| Gene Symbol | ALSD1 |
| Entrez Gene ID | 8046924 |
| Full Name | agglutinin-like protein, putative |
| Gene Type | protein-coding |
| Organism | Candida dubliniensis CD36 |
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ALSD1 cDNA ORF clone, Candida dubliniensis CD36
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Gene
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Clones
gRNAs
The following ALSD1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ALSD1 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 OCr02508 Clone ID Related Accession (Same CDS sequence) XM_002419486.1 Accession Version XM_002419486.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5043bp)
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 1503763200000 Organism Candida dubliniensis CD36 Product agglutinin-like protein, putative Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_012862). 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
5041ATGAAGGGAG TAGTACTATT ACATCTTTTC TTCTATTGTG CAATAGCAAC AGCCAAAACT
ATATCGGGAG TCTTTACGAG TTTTAACTCT TTGACTTATG CTAATACTGG TAACTATCCA
TACGGGGGTC CTGGTTATCC AACATGGACT GCAGTATTAG GTTGGAGTTT GGACGGAACT
GTAGCTAGTC CAAGTGATAC ATTCACATTG ATCATGCCAT GTGTTTTCAA ATTTATTACC
ACGCAAACTT CGGTAGACTT AACTGCTAAT GGTGTCAAGT ATGCAACATG TACTTTCCAC
GCAGGGGAAG ATTTTACTGC CTTTTCAAGT ATGAGTTGTG TGGTAAATAA TGGGTTGACT
TCAAATATTA AAGCATTTGG TACCGTAAGG ATACCAATTT CATTTAATGT TGGTGGAACT
GGATCTTCTG TCAATCTTCA AGATTCCAAG TGCTTTACAG CCGGAACTAA CAGTGTCACC
TTTACCGATG GAGATCACAA AATTTCTATT CCAGTGGATT TCCCCAAAAC ACCGGAATCA
TCTAGTGGTT TGATTAAATA CTCAAGAGTT ATTCCAACCC TTGATAAACT ATCCAGTCTT
GCAGTAGCCT CTCAGTGTAC CGCTGGATAT AAGTCTGGTG TGCTCGGGTT TTCTGCAACA
AAGAACGATG TGACAATTGA GTGTTCAAAT GTACATGTGG GGATAACAAA TGGTTTGAAT
AGTTGGAATA TGCCGGTGTC ATCAGACTCA TTTTCTTATA CAAAAACTTG TACTTCAAGT
AGTTTTATCA TTACCTATGA AAACGTTCCT GCAGGTTATC GTCCTTTTAT TGATACATAT
GTGAAAAAAA CATCAACAAC ATCGACCGGA TTTAATTTGA ATTACACGAA TTCATACGTT
TGTACTGATG GCAAAAAGGG AAATGACCCA CTTATTTACT TTTGGACTTC GTACACCAAT
AGTGATGCAG GATCCGATGG AGCTGTTGTA ATTGTTACCA CGAAAACAGT GACAGATTCT
ACAACAGCAA TCACTACATT ACCATTTGAT CCCACGGTCG ATAAAACCAA AACCATTGAA
GTTTTAGAAC CTATTCCAAC TACCACAATC ACCACTTCAT ATGTTGGGGT TTCTACTTCA
TTTTTTACAA AGACAGCAAC TATTGGGGGC ACAGCAACTG TTATTGTTGA TGTCCCATTT
CATACAACTA CCACAATCAC TAACACTTGG ACGGGATCAA TCACCACGTC AAGTACTTAT
ACAAATCCCA CTGAATCAGT TGATACAGTT ATTGTGCAAG TTCCACTGCC AAATCCAACA
GTTACAACTA CTCAGTTTTG GACCGGAAGC GTTCCTACAA CAGAAACTGT AACTACTGGA
CCAAAAGGTA CAGACTCAGT GATCATCAGA GAACCACACA ACCCTACTGT AACTACAACT
GAATTTTGGA CAGAATCATA TGCTACTACC ACTACCATCA CAAACAGTCC AGAGGGCACA
GACTCGGTTA TTGTTAAAGA ACCACACAAC CCTACTGTGA CTACCACCGA GTTTTGGTCA
GAATCATATG CTACTACCAC TACCATCACA AACAGTCCAG AGGGCACAGA CTCGGTTATT
GTTAAAGAAC CACACAACCC TACTGTGACT ACCACCGAGT TTTGGTCAGA ATCATATGCT
ACTACCACTA CTATCATAAA CAGTCCAGAG GGCACAGACT CGGTTATTGT TAAAGAACCA
CACAACCCTA CTGTGACTAC CACCGAGTTT TGGTCAGAAT CGTATGCTAC TACCACTACC
ATCACAAACA GTCCAGAGGG CACAGACTCG GTTATTGTTA AAGAACCACA CAACCCTACT
GTGACTACCA CCGAGTTTTG GTCAGAATCA TATGCTACTA CCACTACTAT CATAAACAGT
CCAGAGGGCA CAGACAGTGT GATTATCAGA GAACCACACA ACCCTACTGT GACTACCACC
GAGTTTTGGT CAGAATCGTA TGCTACTACC ACTACTATCA TAAACAGTCC AGAGGGCACA
GACTCGGTAA TTGTTAAAGA ACCACACAAC CCTACTGTGA CTACCACTGA ATTTTGGTCA
GACTCGTATG CTACTACCAC TACTATCATA AACAGTCCAG AGGGCACAGA CTCGGTAATT
GTTAAAGAAC CACACAACCC TACTGTGACT ACCACTGAAT TTTGGTCAGA CTCGTATGCT
ACTACCACTA CTATCATAAA CAGTCCAGAG GGCACAGACT CGGTAATTGT TAAAGAACCA
CACAACCCTA CTGTGACTAC CACTGAATTT TGGTCAGACT CGTATGCTAC TACCACTACT
ATCATAAACA GTCCAGAGGG CACAGACTCG GTAATTGTTA AAGAACCACA CAACCCTACT
GTGACTACCA CCGAGTTTTG GTCAGAATCG TATGCTACTA CCACTACCAT CACAAACAGT
CCAGAGGGCA CAGACAGTGT GATTATCAGA GAACCACACA ACCCTACTGT GACTACCACC
GAGTTTTGGT CAGAATCGTA TGCTACTACC ACTACTATCA TAAACAGTCC AGAGGGCACA
GACTCGGTAA TTGTTAAAGA ACCACACAAC CCTACTGTGA CTACCACTGA ATTTTGGTCA
GACTCGTATG CTACTACCAC TACTATCATA AACAGTCCAG AGGGCACAGA CTCGGTAATT
GTTAAAGAAC CACACAACCC TACTGTGACT ACCACCGAGT TTTGGTCAGA CTCGTATGCT
ACTACAAAGA CCATTACAGC AGGGCCACTT GGAACTGATA GTATCATTGT GCATGATCCA
TATGAAGAAC TGTCTTCTAG TAATGCTATT GAGTCGAGTG ATCTGTATGT CTCAAGTTCA
GTTCAAGAAC CATCTAGTCT GATTGAACAG TCATTGAGTT CTGCCGAAGA ATCATCAAGT
ATGGTTAAAG AGTCATCTAG TTCTGATATA CCATCATTAA GCTCCATTCA GGTATCATCT
AGTGAATTGT TTACCGTTTC CAGTTATGAT AGCTACTTTC AAACTAGCAC TGATACCTCA
AGTTTCCTGG AATCTTCTAG TTCCCATTCA GAACTGGCTC TGTTTAGTTG GAGCTCTTTC
ATTGATTCAC ACTCCAGTCG GTCCTTAGAC TCGATATCTG ATACCATAAG CACAAGTCAA
GAAACACCAA GCTCAAGTGA GGAATCCAGT ACATCTACCA CCGATAATTT AGTTTCAAGT
GACACCAATT CTATTTTAAG TTTTGAAACT TCTAGCTATT ACCCATCCAA CTCAATTCTG
CCGAGTGACG ACTTTCCGCA AACTATAGCC GGGGAGTCGG ATAGTCAACC AAGCTCGTTA
ATCACATCTA CTATTGAGAT TTCTAGCGAT TCAGCGTCTC TTTCAAGTGA CTCAACAAGC
AGTTTTGGTT CATCTTATAA CTGGAATTCT GATTTATCGT CCTTGTCTTC CAACGGCAAA
AGTGATATTT TGACTTCGTC TAGTTCTTCT ACGTTAGTTG TTCTGTCTTT TTCATTGAGT
TCAACCAATT CATTTTCTTT AACATACCCA CATTATGTCA ACTCAACAAC ATATCACACA
TCGCAGTCCG AAGGTTCATC TGTCGCGTCA CCATCAGTTA CAAATGACGA TACACATACT
TTGCTGGCAT CTACTGACAT CACATCCAAT GCTGACACAG ATTTTTCTAC GATGACAATT
TGCCGTCGTG ACAATGGAGA CGGCTGTATT GTAACAGATA CTTCTTCGTC TGAAATAGTC
AGTGAACAGA CTAGTGACGT GATGACGACT TCTAACTTTA TTAGTTTTGG CACGCCAGCC
TCAGAGGAAC ATTCTATTAC TGACATTCCA AATATTCAAT CATTGCAATC AAGTGGTATG
TCTTCAACTA AGACATCAGT TAGTGTGACA GACACAATAG TAAGCTCGAT TTCATTATCT
AGTACGTCAA CCTTTTTGTC TGCTGGCAGT ATTGCTTCTG ATACTGACAG ACTCTCAACT
ACCAACCTTG GTGCTGGTAG TATTACTGCT GAGTCACTGC ACACAAGTAC TACCTCCAAC
AATGAACTGT CAATTCAGGT TACAGGAGAA ACACCAAGTT CAGGCCATTT GTCGGCAACA
TTTAGCTCTG TATCAGATAT TACTACTGGA CATACTACTG TTGAAGATAA TGAACCAACC
ACTTTTTCAC CATCTTCGTC AAGTCGTTCT GAAACATTTG CTAATGACAA TAGCATTTCA
ACAAAAGATG TTGGTGGTGA AAATACTATT AAAACTCCTC CAGCTACTGA CATTGCCACA
GCATCATCCT TATTGACACA TTCTGCAGAA GTTTCTATTG AAATAATTAG CGAGAGTTCA
TTTAGCAAAG TTGCCAGCGT TCCAGTAAAT ACTGAAACAT CCTTAAGATC AATAAATTTG
TCATCAAATG TTGCTACAGA ATCAAGTGAA ACAGTTAAAA CTGGAGCAAG TGCAGAAGCC
ATTTCTTCTC CACCTACATC AACTGAAAAT GGACTGATCT ATTCAACTGA AGAATCAAAA
GTCAGTACAT ATCCTAACTC AGGTTCGAGT AATGACCAAA TAATTGAATC TCAAGGAGCT
GCTCAAACAG ATTCTGTTTC AACGTTGACG GCAAACCCAG TGGCAACTTT AACTTTTGGT
GTCGACTCGT CAGCAGCCGA GAATGAGTCA AGTGAAACAA AGTCAAGTGA GGAATCTAAT
ATGAATTCAG ACTCACTAAA TGAAACTAAC AATGGTATTA ACGCTATTTT TTCAAAAGCA
GAAGTTCCAA ATTCTTTTAT TCAGTCAGAT TCCATATTGA CTATGACAGC TAGTGCAACT
GATGCTTCTA TGAGCGGAGA TGGTGCTGCT CTAAATGCAC AACCAACGAC TTTGGTTCAA
CAAATAGCAA CTTCTTCCTA CAACTCGCCC CTTATTTCTA CATACTCCGA ATCCTCTTCC
GGCACTAAAC AGCCTTCCTG GTTTCTTAAA TTTATTGGTA TTGCATTATT CTTTTCGTTG
TGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_002419531.1 CDS 1..5043 Translation 
Target ORF information:
RefSeq Version XM_002419486.1 Organism Candida dubliniensis CD36 Definition Candida dubliniensis CD36 agglutinin-like protein, putative (ALSD1), partial mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_002419486.1
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
5041ATGAAGGGAG TAGTACTATT ACATCTTTTC TTCTATTGTG CAATAGCAAC AGCCAAAACT
ATATCGGGAG TCTTTACGAG TTTTAACTCT TTGACTTATG CTAATACTGG TAACTATCCA
TACGGGGGTC CTGGTTATCC AACATGGACT GCAGTATTAG GTTGGAGTTT GGACGGAACT
GTAGCTAGTC CAAGTGATAC ATTCACATTG ATCATGCCAT GTGTTTTCAA ATTTATTACC
ACGCAAACTT CGGTAGACTT AACTGCTAAT GGTGTCAAGT ATGCAACATG TACTTTCCAC
GCAGGGGAAG ATTTTACTGC CTTTTCAAGT ATGAGTTGTG TGGTAAATAA TGGGTTGACT
TCAAATATTA AAGCATTTGG TACCGTAAGG ATACCAATTT CATTTAATGT TGGTGGAACT
GGATCTTCTG TCAATCTTCA AGATTCCAAG TGCTTTACAG CCGGAACTAA CAGTGTCACC
TTTACCGATG GAGATCACAA AATTTCTATT CCAGTGGATT TCCCCAAAAC ACCGGAATCA
TCTAGTGGTT TGATTAAATA CTCAAGAGTT ATTCCAACCC TTGATAAACT ATCCAGTCTT
GCAGTAGCCT CTCAGTGTAC CGCTGGATAT AAGTCTGGTG TGCTCGGGTT TTCTGCAACA
AAGAACGATG TGACAATTGA GTGTTCAAAT GTACATGTGG GGATAACAAA TGGTTTGAAT
AGTTGGAATA TGCCGGTGTC ATCAGACTCA TTTTCTTATA CAAAAACTTG TACTTCAAGT
AGTTTTATCA TTACCTATGA AAACGTTCCT GCAGGTTATC GTCCTTTTAT TGATACATAT
GTGAAAAAAA CATCAACAAC ATCGACCGGA TTTAATTTGA ATTACACGAA TTCATACGTT
TGTACTGATG GCAAAAAGGG AAATGACCCA CTTATTTACT TTTGGACTTC GTACACCAAT
AGTGATGCAG GATCCGATGG AGCTGTTGTA ATTGTTACCA CGAAAACAGT GACAGATTCT
ACAACAGCAA TCACTACATT ACCATTTGAT CCCACGGTCG ATAAAACCAA AACCATTGAA
GTTTTAGAAC CTATTCCAAC TACCACAATC ACCACTTCAT ATGTTGGGGT TTCTACTTCA
TTTTTTACAA AGACAGCAAC TATTGGGGGC ACAGCAACTG TTATTGTTGA TGTCCCATTT
CATACAACTA CCACAATCAC TAACACTTGG ACGGGATCAA TCACCACGTC AAGTACTTAT
ACAAATCCCA CTGAATCAGT TGATACAGTT ATTGTGCAAG TTCCACTGCC AAATCCAACA
GTTACAACTA CTCAGTTTTG GACCGGAAGC GTTCCTACAA CAGAAACTGT AACTACTGGA
CCAAAAGGTA CAGACTCAGT GATCATCAGA GAACCACACA ACCCTACTGT AACTACAACT
GAATTTTGGA CAGAATCATA TGCTACTACC ACTACCATCA CAAACAGTCC AGAGGGCACA
GACTCGGTTA TTGTTAAAGA ACCACACAAC CCTACTGTGA CTACCACCGA GTTTTGGTCA
GAATCATATG CTACTACCAC TACCATCACA AACAGTCCAG AGGGCACAGA CTCGGTTATT
GTTAAAGAAC CACACAACCC TACTGTGACT ACCACCGAGT TTTGGTCAGA ATCATATGCT
ACTACCACTA CTATCATAAA CAGTCCAGAG GGCACAGACT CGGTTATTGT TAAAGAACCA
CACAACCCTA CTGTGACTAC CACCGAGTTT TGGTCAGAAT CGTATGCTAC TACCACTACC
ATCACAAACA GTCCAGAGGG CACAGACTCG GTTATTGTTA AAGAACCACA CAACCCTACT
GTGACTACCA CCGAGTTTTG GTCAGAATCA TATGCTACTA CCACTACTAT CATAAACAGT
CCAGAGGGCA CAGACAGTGT GATTATCAGA GAACCACACA ACCCTACTGT GACTACCACC
GAGTTTTGGT CAGAATCGTA TGCTACTACC ACTACTATCA TAAACAGTCC AGAGGGCACA
GACTCGGTAA TTGTTAAAGA ACCACACAAC CCTACTGTGA CTACCACTGA ATTTTGGTCA
GACTCGTATG CTACTACCAC TACTATCATA AACAGTCCAG AGGGCACAGA CTCGGTAATT
GTTAAAGAAC CACACAACCC TACTGTGACT ACCACTGAAT TTTGGTCAGA CTCGTATGCT
ACTACCACTA CTATCATAAA CAGTCCAGAG GGCACAGACT CGGTAATTGT TAAAGAACCA
CACAACCCTA CTGTGACTAC CACTGAATTT TGGTCAGACT CGTATGCTAC TACCACTACT
ATCATAAACA GTCCAGAGGG CACAGACTCG GTAATTGTTA AAGAACCACA CAACCCTACT
GTGACTACCA CCGAGTTTTG GTCAGAATCG TATGCTACTA CCACTACCAT CACAAACAGT
CCAGAGGGCA CAGACAGTGT GATTATCAGA GAACCACACA ACCCTACTGT GACTACCACC
GAGTTTTGGT CAGAATCGTA TGCTACTACC ACTACTATCA TAAACAGTCC AGAGGGCACA
GACTCGGTAA TTGTTAAAGA ACCACACAAC CCTACTGTGA CTACCACTGA ATTTTGGTCA
GACTCGTATG CTACTACCAC TACTATCATA AACAGTCCAG AGGGCACAGA CTCGGTAATT
GTTAAAGAAC CACACAACCC TACTGTGACT ACCACCGAGT TTTGGTCAGA CTCGTATGCT
ACTACAAAGA CCATTACAGC AGGGCCACTT GGAACTGATA GTATCATTGT GCATGATCCA
TATGAAGAAC TGTCTTCTAG TAATGCTATT GAGTCGAGTG ATCTGTATGT CTCAAGTTCA
GTTCAAGAAC CATCTAGTCT GATTGAACAG TCATTGAGTT CTGCCGAAGA ATCATCAAGT
ATGGTTAAAG AGTCATCTAG TTCTGATATA CCATCATTAA GCTCCATTCA GGTATCATCT
AGTGAATTGT TTACCGTTTC CAGTTATGAT AGCTACTTTC AAACTAGCAC TGATACCTCA
AGTTTCCTGG AATCTTCTAG TTCCCATTCA GAACTGGCTC TGTTTAGTTG GAGCTCTTTC
ATTGATTCAC ACTCCAGTCG GTCCTTAGAC TCGATATCTG ATACCATAAG CACAAGTCAA
GAAACACCAA GCTCAAGTGA GGAATCCAGT ACATCTACCA CCGATAATTT AGTTTCAAGT
GACACCAATT CTATTTTAAG TTTTGAAACT TCTAGCTATT ACCCATCCAA CTCAATTCTG
CCGAGTGACG ACTTTCCGCA AACTATAGCC GGGGAGTCGG ATAGTCAACC AAGCTCGTTA
ATCACATCTA CTATTGAGAT TTCTAGCGAT TCAGCGTCTC TTTCAAGTGA CTCAACAAGC
AGTTTTGGTT CATCTTATAA CTGGAATTCT GATTTATCGT CCTTGTCTTC CAACGGCAAA
AGTGATATTT TGACTTCGTC TAGTTCTTCT ACGTTAGTTG TTCTGTCTTT TTCATTGAGT
TCAACCAATT CATTTTCTTT AACATACCCA CATTATGTCA ACTCAACAAC ATATCACACA
TCGCAGTCCG AAGGTTCATC TGTCGCGTCA CCATCAGTTA CAAATGACGA TACACATACT
TTGCTGGCAT CTACTGACAT CACATCCAAT GCTGACACAG ATTTTTCTAC GATGACAATT
TGCCGTCGTG ACAATGGAGA CGGCTGTATT GTAACAGATA CTTCTTCGTC TGAAATAGTC
AGTGAACAGA CTAGTGACGT GATGACGACT TCTAACTTTA TTAGTTTTGG CACGCCAGCC
TCAGAGGAAC ATTCTATTAC TGACATTCCA AATATTCAAT CATTGCAATC AAGTGGTATG
TCTTCAACTA AGACATCAGT TAGTGTGACA GACACAATAG TAAGCTCGAT TTCATTATCT
AGTACGTCAA CCTTTTTGTC TGCTGGCAGT ATTGCTTCTG ATACTGACAG ACTCTCAACT
ACCAACCTTG GTGCTGGTAG TATTACTGCT GAGTCACTGC ACACAAGTAC TACCTCCAAC
AATGAACTGT CAATTCAGGT TACAGGAGAA ACACCAAGTT CAGGCCATTT GTCGGCAACA
TTTAGCTCTG TATCAGATAT TACTACTGGA CATACTACTG TTGAAGATAA TGAACCAACC
ACTTTTTCAC CATCTTCGTC AAGTCGTTCT GAAACATTTG CTAATGACAA TAGCATTTCA
ACAAAAGATG TTGGTGGTGA AAATACTATT AAAACTCCTC CAGCTACTGA CATTGCCACA
GCATCATCCT TATTGACACA TTCTGCAGAA GTTTCTATTG AAATAATTAG CGAGAGTTCA
TTTAGCAAAG TTGCCAGCGT TCCAGTAAAT ACTGAAACAT CCTTAAGATC AATAAATTTG
TCATCAAATG TTGCTACAGA ATCAAGTGAA ACAGTTAAAA CTGGAGCAAG TGCAGAAGCC
ATTTCTTCTC CACCTACATC AACTGAAAAT GGACTGATCT ATTCAACTGA AGAATCAAAA
GTCAGTACAT ATCCTAACTC AGGTTCGAGT AATGACCAAA TAATTGAATC TCAAGGAGCT
GCTCAAACAG ATTCTGTTTC AACGTTGACG GCAAACCCAG TGGCAACTTT AACTTTTGGT
GTCGACTCGT CAGCAGCCGA GAATGAGTCA AGTGAAACAA AGTCAAGTGA GGAATCTAAT
ATGAATTCAG ACTCACTAAA TGAAACTAAC AATGGTATTA ACGCTATTTT TTCAAAAGCA
GAAGTTCCAA ATTCTTTTAT TCAGTCAGAT TCCATATTGA CTATGACAGC TAGTGCAACT
GATGCTTCTA TGAGCGGAGA TGGTGCTGCT CTAAATGCAC AACCAACGAC TTTGGTTCAA
CAAATAGCAA CTTCTTCCTA CAACTCGCCC CTTATTTCTA CATACTCCGA ATCCTCTTCC
GGCACTAAAC AGCCTTCCTG GTTTCTTAAA TTTATTGGTA TTGCATTATT CTTTTCGTTG
TGAThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
-
PubMed
Comparative genomics of the fungal pathogens Candida dubliniensis and Candida albicans.
Genome research19(12)2231-44(2009 Dec)
Jackson AP,Gamble JA,Yeomans T,Moran GP,Saunders D,Harris D,Aslett M,Barrell JF,Butler G,Citiulo F,Coleman DC,de Groot PW,Goodwin TJ,Quail MA,McQuillan J,Munro CA,Pain A,Poulter RT,Rajandream MA,Renauld H,Spiering MJ,Tivey A,Gow NA,Barrell B,Sullivan DJ,Berriman M
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