| Gene Symbol | RDR16203 |
| Entrez Gene ID | 6085433 |
| Full Name | RNA-directed RNA polymerase |
| Gene Type | protein-coding |
| Organism | Laccaria bicolor S238N-H82 |
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RDR16203 cDNA ORF clone, Laccaria bicolor S238N-H82
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Gene
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Clones
gRNAs
The following RDR16203 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the RDR16203 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1+/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.
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Reference Sequences (Refseq)
CloneID OLa15533 Clone ID Related Accession (Same CDS sequence) XM_001889756.1 Accession Version XM_001889756.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5073bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector 
User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1207065600000 Organism Laccaria bicolor S238N-H82 Product RNA-directed RNA polymerase Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_001889943). COMPLETENESS: incomplete on both ends.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041ATGGCACCCA CCATCCTTCG GAATAATCCC CAAATGGACG ATGATGCCTG GCGATTCAAC
GTCCCACATG AGTCTCTTCT GCCACCAAAA CGCGCCAGGC AGGGCATTAC ATACGGCAAT
GTTGTCTCCT TCTCCACTGA TGCTATTACC CTACGCATCG AGCAATTTCC ATCAAATCGC
GTCATCCACT CCGATGACCC ATCCAAATTC ATCTTGCTCT CCTTTGGAAA GGAATTCCGG
TTTCCAGATC ATCCACCACG AGTTTCGGGA GAGTACATTG CTCGATTGCT CAAGGCGGGG
TTCTTCTTGA ACGATATACA ATATCGATTT TATCATCATA GCAACAGTCA ACTGCGCGGA
CGCTCCTGCT TTTTGAGGCA AGCTAATAAC GACAAAGAAT TGGACGATAG AATTTACCAG
TTAGGAGATT TCGGGAGGAT TATGAACATC GCCAAACGCG CAAAAAGGAT TGGCCTGTTG
TTCTCGTCTG CCCAGATCGA CTATCGTCTC GACCCAAAGT ATATAGCGGA TATTCCGGAC
ATACAAGATG GGGACGAGCT CTTCTCCGAT GGATGTGGAC TGATCTCGAA GAGGCTCTCC
ATTGCTCTGA GCAAAGCTAA GCGAATCACC TTTCGGAATG TTAGGTACAC ACCCACGGTT
TTCCAGATAA GATACTTGGG ATACAAAGGT GTTCTGATGT TGCACCCCCA ACTTGACGCC
GAGGGAAAAC ATCTCGCCCA GTTTCGCAAA AGCATGAAGA AGTTCACAAC GACCACGGAC
CACACATTCT CTGTCGTTGG GCACTCTAGG CCATACACGT TCGGACGGCT GAATAACGAC
ATCATCGTCC TTCTCTCTTG TCTTGGGGTC ACCAATGAAA AGCTGCTCAA CAAACAAGAC
GAATATTTTC AGTGGTTGAG GAACGCGACA GAAGACCCCA CTGCTGCCGT CGACTTTCTC
TCCTGCATTG ATCAGTATCC TCTAGCTGGG AAGGTTCTGC TAAATGGGAT CAACGACCCT
GACGTGGCAA AGGAAATCCG GCGCCTGCAG CTAGGCGAGA TAGCCAGATA TACGGACGAA
CGCGAAAAGT TTAAGTCTCG GATGATCATC CGCGAATCAC GTCGTCTGTT TGGGGTCTGT
GATCCGTTTC AAGTCCTCAA GGAAGGCGAA GTCCATATTC GGATTATGGC TTCTCGAAAG
GGACCATCCA CTCCGATTCA CGGAGACGTT CTCATCGTCA GGAACCCATG TCTCCATCCC
GGTGATTGCT TGAAACTCCG AGCGGTACAT AATGACAAGC TTTCTCACCT TGTTGACTGC
CTTGTTTTTG CGTCTGTCGC TCGCCCTGGT CATCATGCAG CACCTTCAAT GAGTAGTGGC
GGTGACCTTG ACGGCGACGA GTTCCTTGTC TGTTGGGATA AGGATCTTGT ACCTCCCCGT
ATCTCGGAGT CTTACGATTA TCCCGGGAAT AAAGAGCGCA TCAGCAAGAA AGTAACAAGG
GAAGATCTAG CTGTGCATTT TGCCTCGTAT AATGCGGCTG GCCTAGCAAG AGTCTCGGCC
CTTCACAACA AATGGGCCCG TTACAGCCCA CAAGGGGCGC TATCTGTCCA ATGCCAGGAA
TTGAACGCGC TACATTCGCA GTCCGTGGAC GGCGCAGGCA TCAAGATCCC CGATCGGTTA
ACAAAACCCC CAGAGCCAAC TGAACCATTC ATCATCGACC TTTTGGAGCA AGCTGCGCGG
AAATTCGCCA CCGAGTTCGT GCAATCGCAA ACCAACCTCG CCTCAATTCC TTCTCTCGAT
GCCGAAGAAG GCCAGAAACT AATATCCCAA CTCTTTAAAA GCACTCAACA TGCGGTCACT
GAATATGAGC TTTTCGAGCT TGCTTACCGC CTTTCCCAAA AGTATCGATT CGACCTTCGT
CCCTATCTTG GGCAGATTGA CTGGTCGGCC ATTACGGCGA TGCAGAAACA TGCCGTTAGT
ACGACGCTGT CCCTCTCGTC TATTGATTAT CCGTACATGT GGAATTCCCT GATCAAGTCT
GATATCTTGA TGCCTCAAGA CCTGTATTCG CGGTCTCTTA GCTCTCCCTT TTCCATACAA
CGTTTATATT CGTCGAAGGA AAATGGGCTG ACTACATTCT TTGAATACCT GCGCATGGCT
ACGCAAGATT ACACGAGGAA ACTGCTCGTC ATCCAAACAG AGCGACGATT CTCTGTCGGT
ATCTTTATGA GGGGGAACAT CCCTTGGGAT GAAGAACCCG AAGTGAACGA TAACGTTGTC
GTCTGCTCTT TCTTGCCGGA CTCCTCATCC ACAATCGCTC ACCAACACCC ATGCTCTGCT
GGGTACAGGC TTCACTTGAG CGATTCAAGA ATGGAACTTT ACAATAGACA GAGAAGCGAT
ACGTTCGTCT TCATCAATCG CCAACTAGGG ACCGAAGTCG TCGCGAGCAT TGCGTTGCAA
AAAATTTCAA AGACAGTTCA AAAGCAATTG GGGAGGGTCA ACAGATCACC TCTCATCGGT
ATAGAATTGC ATGTGGTATC CAATCATGAC CGTGTAGCCC ACCAATTATT CGATCTGTGG
TTTCAACATG TCCCAACTGA AGAATATGTG CGCCGATTTC AGCGCCAGTC GGCACCTTAC
CGCATGAATG ATCTCAAGGA TGTCGACTGG TCGAAAGAAC CAGACTGGTT GAAATCTGCG
TTCTATCCCC TAAGGGATCC TCAAGGTCTT CCTTCCTCGA AAAAGCTCAG GCAACACACT
CAGGAAACCA TGGACGCCGT TCTTGCCAGG AGAATGCTTC CAGAGCTTGA TCAGATTCTC
GATTTCGGGT TGATGTACCA CGCCGAAGAC GAAGTATTAC TGGTCTTCCA CTACGTCCTC
TTACTCAAGC CTTTCCCTGA AGGGTTGGCT GTCAAGTGGA TCGATAGATA CCCTCCGTTG
GTTTTCACGG TCTTGAAGGT ATATCCCCCC GACGACGAAA CCCTCAAACT ACCGCCCGAA
ACCGAACAAA TGACGCGTAC TATCGTGCAG GCTATCATCC GCTCAGCTAA TGACCTCCGC
ATCGCTTCCC TCGTCGCTTT GGAAAAAATA GCAGGGTCCA TCGCGCTGTT ACCGATAGAC
GAATACATTG AGATGCTCAT GTTGGCTGCG TTGTCTGTGC GCTCGTCACA GCTTGTTCAA
GAGGTTTTGC TAGTCATGAA CGATATCCGA CTCGCTCATT GTCCACAAAC ACCGGTATTG
GAATACGGAC ACAAACATGC TCTAGGAGTA GTCTTTGACC GAGCAGAAGA GGCAGCGGAC
GAATGCCCCT GCAACGAGGA TGGGAAACCG CGGAAACAGA GAAACCCACC TTCTCAGACT
AACCTCACGT TCGTCGCGGA TGATACTTTG CATGTGATGG CGACTTTACG AGTCGATGCG
AAGACGGCTA TTAGACTGCA TTCTCATGTC CGCTTACAAG CGACGTCGAA GGCTGAGAAT
CGGTGGATTG ACGCGCCTGT TTTGGATGGG CTCGTTGTTC AGGCTATGAA GGGCGAGTTG
AAGATCAAAC TTCTTCAGCC TGCTCCCCCC GAAACGGAGC GTATGGACTG GGTTGTGTTC
AACGCAGGAA GCATAGCAAC TTCGAGAGCT ATGTTGGACG CACTGTTACG GCTCCTGGAA
CAAAAACAAG CTGCGTGCTT GTTTTACAAC TTTATCACGG GTGACGAGGA GGAAGCGCCG
GAGGGCGAAC AGGTCCCTTC CGTTGAGGTG ATACCTCCAG GTGATGATTC AGGTCTCAAT
GAGAGCCAGA GGATGGCTGT ACAATCTTGG GCTGCGCCTT TATCGTTGAT CTGGGGACCT
CCCGGCACCG GAAAGACAAC AGTGGTCGTC GACATTTTGA GAAGCATAAT CAAGACATAT
TATCCTGCAA CACCCAAAAT TTTGATGACT GCGTCTACGC ATAATGCCGT CGACAACGTT
CTAGAACGGT TCGTAAAAAT AAACGAGGAA GACCAACTTC TCCGCGAGGA ACAAATCCTG
CGCGTAGCAA CGGACCAATC GAAAGTGAAC CAAGACCTGC AGCACTTCAC CATCGACGCG
CGGATCGGGG GGGATATGAA TCAGAATAGT AGGCTGGTGA AGCAGGCACA GGAGAGGGTT
GAGAGGTCGG TTTTGGTGTT TACTACGTGC GCTGGCGCTG GTCTGGGGAT ATTGAGAAAG
GTGGATTTTG ATATTGCTAT TATCGACGAG GCGTCTCAGA TAACGGAGCC GTGCGCTTTG
ATACCTCTCG TGAAGGGGAT TAAGAGGGCG ATGATGGTTG GAGATCACGT CCAGCTTCGG
CCAACAGTCA AAAACATGGC CAAAGTCGTC CGATTCGACA TTTCCCTCCT GGAACGTCTC
TACTCCCAGC CCAACATCCC GGAGGGGATG GTCAAGACGA TGCTAGACGT CCAGTACCGC
TCTCCAAAAG AACTTAATGC GTTCCCCTCC AAGGAGTTCT ACGAAGGCCG ATTGAAGACG
AGCGACGCGA ACAGCGCAGG GTCTTTGAAC GCGCTCAAGA AGTCCTCGTT TCCTTGGCCC
ATTGGCGACG GCGGCGAAGT CATCCCAGCT GTGTTTATAC AGTGCTCTTC GGAAGAGGAT
TTGGGCGATC GGTCGAAGAG CAACGAAGGC CAGGTCGACG TTGTCCGCCA TGTGTTGAAG
CTCTTGAGTA GTACCCCCAA GAATCCGACG TCGGAGGAGG AAGATAAGTC GGAGGAGAAG
GATTTGAAAG TCACCGTTTT GTCTCCGTAC ACGAAACAAA TCCAGACACT ACGCCGGCGC
TTACCTTCAT CCATCACCTC GTCCACCATT GACTCATTCC AGGGACGGGA GAGCGATATC
ATCATTTTCT CGACTGTGCG GTGTAATGTG GATGGCGATG TTGGGTTTCT GGACGATCCG
AGAAGGTTGA ACGTTATGTG GACGCGTGCA AGGCTTGCGT TGATAATTGT TGGGGATAGG
GCGACCCTTA GTGCGAATCA GCTCTGGAAA CGCGCTTTGG AGGCTTGTAC GGAGGTTGAA
ATTGTATTGG AAGAGCCGAC TACGACGGGG TAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_001889791.1 CDS 1..5073 Translation 
Target ORF information:
RefSeq Version XM_001889756.1 Organism Laccaria bicolor S238N-H82 Definition Laccaria bicolor S238N-H82 RNA-directed RNA polymerase (RDR16203) partial mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_001889756.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041ATGGCACCCA CCATCCTTCG GAATAATCCC CAAATGGACG ATGATGCCTG GCGATTCAAC
GTCCCACATG AGTCTCTTCT GCCACCAAAA CGCGCCAGGC AGGGCATTAC ATACGGCAAT
GTTGTCTCCT TCTCCACTGA TGCTATTACC CTACGCATCG AGCAATTTCC ATCAAATCGC
GTCATCCACT CCGATGACCC ATCCAAATTC ATCTTGCTCT CCTTTGGAAA GGAATTCCGG
TTTCCAGATC ATCCACCACG AGTTTCGGGA GAGTACATTG CTCGATTGCT CAAGGCGGGG
TTCTTCTTGA ACGATATACA ATATCGATTT TATCATCATA GCAACAGTCA ACTGCGCGGA
CGCTCCTGCT TTTTGAGGCA AGCTAATAAC GACAAAGAAT TGGACGATAG AATTTACCAG
TTAGGAGATT TCGGGAGGAT TATGAACATC GCCAAACGCG CAAAAAGGAT TGGCCTGTTG
TTCTCGTCTG CCCAGATCGA CTATCGTCTC GACCCAAAGT ATATAGCGGA TATTCCGGAC
ATACAAGATG GGGACGAGCT CTTCTCCGAT GGATGTGGAC TGATCTCGAA GAGGCTCTCC
ATTGCTCTGA GCAAAGCTAA GCGAATCACC TTTCGGAATG TTAGGTACAC ACCCACGGTT
TTCCAGATAA GATACTTGGG ATACAAAGGT GTTCTGATGT TGCACCCCCA ACTTGACGCC
GAGGGAAAAC ATCTCGCCCA GTTTCGCAAA AGCATGAAGA AGTTCACAAC GACCACGGAC
CACACATTCT CTGTCGTTGG GCACTCTAGG CCATACACGT TCGGACGGCT GAATAACGAC
ATCATCGTCC TTCTCTCTTG TCTTGGGGTC ACCAATGAAA AGCTGCTCAA CAAACAAGAC
GAATATTTTC AGTGGTTGAG GAACGCGACA GAAGACCCCA CTGCTGCCGT CGACTTTCTC
TCCTGCATTG ATCAGTATCC TCTAGCTGGG AAGGTTCTGC TAAATGGGAT CAACGACCCT
GACGTGGCAA AGGAAATCCG GCGCCTGCAG CTAGGCGAGA TAGCCAGATA TACGGACGAA
CGCGAAAAGT TTAAGTCTCG GATGATCATC CGCGAATCAC GTCGTCTGTT TGGGGTCTGT
GATCCGTTTC AAGTCCTCAA GGAAGGCGAA GTCCATATTC GGATTATGGC TTCTCGAAAG
GGACCATCCA CTCCGATTCA CGGAGACGTT CTCATCGTCA GGAACCCATG TCTCCATCCC
GGTGATTGCT TGAAACTCCG AGCGGTACAT AATGACAAGC TTTCTCACCT TGTTGACTGC
CTTGTTTTTG CGTCTGTCGC TCGCCCTGGT CATCATGCAG CACCTTCAAT GAGTAGTGGC
GGTGACCTTG ACGGCGACGA GTTCCTTGTC TGTTGGGATA AGGATCTTGT ACCTCCCCGT
ATCTCGGAGT CTTACGATTA TCCCGGGAAT AAAGAGCGCA TCAGCAAGAA AGTAACAAGG
GAAGATCTAG CTGTGCATTT TGCCTCGTAT AATGCGGCTG GCCTAGCAAG AGTCTCGGCC
CTTCACAACA AATGGGCCCG TTACAGCCCA CAAGGGGCGC TATCTGTCCA ATGCCAGGAA
TTGAACGCGC TACATTCGCA GTCCGTGGAC GGCGCAGGCA TCAAGATCCC CGATCGGTTA
ACAAAACCCC CAGAGCCAAC TGAACCATTC ATCATCGACC TTTTGGAGCA AGCTGCGCGG
AAATTCGCCA CCGAGTTCGT GCAATCGCAA ACCAACCTCG CCTCAATTCC TTCTCTCGAT
GCCGAAGAAG GCCAGAAACT AATATCCCAA CTCTTTAAAA GCACTCAACA TGCGGTCACT
GAATATGAGC TTTTCGAGCT TGCTTACCGC CTTTCCCAAA AGTATCGATT CGACCTTCGT
CCCTATCTTG GGCAGATTGA CTGGTCGGCC ATTACGGCGA TGCAGAAACA TGCCGTTAGT
ACGACGCTGT CCCTCTCGTC TATTGATTAT CCGTACATGT GGAATTCCCT GATCAAGTCT
GATATCTTGA TGCCTCAAGA CCTGTATTCG CGGTCTCTTA GCTCTCCCTT TTCCATACAA
CGTTTATATT CGTCGAAGGA AAATGGGCTG ACTACATTCT TTGAATACCT GCGCATGGCT
ACGCAAGATT ACACGAGGAA ACTGCTCGTC ATCCAAACAG AGCGACGATT CTCTGTCGGT
ATCTTTATGA GGGGGAACAT CCCTTGGGAT GAAGAACCCG AAGTGAACGA TAACGTTGTC
GTCTGCTCTT TCTTGCCGGA CTCCTCATCC ACAATCGCTC ACCAACACCC ATGCTCTGCT
GGGTACAGGC TTCACTTGAG CGATTCAAGA ATGGAACTTT ACAATAGACA GAGAAGCGAT
ACGTTCGTCT TCATCAATCG CCAACTAGGG ACCGAAGTCG TCGCGAGCAT TGCGTTGCAA
AAAATTTCAA AGACAGTTCA AAAGCAATTG GGGAGGGTCA ACAGATCACC TCTCATCGGT
ATAGAATTGC ATGTGGTATC CAATCATGAC CGTGTAGCCC ACCAATTATT CGATCTGTGG
TTTCAACATG TCCCAACTGA AGAATATGTG CGCCGATTTC AGCGCCAGTC GGCACCTTAC
CGCATGAATG ATCTCAAGGA TGTCGACTGG TCGAAAGAAC CAGACTGGTT GAAATCTGCG
TTCTATCCCC TAAGGGATCC TCAAGGTCTT CCTTCCTCGA AAAAGCTCAG GCAACACACT
CAGGAAACCA TGGACGCCGT TCTTGCCAGG AGAATGCTTC CAGAGCTTGA TCAGATTCTC
GATTTCGGGT TGATGTACCA CGCCGAAGAC GAAGTATTAC TGGTCTTCCA CTACGTCCTC
TTACTCAAGC CTTTCCCTGA AGGGTTGGCT GTCAAGTGGA TCGATAGATA CCCTCCGTTG
GTTTTCACGG TCTTGAAGGT ATATCCCCCC GACGACGAAA CCCTCAAACT ACCGCCCGAA
ACCGAACAAA TGACGCGTAC TATCGTGCAG GCTATCATCC GCTCAGCTAA TGACCTCCGC
ATCGCTTCCC TCGTCGCTTT GGAAAAAATA GCAGGGTCCA TCGCGCTGTT ACCGATAGAC
GAATACATTG AGATGCTCAT GTTGGCTGCG TTGTCTGTGC GCTCGTCACA GCTTGTTCAA
GAGGTTTTGC TAGTCATGAA CGATATCCGA CTCGCTCATT GTCCACAAAC ACCGGTATTG
GAATACGGAC ACAAACATGC TCTAGGAGTA GTCTTTGACC GAGCAGAAGA GGCAGCGGAC
GAATGCCCCT GCAACGAGGA TGGGAAACCG CGGAAACAGA GAAACCCACC TTCTCAGACT
AACCTCACGT TCGTCGCGGA TGATACTTTG CATGTGATGG CGACTTTACG AGTCGATGCG
AAGACGGCTA TTAGACTGCA TTCTCATGTC CGCTTACAAG CGACGTCGAA GGCTGAGAAT
CGGTGGATTG ACGCGCCTGT TTTGGATGGG CTCGTTGTTC AGGCTATGAA GGGCGAGTTG
AAGATCAAAC TTCTTCAGCC TGCTCCCCCC GAAACGGAGC GTATGGACTG GGTTGTGTTC
AACGCAGGAA GCATAGCAAC TTCGAGAGCT ATGTTGGACG CACTGTTACG GCTCCTGGAA
CAAAAACAAG CTGCGTGCTT GTTTTACAAC TTTATCACGG GTGACGAGGA GGAAGCGCCG
GAGGGCGAAC AGGTCCCTTC CGTTGAGGTG ATACCTCCAG GTGATGATTC AGGTCTCAAT
GAGAGCCAGA GGATGGCTGT ACAATCTTGG GCTGCGCCTT TATCGTTGAT CTGGGGACCT
CCCGGCACCG GAAAGACAAC AGTGGTCGTC GACATTTTGA GAAGCATAAT CAAGACATAT
TATCCTGCAA CACCCAAAAT TTTGATGACT GCGTCTACGC ATAATGCCGT CGACAACGTT
CTAGAACGGT TCGTAAAAAT AAACGAGGAA GACCAACTTC TCCGCGAGGA ACAAATCCTG
CGCGTAGCAA CGGACCAATC GAAAGTGAAC CAAGACCTGC AGCACTTCAC CATCGACGCG
CGGATCGGGG GGGATATGAA TCAGAATAGT AGGCTGGTGA AGCAGGCACA GGAGAGGGTT
GAGAGGTCGG TTTTGGTGTT TACTACGTGC GCTGGCGCTG GTCTGGGGAT ATTGAGAAAG
GTGGATTTTG ATATTGCTAT TATCGACGAG GCGTCTCAGA TAACGGAGCC GTGCGCTTTG
ATACCTCTCG TGAAGGGGAT TAAGAGGGCG ATGATGGTTG GAGATCACGT CCAGCTTCGG
CCAACAGTCA AAAACATGGC CAAAGTCGTC CGATTCGACA TTTCCCTCCT GGAACGTCTC
TACTCCCAGC CCAACATCCC GGAGGGGATG GTCAAGACGA TGCTAGACGT CCAGTACCGC
TCTCCAAAAG AACTTAATGC GTTCCCCTCC AAGGAGTTCT ACGAAGGCCG ATTGAAGACG
AGCGACGCGA ACAGCGCAGG GTCTTTGAAC GCGCTCAAGA AGTCCTCGTT TCCTTGGCCC
ATTGGCGACG GCGGCGAAGT CATCCCAGCT GTGTTTATAC AGTGCTCTTC GGAAGAGGAT
TTGGGCGATC GGTCGAAGAG CAACGAAGGC CAGGTCGACG TTGTCCGCCA TGTGTTGAAG
CTCTTGAGTA GTACCCCCAA GAATCCGACG TCGGAGGAGG AAGATAAGTC GGAGGAGAAG
GATTTGAAAG TCACCGTTTT GTCTCCGTAC ACGAAACAAA TCCAGACACT ACGCCGGCGC
TTACCTTCAT CCATCACCTC GTCCACCATT GACTCATTCC AGGGACGGGA GAGCGATATC
ATCATTTTCT CGACTGTGCG GTGTAATGTG GATGGCGATG TTGGGTTTCT GGACGATCCG
AGAAGGTTGA ACGTTATGTG GACGCGTGCA AGGCTTGCGT TGATAATTGT TGGGGATAGG
GCGACCCTTA GTGCGAATCA GCTCTGGAAA CGCGCTTTGG AGGCTTGTAC GGAGGTTGAA
ATTGTATTGG AAGAGCCGAC TACGACGGGG TAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
-
PubMed
The genome of Laccaria bicolor provides insights into mycorrhizal symbiosis.
Nature452(7183)88-92(2008 Mar)
Martin F,Aerts A,Ahrén D,Brun A,Danchin EG,Duchaussoy F,Gibon J,Kohler A,Lindquist E,Pereda V,Salamov A,Shapiro HJ,Wuyts J,Blaudez D,Buée M,Brokstein P,Canbäck B,Cohen D,Courty PE,Coutinho PM,Delaruelle C,Detter JC,Deveau A,DiFazio S,Duplessis S,Fraissinet-Tachet L,Lucic E,Frey-Klett P,Fourrey C,Feussner I,Gay G,Grimwood J,Hoegger PJ,Jain P,Kilaru S,Labbé J,Lin YC,Legué V,Le Tacon F,Marmeisse R,Melayah D,Montanini B,Muratet M,Nehls U,Niculita-Hirzel H,Oudot-Le Secq MP,Peter M,Quesneville H,Rajashekar B,Reich M,Rouhier N,Schmutz J,Yin T,Chalot M,Henrissat B,Kües U,Lucas S,Van de Peer Y,Podila GK,Polle A,Pukkila PJ,Richardson PM,Rouzé P,Sanders IR,Stajich JE,Tunlid A,Tuskan G,Grigoriev IV
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