| Gene Symbol | Pc20g09090 |
| Entrez Gene ID | 8314444 |
| Full Name | Pc20g09090 |
| Gene Type | protein-coding |
| Organism | Penicillium rubens Wisconsin 54-1255 |
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Pc20g09090 cDNA ORF clone, Penicillium rubens Wisconsin 54-1255
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Gene
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Clones
gRNAs
The following Pc20g09090 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Pc20g09090 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 OPg09673 Clone ID Related Accession (Same CDS sequence) XM_002563359.1 Accession Version XM_002563359.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5895bp)
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 1250092800000 Organism Penicillium rubens Wisconsin 54-1255 Product hypothetical protein 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_003020080). 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
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881ATGGACGGTC TATCAGGTGG AATTAGACGT TTCGCTTTCC AAAAGCTCGC TGCGTTAGCA
GTCGAGGCAC CTGCCAATGG ATCGGAGCTC GCTCGCCTCG CGGAACAGTC TCAGTCGACT
TTCGAGCCCG ATGGTACTCT GGATGGAGTC TTGAGACAGC AGGCTCCAAC ATCCCAGGTT
CCAATGGGAA TCCGCGAACT AGATGTCCTC CTGGCCCTAT GCAAGGCGGC CTCCTCGGTG
AACGACCCGG AAAATGCTGC TCAATTGGTA TTACAACTCT CTCGATACCT ACCAGAATCC
CACAGCCAGC TATTTCGGTC CTCGCCCTTC CTCCATGGTG TAAAGCCGTC GCCTTGGGAG
ACTCTCACGA ACAACCTAGC TCTCGCGCTT TTGTCTTTGG GAACTAAGTA TCCAAACCTG
CGACAGACGG CCCTTGACGC TGTGCATGGA TATTTGAACA ACTGCGCCGA GGCTATTAAT
GCAGTCACAC CTTTCCAATA CTCTAGGTCT GAGGCGGGGC GACAGGGCGT TATACATGAA
TCTGTTGCCG TTTTGTCAAT CGCCGTTTCC CTTGTTGGAT TTATGGAAGC CTCCGCAGAA
TACACTGCTA TCTGGCATGC AAGCGAAAAG TTACGCATCG TCGATCTGTT GCGTGCAATG
CTGTCCGAGC CTTTCCTAAT TGCAGTAGAG ACGGCTTCGT CCACTCTCCG CAATGCAAAC
GTCGCGGAGC ATGCTTTTAA AGACTGGAGA AAATACACCC GTCGCTATGC TGCTCACGGT
CGCCCACTAG GTGCTATGCT TGTGCAAGAA GGCTATATGC GCTTTGTGAA ATCATGCGCA
GCCTCTCTGA TTGGGTTCCA ACACCTAACC GATGAGCAGC TCCTGGATGA CTACATGACT
GGCGTAGGTA TTGCCAAGAG CTATGACGAG GCGGATATCT CTCTGGTCGA GCGCGTCACG
GATATCATTA GTGAGGAAAT TCATTTGCTA GAGGATGGCT CCGACTACCT GCAAGTCGGC
TCTCCTTGGC AGCAACACCT TGCCTTCTCT GTTAAGGGAC ATGCGCTGGT AGGCTTCCTC
CACTGCGTGA TTCTTGGCGA AGATGCAACC AACAACGAAG TACTGCTATC CTGGCTCGAG
GACACATTGC TTGACTCCCA GCAAATGTCG AACGTGGAAT TGTCCGTGAC GGTTTTGAAG
TGTACCGCAA TCCTGGCAAG AATGTCTCCA AATGGTGCGT CTATTGGAAG ACGCTGCCTT
TTGCGATTCC TGGCCCAGGG AGGCGTGTCA GCTCGTTCCA CCGTTGCCGT CGCTTCTCGG
TGCCTCGCCC AGGTCCTGAC TATTCTGTCC GAGGACGCTG TTATTACCAC CCTTTACTCG
CTTGGCAATG CGCTAAGTCC GAGCACGAAT GTGGATCTAT CTAGCCAAGA CCAGCTCATT
GGGGATCATA CCGGGCCAGG GATGAACCTC GAGGCATACC CAAGAAATGC AAGCCAGACA
TCGCTCTCGG CAACTGGCGA AGATGACACA ACCACCTACA GGAATCTCAT TCATGCCATC
GTAACAGTTG CGACTAATTG CAATGACGAC AAAATCAGTG CTTTGGCCCA GTCTATGCTT
CTGCAAAAGA TTGGCAAGAT CAATGTCGCA GTTGATGCCC TTATCATCCA GGAAACTGCC
GTTCTTGCCT TGAGCGGTGG ACAAGCCGAG TTCCAGCTTC TGTTGAAGTT CTACGCACGT
ATCTACCTTG ATGGCGTTAA TAAGGGACTG AACACCATCT CTGATGCTGT TCAATGTGCC
ATGGCTTACC TCTCGATTAC TTTGGATCGA AAGTCACCGC TCCACAGGCT TTATTTGGTC
CATTTGTTGG AAAGCATTAT AAACAAGGGT GATGTGCCAG ACTTCGAGTA TGAGCGGCAC
AAGGAAATCA TTTTTGCCGC TGATGATATC ACTCCCCTCT TGAAACCGCT AGCTCTACTC
GTGTCTTCCA ATGGCAGTTC TACCGGAGCT TCCCAGTCAG CCTTTGAGTA TGATGAAGCC
ATACTGACTC TGTTCCGAGA TGCTTGGTTC AACATCGCCA TCCATGGAAT ATCCATCAGC
TCTAGTGTTG CCCAACAGTA TCACAAGGAA CTTCGCCTTC TCGCGCATCA CTCTCCTCCT
TTAGTTGCTG AGAACCACAT GGACTCTCTG GAGAGCGATG TGGAATTGAA CACGGTGCTC
AGGCGCGGGA TGGGACTGCA GCGAGCCATG GAGCAGAAGA GGGCTTTGAT CTCTGAACTC
CCTGGCCGAG AATCTGATAT CAAGAGACTG GACTATTCTA GAGCAGTGTT TCTTAACGCT
GTAGTCTTGG TCGAAAGCCT CCGCGCCTCC TCGGGGGACT CTACCAAGAC GCTCAGTTAT
TTCCTTGACC CAGCCTTGGC CACTCCGGAG ATTCTCGCGT GCATGAATGC TGTTGCAGAC
AAAGCGGTCA CTTGTTATCT GTCTCTCACA CTGTCCGGGG AGCACGATGA CTTTTCGACC
CCTTACCTGT CGAAACAGCT TGCGGGATTC CTGGTGGCTT GCTGTCATCG TATTGAGAGG
GTCCAAAGTA TCGCAACGCA GTGTGCCGAC AAGATCATTC GTGAATGCCC TTCTGCCTTG
TGCGAAAAGC ATTCGCTCTT TGCTTTGCTT GAGATTCTGA CTGTCATGTG GTCTTCCTGT
CTTCAAGGAG AACTCGATGA GTTTGAGTGG AAACCGTCCT TGGTGTCTCC CATGGGCATT
GTCAAGGTCG AATTGCCCGA CAACTACGCC TTGAGAAGGG CGACTCTGAA TAGGTTCCAT
GAACGAGCCA GGACCTGGGT GACGACCGTC CTGAACATTG CCCCATTAGA TATCAAAGGA
TTACTGCAGA CCTATCTTTC CGAGTATGAC GATGACGGTG GCTATGGGCA CATATCGATG
GGACGTTCAT TCGCTCTCGA AATGGGCTCC CTTATCCCAC AAAGTGACCC ACGGCTTGGA
TCAATCGATG GCTACGGAGG CAGCGACTTC AATGTTGCAT CTGATTTCAT GGCACTATAC
ACAACGCGCC AGAAGTACCG ACGTCCGGAC ATGTCTACTC TCGGCGGCCT AGGGGGGAAT
ATTTATAACG TCTATGTTGA ACAGCCTCGC GTGAATCTGT TGCCTGAGTC CGCCGATTCT
TTGGAAGAGA CCCTCTCTCG TCTATATGGG CGAAGCATTG CTGGCGAGGA TATCCCCCTT
ATAGAAGTTA GAGATGTTCT TCGACAGGCT GCGGGACTCA TTTGCAGCAG CAGCAAACCA
CGACTCTCCG TGGTTCACTA CTTGGTTGCT TTGCCTTTCC AGATTTTCAC CAAGGAGACA
GTCAAGCTTG GTGTATCTCT CTGGCTTGGT GTCATCCACG AGAACCCAAG CACCGAGCCA
CGAATCCTAT GCGAGGTGAT TGAGGCTTGG GAGAGAAGCA TGAAGCGCCG TAAAGGATTG
TTCGATCCTT CCTTTGAATA CCTTGACCCA CTGCATACTA AGATTGAACT TTTGCCGACT
GACAAGGATC TTATGCTTCG CATGCAGCAA AAAGCCCAAG ACACTCTCTC GCCACACCTG
CGAGTTCTAC ATTTCTTTGA GAGTCACTTC AATGCCATCC GCCTAGGAAA TCTGCAGGAT
CAACAGCTGT TCTATCGCTT GATTGGCAGT ACGACTGTTG GACTTTCAAA GACCGAGGGC
CATCCTTTGG CAAGAGAAAT TCATTTCCGA ATTGTGCTCC TTGGTCTCAA GGTATTGAGG
CATCTCAGCC CCCGAAACAG TAGCGCATGT TGGAAACTCA AAGATCAGAT TCTGTCCGCT
GCGTTGAGTT GGTTTAAGCA CCCTCCAAGG TGGTCATTCG GAGGCAATCG GCTGCAGATT
AAGGCAGAGG ACAGAATTCT TAGCGAGGTG ACCACGGCTT TACGAGCCGT TGCCGGTATC
GCCGCCAATG CCCAAGGGTC ATGCAAGTCT TTGCAGGCCA AACAAAACCT GCTCCAAGTC
CTCGTGGAGA ATGAACGATC CCGCCTTCGA GTTTGGCTCT TCCCCCTTGA CCCGGAGCGA
AAGCACCACA TCCCTTCGCT GGGTGGCAGA AATCCCGATG ACGGCCCCGT ATCTTTACTT
CGGCTTGCCT GGGCGGAAAA TGCAGGGTTG GCTATTCAGA TGGCTGCCCG GTTCCCGTCA
CCCAAAATGC AGGCTGATGT CAGATCATTG ATACTCAGTT TCCCCGAGAA GGTCATTGAA
GAGCCAAGCG CTCTGGAGAT AATGTTTGAC AACTGTCTGC CCATTGATGT CGGTTCCCAG
TTGAAGTACA TGCTGTACTG GGCTCCCGTT ACTCCTACGG AGGCTATCAC CTACTTCATG
CCCGCTTACG GCAACCATCC GTACATCCTG CAGTATGCCA TGCGAGCGCT GGAGAGCTAT
TCGATGGATG TTCGGTTCTA CTTTGTGCCA CAACTCATTC AAGCCCTTCG CTTCGATGCT
CTGGGTTATG TAGACCGCTA CATCCTCGAA ACAGCCAGGT TGGATCAGCT GTTTGCCCAT
CAAGTTATTT GGAACATGAA GGCCAACTCC TTCAAGGACG AAGATTCTCA GATCCCGGAC
CCTATCAAAG ATACACTCGA CCGCTTCCTA GATAACTTGA TCAACAGCTT CTCAGACGAG
GAGCGTGCGT TCTATGAGAG GGAGTTTTCG TTTTTCAATG AAGTTACGGG CGTCTCTGGC
AAACTTCGCC CGTATATCAA GAGGAGTAAG CCCGAGAAGA AAGAGAAGAT TGAGGAAGAG
TTGCGTAAGA TCAAGGTGGA AGTTGGGGTG TACCTTCCTA GCAACCCTGA CGGTGTAGTC
GTTGGCATCG ACCGCAAGTC TGGTAAGCCA TTGCAGAGTC ATGCGAAAGC GCCATATATG
GCGACCTTCC GCATCCAGAA GACAAGACCA CGAATGCTTG AAAAGACCGA GGCCAACGCT
GGTGACCACC ACCACCACCA ACGGCAATTG ACGCATCATT CCGAGCCTGA GCAGGAGACA
TATGAAGTAT GGCAGTCAGC TATCTTCAAG GTCGGTGACG ACTGTCGCCA GGACATGCTT
GCCCTGCAAA TGATTGCGGC CTTCAGGAGC ATCTTCACCA GTGTTGGCCT AGACGTTTGG
GTGTACCCTT ACCGGGTGAC TTCAACAGCG CCTGGCTGTG GTGTGATTGA CGTGCTTCCC
AACTCCATTT CTCGCGACAT GCTCGGCCGC GAGGCCGTCA ATGGGCTATA TGACTACTTC
GTGTCGAAAT ACGGTGGCGA GGACTCTATC CGATTCCAAG AAGCGCGCAC CAACTTCGTC
AAGAGCATGG CTGCCTACTC AGTAATCTCT TACCTGCTGC AATTCAAGGA CCGTCACAAC
GGAAACATCA TGATCGATGA TGCGGGCCAT ATCATTCACA TTGACTTCGG ATTCTGCTTT
GATATTGCGC CTGGTGGAGT GCGATTCGAG CGCGCGCCGT TCAAGTTGAC CTCGGAGATG
GTCGCCGTCA TGAGTGGAAC CCATGACCCA GCCCACCATC AGGGCGGCAA CTCAGGCATC
AACTTGCCAG GCAGCTCCCA CAACCCGACC AACACGCAGC CATACCGGTG GTTCGAGTCG
TTGGTAGTGA AGGCATTCCT TGCATCTCGC CCTTATAGCA CGAAGCTGGC TCATATTGTC
TCCCTCATGC TTGACAGTGG TCTTCCGTGC TTCAAACCCG AGACGCTGAA GAATTTCCGT
GACCGGTTTG TGTTGGACAA GAGTGAGCGT GATGCGGCCG AGTACATGCG GGAACTTGTG
CGCAAGTCGT ATATGAGCGT GTCTACTAAG GGTTATGATC AGTTCCAACT GATGACCAAC
GGTATTCCTT ACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_002563405.1 CDS 1..5895 Translation 
Target ORF information:
RefSeq Version XM_002563359.1 Organism Penicillium rubens Wisconsin 54-1255 Definition Penicillium chrysogenum Wisconsin 54-1255 hypothetical protein (Pc20g09090) mRNA, complete cds. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_002563359.1
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
5761
5821
5881ATGGACGGTC TATCAGGTGG AATTAGACGT TTCGCTTTCC AAAAGCTCGC TGCGTTAGCA
GTCGAGGCAC CTGCCAATGG ATCGGAGCTC GCTCGCCTCG CGGAACAGTC TCAGTCGACT
TTCGAGCCCG ATGGTACTCT GGATGGAGTC TTGAGACAGC AGGCTCCAAC ATCCCAGGTT
CCAATGGGAA TCCGCGAACT AGATGTCCTC CTGGCCCTAT GCAAGGCGGC CTCCTCGGTG
AACGACCCGG AAAATGCTGC TCAATTGGTA TTACAACTCT CTCGATACCT ACCAGAATCC
CACAGCCAGC TATTTCGGTC CTCGCCCTTC CTCCATGGTG TAAAGCCGTC GCCTTGGGAG
ACTCTCACGA ACAACCTAGC TCTCGCGCTT TTGTCTTTGG GAACTAAGTA TCCAAACCTG
CGACAGACGG CCCTTGACGC TGTGCATGGA TATTTGAACA ACTGCGCCGA GGCTATTAAT
GCAGTCACAC CTTTCCAATA CTCTAGGTCT GAGGCGGGGC GACAGGGCGT TATACATGAA
TCTGTTGCCG TTTTGTCAAT CGCCGTTTCC CTTGTTGGAT TTATGGAAGC CTCCGCAGAA
TACACTGCTA TCTGGCATGC AAGCGAAAAG TTACGCATCG TCGATCTGTT GCGTGCAATG
CTGTCCGAGC CTTTCCTAAT TGCAGTAGAG ACGGCTTCGT CCACTCTCCG CAATGCAAAC
GTCGCGGAGC ATGCTTTTAA AGACTGGAGA AAATACACCC GTCGCTATGC TGCTCACGGT
CGCCCACTAG GTGCTATGCT TGTGCAAGAA GGCTATATGC GCTTTGTGAA ATCATGCGCA
GCCTCTCTGA TTGGGTTCCA ACACCTAACC GATGAGCAGC TCCTGGATGA CTACATGACT
GGCGTAGGTA TTGCCAAGAG CTATGACGAG GCGGATATCT CTCTGGTCGA GCGCGTCACG
GATATCATTA GTGAGGAAAT TCATTTGCTA GAGGATGGCT CCGACTACCT GCAAGTCGGC
TCTCCTTGGC AGCAACACCT TGCCTTCTCT GTTAAGGGAC ATGCGCTGGT AGGCTTCCTC
CACTGCGTGA TTCTTGGCGA AGATGCAACC AACAACGAAG TACTGCTATC CTGGCTCGAG
GACACATTGC TTGACTCCCA GCAAATGTCG AACGTGGAAT TGTCCGTGAC GGTTTTGAAG
TGTACCGCAA TCCTGGCAAG AATGTCTCCA AATGGTGCGT CTATTGGAAG ACGCTGCCTT
TTGCGATTCC TGGCCCAGGG AGGCGTGTCA GCTCGTTCCA CCGTTGCCGT CGCTTCTCGG
TGCCTCGCCC AGGTCCTGAC TATTCTGTCC GAGGACGCTG TTATTACCAC CCTTTACTCG
CTTGGCAATG CGCTAAGTCC GAGCACGAAT GTGGATCTAT CTAGCCAAGA CCAGCTCATT
GGGGATCATA CCGGGCCAGG GATGAACCTC GAGGCATACC CAAGAAATGC AAGCCAGACA
TCGCTCTCGG CAACTGGCGA AGATGACACA ACCACCTACA GGAATCTCAT TCATGCCATC
GTAACAGTTG CGACTAATTG CAATGACGAC AAAATCAGTG CTTTGGCCCA GTCTATGCTT
CTGCAAAAGA TTGGCAAGAT CAATGTCGCA GTTGATGCCC TTATCATCCA GGAAACTGCC
GTTCTTGCCT TGAGCGGTGG ACAAGCCGAG TTCCAGCTTC TGTTGAAGTT CTACGCACGT
ATCTACCTTG ATGGCGTTAA TAAGGGACTG AACACCATCT CTGATGCTGT TCAATGTGCC
ATGGCTTACC TCTCGATTAC TTTGGATCGA AAGTCACCGC TCCACAGGCT TTATTTGGTC
CATTTGTTGG AAAGCATTAT AAACAAGGGT GATGTGCCAG ACTTCGAGTA TGAGCGGCAC
AAGGAAATCA TTTTTGCCGC TGATGATATC ACTCCCCTCT TGAAACCGCT AGCTCTACTC
GTGTCTTCCA ATGGCAGTTC TACCGGAGCT TCCCAGTCAG CCTTTGAGTA TGATGAAGCC
ATACTGACTC TGTTCCGAGA TGCTTGGTTC AACATCGCCA TCCATGGAAT ATCCATCAGC
TCTAGTGTTG CCCAACAGTA TCACAAGGAA CTTCGCCTTC TCGCGCATCA CTCTCCTCCT
TTAGTTGCTG AGAACCACAT GGACTCTCTG GAGAGCGATG TGGAATTGAA CACGGTGCTC
AGGCGCGGGA TGGGACTGCA GCGAGCCATG GAGCAGAAGA GGGCTTTGAT CTCTGAACTC
CCTGGCCGAG AATCTGATAT CAAGAGACTG GACTATTCTA GAGCAGTGTT TCTTAACGCT
GTAGTCTTGG TCGAAAGCCT CCGCGCCTCC TCGGGGGACT CTACCAAGAC GCTCAGTTAT
TTCCTTGACC CAGCCTTGGC CACTCCGGAG ATTCTCGCGT GCATGAATGC TGTTGCAGAC
AAAGCGGTCA CTTGTTATCT GTCTCTCACA CTGTCCGGGG AGCACGATGA CTTTTCGACC
CCTTACCTGT CGAAACAGCT TGCGGGATTC CTGGTGGCTT GCTGTCATCG TATTGAGAGG
GTCCAAAGTA TCGCAACGCA GTGTGCCGAC AAGATCATTC GTGAATGCCC TTCTGCCTTG
TGCGAAAAGC ATTCGCTCTT TGCTTTGCTT GAGATTCTGA CTGTCATGTG GTCTTCCTGT
CTTCAAGGAG AACTCGATGA GTTTGAGTGG AAACCGTCCT TGGTGTCTCC CATGGGCATT
GTCAAGGTCG AATTGCCCGA CAACTACGCC TTGAGAAGGG CGACTCTGAA TAGGTTCCAT
GAACGAGCCA GGACCTGGGT GACGACCGTC CTGAACATTG CCCCATTAGA TATCAAAGGA
TTACTGCAGA CCTATCTTTC CGAGTATGAC GATGACGGTG GCTATGGGCA CATATCGATG
GGACGTTCAT TCGCTCTCGA AATGGGCTCC CTTATCCCAC AAAGTGACCC ACGGCTTGGA
TCAATCGATG GCTACGGAGG CAGCGACTTC AATGTTGCAT CTGATTTCAT GGCACTATAC
ACAACGCGCC AGAAGTACCG ACGTCCGGAC ATGTCTACTC TCGGCGGCCT AGGGGGGAAT
ATTTATAACG TCTATGTTGA ACAGCCTCGC GTGAATCTGT TGCCTGAGTC CGCCGATTCT
TTGGAAGAGA CCCTCTCTCG TCTATATGGG CGAAGCATTG CTGGCGAGGA TATCCCCCTT
ATAGAAGTTA GAGATGTTCT TCGACAGGCT GCGGGACTCA TTTGCAGCAG CAGCAAACCA
CGACTCTCCG TGGTTCACTA CTTGGTTGCT TTGCCTTTCC AGATTTTCAC CAAGGAGACA
GTCAAGCTTG GTGTATCTCT CTGGCTTGGT GTCATCCACG AGAACCCAAG CACCGAGCCA
CGAATCCTAT GCGAGGTGAT TGAGGCTTGG GAGAGAAGCA TGAAGCGCCG TAAAGGATTG
TTCGATCCTT CCTTTGAATA CCTTGACCCA CTGCATACTA AGATTGAACT TTTGCCGACT
GACAAGGATC TTATGCTTCG CATGCAGCAA AAAGCCCAAG ACACTCTCTC GCCACACCTG
CGAGTTCTAC ATTTCTTTGA GAGTCACTTC AATGCCATCC GCCTAGGAAA TCTGCAGGAT
CAACAGCTGT TCTATCGCTT GATTGGCAGT ACGACTGTTG GACTTTCAAA GACCGAGGGC
CATCCTTTGG CAAGAGAAAT TCATTTCCGA ATTGTGCTCC TTGGTCTCAA GGTATTGAGG
CATCTCAGCC CCCGAAACAG TAGCGCATGT TGGAAACTCA AAGATCAGAT TCTGTCCGCT
GCGTTGAGTT GGTTTAAGCA CCCTCCAAGG TGGTCATTCG GAGGCAATCG GCTGCAGATT
AAGGCAGAGG ACAGAATTCT TAGCGAGGTG ACCACGGCTT TACGAGCCGT TGCCGGTATC
GCCGCCAATG CCCAAGGGTC ATGCAAGTCT TTGCAGGCCA AACAAAACCT GCTCCAAGTC
CTCGTGGAGA ATGAACGATC CCGCCTTCGA GTTTGGCTCT TCCCCCTTGA CCCGGAGCGA
AAGCACCACA TCCCTTCGCT GGGTGGCAGA AATCCCGATG ACGGCCCCGT ATCTTTACTT
CGGCTTGCCT GGGCGGAAAA TGCAGGGTTG GCTATTCAGA TGGCTGCCCG GTTCCCGTCA
CCCAAAATGC AGGCTGATGT CAGATCATTG ATACTCAGTT TCCCCGAGAA GGTCATTGAA
GAGCCAAGCG CTCTGGAGAT AATGTTTGAC AACTGTCTGC CCATTGATGT CGGTTCCCAG
TTGAAGTACA TGCTGTACTG GGCTCCCGTT ACTCCTACGG AGGCTATCAC CTACTTCATG
CCCGCTTACG GCAACCATCC GTACATCCTG CAGTATGCCA TGCGAGCGCT GGAGAGCTAT
TCGATGGATG TTCGGTTCTA CTTTGTGCCA CAACTCATTC AAGCCCTTCG CTTCGATGCT
CTGGGTTATG TAGACCGCTA CATCCTCGAA ACAGCCAGGT TGGATCAGCT GTTTGCCCAT
CAAGTTATTT GGAACATGAA GGCCAACTCC TTCAAGGACG AAGATTCTCA GATCCCGGAC
CCTATCAAAG ATACACTCGA CCGCTTCCTA GATAACTTGA TCAACAGCTT CTCAGACGAG
GAGCGTGCGT TCTATGAGAG GGAGTTTTCG TTTTTCAATG AAGTTACGGG CGTCTCTGGC
AAACTTCGCC CGTATATCAA GAGGAGTAAG CCCGAGAAGA AAGAGAAGAT TGAGGAAGAG
TTGCGTAAGA TCAAGGTGGA AGTTGGGGTG TACCTTCCTA GCAACCCTGA CGGTGTAGTC
GTTGGCATCG ACCGCAAGTC TGGTAAGCCA TTGCAGAGTC ATGCGAAAGC GCCATATATG
GCGACCTTCC GCATCCAGAA GACAAGACCA CGAATGCTTG AAAAGACCGA GGCCAACGCT
GGTGACCACC ACCACCACCA ACGGCAATTG ACGCATCATT CCGAGCCTGA GCAGGAGACA
TATGAAGTAT GGCAGTCAGC TATCTTCAAG GTCGGTGACG ACTGTCGCCA GGACATGCTT
GCCCTGCAAA TGATTGCGGC CTTCAGGAGC ATCTTCACCA GTGTTGGCCT AGACGTTTGG
GTGTACCCTT ACCGGGTGAC TTCAACAGCG CCTGGCTGTG GTGTGATTGA CGTGCTTCCC
AACTCCATTT CTCGCGACAT GCTCGGCCGC GAGGCCGTCA ATGGGCTATA TGACTACTTC
GTGTCGAAAT ACGGTGGCGA GGACTCTATC CGATTCCAAG AAGCGCGCAC CAACTTCGTC
AAGAGCATGG CTGCCTACTC AGTAATCTCT TACCTGCTGC AATTCAAGGA CCGTCACAAC
GGAAACATCA TGATCGATGA TGCGGGCCAT ATCATTCACA TTGACTTCGG ATTCTGCTTT
GATATTGCGC CTGGTGGAGT GCGATTCGAG CGCGCGCCGT TCAAGTTGAC CTCGGAGATG
GTCGCCGTCA TGAGTGGAAC CCATGACCCA GCCCACCATC AGGGCGGCAA CTCAGGCATC
AACTTGCCAG GCAGCTCCCA CAACCCGACC AACACGCAGC CATACCGGTG GTTCGAGTCG
TTGGTAGTGA AGGCATTCCT TGCATCTCGC CCTTATAGCA CGAAGCTGGC TCATATTGTC
TCCCTCATGC TTGACAGTGG TCTTCCGTGC TTCAAACCCG AGACGCTGAA GAATTTCCGT
GACCGGTTTG TGTTGGACAA GAGTGAGCGT GATGCGGCCG AGTACATGCG GGAACTTGTG
CGCAAGTCGT ATATGAGCGT GTCTACTAAG GGTTATGATC AGTTCCAACT GATGACCAAC
GGTATTCCTT ACTGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
-
PubMed
Genome sequencing and analysis of the filamentous fungus Penicillium chrysogenum.
Nature biotechnology26(10)1161-8(2008 Oct)
van den Berg MA,Albang R,Albermann K,Badger JH,Daran JM,Driessen AJ,Garcia-Estrada C,Fedorova ND,Harris DM,Heijne WH,Joardar V,Kiel JA,Kovalchuk A,Martín JF,Nierman WC,Nijland JG,Pronk JT,Roubos JA,van der Klei IJ,van Peij NN,Veenhuis M,von Döhren H,Wagner C,Wortman J,Bovenberg RA
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- Studies show that the RBD is the best antigen to induce neutralizing antibodies for COVID-19
- COVID-19 Immunity: Balancing B Cell and T Cell Responses
- Scientists Discover a Possible Diagnostic Marker of Chronic Traumatic Encephalopathy
- Study Shows that Older Adults can Produce Just as Many Healthy Brain Cells as Young Adults
- The skin remembers injuries from sticks and stones, can heal recurring wounds faster
- Gene variant found in millions of Americans could result in obesity
- DNA Microarrays Enable New CRISPR/Cas9-based Peptide Library Display
- Qualifying COVID-19 Convalescent Plasma with cPass™ Neutralizing Antibody Test
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PubMed
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