| Gene Symbol | GTB16201 |
| Entrez Gene ID | 6070748 |
| Full Name | transcription elongation factor SPT6 |
| Gene Type | protein-coding |
| Organism | Laccaria bicolor S238N-H82 |
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GTB16201 cDNA ORF clone, Laccaria bicolor S238N-H82
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Gene
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Clones
gRNAs
The following GTB16201 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the GTB16201 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 OLa01812 Clone ID Related Accession (Same CDS sequence) XM_001874848.1 Accession Version XM_001874848.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 4221bp)
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 transcription elongation factor SPT6 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_001889873). 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
4201ATGCAAGGCT CTGAGAACGA AGAAGAAGAG GATGTTGTGA TGCCCGGCGT GTCCGACGAT
AGCTCGGAAG AGGGTGAGGA TGACGAGGAA GAGGCGAAAA AAGTAAGGGA GGGATTTATT
GTCAGCGAAG ACGAGGACGA AGAGGAAGAA GCCGAAATGG AGCGTCGAAA GCGACGTAAA
CGGCGAAAGA AACATCACCG TCAACGTGAC GAAGACGAAG AAGTCCTGGA AGATGACGAC
CTTGAGCTCC TTGAAGAGAA TACAGGCGCC TCCTTCAAGA ATAACCGCCG TCTAACTCGC
CTCCGTCGTG CTGTGGTTGA GTCTTCGGAC GACGACTTAG ATCATGACGA AAATTTGCCT
CGGGTTCCAG ACATTCAAAG AATATGGGAT GACGAGCGTC GAGGCGATGA GGAGGAGGAG
GACGCTGATA TGGACATGGA CGATTTCATT GAATATAGTG ATGAAGAGGA GGCCGGTGGG
GGGATGAACG AAAACGCACG TGAAGAGAGG AGGCGAGAGA AAAGGCAAGA GCTAGAGAGG
CGTAAGAGGG CTCTAGGGGC TCGTCCAGAA CTCGCTGGCA TCGATGCAAA TGCTTGGGAT
GAAATACATG ACGTGTTCGG AGATGGTCAT GAATATGACT GGGCATTAGG GGGCGATGAT
GAAATTGAAT ACGACGAAGA ACAGCTGAAA CCAGAAATGA AGTATCAAGA TGTCTTTGAA
CCGTCCGAGA TTCGCAAGAG AATGCTCACT GATGATGATG ACCTCATCCG TGCCCAAGAT
ATCCCAGAAC GTATGCAGTT GGCAACCTCT TCCCTATCTC AATCATCTAC CCTGTCTCTC
CATGTGCAGC TCACAGAAGC TGATCTTGGT GGAGCTGCGA TGTGGGTCAC ACAACGCTTG
TCTCTCCGAA AGCAACAGGA CTTCTTCAGC CCTGATGGTC AACACAAAAA TCTCAAGGGT
GCTCTCGTTA TGGCTGTCAC TTTTGCACTA CGTTACCTAT TTGTTGAAGA ATACGAGGTT
CCGTACATCT GGGTCCACAA GCGAGACTAT ATCTGCCATT TCGATGCAAG TGAAATGCGG
ACTCGCTTCG AACTTCTCAG CTTGAACGAA CTCTGGCGCA TCCATTCTCT TGGCCAGAAA
TACAGATCTC TTGTAGAGCG CCGTAGAGCT CTGTCGGCTT CGTATGAACG GCTTCAAGTG
AAGGACGACT ACTATGAGGA GGAGATACAA CCCCAGATCG ACGGCGTCGA GGTTGTTACC
GACGCAACTG AGTGGTTGGC AATGAAATAT AAGGACAAGA AACTGAGTTC TGCCGTTGAA
TTCCGGTTTC ATGATGACGA TGAGCCGGAT ACCACCAAGA AACGCAAAAT GCCTAGTCGA
ATTTCCGCCT ACGAAGTTGT CAAGAGGAGC ATCGTGTCCA AATTGGCTCA GGGCTTCGGA
ATCGAACCTC ATCATGTTGT CCTGAATTTT ATGGCTTCTC ATCACGTTCA CTTCGTTGAA
GACCAAGAGC TCAATCCTAT CGTCTTCGCG GAGCAATTCG CTGATCCAGA TCCTTCAAAG
GCTCAAGCAC CCGAAGATAT TCTTGTCCGC GCGCGGATGA TCCTCTCCAC AGAAATTGGT
AAAGATCCCC TGCTCAGGAG CCAAATTCGC AAAATTTTCA AGGAAGAGGC ACAGATCTCC
GTGGAACCCA CAGAACGCGG TATCACTAAG ATCGACGATA ATCACCCATA CTACAACTTC
AAGTACCTCC ACCGCAAAAG CATAAAAGAT ATGCAGGATT CAGCACAATT TTTACTCATA
TTAGCTGCCG AAGCGGAGCA CCTTGTCAAT GTTTCCATAT CTATCCCAAA CGCTGCGATA
TCGTCTTTTG AGCGACGACT CAATGAGGCC TTTGCTTCTG ATAATTTCAG TGATTCAGCA
AAATCTTGGA ACGTTGAACG CTCTCGCGTT GTGCAAGAGG TGATGGAACT CCATCTCATT
CCAGCTGGAA TCAAATGGAC TCGTGAGTAT CTCAGAGAAG AGGTCGAGGA TTATCTTGCT
GCGCAGTGCA GCAATCGTCT CCGAGCTCGT GTTGATGTTG CTCCGTATCT TGTCCGGGAG
CTGAAGGACG GAGAAATAGC CTGTTCCGTC TTAGCTATAT CGTGGGGGAA GGGTGATCCT
CATAAAGACG CCATAACTCT CGTTTTCATG GACGAAGCGG GCCGCATGAG GGAATATACA
AAGATCGACA ACCTTCATGA CACGGAAATG ATCGACGAGT TTCTCGACTT TGTCAAACGA
CGGAAACCTG ATCTGGTTGT TATGGGGGGT TTCAGTATGT CAACAATGAA GCTAACCCGC
CTTGTCAAGA CGACTCTTCA CGGAACCGGG CCAAGTCAAG GAGAAACTGG CTGGGGCAAT
CCATCGGCCA ACGAACAGGT TTTTGACATT CCAGTCATAT ATGTCTTCGA TGATGTCGCG
CGAATTTATC AGCACAGCAG ACGCGCTGCT GATGAATTCG GTGCATTATC GCCTACAGCG
AAATATTGCG TCGGATTGGC GCGTTACACT CAAAGTCCTT TGAATGAATT TGCAGCATTG
GGGTCAGATA TCACTGCAAT TACGTTATCA GAGGACGATC AGCATTTGGT GCCCAAGGAA
AAACTGCTTT CCGCCTTCGA ACGCGTCCTT GTTGATGTGA CAAATAAGAC TGGAGTTGAT
ATCAATCGCG CTGTCGCTGA TGCGTATTAT CAGAATCTTC TTCCCTTCGT ATGTGGCCTC
GGACCAAGAA AAGCTCAAGT CTTGATAAAA AAGATAGGAT CACTGGGCGG GAATCTCGTC
AACCGCGATC AATTTATTGA AGGGGGTCTT TTAACCACAA AGATCTTCCT TAACGCTGCG
GGCTTTTTGC GCATTGCTCA AGAGCATGAT CCCAAACCAA CCAAGCATCG ACATGATGGA
GAAACTGCGC CAGATCCCTT GGACGACACG CGAATTCACC CAGAGGACTA CGAATTGGCC
CGTAAAATGG CCACTGACGC CCTTGAGCTC GACGAGGAAG ATATTCACGA CGAGCATCCC
TCGCACGTAG TGAACCTCAT TATGACAGAC CCGGACAACG AGCGAAAGCT CTCGGAACTT
AATCTAGATG AGTTTGCGAT CAGTTTGTAT GAGGCAAACC ACGACCAGAA ACGCCACACT
CTGAACGTGA TTCGTGACGA ACTCCTGCGG CCGTTCGCGG AGCAACGAAA CAAATTTGTT
CTTCCATCTG ACTGGGAGAT CTTGACAATG CTCAGTGGCG AGACTCCTCG AACATTGGAA
GTTGGTCTGA TCGTGACGAC TCAAGTCCAG CGCCTGACGA AGAGTTTCAT CAATGTTCGC
TTGGACTCTG GAATTGAAGG TGTCATCGCC ACCCAGTATC TTTCTGATTC TGGTGACCTC
CCAGACAATC TAGTAAAGAA GGGCCAGACC ATACCTGGAG TGATCGTTGA ACGTAAATTC
GACATGGAGC AAGACTCGTT TTTCGTTGAA TTGTCATCGA GGCAGGAAGA GCTTTCAAAG
GGAGACGAGC AATATCGACG CGTGAAGATT GATCCCATGT GGGACGGCGT TCGTTGCGAG
AAGGATAAAG ATATGCTGGC GCGGAAGAAG AGAGCCGAAA CGGACCGTAC TCGACGGGTC
GTTAAGCATC CGAATTTCCA TAACTTCAAC ACTGCTCAGG CAGAAGCATA CCTAGAAAAG
CAGCAGCGCG GGGATGTGGT TATTCGACCG TCTTCAAAAG GAATTGATCA TCTCGCCGTT
ACCTGGAAAG TAGATGATAA ACTATATCAG CATATTGATG CTACTGAACT CAACGCTGAC
CCAACTGGTC AGACTGTTGC CGGTCAACTT GTTGTAGACA GCAATCACAC CTATGCTGAT
CTGGATGAAT TGATCGTCAA CCACATACAA GCGATGGCTC GTCGAGTAGA AGAACTCATG
GCTCATGAGA AATTCAAGCA TGGGTCGGAA GATGAACTTC ATCTGTTCTT GAAGAACTTC
TTGGCAGCTA ACCCAGCCAA GAGCATGTAC GGCTTCACGC TCAATCGAAA GCGGCCAGGA
CATTTCAACC TTTGCTTTTT GGCCAATAAA TCATCACCTG TTCAAACTTG GCCTGTCCGT
GTTGCACCTG AAGCATATTA CCTGTTTGAC GCGGCAGCTG TTGGGGTGCC AGAGCTTTGC
GACGCTTTCA AAGTTCGGTG AThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_001874883.1 CDS 1..4221 Translation 
Target ORF information:
RefSeq Version XM_001874848.1 Organism Laccaria bicolor S238N-H82 Definition Laccaria bicolor S238N-H82 transcription elongation factor SPT6 (GTB16201) partial mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_001874848.1
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
4201ATGCAAGGCT CTGAGAACGA AGAAGAAGAG GATGTTGTGA TGCCCGGCGT GTCCGACGAT
AGCTCGGAAG AGGGTGAGGA TGACGAGGAA GAGGCGAAAA AAGTAAGGGA GGGATTTATT
GTCAGCGAAG ACGAGGACGA AGAGGAAGAA GCCGAAATGG AGCGTCGAAA GCGACGTAAA
CGGCGAAAGA AACATCACCG TCAACGTGAC GAAGACGAAG AAGTCCTGGA AGATGACGAC
CTTGAGCTCC TTGAAGAGAA TACAGGCGCC TCCTTCAAGA ATAACCGCCG TCTAACTCGC
CTCCGTCGTG CTGTGGTTGA GTCTTCGGAC GACGACTTAG ATCATGACGA AAATTTGCCT
CGGGTTCCAG ACATTCAAAG AATATGGGAT GACGAGCGTC GAGGCGATGA GGAGGAGGAG
GACGCTGATA TGGACATGGA CGATTTCATT GAATATAGTG ATGAAGAGGA GGCCGGTGGG
GGGATGAACG AAAACGCACG TGAAGAGAGG AGGCGAGAGA AAAGGCAAGA GCTAGAGAGG
CGTAAGAGGG CTCTAGGGGC TCGTCCAGAA CTCGCTGGCA TCGATGCAAA TGCTTGGGAT
GAAATACATG ACGTGTTCGG AGATGGTCAT GAATATGACT GGGCATTAGG GGGCGATGAT
GAAATTGAAT ACGACGAAGA ACAGCTGAAA CCAGAAATGA AGTATCAAGA TGTCTTTGAA
CCGTCCGAGA TTCGCAAGAG AATGCTCACT GATGATGATG ACCTCATCCG TGCCCAAGAT
ATCCCAGAAC GTATGCAGTT GGCAACCTCT TCCCTATCTC AATCATCTAC CCTGTCTCTC
CATGTGCAGC TCACAGAAGC TGATCTTGGT GGAGCTGCGA TGTGGGTCAC ACAACGCTTG
TCTCTCCGAA AGCAACAGGA CTTCTTCAGC CCTGATGGTC AACACAAAAA TCTCAAGGGT
GCTCTCGTTA TGGCTGTCAC TTTTGCACTA CGTTACCTAT TTGTTGAAGA ATACGAGGTT
CCGTACATCT GGGTCCACAA GCGAGACTAT ATCTGCCATT TCGATGCAAG TGAAATGCGG
ACTCGCTTCG AACTTCTCAG CTTGAACGAA CTCTGGCGCA TCCATTCTCT TGGCCAGAAA
TACAGATCTC TTGTAGAGCG CCGTAGAGCT CTGTCGGCTT CGTATGAACG GCTTCAAGTG
AAGGACGACT ACTATGAGGA GGAGATACAA CCCCAGATCG ACGGCGTCGA GGTTGTTACC
GACGCAACTG AGTGGTTGGC AATGAAATAT AAGGACAAGA AACTGAGTTC TGCCGTTGAA
TTCCGGTTTC ATGATGACGA TGAGCCGGAT ACCACCAAGA AACGCAAAAT GCCTAGTCGA
ATTTCCGCCT ACGAAGTTGT CAAGAGGAGC ATCGTGTCCA AATTGGCTCA GGGCTTCGGA
ATCGAACCTC ATCATGTTGT CCTGAATTTT ATGGCTTCTC ATCACGTTCA CTTCGTTGAA
GACCAAGAGC TCAATCCTAT CGTCTTCGCG GAGCAATTCG CTGATCCAGA TCCTTCAAAG
GCTCAAGCAC CCGAAGATAT TCTTGTCCGC GCGCGGATGA TCCTCTCCAC AGAAATTGGT
AAAGATCCCC TGCTCAGGAG CCAAATTCGC AAAATTTTCA AGGAAGAGGC ACAGATCTCC
GTGGAACCCA CAGAACGCGG TATCACTAAG ATCGACGATA ATCACCCATA CTACAACTTC
AAGTACCTCC ACCGCAAAAG CATAAAAGAT ATGCAGGATT CAGCACAATT TTTACTCATA
TTAGCTGCCG AAGCGGAGCA CCTTGTCAAT GTTTCCATAT CTATCCCAAA CGCTGCGATA
TCGTCTTTTG AGCGACGACT CAATGAGGCC TTTGCTTCTG ATAATTTCAG TGATTCAGCA
AAATCTTGGA ACGTTGAACG CTCTCGCGTT GTGCAAGAGG TGATGGAACT CCATCTCATT
CCAGCTGGAA TCAAATGGAC TCGTGAGTAT CTCAGAGAAG AGGTCGAGGA TTATCTTGCT
GCGCAGTGCA GCAATCGTCT CCGAGCTCGT GTTGATGTTG CTCCGTATCT TGTCCGGGAG
CTGAAGGACG GAGAAATAGC CTGTTCCGTC TTAGCTATAT CGTGGGGGAA GGGTGATCCT
CATAAAGACG CCATAACTCT CGTTTTCATG GACGAAGCGG GCCGCATGAG GGAATATACA
AAGATCGACA ACCTTCATGA CACGGAAATG ATCGACGAGT TTCTCGACTT TGTCAAACGA
CGGAAACCTG ATCTGGTTGT TATGGGGGGT TTCAGTATGT CAACAATGAA GCTAACCCGC
CTTGTCAAGA CGACTCTTCA CGGAACCGGG CCAAGTCAAG GAGAAACTGG CTGGGGCAAT
CCATCGGCCA ACGAACAGGT TTTTGACATT CCAGTCATAT ATGTCTTCGA TGATGTCGCG
CGAATTTATC AGCACAGCAG ACGCGCTGCT GATGAATTCG GTGCATTATC GCCTACAGCG
AAATATTGCG TCGGATTGGC GCGTTACACT CAAAGTCCTT TGAATGAATT TGCAGCATTG
GGGTCAGATA TCACTGCAAT TACGTTATCA GAGGACGATC AGCATTTGGT GCCCAAGGAA
AAACTGCTTT CCGCCTTCGA ACGCGTCCTT GTTGATGTGA CAAATAAGAC TGGAGTTGAT
ATCAATCGCG CTGTCGCTGA TGCGTATTAT CAGAATCTTC TTCCCTTCGT ATGTGGCCTC
GGACCAAGAA AAGCTCAAGT CTTGATAAAA AAGATAGGAT CACTGGGCGG GAATCTCGTC
AACCGCGATC AATTTATTGA AGGGGGTCTT TTAACCACAA AGATCTTCCT TAACGCTGCG
GGCTTTTTGC GCATTGCTCA AGAGCATGAT CCCAAACCAA CCAAGCATCG ACATGATGGA
GAAACTGCGC CAGATCCCTT GGACGACACG CGAATTCACC CAGAGGACTA CGAATTGGCC
CGTAAAATGG CCACTGACGC CCTTGAGCTC GACGAGGAAG ATATTCACGA CGAGCATCCC
TCGCACGTAG TGAACCTCAT TATGACAGAC CCGGACAACG AGCGAAAGCT CTCGGAACTT
AATCTAGATG AGTTTGCGAT CAGTTTGTAT GAGGCAAACC ACGACCAGAA ACGCCACACT
CTGAACGTGA TTCGTGACGA ACTCCTGCGG CCGTTCGCGG AGCAACGAAA CAAATTTGTT
CTTCCATCTG ACTGGGAGAT CTTGACAATG CTCAGTGGCG AGACTCCTCG AACATTGGAA
GTTGGTCTGA TCGTGACGAC TCAAGTCCAG CGCCTGACGA AGAGTTTCAT CAATGTTCGC
TTGGACTCTG GAATTGAAGG TGTCATCGCC ACCCAGTATC TTTCTGATTC TGGTGACCTC
CCAGACAATC TAGTAAAGAA GGGCCAGACC ATACCTGGAG TGATCGTTGA ACGTAAATTC
GACATGGAGC AAGACTCGTT TTTCGTTGAA TTGTCATCGA GGCAGGAAGA GCTTTCAAAG
GGAGACGAGC AATATCGACG CGTGAAGATT GATCCCATGT GGGACGGCGT TCGTTGCGAG
AAGGATAAAG ATATGCTGGC GCGGAAGAAG AGAGCCGAAA CGGACCGTAC TCGACGGGTC
GTTAAGCATC CGAATTTCCA TAACTTCAAC ACTGCTCAGG CAGAAGCATA CCTAGAAAAG
CAGCAGCGCG GGGATGTGGT TATTCGACCG TCTTCAAAAG GAATTGATCA TCTCGCCGTT
ACCTGGAAAG TAGATGATAA ACTATATCAG CATATTGATG CTACTGAACT CAACGCTGAC
CCAACTGGTC AGACTGTTGC CGGTCAACTT GTTGTAGACA GCAATCACAC CTATGCTGAT
CTGGATGAAT TGATCGTCAA CCACATACAA GCGATGGCTC GTCGAGTAGA AGAACTCATG
GCTCATGAGA AATTCAAGCA TGGGTCGGAA GATGAACTTC ATCTGTTCTT GAAGAACTTC
TTGGCAGCTA ACCCAGCCAA GAGCATGTAC GGCTTCACGC TCAATCGAAA GCGGCCAGGA
CATTTCAACC TTTGCTTTTT GGCCAATAAA TCATCACCTG TTCAAACTTG GCCTGTCCGT
GTTGCACCTG AAGCATATTA CCTGTTTGAC GCGGCAGCTG TTGGGGTGCC AGAGCTTTGC
GACGCTTTCA AAGTTCGGTG AThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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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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