| Gene Symbol | PAAG_08669 |
| Entrez Gene ID | 9092624 |
| Full Name | hypothetical protein |
| Gene Type | protein-coding |
| Organism | Paracoccidioides lutzii Pb01 |
- REAGENT SERVICES Hot!
-
PRODUCTS
-
Most Popular Reagents
-
Instruments
-
Antibodies
-
ELISA Kits
-
Protein Electrophoresis and Blotting
-
Protein and Antibody Purification
-
Recombinant Proteins
-
Molecular Biology
-
Stable Cell Lines
-
Cell Isolation and Activation
-
IVD Raw Materials
-
Therapy Applications
-
Resources
-
![AmMag™ Quatro Automated Plasmid Purification]()
AmMag™ Quatro automated plasmid purification
-
![Anti-Camelid VHH]()
MonoRab™ Anti-VHH Antibodies
-
![ELISA Kits]()
ELISA Kits
-
![Precast Gels]()
SurePAGE™ Precast Gels
-
![Quatro ProAb Automated Protein and Antibody Purification System]()
AmMag™ Quatro ProAb Automated Protein and Antibody Purification System
-
![Target Proteins]()
Target Proteins
-
![AmMag™ Quatro Automated Plasmid Purification]()
AmMag™ Quatro automated plasmid purification
-
![Stable Cell Lines]()
Stable Cell Lines
-
![Cell Isolation and Activation]()
Cell Isolation and Activation
-
![Quick
Order]()
Quick Order
-
![Quick
Order]()
Quick Order
- APPLICATIONS
- RESOURCES
- ABOUT US
PAAG_08669 cDNA ORF clone, Paracoccidioides lutzii Pb01
-
Gene
-
Clones
gRNAs
The following PAAG_08669 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PAAG_08669 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.
-
Reference Sequences (Refseq)
CloneID OPo120513 Clone ID Related Accession (Same CDS sequence) XM_015846582.1 Accession Version XM_015846582.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5562bp)
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 1507564800000 Organism Paracoccidioides lutzii Pb01 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_015440988). 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
5521ATGGCCCCAC TGTCGGAGGC GTATTTTCCG TCCCTGGACG AATGCTTCTC TGGGGACGTC
CAGCTCATAT CTTGGAAATC GGCTTTTCTA CAACTGGCAA ATGCGACAAG AGATATAGAC
AGGTCCGACA GTCTATACAA ATTTTTGTCT TGTCCGGAAA GCATACACAT TCTATCCAAT
CCTTTCTGTC CGTTCTCTTC TCCGACCGAA CAATCTAAAT CCGAGTTCCA GTCCAAGACA
GCGGCCATTC ATATATCGAC AACTTCCCGC AGCCCTTGGG ATGTAGATGA AATAAAACGC
GATGCAGGGT GGCTAAGCAA GCGAACGCAG ATCGACGAGT TAACTGCGCT TAGAATAGTC
ATTTACGAAC GTCAGAATCG ACCCAGTGAC CAGCTCTTGA GCCAATTTTC CGAGGAGGAA
ATTGCAAGCC TTCAAGAGGC CATTGGGACT GGTAACTTGT CTCATTCTAC AAGAGGAGCG
CAGGCTGCCG AGATTTTGAA ATATAAGGGA GACCACATCC TTGAACCCGT TGGTTTTTCA
GCTGAGGCAC TAAGGCAGTT CAAGTTATTC CAGCTTTATT TGTCTGAAAA GCAGCATATC
CTCAAAGTTT CCCAACGCCT CTTATGCGTG GCTTTACGTG GAAGAGTACC TAGCTACCAT
GACCCAGTTG TCAAACAGTC TCAAGACGGA CGGGTGCAAT CTATGCTGGA GGAGTTGGCA
AAATCAATAT TTGGACTCCA ATCTGGGAAG GGGCTTGACG CCATTTCTGT AAAACAATGC
ATTGAAGCGG TCCGAACCCG AATCGGTAAC TTAGAAGCAG GAAGTGGATG GCTTCTTCCG
GATGAACCCA ATGTGGAAAT CGAGTTGATT TGGCAAACGA ACGTGCTCGA AGAGCTTAGT
CAAGTTCTTC AGTTCCTGGT TTTGCAACTT CAATTATCGA AGACCATCCC ATCTGCAGAA
CTGCTCCTCT CTTGGCTCCG TTTAATGGCT GAATATGAAT TCCTTGATAT GCTCTGTCCG
ACTACTGGGG AGCAAGAAGT AATTATCGCT CCTCTCCAGG CGCTCATTGC AATGGTGACG
CTATCCTTTG TCAAAATACG GGCGTCAACC TCATATTTTG AAAATGTGGA TCCCTTGTCC
GCAGTTCCCG ATCTTCAGAG TTGCAATACA CCTTTTTTTA TGTCTCGCGA TAGTATCGGC
GAAATTAACG AAATATGCCT GAAAGCTGCC AATGTCTCCT GTGTGAGCGC TGCCCCGATG
ATTTTCGCTT TCGCGGTCGT TATGTTTTCG GTGAGAGAAA TTGCCCTTTC TACCAAAGAG
GAACGTGAAC TTCAGCAAGC CCAGCATGCC GTGGACTCCT TCAATAGCAA TGCTCCATCG
TCATCTCCAT CACGACTTGT AGAACAATCT ACCTTCGAGG ATATTTTTGA AAAGGCACGC
AATCCAGCCT TTGACGAAGA TTTTGTGAAG TTTTTAGTGA CAAGTTCGGT TGATAAATGT
CATCTTTTTG ACTTCATTGT TGCCCTTATC GACAATATCA GACCACTCTC TGGTCCTGGG
GATGGAGGGT TGGTAAGTCG TTGGGTAAGA GTGGAACTCT TGGATCTGAT TCGCGCGAGC
GTCGAACAAC TGGACTATAT TCCTGAAGTG TTATCGTCCG TCCTGTGTAT TATCTCCGGT
TCAACGGATG ATTGCAATCA GGTTTCCAGT TCAGACTCAG GTGACGGTTG CGATCCTAGG
GCAATGTTTA TACAGGACCC AATCCTCGTT GATCGAATTT TCCGAGTCGC GAAATCTCGT
TTTCCCTATG AGGCCATTAA TTTCATGAAA ATATGCCGCG TGCTTTCAGG TTCTAATATT
GTTAACGATG ATGGCCTGCT TTTTGTTGTG CAGGAACTAG AGAACATGGA AACGTATACA
CAGGTCGTCT TTCCTGGCTT CCAGGGGTAC CAACCAATCC GGGAAGATGA AAATGCCAAT
TTCGTTGGCC TAATCCAGCC CCTACCGATG CAGGAAACTG CCATGTCCAA AAACATGGCT
GAATATGAAT CGAATTCTAA TGCGTTGGTT TTTGCTGAGA CTTGTGTTGT TCCACAGGAA
ACTATAGGCC AGGTCGTCAA TGAGTCAAAA CCGGCGGTGA TTATGTGGTA TCATCAATAC
AACTGTCTTG GCTTTCTCGG CATATGGCTA GAGCAAGCAA CTAACAGTCG GAGATCGGGA
CACGAACCAG AAGACGAGGA GCTCGCGGAA ATAATTGGCC TATTTGCAGA CTTGGTCACA
TCTACGCAGA CCATTTCAAA ACGGAATAAT TCTGAGTCAG GAGCTAAAAG AATTCTTGAA
ATGGCCAGTG ACGGGCTCGA CCGCCAAGGA GATATCATTT CTGTGGTTTT TGACATCTTC
GAGCAAAATT TGCAAAACGT CATCAGCAGA AAAGGCTCTT CCAACCGCAG CCTTCAACCG
ATTATATCCT GTCTACAGTT TATTAACGCT CTTATATCGG TTATTCCTGG CCGAGTATGG
CCATTCCTCT CTCGAAGCAG CTTTATTGGC TCAGACGGGA AAGGTGGGAC CCTTGTTAAT
ATTGTCTCTT CAATTGAGGC AAGCTCTGGG GACTTTAGTC TTCTTCACAC TGCTATTCAA
ACGTTTGACC TTCTCGTTGA TGATGTAATC ACACATTCCG CTGTTCGTCG CACAGCAGGG
CGTGTTTCTG CCAAGTCTAG CCATGTGGCT GAGTTCAGCG CCGGTATCCC GCCTTATATC
ATGCGCAACT TCTTATTGGC ATTGGTACGG GTAATGGTTG AAGCTTACAA TAGCAACGCA
ACCTGGAGAT ACAGTAATAT CTCCCAAAAA CTTAAAATGA ACACCTCTAT TTCCCTCGCT
ATTGAAAAAA TCCTCTATTC CATATATGCG GTCGATGACA CTTTAGACCT CGACTCCAAG
TTAGTGGGTG TGTTCTCAAG TTCGGCAAAA TATATCTTGA AAGTTCTTCG ACCAACAACA
GTCGAAGAAC TATCGTTTAA TCCGCTCCTC CGTACTGTTC TTACCAGTCT TCAAAGCCCT
AATTCGACGA GCAACCTTCC AAACCTTCTG CTCCATACAA GGCACATCCA GTCAGCTCTA
AAACTATCAG AACGATTGAT TCAAGTTGGA AAACTTGTCG GATCTCCTAT GTCGATGCTG
GAAACTCAAT TATTCAAAGC ATCCCCCGTA TTGATTAGGC TATATGCTCT GTCGTTTGCC
TACCAACTTC CTGTCATTTC TCTCATCGAA CTCCTAATAA CATATGCAGC TCTAGACCCT
GATATTGAAC CGCCTTCACT CCTTGGACAC TTAGGGGCCA AATCAGCCTG CCACTTTCTC
GACTGTCTCT CGAAATTCGA TCGCCCTTTC AGGGACCCTT TGCTCTACGT TTCAATATGG
GACCTTCTTT CCACTATAAT TAGCAAACGC CAGCAATGGC TTGCCATTTT CTTTCTTACA
GGCTCGTCTG CCAGAGATTC ATTAAAAAAG AGCGAGAAAG ACAAATCTGC AACTATTACT
GGACAACCTT TTTTGGGAAT CTCTCTAGAT TTATTAACGA AAATCGACTC AATTCCGGCA
CGGGTAGCGA TAGTCGCATT AGATTTTGTT GCAAAGGCGC AGGAGCATTG GGTATGGGCC
ACACCACAGA TTAAAAACCA TTCACAATTC TTCCCAAAAA TCGTGCATTT CGTGGCTGGC
TTAGATTTGC GCAAGTGCTC TACCCTGGAT CAGTGCCTCA ATACAAAAAT TGCCGCGCTA
GTTGCGGATA TTTGTGCAGT CCACCTGCAT ACTGCGAAAG CATCACTAGA TATATCTTTC
ATCAAAACGA TGATACCCTT GATCTCCTGG TATTCCGACA ATGGAGTCAG GGTGGACGGA
TACAATGCTT CTCTGCACTC AAACCTCAGA AAGAATTTCG AAATGAAGTA CCCTGTCACT
ACAGCTGGTA ATATGAAGCG CACTATGCTC GTACGTCCAG AGCTTGGCGA GAACTATTTT
TATGACGTCG ACTTGGGCAC TACGTTTTTC GGGTACGATT TTGCTTGGAA TGGGACCCGC
CATCAAGGAT TTGTTGAGGA GGTCAAACGG GCGAATCTAA ACCTATCCCT AGTTGAAGCT
CAAATGAGTC TTCTCCAAAG TTGGAAATTT CTTGCTATAG AACACTGTGC AGATTTTATG
CCGGATCGTG AAATTCAGAA ATCGATGGCA CGGGTTGTTC GCCACTGCCT CGTTTCAAAC
TCACAGACAG TACCAGATGA AAACATTTTC TTCAGAGTTC AGCAAATCCG TGCTGAGTTT
GCCTTGGCAC TTCTTCAACG GCTTAACGAC GTTGGCTCCA GAGGTGCTGA AGTCTTTGAG
TTGTTGAGAA TCGCGTGGGA TGCCACGCGC TTCCGAAATC CATCATACGA GAGTGCTCTA
CTTAACAAAG ACACCGAATA TTACGGGTTA ATGTTGAACA TTCTCTTTCT CGCTCTTCAA
TTCCATGTTG CGGGTCCCTC TCGATCGGCA CCCGAAGCAA TCAGCAAAAA GCCCGAGATT
TCGTCAGATT TGGTTCTTGT CCTAGAGATT ATAAATGTTG TAGTTGCCCA GGGTTTTAAA
TCATTTACAA CATATTTGCA CGATGAACCG CAAAGGTGCT CTCCGAAAGA TTTTGCTGTG
TTAACAGCAA TTTTACAAAC CGCTCTAAGA GTTAAAGACG CGGATCGTAT TTACGAACAG
GCTTCTTTCC ATCTTGCTGA TAACGACACC CCACGATATG CAGCAACTTT ATTTTCTTGG
TCTTATCAGC TAACAGTTGA GGGAGACCCG GTCTACGGCG AGCTCAGCAT CTTGTTTCTG
CTGGAACTTT CCTGCATTCC GCTGATGGCA GAACAGATGG CAGCAGATGG GATTTTGGTG
AAACTGTCGA CCTTCCGTCT CACGGATGTT CTACGTCAGC CGCAAGGATG TGGTCCATTG
GACCCGATAC CCAGATTATT CGCAATCTGG AATTTAGGAT TTCTTCCCCT TTGCCTCAAC
CTACTCTACA GCGTTGGTAG AGCCGCTCCA GAGATAGCAG CCTTTCTCAA CCAGTTCGAA
GGGCAGTTAC GTCGAGCCTC CAGATCATTT TCCTTCAGCC AACCCACCAC AACATCAGGA
GTTTTCCCGT CTAGTCAGTC ACCGCTTGCT AATAGCCAGT TACCATCGAG TCAGCATGTG
AAGCGACTTT CTCTTGGTAT GGCTACGGAG GCGTGCTCGT TAGCCCTTAT ATCCCTAATT
ATTAGGAAAT TCCGGGATGC GGGGGCAGGA GCCGGCGTGG ATTCCCAAAA TATTCAGGAA
CTGAAGTGGG ACAGGGTGCA AGTGAAAGAC GATATCGAAT CGCTTCTTGA AAAACGATCC
ATTCTTCGTT CCCGTATAGT TGCCACAAAT GAAAAGGAGC TTGCAATGTC TCGGCGAGAG
CCTGTCGATC GCACTGACGG CTGTCAGTCT CAGCTAGAAG AAAAAATTGT CAAAGAGCTC
CAGACAACAG TGATGTGTCT AACTGATGGA GAAGGTGTTT AGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_015701379.1 CDS 1..5562 Translation 
Target ORF information:
RefSeq Version XM_015846582.1 Organism Paracoccidioides lutzii Pb01 Definition Paracoccidioides lutzii Pb01 hypothetical protein (PAAG_08669), partial mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_015846582.1
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
5521ATGGCCCCAC TGTCGGAGGC GTATTTTCCG TCCCTGGACG AATGCTTCTC TGGGGACGTC
CAGCTCATAT CTTGGAAATC GGCTTTTCTA CAACTGGCAA ATGCGACAAG AGATATAGAC
AGGTCCGACA GTCTATACAA ATTTTTGTCT TGTCCGGAAA GCATACACAT TCTATCCAAT
CCTTTCTGTC CGTTCTCTTC TCCGACCGAA CAATCTAAAT CCGAGTTCCA GTCCAAGACA
GCGGCCATTC ATATATCGAC AACTTCCCGC AGCCCTTGGG ATGTAGATGA AATAAAACGC
GATGCAGGGT GGCTAAGCAA GCGAACGCAG ATCGACGAGT TAACTGCGCT TAGAATAGTC
ATTTACGAAC GTCAGAATCG ACCCAGTGAC CAGCTCTTGA GCCAATTTTC CGAGGAGGAA
ATTGCAAGCC TTCAAGAGGC CATTGGGACT GGTAACTTGT CTCATTCTAC AAGAGGAGCG
CAGGCTGCCG AGATTTTGAA ATATAAGGGA GACCACATCC TTGAACCCGT TGGTTTTTCA
GCTGAGGCAC TAAGGCAGTT CAAGTTATTC CAGCTTTATT TGTCTGAAAA GCAGCATATC
CTCAAAGTTT CCCAACGCCT CTTATGCGTG GCTTTACGTG GAAGAGTACC TAGCTACCAT
GACCCAGTTG TCAAACAGTC TCAAGACGGA CGGGTGCAAT CTATGCTGGA GGAGTTGGCA
AAATCAATAT TTGGACTCCA ATCTGGGAAG GGGCTTGACG CCATTTCTGT AAAACAATGC
ATTGAAGCGG TCCGAACCCG AATCGGTAAC TTAGAAGCAG GAAGTGGATG GCTTCTTCCG
GATGAACCCA ATGTGGAAAT CGAGTTGATT TGGCAAACGA ACGTGCTCGA AGAGCTTAGT
CAAGTTCTTC AGTTCCTGGT TTTGCAACTT CAATTATCGA AGACCATCCC ATCTGCAGAA
CTGCTCCTCT CTTGGCTCCG TTTAATGGCT GAATATGAAT TCCTTGATAT GCTCTGTCCG
ACTACTGGGG AGCAAGAAGT AATTATCGCT CCTCTCCAGG CGCTCATTGC AATGGTGACG
CTATCCTTTG TCAAAATACG GGCGTCAACC TCATATTTTG AAAATGTGGA TCCCTTGTCC
GCAGTTCCCG ATCTTCAGAG TTGCAATACA CCTTTTTTTA TGTCTCGCGA TAGTATCGGC
GAAATTAACG AAATATGCCT GAAAGCTGCC AATGTCTCCT GTGTGAGCGC TGCCCCGATG
ATTTTCGCTT TCGCGGTCGT TATGTTTTCG GTGAGAGAAA TTGCCCTTTC TACCAAAGAG
GAACGTGAAC TTCAGCAAGC CCAGCATGCC GTGGACTCCT TCAATAGCAA TGCTCCATCG
TCATCTCCAT CACGACTTGT AGAACAATCT ACCTTCGAGG ATATTTTTGA AAAGGCACGC
AATCCAGCCT TTGACGAAGA TTTTGTGAAG TTTTTAGTGA CAAGTTCGGT TGATAAATGT
CATCTTTTTG ACTTCATTGT TGCCCTTATC GACAATATCA GACCACTCTC TGGTCCTGGG
GATGGAGGGT TGGTAAGTCG TTGGGTAAGA GTGGAACTCT TGGATCTGAT TCGCGCGAGC
GTCGAACAAC TGGACTATAT TCCTGAAGTG TTATCGTCCG TCCTGTGTAT TATCTCCGGT
TCAACGGATG ATTGCAATCA GGTTTCCAGT TCAGACTCAG GTGACGGTTG CGATCCTAGG
GCAATGTTTA TACAGGACCC AATCCTCGTT GATCGAATTT TCCGAGTCGC GAAATCTCGT
TTTCCCTATG AGGCCATTAA TTTCATGAAA ATATGCCGCG TGCTTTCAGG TTCTAATATT
GTTAACGATG ATGGCCTGCT TTTTGTTGTG CAGGAACTAG AGAACATGGA AACGTATACA
CAGGTCGTCT TTCCTGGCTT CCAGGGGTAC CAACCAATCC GGGAAGATGA AAATGCCAAT
TTCGTTGGCC TAATCCAGCC CCTACCGATG CAGGAAACTG CCATGTCCAA AAACATGGCT
GAATATGAAT CGAATTCTAA TGCGTTGGTT TTTGCTGAGA CTTGTGTTGT TCCACAGGAA
ACTATAGGCC AGGTCGTCAA TGAGTCAAAA CCGGCGGTGA TTATGTGGTA TCATCAATAC
AACTGTCTTG GCTTTCTCGG CATATGGCTA GAGCAAGCAA CTAACAGTCG GAGATCGGGA
CACGAACCAG AAGACGAGGA GCTCGCGGAA ATAATTGGCC TATTTGCAGA CTTGGTCACA
TCTACGCAGA CCATTTCAAA ACGGAATAAT TCTGAGTCAG GAGCTAAAAG AATTCTTGAA
ATGGCCAGTG ACGGGCTCGA CCGCCAAGGA GATATCATTT CTGTGGTTTT TGACATCTTC
GAGCAAAATT TGCAAAACGT CATCAGCAGA AAAGGCTCTT CCAACCGCAG CCTTCAACCG
ATTATATCCT GTCTACAGTT TATTAACGCT CTTATATCGG TTATTCCTGG CCGAGTATGG
CCATTCCTCT CTCGAAGCAG CTTTATTGGC TCAGACGGGA AAGGTGGGAC CCTTGTTAAT
ATTGTCTCTT CAATTGAGGC AAGCTCTGGG GACTTTAGTC TTCTTCACAC TGCTATTCAA
ACGTTTGACC TTCTCGTTGA TGATGTAATC ACACATTCCG CTGTTCGTCG CACAGCAGGG
CGTGTTTCTG CCAAGTCTAG CCATGTGGCT GAGTTCAGCG CCGGTATCCC GCCTTATATC
ATGCGCAACT TCTTATTGGC ATTGGTACGG GTAATGGTTG AAGCTTACAA TAGCAACGCA
ACCTGGAGAT ACAGTAATAT CTCCCAAAAA CTTAAAATGA ACACCTCTAT TTCCCTCGCT
ATTGAAAAAA TCCTCTATTC CATATATGCG GTCGATGACA CTTTAGACCT CGACTCCAAG
TTAGTGGGTG TGTTCTCAAG TTCGGCAAAA TATATCTTGA AAGTTCTTCG ACCAACAACA
GTCGAAGAAC TATCGTTTAA TCCGCTCCTC CGTACTGTTC TTACCAGTCT TCAAAGCCCT
AATTCGACGA GCAACCTTCC AAACCTTCTG CTCCATACAA GGCACATCCA GTCAGCTCTA
AAACTATCAG AACGATTGAT TCAAGTTGGA AAACTTGTCG GATCTCCTAT GTCGATGCTG
GAAACTCAAT TATTCAAAGC ATCCCCCGTA TTGATTAGGC TATATGCTCT GTCGTTTGCC
TACCAACTTC CTGTCATTTC TCTCATCGAA CTCCTAATAA CATATGCAGC TCTAGACCCT
GATATTGAAC CGCCTTCACT CCTTGGACAC TTAGGGGCCA AATCAGCCTG CCACTTTCTC
GACTGTCTCT CGAAATTCGA TCGCCCTTTC AGGGACCCTT TGCTCTACGT TTCAATATGG
GACCTTCTTT CCACTATAAT TAGCAAACGC CAGCAATGGC TTGCCATTTT CTTTCTTACA
GGCTCGTCTG CCAGAGATTC ATTAAAAAAG AGCGAGAAAG ACAAATCTGC AACTATTACT
GGACAACCTT TTTTGGGAAT CTCTCTAGAT TTATTAACGA AAATCGACTC AATTCCGGCA
CGGGTAGCGA TAGTCGCATT AGATTTTGTT GCAAAGGCGC AGGAGCATTG GGTATGGGCC
ACACCACAGA TTAAAAACCA TTCACAATTC TTCCCAAAAA TCGTGCATTT CGTGGCTGGC
TTAGATTTGC GCAAGTGCTC TACCCTGGAT CAGTGCCTCA ATACAAAAAT TGCCGCGCTA
GTTGCGGATA TTTGTGCAGT CCACCTGCAT ACTGCGAAAG CATCACTAGA TATATCTTTC
ATCAAAACGA TGATACCCTT GATCTCCTGG TATTCCGACA ATGGAGTCAG GGTGGACGGA
TACAATGCTT CTCTGCACTC AAACCTCAGA AAGAATTTCG AAATGAAGTA CCCTGTCACT
ACAGCTGGTA ATATGAAGCG CACTATGCTC GTACGTCCAG AGCTTGGCGA GAACTATTTT
TATGACGTCG ACTTGGGCAC TACGTTTTTC GGGTACGATT TTGCTTGGAA TGGGACCCGC
CATCAAGGAT TTGTTGAGGA GGTCAAACGG GCGAATCTAA ACCTATCCCT AGTTGAAGCT
CAAATGAGTC TTCTCCAAAG TTGGAAATTT CTTGCTATAG AACACTGTGC AGATTTTATG
CCGGATCGTG AAATTCAGAA ATCGATGGCA CGGGTTGTTC GCCACTGCCT CGTTTCAAAC
TCACAGACAG TACCAGATGA AAACATTTTC TTCAGAGTTC AGCAAATCCG TGCTGAGTTT
GCCTTGGCAC TTCTTCAACG GCTTAACGAC GTTGGCTCCA GAGGTGCTGA AGTCTTTGAG
TTGTTGAGAA TCGCGTGGGA TGCCACGCGC TTCCGAAATC CATCATACGA GAGTGCTCTA
CTTAACAAAG ACACCGAATA TTACGGGTTA ATGTTGAACA TTCTCTTTCT CGCTCTTCAA
TTCCATGTTG CGGGTCCCTC TCGATCGGCA CCCGAAGCAA TCAGCAAAAA GCCCGAGATT
TCGTCAGATT TGGTTCTTGT CCTAGAGATT ATAAATGTTG TAGTTGCCCA GGGTTTTAAA
TCATTTACAA CATATTTGCA CGATGAACCG CAAAGGTGCT CTCCGAAAGA TTTTGCTGTG
TTAACAGCAA TTTTACAAAC CGCTCTAAGA GTTAAAGACG CGGATCGTAT TTACGAACAG
GCTTCTTTCC ATCTTGCTGA TAACGACACC CCACGATATG CAGCAACTTT ATTTTCTTGG
TCTTATCAGC TAACAGTTGA GGGAGACCCG GTCTACGGCG AGCTCAGCAT CTTGTTTCTG
CTGGAACTTT CCTGCATTCC GCTGATGGCA GAACAGATGG CAGCAGATGG GATTTTGGTG
AAACTGTCGA CCTTCCGTCT CACGGATGTT CTACGTCAGC CGCAAGGATG TGGTCCATTG
GACCCGATAC CCAGATTATT CGCAATCTGG AATTTAGGAT TTCTTCCCCT TTGCCTCAAC
CTACTCTACA GCGTTGGTAG AGCCGCTCCA GAGATAGCAG CCTTTCTCAA CCAGTTCGAA
GGGCAGTTAC GTCGAGCCTC CAGATCATTT TCCTTCAGCC AACCCACCAC AACATCAGGA
GTTTTCCCGT CTAGTCAGTC ACCGCTTGCT AATAGCCAGT TACCATCGAG TCAGCATGTG
AAGCGACTTT CTCTTGGTAT GGCTACGGAG GCGTGCTCGT TAGCCCTTAT ATCCCTAATT
ATTAGGAAAT TCCGGGATGC GGGGGCAGGA GCCGGCGTGG ATTCCCAAAA TATTCAGGAA
CTGAAGTGGG ACAGGGTGCA AGTGAAAGAC GATATCGAAT CGCTTCTTGA AAAACGATCC
ATTCTTCGTT CCCGTATAGT TGCCACAAAT GAAAAGGAGC TTGCAATGTC TCGGCGAGAG
CCTGTCGATC GCACTGACGG CTGTCAGTCT CAGCTAGAAG AAAAAATTGT CAAAGAGCTC
CAGACAACAG TGATGTGTCT AACTGATGGA GAAGGTGTTT AGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
-
PubMed
Comparative genomic analysis of human fungal pathogens causing paracoccidioidomycosis.
PLoS genetics7(10)e1002345(2011 Oct)
Desjardins CA,Champion MD,Holder JW,Muszewska A,Goldberg J,Bailão AM,Brigido MM,Ferreira ME,Garcia AM,Grynberg M,Gujja S,Heiman DI,Henn MR,Kodira CD,León-Narváez H,Longo LV,Ma LJ,Malavazi I,Matsuo AL,Morais FV,Pereira M,Rodríguez-Brito S,Sakthikumar S,Salem-Izacc SM,Sykes SM,Teixeira MM,Vallejo MC,Walter ME,Yandava C,Young S,Zeng Q,Zucker J,Felipe MS,Goldman GH,Haas BJ,McEwen JG,Nino-Vega G,Puccia R,San-Blas G,Soares CM,Birren BW,Cuomo CA
-
-
Most Popular Services
-
Services & Products
-
News & Blogs
- CRISPR/Cas9 Used to Edit Gene Variance in Human Stem cell-derived β cells from a Patient with Monogenic Diabetes and Reverse Preexisting Diabetes in Mice
- A New Peptide Anti-Inflammatory Strategy in Treating Heart Disease
- Follicular T helper cells - What they are and how PD-1 regulates them
- CRISPRing T Cell Therapeutics: What Are The Benefits?
- New Study Shows How Chimpanzees Can Spontaneously Learn
- Scientists developed an innovative, label-free approach for visualizing whole-brain changes in Alzheimer’s disease
- Theory to action: Applying CRISPR in Research
- Impact of Counter-ion in Peptide on Studies in Different Research Fields
-
-
-
PubMed
-
