADAMEFPA
PEPERPSEGT DLSGYKGYML QEAMNELERL GYTEDQINRQ GYRIVTTFDQ DMMDAAYAAV
EEMVPLENRP EGVNVGLTTV DPATGEVLAF YGGHDYWENQ YDSSFLGAAQ TGSAFKPYVL
ATALEQGYSL NSTVDGRGPR TIAGSRIQNA GNSPGGIMTL TQATQVSNNL GFIELAQEVG
FENVRDTVYA AGWPEGSVPD SQLVPVMPLG ASSARTVDQA SGYATFANGG VHVETHVVRE
IIDSEGENVR PEVESNRALE EETAADVTHA LQQVVNGGTG TGARLANHPT AGKTGTTDGS
VAAWFVGYTP QLSTAVGIYS GNNEGFSIPG YGSLSGGTLP ASLWNRYMST AMEGYEPGSF
PSPAFSGTTE NWAPDVSTEQ PQQPQQPEAP AEPETPVEPE VPTTPETPVE PEVPTTPEWP
EIPGPGTDPG PGEGGGGEEG GGGGGGESPP ARRDDLW
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