The following A1O3_08606 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the A1O3_08606 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.
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
| ATGCAGCAGC CTCCATCACC ATCACCTCGG TGGCCTAGAA GCAAGGTCTC CGACGGCAAA
CACCAGATCC AAGCAATATT CCTGGAAGGC GCCGCTGCAA TCATTTCACG AATCTACTCG
CAATCGACCT CCGATGGCGG CCGAATAGTG GCTATCCGAG TCAAGGACCC TCTCATCAAC
ATTACTGTCC ATTGCGATCC TCCGAAGGCT GAATTACATA TCAATTCGGT TGAGATTGTG
AACATCGGGA ACGATACAAC CGGCACACTA CCTGTTGGCT CAACAGTCCT CGAAGACAAG
GTAGTCAGAC GCACTCTAGC TCAATACGGA CTTTTCAAGT CGGACCGCGG GAGGGACGGG
ATTACAATGG CGAGTAGCCC TCAGTCCATC AAATCGCAGG CAGGATGCAG TCCGATCCAG
GATAGGAACA TCGCACTTCA GGATGACATA CCACCGTCTC AATCGCAATT CTGGACCCAA
ATTCACGGTG CAGCACGGCG AACTGAACAT GATTCAGCAA CTACCGTTGT GACCAGTGAC
AACACTCCTC TTCTAAAGTT GTTGAAGGCT CCAACGCTAA AGGATGCGGC AGCAAAACCC
ACCCTCTTTA CTAGCCAGGC CCAAGATGAG GATGAGAATT CACTAGCTTC GCTAGCAGGA
GTAGAGAAAC CTGAAGAGCT AGTTCCAATC GCTCCAGAAG TATCCTTCAA AACCGCCACC
CCTATCGTTT CTGCACCTCT TCCCGATCCT TTGATAAATC AGGCAAAGGA TGAAGGAATC
GAATTGGTCT CAAATCACAC TATTTCTGGA ACAAAGTCCA AGTCCCATCA GTTGCAGCCG
CCAGAGTTAA GCGGTACTTC AACCCACCCA CAGCAAAACA TCTCTCCAGC TGTTTCAAAT
GAACAGTTCC GGCATTTTCA GCGGTGGCGC CAGCAGGCAA GAGCAGGAAA ATACGTGCCG
AGATACATTC AGATGATTCC CAAGGATCAG GAGAAACTCT TAGTATCTAG CGATAGCTGG
CAACCGCCTC TTGTTGGCCA CCCGATAATA CCGGGACAAG TACCGACGCT TCTTCTGGAA
CGCCTGACCG ATGCTGCTGA TAACCCAGAG GCTGATAACC CAGAGGAAGC GGGTGTCATT
CCGGAACCTC CGCCGAGTTC ACACGGTAAT GAGGACCAAA CAAACACCGA CAATGATGCA
AGTAACGATG GCCCATCTGA CAGCGAGGCG GAAGAAAACT CCAGCGAGAC TGACGCATCG
CCTGTTTCAT GGTCTCCAAG TCCTACACCT GAACAACGTA GGATGGCATT GCCTCCAGAT
AGTCCACCGG TGCTTCTGCA CCAGCTGAAT CGAAACATGA AAGACCTAGG CCCTCCTTCC
CGGCAGGTTG ACGAGTCAGG CACACTCGAA AAACAATCAA TGGCTCGTGC TGGTGACTCT
ATGGATGCTG ACTGCAAACC CGGTGGTCAA GTTTGCGATC TAAACGAATC TTCATTAGAA
ACACCGCTGG CCAGTATGGA ACAAATCGGC TCCGATCCCC TGGGTCAGCA GATCCGACCA
CACACGCAAC CGGTCCAGGA AGCCGGGGAT GATGAAATGG ACGCTGGCCA ACTGGACGAG
CTTGCTGCTC TCCCGACGAA CCCAGTACTA GTCTCCAGTG CGAAGGTGGT GCAGGTTGAG
CAGACACCAT ATTTCCGGAG AGGATTCAGC CATGAGCGAC TCGAATCCGC ACTCACGCAT
AGTAGATCAC AAGATGCACT GCTAAGCAAC GATCACTGGA TATCATCAAG CTTCATTCCA
GGATCTGTCG ACGAAACAGC GCCTGTGGGT TATCTACCTT CGACAAAAGG GTTTAACCTC
CGTGGAATGG CCCAAGGACA TATGCCGGAA CTGGGGAGAA TAGATGCTAC TGGTAGGGAC
AGCGAACCAG ATCTCAGGGC GGACCGAAGT CAGACTATAC ATGCAGTTGG GACTTTGGAG
CTCGTCAATT GTGAGGATCA ATCTACGACA TACCTGGAAG AGCAGACAAA CTCCGATGGC
CGTACGAATG GTTCCAAAAA GCTCGATGTC CGAGATCGTC CAGCGGAGGC CCCTGGGACC
ACATCAGGAC ACCACGGTGA TTCTGTTCTC AAATCTGGGG ACAAGGACAG TCTCCAGCGT
CGCGGGCTTT CAGTGGACTT GGATCCACAA CCACTGAACG AGGGGCTCCG AAGGCCCAGC
CCATCTCTGA CAGTTTCAGA GCCAGGGTCC AATCTAGGCT CGCTTACAGC GAGGAAGGAG
AAGCAGTCCC AAGTCAAGAG GAAACCACCG GGTGTCGAAG GCGTGGGTCG CCCAAACAAA
AGACCACGGA CAGAGACGAC CGCTCACGAT AACAATGTGC CCGACGAGGA CTACGACGCA
GTATTCCCAA AGCTCAGAGA GTATCGCCGA GAGACTTTGC CATCCTTGAG CAAGCCAAAA
TTCTCCAGAG TTCATGCAGC CTCGTCATCA CCGAAAGACC CTGGCGGAGA CGGTGACGTG
TCCCGGGTGA GAGCCATTCC TTCTCCCGCC AGAGGGCAGA ACGTGACACC AGGATCGGCC
GTGGCATCAC GAACCTCCTC CTCGACACCA CTCACCCGCA TGTCCACATA TAATGAAATC
GAACAGACGG AGGTCAGGAC TCTACGGCGT GAATCCGATT CCGCAATATC AGATCTTTCT
TCTCGTGGCC AGGAGATGTT GTTTTTCGAT TTCAAGTCCG CTTACCCTGA TTATGAGGGA
ACTATCAAGG ATTTTACTGG ATCATGCCGC GTGCTCAGCA AGATGATGAC TTGTGGTCAA
GTGCTGCATC CGTCTCTTTA CGATGATGCC ATCTTCCATC ATTACCACAG CTACCGACGG
TATCTGAGTG AGGAGGCGTT GAATTGCGCC GTGCCCCTAC CATTCTATGA CTTCTACAAT
GAGCGCGTTG ACGAGCCATC TCACTCGCAA AGGATAGTGA CCAGATCAGC TCTTCATTAT
ATGCTAGGGA GTGGTGGGCC CTCTGATGGT GCCCTCAACA ACATGCGAGA GCGGGGTGTT
TTCCATCCTA GCACTTCGCC AGAGGTGGCT AGGGCAGAAT CAAAGACGAG TAAAGGGAGG
GTTTCTTCCA CTCTCAGGCG TACCTCGGGA CAAGATGTAC GCGACGTTGA TACACCTCAT
CGGCCCAGGG ATGCTGTGGA GGAATGGCGT CAAGACGCTT GGGGAACAGC ATCCCCTGAG
CTTGGAACGC CTGACATTGA CCGAAGCTTG TCGGATATCC CTGTTCTAGA CATATCGGTC
GACGACAACC AGAGTCCAGC ATCTGGATCC GCACCTGCAT CTGCATCAAT GGGCATAGGA
ACGGGCATGG GTCCACCGCG AGGGTCCAAG AAACGCAGTC TTCCGTGGGA TCCGAAGGTG
GTGGAATCAA AGGGAATGCC CAAGAGCAGA AGCTCATTGG CATCGACGCC TCATGTTTCT
AAACGACCAA GACTCTCAGC TAGTCCGTTT GTGAGACCGG CAAAACCAGC GGCGGCCACG
GTCAAAGCAC AATCACAGCA CAGGGAGAAA TCTCAGTCAG GTGTAGGGGC AGGGACAGGG
GCAGGAGGAG CGACGAAGAT GGGACCAAAT TGGTGGAAGG ACACAGACAC GCCATTCAAG
AGATTTATGG ATGGTTATTC CCGGTTGAAA TCCAACAAAC AAGAGTTCAG TTGGGATGCC
ATTGGACTTG AGAAGCCCCG GGTTGGAGGG ATCGACCTTT TTGCTTGGAG GAGGTGA |
The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
| RefSeq |
XP_007736893.1 |
| CDS | 1..3777 |
| Translation | |
Target ORF information:
| RefSeq Version | XM_007738703.1 |
| Organism | Capronia epimyces CBS 606.96 |
| Definition | Capronia epimyces CBS 606.96 hypothetical protein partial mRNA. |
Target ORF information:
| Epitope | DYKDDDDK |
| Bacterial selection | AMPR |
| Mammalian selection | NeoR |
| Vector | pcDNA3.1+/C-(K)DYK |
|
 XM_007738703.1 |
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
| ATGCAGCAGC CTCCATCACC ATCACCTCGG TGGCCTAGAA GCAAGGTCTC CGACGGCAAA
CACCAGATCC AAGCAATATT CCTGGAAGGC GCCGCTGCAA TCATTTCACG AATCTACTCG
CAATCGACCT CCGATGGCGG CCGAATAGTG GCTATCCGAG TCAAGGACCC TCTCATCAAC
ATTACTGTCC ATTGCGATCC TCCGAAGGCT GAATTACATA TCAATTCGGT TGAGATTGTG
AACATCGGGA ACGATACAAC CGGCACACTA CCTGTTGGCT CAACAGTCCT CGAAGACAAG
GTAGTCAGAC GCACTCTAGC TCAATACGGA CTTTTCAAGT CGGACCGCGG GAGGGACGGG
ATTACAATGG CGAGTAGCCC TCAGTCCATC AAATCGCAGG CAGGATGCAG TCCGATCCAG
GATAGGAACA TCGCACTTCA GGATGACATA CCACCGTCTC AATCGCAATT CTGGACCCAA
ATTCACGGTG CAGCACGGCG AACTGAACAT GATTCAGCAA CTACCGTTGT GACCAGTGAC
AACACTCCTC TTCTAAAGTT GTTGAAGGCT CCAACGCTAA AGGATGCGGC AGCAAAACCC
ACCCTCTTTA CTAGCCAGGC CCAAGATGAG GATGAGAATT CACTAGCTTC GCTAGCAGGA
GTAGAGAAAC CTGAAGAGCT AGTTCCAATC GCTCCAGAAG TATCCTTCAA AACCGCCACC
CCTATCGTTT CTGCACCTCT TCCCGATCCT TTGATAAATC AGGCAAAGGA TGAAGGAATC
GAATTGGTCT CAAATCACAC TATTTCTGGA ACAAAGTCCA AGTCCCATCA GTTGCAGCCG
CCAGAGTTAA GCGGTACTTC AACCCACCCA CAGCAAAACA TCTCTCCAGC TGTTTCAAAT
GAACAGTTCC GGCATTTTCA GCGGTGGCGC CAGCAGGCAA GAGCAGGAAA ATACGTGCCG
AGATACATTC AGATGATTCC CAAGGATCAG GAGAAACTCT TAGTATCTAG CGATAGCTGG
CAACCGCCTC TTGTTGGCCA CCCGATAATA CCGGGACAAG TACCGACGCT TCTTCTGGAA
CGCCTGACCG ATGCTGCTGA TAACCCAGAG GCTGATAACC CAGAGGAAGC GGGTGTCATT
CCGGAACCTC CGCCGAGTTC ACACGGTAAT GAGGACCAAA CAAACACCGA CAATGATGCA
AGTAACGATG GCCCATCTGA CAGCGAGGCG GAAGAAAACT CCAGCGAGAC TGACGCATCG
CCTGTTTCAT GGTCTCCAAG TCCTACACCT GAACAACGTA GGATGGCATT GCCTCCAGAT
AGTCCACCGG TGCTTCTGCA CCAGCTGAAT CGAAACATGA AAGACCTAGG CCCTCCTTCC
CGGCAGGTTG ACGAGTCAGG CACACTCGAA AAACAATCAA TGGCTCGTGC TGGTGACTCT
ATGGATGCTG ACTGCAAACC CGGTGGTCAA GTTTGCGATC TAAACGAATC TTCATTAGAA
ACACCGCTGG CCAGTATGGA ACAAATCGGC TCCGATCCCC TGGGTCAGCA GATCCGACCA
CACACGCAAC CGGTCCAGGA AGCCGGGGAT GATGAAATGG ACGCTGGCCA ACTGGACGAG
CTTGCTGCTC TCCCGACGAA CCCAGTACTA GTCTCCAGTG CGAAGGTGGT GCAGGTTGAG
CAGACACCAT ATTTCCGGAG AGGATTCAGC CATGAGCGAC TCGAATCCGC ACTCACGCAT
AGTAGATCAC AAGATGCACT GCTAAGCAAC GATCACTGGA TATCATCAAG CTTCATTCCA
GGATCTGTCG ACGAAACAGC GCCTGTGGGT TATCTACCTT CGACAAAAGG GTTTAACCTC
CGTGGAATGG CCCAAGGACA TATGCCGGAA CTGGGGAGAA TAGATGCTAC TGGTAGGGAC
AGCGAACCAG ATCTCAGGGC GGACCGAAGT CAGACTATAC ATGCAGTTGG GACTTTGGAG
CTCGTCAATT GTGAGGATCA ATCTACGACA TACCTGGAAG AGCAGACAAA CTCCGATGGC
CGTACGAATG GTTCCAAAAA GCTCGATGTC CGAGATCGTC CAGCGGAGGC CCCTGGGACC
ACATCAGGAC ACCACGGTGA TTCTGTTCTC AAATCTGGGG ACAAGGACAG TCTCCAGCGT
CGCGGGCTTT CAGTGGACTT GGATCCACAA CCACTGAACG AGGGGCTCCG AAGGCCCAGC
CCATCTCTGA CAGTTTCAGA GCCAGGGTCC AATCTAGGCT CGCTTACAGC GAGGAAGGAG
AAGCAGTCCC AAGTCAAGAG GAAACCACCG GGTGTCGAAG GCGTGGGTCG CCCAAACAAA
AGACCACGGA CAGAGACGAC CGCTCACGAT AACAATGTGC CCGACGAGGA CTACGACGCA
GTATTCCCAA AGCTCAGAGA GTATCGCCGA GAGACTTTGC CATCCTTGAG CAAGCCAAAA
TTCTCCAGAG TTCATGCAGC CTCGTCATCA CCGAAAGACC CTGGCGGAGA CGGTGACGTG
TCCCGGGTGA GAGCCATTCC TTCTCCCGCC AGAGGGCAGA ACGTGACACC AGGATCGGCC
GTGGCATCAC GAACCTCCTC CTCGACACCA CTCACCCGCA TGTCCACATA TAATGAAATC
GAACAGACGG AGGTCAGGAC TCTACGGCGT GAATCCGATT CCGCAATATC AGATCTTTCT
TCTCGTGGCC AGGAGATGTT GTTTTTCGAT TTCAAGTCCG CTTACCCTGA TTATGAGGGA
ACTATCAAGG ATTTTACTGG ATCATGCCGC GTGCTCAGCA AGATGATGAC TTGTGGTCAA
GTGCTGCATC CGTCTCTTTA CGATGATGCC ATCTTCCATC ATTACCACAG CTACCGACGG
TATCTGAGTG AGGAGGCGTT GAATTGCGCC GTGCCCCTAC CATTCTATGA CTTCTACAAT
GAGCGCGTTG ACGAGCCATC TCACTCGCAA AGGATAGTGA CCAGATCAGC TCTTCATTAT
ATGCTAGGGA GTGGTGGGCC CTCTGATGGT GCCCTCAACA ACATGCGAGA GCGGGGTGTT
TTCCATCCTA GCACTTCGCC AGAGGTGGCT AGGGCAGAAT CAAAGACGAG TAAAGGGAGG
GTTTCTTCCA CTCTCAGGCG TACCTCGGGA CAAGATGTAC GCGACGTTGA TACACCTCAT
CGGCCCAGGG ATGCTGTGGA GGAATGGCGT CAAGACGCTT GGGGAACAGC ATCCCCTGAG
CTTGGAACGC CTGACATTGA CCGAAGCTTG TCGGATATCC CTGTTCTAGA CATATCGGTC
GACGACAACC AGAGTCCAGC ATCTGGATCC GCACCTGCAT CTGCATCAAT GGGCATAGGA
ACGGGCATGG GTCCACCGCG AGGGTCCAAG AAACGCAGTC TTCCGTGGGA TCCGAAGGTG
GTGGAATCAA AGGGAATGCC CAAGAGCAGA AGCTCATTGG CATCGACGCC TCATGTTTCT
AAACGACCAA GACTCTCAGC TAGTCCGTTT GTGAGACCGG CAAAACCAGC GGCGGCCACG
GTCAAAGCAC AATCACAGCA CAGGGAGAAA TCTCAGTCAG GTGTAGGGGC AGGGACAGGG
GCAGGAGGAG CGACGAAGAT GGGACCAAAT TGGTGGAAGG ACACAGACAC GCCATTCAAG
AGATTTATGG ATGGTTATTC CCGGTTGAAA TCCAACAAAC AAGAGTTCAG TTGGGATGCC
ATTGGACTTG AGAAGCCCCG GGTTGGAGGG ATCGACCTTT TTGCTTGGAG GAGGTGA |
The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
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