| Gene Symbol | FKS1 |
| Entrez Gene ID | 9679163 |
| Full Name | glycosyltransferase family 48 |
| Gene Type | protein-coding |
| Organism | [Nectria] haematococca mpVI 77-13-4 |
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FKS1 cDNA ORF clone, [Nectria] haematococca mpVI 77-13-4
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Gene
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Clones
gRNAs
The following FKS1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FKS1 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 ONb14309 Clone ID Related Accession (Same CDS sequence) XM_003040701.1 Accession Version XM_003040701.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5808bp)
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 1281628800000 Organism [Nectria] haematococca mpVI 77-13-4 Product glycosyltransferase family 48 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_003315830). COMPLETENESS: incomplete on the 5' end.
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
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761ATGTCGGGAT ACCCAGGCGG TGGTCACCAT GACCAGTATG ATGATGGCTA CGGCCGTCAG
CCTCAACAGG GAGGGAATCA GCAAGGCGGA AACACTGACT CCTACTACCA AGACGATCAG
TATTATGACC AGGGTTACGA CAACCACGGT CGCAATGAGG GCTACTATGA TGAATCTGGC
TACTACAACG CCGATCCCAA CAACCCTTAC CACCAAGACG GAGGCTACTA CGATGGCCAG
GACCAGTACC AGGACGACTA CTATGGCAAT GGCCAAGGCC AAGGTCAGGG CCAGGGCGGA
TACTACGACC AGGACTACGA CCGGGGCTAC AACGGCCAGG GTGGCCGCCA TGGCTCTGAG
GAGGATTCCG AGACCTTTAG TGACTTTACC ATGAGATCCG ACATGGCCCG CGCTGCTGAG
ATGGATTACT ATGGTCGAGG CGATGAGAAT TACAACGGTT ACGGCGACGG CCAACGTGGC
TACCGACCTC CTTCGTCGCA AGTCTCCTAT GGTGGAAACC GCTCTTCCGG TGCTTCTACC
CCCAACTATG GAATGGATTA CGGAAATGTC CTTCCTGCTG GTCAACGCTC CCGAGAGCCC
TATCCCGCCT GGACCTCCGA CGCTCAGATC CCCCTGTCCA AGGAAGAAGT GGAGGACATC
TTTCTCGACT TGACCTCCAA GTTCGGTTTC CAGAGGGACA GCATGCGCAA CATGTATGAC
CACTTCATGA TTCTGCTCGA CTCGCGAGCC TCCCGCATGA CCCCCAACCA GGCGCTTCTT
TCGCTCCACG CCGATTACAT TGGTGGTGAC AATGCCAACT ATCGCAAGTG GTACTTTGCT
GCTCATCTCG ATCTTGATGA TGCTGTTGGT TTCGCCAACG CTAAGGGGCT CAATCTGAAG
CGCAAGGGCA AGAAGAAGAA GAAGGATGCC GCTGCCAACG AGGCCGAGAC CCTGCAGGAC
CTGGAGGGCG ACGACAGCCT CGAGGCTGCT GAGTATCGCT GGAAGACTCG CATGAACCGC
ATGTCTCAGC ACGACCGTGT CCGCCAAATC GCCTTGTACC TGCTGTGCTG GGGTGAGGCC
AACCAGGTCC GATTCATGCC TGAGTGTTTG TGCTTCATTT TCAAGTGCGC CGACGATTAC
CTCAACTCGC CTGCGTGCCA GGCTCTCGTT GAACCGGTCG AGGAGTTCAC CTATCTTAAC
AACGTTATCA CTCCCCTGTA CCAGTACCTC CGAGACCAGG GTTACGAGAT TCTCGATGGT
GTTTACGTTC GTCGCGAGCG TGACCACAAG AACATTATTG GTTATGATGA CTGCAATCAG
CTCTTCTGGT ATCCCGAGGG CATTGACCGC CTCGTCCTGC AGGATAAGAG CAAGCTGATC
GATGTGCCGC CCGCCGAGCG ATACATGAAA CTGAAGGACG TTCACTGGAA GAAGTGCTTC
TTCAAGACGT ACAAGGAGTC TCGTTCTTGG TTCCATTTGA TCGTCAACTT CAACCGTATC
TGGATCATTC ATTTGACCAT GTTCTGGTTC TACACTTCCC ACAACGCCCC GACCCTCCTC
GTCAAGGACT ACGAGCAGCA GGTCAACCAG TCTCCACCGA CAAGCAAGGC CTTCTCTATT
GTTGGTTTCG GCGGTGCCAT TGCTTCTCTC ATCCAGCTTA TCGCGACCAT TGCTGAATGG
GCCTACGTTC CTCGACGCTG GGCAGGCGCT CAGCACTTGA TGAAGCGATT CTTCTTCATC
CTCCTGGTCT TCATCCTCAA CGTCGCCCCT GGTGTTCTCG TCTTTGGGTT CTCGAGCTTG
CTCAAGGAGA GTATCCTCAA GATTGTTGGT ATTGTTCACT TCATCATCGC CATCATCACG
TTCATCTTTT TCTCCATCAT GCCTCTCGGT GGACTGTTCG GCAGCTACAT GAGCACGAAG
ACTCGTCGCT ATGTAGCCAG TCAGACTTTC ACTGCTAGTT GGCCTGTGTT GAAGGGAAAT
GACATGGCCA TGTCTTACGG ACTGTGGGCT GTCGTTTTCG GTATCAAGAT GGGTGTCTCG
TACACTTATC TGATTCTGTC TTTCCGTGAT CCTGTCCGAT ATCTGGCCAT CATGAACGTC
GACAGCTGCC TGGGCGACAA CCTACTGTTG AAGGGTGAAC TTTGCAAGTG GCATCCCACC
ATTGTCTTGG CTCTGATGGC TTTCACCGAC GTCATCTTCT TCTTCCTCGA TACCTATCTG
TGGTATGTGT TGCTCAACAC GCTCATGTCG GTTGCCCGCT CTTTCTACAT CGGTTCTTCT
ATCTGGACTC CCTGGAGGAA CATCTTCTCT CGCCTGCCCA AGCGTATCTA CTCCAAGGTC
CTCGCCACAA CCGACATGGA GATCAAGTAC AAGCCCAAGG TTCTCATCTC GCAGATCTGG
AACGCTATCG TCATCTCCAT GTACCGCGAG CATCTCTTGG CCATCGACCA CGTCCAGAAG
CTGCTTTACC ACCAGGTTCC TTCGGAGCAG GAGGGCAAGC GAACTCTTCG TGCTCCCACC
TTCTTCGTCT CGCAGGAAGA TCACTCCTTC AAGACCGAGT TCTTCCCTAG CTACAGCGAA
GCTGAGCGCC GAATCTCCTT CTTCGCCCAG TCTCTGTCCA CCCCCATGCC AGAGCCCGTT
CCAGTTGACA ACATGCCCAC CTTCACTGTC ATGATTCCCC ACTACAGCGA GAAGATTCTC
CTGTCGCTCC GTGAGATTAT TCGCGAGGAT GAGCCCTACT CTCGTGTCAC CCTCCTTGAG
TACCTCAAGC AGCTTCACCC TCACGAGTGG GATTGCTTTG TCAAGGACAC CAAGATTCTT
GCCGACGAGA CCTCGCAGTA CAACGGCGAC GAGAACGACA AGGGCGAGAA GGACACAGCC
AAGAGCAAGA TTGACGACCT TCCCTTTTAC TGCATTGGTT TCAAGTCTTC GGCTCCTGAG
TACACTCTCC GCACCCGTAT CTGGGCCTCT CTCCGCTTCC AGACTCTGTA CCGTACCATC
TCTGGTTTCA TGAACTACAG CCGTGCCATC AAGCTTCTCT ACCGCGTTGA GAACCCCGAG
GTTGTTCAGA TGTTCGGAGG CAACACGGAT AAGCTTGAGC GCGAGCTCGA GCGAATGGCC
CGCCGCAAGT TCAAGATTGT CGTCTCTATG CAGCGATACT CCAAGTTCAA GAAGGAGGAA
ATGGAGAACG CCGAATTCCT TCTCCGCGCT TACCCCGACC TTCAGATTGC CTACCTGGAC
GAGGAGGCCC CCACCGCCGA AGGCGAGGAG CCCAAGCTCT ACTCCGTTTT GGTCGATGGC
CATTCTGAGA TCATGGAGAA CGGCATGCGT CGACCCAAGT TCCGTGTTCA GCTCTCTGGT
AACCCCATTC TCGGTGACGG AAAGTCCGAC AACCAGAACC ACTCCATCAT CTTCTACCGT
GGCGAGTACA TCCAGCTTAT CGACGCCAAC CAGGACAACT ATCTTGAGGA GTGTCTGAAG
ATTCGCAGCG TTCTCGCCGA GTTCGAGGAG ATGAAGACCG ACAATGTTTC CCCCTATACC
CCTGGTGTCA AGAACGAAGT CCGATCTCCC GTTGCTATCC TCGGTGCTCG CGAGTACATT
TTCTCGGAGA ACATTGGTAT TCTTGGTGAC ATTGCTGCCG GAAAGGAACA GACATTCGGT
ACTCTCTTTG CTCGAACCAT GGCTCAGATT GGTGGCAAGC TGCATTACGG ACATCCCGAT
TTCCTCAACG GTGTTTTCAT GACGACGCGT GGTGGTGTTT CCAAGGCTCA GAAGGGTCTG
CATCTTAACG AGGATATTTA CGCCGGTATG ACAGCCCTCC TCCGCGGAGG ACGTATCAAG
CAGTGCGAGT ACTTCCAGTG TGGTAAGGGT CGTGATTTGG GTTTCGGTTC CGTCCTCAAC
TTCACAACCA AGATCGGCAC GGGTATGGGT GAACAGTTCT TGTCTCGCGA GTACTATTAC
CTCGGCACTC AGCTTCCTCT GGATCGTTTC CTCTCCTTCT ACTACGCCCA TCCTGGTTTC
CATCTGAACA ATATGTTCAT TATGTTCTCG GTTCAGATGT TCATGATTAC TCTTGTCAAC
CTGGGAGCCC TCCGCCACGA GACCATTCCT TGCAACTACA ACCGAGACGT GCCCATCACC
GACCCCCTCT TCCCAACTGG TTGTGCCAAC ACTGATGCGC TCACGGACTG GATCTACCGC
TGCGTTGTCT CGATTCTTTT CGTCCTGATT CTCTCCTTCA TCCCGCTTAT CGTCCAGGAG
TGCATGGAAC GTGGTGCTTG GCGCGCTGCT CTCCGTCTCA CCAAGCAGTT CTCGTCGCTC
TCTCTCATGT TCGAAGTTTT CGTCTGTCAG ATCTACGCGA ACTCTGTGCA GCAGAACGTT
TCGTTTGGTG GTGCGCGATA CATTGGTACC GGTCGTGGTT TCGCCACAGC TCGAATTCCC
TTTGGTGTTC TCTACTCTCG ATTCGCAGGC CCTGCTATCT ACTTTGGAGC CCGACTTCTA
ATGATGCTTC TCTTTGCGAC GCTCACGGTT TGGAAGGGCG TTCTCATCTA CTTCTGGCTC
ACTCTGCTGG CCCTGACCAT CTCGCCTTTC CTGTACAACC CCCATCAGTT CGCCTGGAAC
GATTTCTTCA TCGACTACCG AGACTACCTC CGCTGGCTCT CACGTGGTAA CTCGCGAAGC
CATGCCTCGT CCTGGATCTC GTACTGCCGA CTCTCGCGAA CTCGCATCAC GGGTTACAAG
CGCAAGACTC TGGGCGACCC TTCAGCCAAG ATGTCAGCTG ACGTCCCACG AGCTCCGCTT
GCTAACATCT TCTTCAGCGA GATCTTTTCG CCTCTGATGC TGGCTGTTGT GACGATTCTT
CCCTATCTGT TCATCAACGC CCAGACTGGT GTTGTGGCCA GGATCCAACC CGATGATGTC
AAGACCAAGA TCCAGCCGAC TGACTCGCTC ATTCGCCTGC TCATCATCTC GTTCGCTCCC
ATTGGTGTTA ACGCAGGTGT CCTTGCCGCT ATGTTCGGTA TGGCCTGCTG TATGGGACCA
GTGCTTAGTA TGTGCTGCAA GAAGTTTGGC AGTGTCCTTG CTGGTATTGC GCATGCCACC
TCAGTCATCT TCCTCCTCAT CTCATTCCTG GGCATGTTCG TTCTTGAGGG CTTCAACTTT
TCGCGAACGA TGGCTGGAAT GATCGCTGCT ACCGCGATTC AGCGATTCTT TGTCAAGCTT
ATCGTGTCTT TGGCTCTGAC TCGTGAGTTC AAGTCAGACA CGTCCAACAT CGCCTTCTGG
ACCGGAAAGT GGTACTCTAT GGGATGGCAC AGCATGTCTC AGCCTGCCCG AGAATTCCTT
TGCAAGATTA CCGAGTTGTC CATGTTCTCA GCCGACTTTA TTCTCGGCCA CTGGCTCCTC
TTCTTCATGG CTCCTGTCAT CTTGATCCCC AAGGTCGACA TGCTGCACTC TATGATGCTG
TTCTGGCTTC GTCCTAGCCG TCAAATTCGA CCTCCTATCT ACTCGATGAA GCAGTCCAAG
CTTCGCCGCA GACGCGTGAT TCGCTATGCC ATCCTCTACT TCACCCTGCT GATCGTGTTC
ATCGCGCTCA TTGTCGGACC CGTGGTTGCC GGCAAGTATA TAGGAGATAC CATCTCGTCG
TCACTGGGCG GCCTCGGCTT CAACCTGGTG CAGCCTACGG ATCTCAAGCA CGACAACACC
AACAGTACGT CACAGACTGG TACTGGAATG GCAGGCTACA CTGGAGCTGG CAAGTCCAAG
ACGACTGGTG CCCAAGCCTC GGTCACGGCC AAGATCAAGC TGTTTTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_003040747.1 CDS 1..5808 Translation 
Target ORF information:
RefSeq Version XM_003040701.1 Organism [Nectria] haematococca mpVI 77-13-4 Definition Nectria haematococca mpVI 77-13-4 glycosyltransferase family 48 (FKS1), mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_003040701.1
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
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761ATGTCGGGAT ACCCAGGCGG TGGTCACCAT GACCAGTATG ATGATGGCTA CGGCCGTCAG
CCTCAACAGG GAGGGAATCA GCAAGGCGGA AACACTGACT CCTACTACCA AGACGATCAG
TATTATGACC AGGGTTACGA CAACCACGGT CGCAATGAGG GCTACTATGA TGAATCTGGC
TACTACAACG CCGATCCCAA CAACCCTTAC CACCAAGACG GAGGCTACTA CGATGGCCAG
GACCAGTACC AGGACGACTA CTATGGCAAT GGCCAAGGCC AAGGTCAGGG CCAGGGCGGA
TACTACGACC AGGACTACGA CCGGGGCTAC AACGGCCAGG GTGGCCGCCA TGGCTCTGAG
GAGGATTCCG AGACCTTTAG TGACTTTACC ATGAGATCCG ACATGGCCCG CGCTGCTGAG
ATGGATTACT ATGGTCGAGG CGATGAGAAT TACAACGGTT ACGGCGACGG CCAACGTGGC
TACCGACCTC CTTCGTCGCA AGTCTCCTAT GGTGGAAACC GCTCTTCCGG TGCTTCTACC
CCCAACTATG GAATGGATTA CGGAAATGTC CTTCCTGCTG GTCAACGCTC CCGAGAGCCC
TATCCCGCCT GGACCTCCGA CGCTCAGATC CCCCTGTCCA AGGAAGAAGT GGAGGACATC
TTTCTCGACT TGACCTCCAA GTTCGGTTTC CAGAGGGACA GCATGCGCAA CATGTATGAC
CACTTCATGA TTCTGCTCGA CTCGCGAGCC TCCCGCATGA CCCCCAACCA GGCGCTTCTT
TCGCTCCACG CCGATTACAT TGGTGGTGAC AATGCCAACT ATCGCAAGTG GTACTTTGCT
GCTCATCTCG ATCTTGATGA TGCTGTTGGT TTCGCCAACG CTAAGGGGCT CAATCTGAAG
CGCAAGGGCA AGAAGAAGAA GAAGGATGCC GCTGCCAACG AGGCCGAGAC CCTGCAGGAC
CTGGAGGGCG ACGACAGCCT CGAGGCTGCT GAGTATCGCT GGAAGACTCG CATGAACCGC
ATGTCTCAGC ACGACCGTGT CCGCCAAATC GCCTTGTACC TGCTGTGCTG GGGTGAGGCC
AACCAGGTCC GATTCATGCC TGAGTGTTTG TGCTTCATTT TCAAGTGCGC CGACGATTAC
CTCAACTCGC CTGCGTGCCA GGCTCTCGTT GAACCGGTCG AGGAGTTCAC CTATCTTAAC
AACGTTATCA CTCCCCTGTA CCAGTACCTC CGAGACCAGG GTTACGAGAT TCTCGATGGT
GTTTACGTTC GTCGCGAGCG TGACCACAAG AACATTATTG GTTATGATGA CTGCAATCAG
CTCTTCTGGT ATCCCGAGGG CATTGACCGC CTCGTCCTGC AGGATAAGAG CAAGCTGATC
GATGTGCCGC CCGCCGAGCG ATACATGAAA CTGAAGGACG TTCACTGGAA GAAGTGCTTC
TTCAAGACGT ACAAGGAGTC TCGTTCTTGG TTCCATTTGA TCGTCAACTT CAACCGTATC
TGGATCATTC ATTTGACCAT GTTCTGGTTC TACACTTCCC ACAACGCCCC GACCCTCCTC
GTCAAGGACT ACGAGCAGCA GGTCAACCAG TCTCCACCGA CAAGCAAGGC CTTCTCTATT
GTTGGTTTCG GCGGTGCCAT TGCTTCTCTC ATCCAGCTTA TCGCGACCAT TGCTGAATGG
GCCTACGTTC CTCGACGCTG GGCAGGCGCT CAGCACTTGA TGAAGCGATT CTTCTTCATC
CTCCTGGTCT TCATCCTCAA CGTCGCCCCT GGTGTTCTCG TCTTTGGGTT CTCGAGCTTG
CTCAAGGAGA GTATCCTCAA GATTGTTGGT ATTGTTCACT TCATCATCGC CATCATCACG
TTCATCTTTT TCTCCATCAT GCCTCTCGGT GGACTGTTCG GCAGCTACAT GAGCACGAAG
ACTCGTCGCT ATGTAGCCAG TCAGACTTTC ACTGCTAGTT GGCCTGTGTT GAAGGGAAAT
GACATGGCCA TGTCTTACGG ACTGTGGGCT GTCGTTTTCG GTATCAAGAT GGGTGTCTCG
TACACTTATC TGATTCTGTC TTTCCGTGAT CCTGTCCGAT ATCTGGCCAT CATGAACGTC
GACAGCTGCC TGGGCGACAA CCTACTGTTG AAGGGTGAAC TTTGCAAGTG GCATCCCACC
ATTGTCTTGG CTCTGATGGC TTTCACCGAC GTCATCTTCT TCTTCCTCGA TACCTATCTG
TGGTATGTGT TGCTCAACAC GCTCATGTCG GTTGCCCGCT CTTTCTACAT CGGTTCTTCT
ATCTGGACTC CCTGGAGGAA CATCTTCTCT CGCCTGCCCA AGCGTATCTA CTCCAAGGTC
CTCGCCACAA CCGACATGGA GATCAAGTAC AAGCCCAAGG TTCTCATCTC GCAGATCTGG
AACGCTATCG TCATCTCCAT GTACCGCGAG CATCTCTTGG CCATCGACCA CGTCCAGAAG
CTGCTTTACC ACCAGGTTCC TTCGGAGCAG GAGGGCAAGC GAACTCTTCG TGCTCCCACC
TTCTTCGTCT CGCAGGAAGA TCACTCCTTC AAGACCGAGT TCTTCCCTAG CTACAGCGAA
GCTGAGCGCC GAATCTCCTT CTTCGCCCAG TCTCTGTCCA CCCCCATGCC AGAGCCCGTT
CCAGTTGACA ACATGCCCAC CTTCACTGTC ATGATTCCCC ACTACAGCGA GAAGATTCTC
CTGTCGCTCC GTGAGATTAT TCGCGAGGAT GAGCCCTACT CTCGTGTCAC CCTCCTTGAG
TACCTCAAGC AGCTTCACCC TCACGAGTGG GATTGCTTTG TCAAGGACAC CAAGATTCTT
GCCGACGAGA CCTCGCAGTA CAACGGCGAC GAGAACGACA AGGGCGAGAA GGACACAGCC
AAGAGCAAGA TTGACGACCT TCCCTTTTAC TGCATTGGTT TCAAGTCTTC GGCTCCTGAG
TACACTCTCC GCACCCGTAT CTGGGCCTCT CTCCGCTTCC AGACTCTGTA CCGTACCATC
TCTGGTTTCA TGAACTACAG CCGTGCCATC AAGCTTCTCT ACCGCGTTGA GAACCCCGAG
GTTGTTCAGA TGTTCGGAGG CAACACGGAT AAGCTTGAGC GCGAGCTCGA GCGAATGGCC
CGCCGCAAGT TCAAGATTGT CGTCTCTATG CAGCGATACT CCAAGTTCAA GAAGGAGGAA
ATGGAGAACG CCGAATTCCT TCTCCGCGCT TACCCCGACC TTCAGATTGC CTACCTGGAC
GAGGAGGCCC CCACCGCCGA AGGCGAGGAG CCCAAGCTCT ACTCCGTTTT GGTCGATGGC
CATTCTGAGA TCATGGAGAA CGGCATGCGT CGACCCAAGT TCCGTGTTCA GCTCTCTGGT
AACCCCATTC TCGGTGACGG AAAGTCCGAC AACCAGAACC ACTCCATCAT CTTCTACCGT
GGCGAGTACA TCCAGCTTAT CGACGCCAAC CAGGACAACT ATCTTGAGGA GTGTCTGAAG
ATTCGCAGCG TTCTCGCCGA GTTCGAGGAG ATGAAGACCG ACAATGTTTC CCCCTATACC
CCTGGTGTCA AGAACGAAGT CCGATCTCCC GTTGCTATCC TCGGTGCTCG CGAGTACATT
TTCTCGGAGA ACATTGGTAT TCTTGGTGAC ATTGCTGCCG GAAAGGAACA GACATTCGGT
ACTCTCTTTG CTCGAACCAT GGCTCAGATT GGTGGCAAGC TGCATTACGG ACATCCCGAT
TTCCTCAACG GTGTTTTCAT GACGACGCGT GGTGGTGTTT CCAAGGCTCA GAAGGGTCTG
CATCTTAACG AGGATATTTA CGCCGGTATG ACAGCCCTCC TCCGCGGAGG ACGTATCAAG
CAGTGCGAGT ACTTCCAGTG TGGTAAGGGT CGTGATTTGG GTTTCGGTTC CGTCCTCAAC
TTCACAACCA AGATCGGCAC GGGTATGGGT GAACAGTTCT TGTCTCGCGA GTACTATTAC
CTCGGCACTC AGCTTCCTCT GGATCGTTTC CTCTCCTTCT ACTACGCCCA TCCTGGTTTC
CATCTGAACA ATATGTTCAT TATGTTCTCG GTTCAGATGT TCATGATTAC TCTTGTCAAC
CTGGGAGCCC TCCGCCACGA GACCATTCCT TGCAACTACA ACCGAGACGT GCCCATCACC
GACCCCCTCT TCCCAACTGG TTGTGCCAAC ACTGATGCGC TCACGGACTG GATCTACCGC
TGCGTTGTCT CGATTCTTTT CGTCCTGATT CTCTCCTTCA TCCCGCTTAT CGTCCAGGAG
TGCATGGAAC GTGGTGCTTG GCGCGCTGCT CTCCGTCTCA CCAAGCAGTT CTCGTCGCTC
TCTCTCATGT TCGAAGTTTT CGTCTGTCAG ATCTACGCGA ACTCTGTGCA GCAGAACGTT
TCGTTTGGTG GTGCGCGATA CATTGGTACC GGTCGTGGTT TCGCCACAGC TCGAATTCCC
TTTGGTGTTC TCTACTCTCG ATTCGCAGGC CCTGCTATCT ACTTTGGAGC CCGACTTCTA
ATGATGCTTC TCTTTGCGAC GCTCACGGTT TGGAAGGGCG TTCTCATCTA CTTCTGGCTC
ACTCTGCTGG CCCTGACCAT CTCGCCTTTC CTGTACAACC CCCATCAGTT CGCCTGGAAC
GATTTCTTCA TCGACTACCG AGACTACCTC CGCTGGCTCT CACGTGGTAA CTCGCGAAGC
CATGCCTCGT CCTGGATCTC GTACTGCCGA CTCTCGCGAA CTCGCATCAC GGGTTACAAG
CGCAAGACTC TGGGCGACCC TTCAGCCAAG ATGTCAGCTG ACGTCCCACG AGCTCCGCTT
GCTAACATCT TCTTCAGCGA GATCTTTTCG CCTCTGATGC TGGCTGTTGT GACGATTCTT
CCCTATCTGT TCATCAACGC CCAGACTGGT GTTGTGGCCA GGATCCAACC CGATGATGTC
AAGACCAAGA TCCAGCCGAC TGACTCGCTC ATTCGCCTGC TCATCATCTC GTTCGCTCCC
ATTGGTGTTA ACGCAGGTGT CCTTGCCGCT ATGTTCGGTA TGGCCTGCTG TATGGGACCA
GTGCTTAGTA TGTGCTGCAA GAAGTTTGGC AGTGTCCTTG CTGGTATTGC GCATGCCACC
TCAGTCATCT TCCTCCTCAT CTCATTCCTG GGCATGTTCG TTCTTGAGGG CTTCAACTTT
TCGCGAACGA TGGCTGGAAT GATCGCTGCT ACCGCGATTC AGCGATTCTT TGTCAAGCTT
ATCGTGTCTT TGGCTCTGAC TCGTGAGTTC AAGTCAGACA CGTCCAACAT CGCCTTCTGG
ACCGGAAAGT GGTACTCTAT GGGATGGCAC AGCATGTCTC AGCCTGCCCG AGAATTCCTT
TGCAAGATTA CCGAGTTGTC CATGTTCTCA GCCGACTTTA TTCTCGGCCA CTGGCTCCTC
TTCTTCATGG CTCCTGTCAT CTTGATCCCC AAGGTCGACA TGCTGCACTC TATGATGCTG
TTCTGGCTTC GTCCTAGCCG TCAAATTCGA CCTCCTATCT ACTCGATGAA GCAGTCCAAG
CTTCGCCGCA GACGCGTGAT TCGCTATGCC ATCCTCTACT TCACCCTGCT GATCGTGTTC
ATCGCGCTCA TTGTCGGACC CGTGGTTGCC GGCAAGTATA TAGGAGATAC CATCTCGTCG
TCACTGGGCG GCCTCGGCTT CAACCTGGTG CAGCCTACGG ATCTCAAGCA CGACAACACC
AACAGTACGT CACAGACTGG TACTGGAATG GCAGGCTACA CTGGAGCTGG CAAGTCCAAG
ACGACTGGTG CCCAAGCCTC GGTCACGGCC AAGATCAAGC TGTTTTAAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
-
PubMed
The genome of Nectria haematococca: contribution of supernumerary chromosomes to gene expansion.
PLoS genetics5(8)e1000618(2009 Aug)
Coleman JJ,Rounsley SD,Rodriguez-Carres M,Kuo A,Wasmann CC,Grimwood J,Schmutz J,Taga M,White GJ,Zhou S,Schwartz DC,Freitag M,Ma LJ,Danchin EG,Henrissat B,Coutinho PM,Nelson DR,Straney D,Napoli CA,Barker BM,Gribskov M,Rep M,Kroken S,Molnár I,Rensing C,Kennell JC,Zamora J,Farman ML,Selker EU,Salamov A,Shapiro H,Pangilinan J,Lindquist E,Lamers C,Grigoriev IV,Geiser DM,Covert SF,Temporini E,Vanetten HD
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