Description:
HTT-Q23-PCDNA SW2, MIX, 1-3144, HUMAN
HUNTINGTON DISEASE; HD
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Repository
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HD Community Biorepository
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| Quantity |
20 µg |
| Quantitation Method |
Please see our FAQ |
| Certain Third Party Licensing Requirements |
Invitrogen License for Cat# V790.20 |
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Alias
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SW2-FLHttQ23
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Family History
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N
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Species
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Homo sapiens
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Common Name
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Human
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Remarks
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| Remarks |
DNA corresponding to full-length human Huntingtin (Htt) containing 23 glutamines translated from a mixed codon in the presence of the Rheoswitch receptor and inducer. mix =[CAG, CAA, CAG, CAA, CAA] n |
| Construct Name |
SW2-FLHttQ23 |
| Insert Length |
9432 |
| Vector |
pcDNA3.1 |
| Concentration |
0.233 mg/ml |
| Sequence |
CCTGACGTCG ACGGATCGGG AGATCTCGGC CGCATATTAA GTGCATTGTT CTCG
ATACCG CTAAGTGCAT TGTTCTCGTT AGCTCGATGG ACAAGTGCAT TGTTCTCT
TG CTGAAAGCTC GATGGACAAG TGCATTGTTC TCTTGCTGAA AGCTCGATGG A
CAAGTGCAT TGTTCTCTTG CTGAAAGCTC AGTACCCGGG AGTACCCTCG ACCGC
CGGAG TATAAATAGA GGCGCTTCGT CTACGGAGCG ACAATTCAAT TCAAACAAG
C AAAGTGAACA CGTCGCTAAG CGAAAGCTAA GCAAATAAAC AAGCGCAGCT GA
ACAAGCTA AACAATCTGC AGTAAAGTGC AAGTTAAAGT GAATCAATTA AAAGTA
ACCA GCAACCAAGT AAATCAACTG CAACTACTGA AATCTGCCAA GAAGTAATTA
TTGAATACAA GAAGAGAACT CTGAATACTT TCAACAAGTT ACCGAGAAAG AAG
AACTCAC ACACAGCACT AGTCCAGTGT GGTGGAATTC TGCAGATAAA CACCACC
ATG GCGACCCTGG AAAAGCTGAT GAAGGCCTTC GAGTCCCTCA AGTCCTTCCA
ACAGCAGCAA CAGCAACAAC AGCAGCAACA GCAACAACAG CAGCAACAGC AACA
ACAGCA GCAACAGCCG CCACCGCCGC CGCCGCCGCC GCCGCCTCCT CAGCTTCC
TC AGCCGCCGCC GCAGGCACAG CCGCTGCTGC CTCAGCCGCA GCCGCCCCCG C
CGCCGCCCC CGCCGCCACC CGGCCCGGCT GTGGCTGAGG AGCCGCTGCA CCGAC
CAAAG AAAGAACTTT CAGCTACCAA GAAAGACCGT GTGAATCATT GTCTGACAA
T ATGTGAAAAC ATAGTGGCAC AGTCTGTCAG AAATTCTCCA GAATTTCAGA AA
CTTCTGGG CATCGCTATG GAACTTTTTC TGCTGTGCAG TGATGACGCA GAGTCA
GATG TCAGGATGGT GGCTGACGAA TGCCTCAACA AAGTTATCAA AGCTTTGATG
GATTCTAATC TTCCAAGGTT ACAGCTCGAG CTCTATAAGG AAATTAAAAA GAA
TGGTGCC CCTCGGAGTT TGCGTGCTGC CCTGTGGAGG TTTGCTGAGC TGGCTCA
CCT GGTTCGGCCT CAGAAATGCA GGCCTTACCT GGTGAACCTT CTGCCGTGCC
TGACTCGAAC AAGCAAGAGA CCCGAAGAAT CAGTCCAGGA GACCTTGGCT GCAG
CTGTTC CCAAAATTAT GGCTTCTTTT GGCAATTTTG CAAATGACAA TGAAATTA
AG GTTTTGTTAA AGGCCTTCAT AGCGAACCTG AAGTCAAGCT CCCCCACCAT T
CGGCGGACA GCGGCTGGAT CAGCAGTGAG CATCTGCCAG CACTCAAGAA GGACA
CAATA TTTCTATAGT TGGCTACTAA ATGTGCTCTT AGGCTTACTC GTTCCTGTC
G AGGATGAACA CTCCACTCTG CTGATTCTTG GCGTGCTGCT CACCCTGAGG TA
TTTGGTGC CCTTGCTGCA GCAGCAGGTC AAGGACACAA GCCTGAAAGG CAGCTT
CGGA GTGACAAGGA AAGAAATGGA AGTCTCTCCT TCTGCAGAGC AGCTTGTCCA
GGTTTATGAA CTGACGTTAC ATCATACACA GCACCAAGAC CACAATGTTG TGA
CCGGAGC CCTGGAGCTG TTGCAGCAGC TCTTCAGAAC GCCTCCACCC GAGCTTC
TGC AAACCCTGAC CGCAGTCGGG GGCATTGGGC AGCTCACCGC TGCTAAGGAG
GAGTCTGGTG GCCGAAGCCG TAGTGGGAGT ATTGTGGAAC TTATAGCTGG AGGG
GGTTCC TCATGCAGCC CTGTCCTTTC AAGAAAACAA AAAGGCAAAG TGCTCTTA
GG AGAAGAAGAA GCCTTGGAGG ATGACTCTGA ATCGAGATCG GATGTCAGCA G
CTCTGCCTT AACAGCCTCA GTGAAGGATG AGATCAGTGG AGAGCTGGCT GCTTC
TTCAG GGGTTTCCAC TCCAGGGTCA GCAGGTCATG ACATCATCAC AGAACAGCC
A CGGTCACAGC ACACACTGCA GGCGGACTCA GTGGATCTGG CCAGCTGTGA CT
TGACAAGC TCTGCCACTG ATGGGGATGA GGAGGATATC TTGAGCCACA GCTCCA
GCCA GGTCAGCGCC GTCCCATCTG ACCCTGCCAT GGACCTGAAT GATGGGACCC
AGGCCTCGTC GCCCATCAGC GACAGCTCCC AGACCACCAC CGAAGGGCCT GAT
TCAGCTG TTACCCCTTC AGACAGTTCT GAAATTGTGT TAGACGGTAC CGACAAC
CAG TATTTGGGCC TGCAGATTGG ACAGCCCCAG GATGAAGATG AGGAAGCCAC
AGGTATTCTT CCTGATGAAG CCTCGGAGGC CTTCAGGAAC TCTTCCATGG CCCT
TCAACA GGCACATTTA TTGAAAAACA TGAGTCACTG CAGGCAGCCT TCTGACAG
CA GTGTTGATAA ATTTGTGTTG AGAGATGAAG CTACTGAACC GGGTGATCAA G
AAAACAAGC CTTGCCGCAT CAAAGGTGAC ATTGGACAGT CCACTGATGA TGACT
CTGCA CCTCTTGTCC ATTGTGTCCG CCTTTTATCT GCTTCGTTTT TGCTAACAG
G GGGAAAAAAT GTGCTGGTTC CGGACAGGGA TGTGAGGGTC AGCGTGAAGG CC
CTGGCCCT CAGCTGTGTG GGAGCAGCTG TGGCCCTCCA CCCGGAATCT TTCTTC
AGCA AACTCTATAA AGTTCCTCTT GACACCACGG AATACCCTGA GGAACAGTAT
GTCTCAGACA TCTTGAACTA CATCGATCAT GGAGACCCAC AGGTTCGAGG AGC
CACTGCC ATTCTCTGTG GGACCCTCAT CTGCTCCATC CTCAGCAGGT CCCGCTT
CCA CGTGGGAGAT TGGATGGGCA CCATTAGAAC CCTCACAGGA AATACATTTT
CTTTGGCGGA TTGCATTCCT TTGCTGCGGA AAACACTGAA GGATGAGTCT TCTG
TTACTT GCAAGTTAGC TTGTACAGCT GTGAGGAACT GTGTCATGAG TCTCTGCA
GC AGCAGCTACA GTGAGTTAGG ACTGCAGCTG ATCATCGATG TGCTGACTCT G
AGGAACAGT TCCTATTGGC TGGTGAGGAC AGAGCTTCTG GAAACCCTTG CAGAG
ATTGA CTTCAGGCTG GTGAGCTTTT TGGAGGCAAA AGCAGAAAAC TTACACAGA
G GGGCTCATCA TTATACAGGG CTTTTAAAAC TGCAAGAACG AGTGCTCAAT AA
TGTTGTCA TCCATTTGCT TGGAGATGAA GACCCCAGGG TGCGACATGT TGCCGC
AGCA TCACTAATTA GGCTTGTCCC AAAGCTGTTT TATAAATGTG ACCAAGGACA
AGCTGATCCA GTAGTGGCCG TGGCAAGAGA TCAAAGCAGT GTTTACCTGA AAC
TTCTCAT GCATGAAACG CAGCCTCCAT CTCATTTCTC CGTCAGCACA ATAACCA
GAA TATATAGAGG CTATAACCTA CTACCAAGCA TAACAGACGT CACTATGGAA
AATAACCTTT CAAGAGTTAT TGCAGCAGTT TCTCATGAAC TAATCACATC AACC
ACCAGA GCACTCACAT TTGGATGCTG TGAAGCTTTG TGTCTTCTTT CCACTGCC
TT CCCAGTTTGC ATTTGGAGTT TAGGTTGGCA CTGTGGAGTG CCTCCACTGA G
TGCCTCAGA TGAGTCTAGG AAGAGCTGTA CCGTTGGGAT GGCCACAATG ATTCT
GACCC TGCTCTCGTC AGCTTGGTTC CCATTGGATC TCTCAGCCCA TCAAGATGC
T TTGATTTTGG CCGGAAACTT GCTTGCAGCC AGTGCTCCCA AATCTCTGAG AA
GTTCATGG GCCTCTGAAG AAGAAGCCAA CCCAGCAGCC ACCAAGCAAG AGGAGG
TCTG GCCAGCCCTG GGGGACCGGG CCCTGGTGCC CATGGTGGAG CAGCTCTTCT
CTCACCTGCT GAAGGTGATT AACATTTGTG CCCACGTCCT GGATGACGTG GCT
CCTGGAC CCGCAATAAA GGCAGCCTTG CCTTCTCTAA CAAACCCCCC TTCTCTA
AGT CCCATCCGAC GAAAGGGGAA GGAGAAAGAA CCAGGAGAAC AAGCATCTGT
ACCGTTGAGT CCCAAGAAAG GCAGTGAGGC CAGTGCAGCT TCTAGACAAT CTGA
TACCTC AGGTCCTGTT ACAACAAGTA AATCCTCATC ACTGGGGAGT TTCTATCA
TC TTCCTTCATA CCTCAAACTG CATGATGTCC TGAAAGCTAC ACACGCTAAC T
ACAAGGTCA CGCTGGATCT TCAGAACAGC ACGGAAAAGT TTGGAGGGTT TCTCC
GCTCA GCCTTGGATG TTCTTTCTCA GATACTAGAG CTGGCCACAC TGCAGGACA
T TGGGAAGTGT GTTGAAGAGA TCCTAGGATA CCTGAAATCC TGCTTTAGTC GA
GAACCAAT GATGGCAACT GTTTGTGTTC AACAATTGTT GAAGACTCTC TTTGGC
ACAA ACTTGGCCTC CCAGTTTGAT GGCTTATCTT CCAACCCCAG CAAGTCACAA
GGCCGAGCAC AGCGCCTTGG CTCCTCCAGT GTGAGGCCAG GCTTGTACCA CTA
CTGCTTC ATGGCCCCGT ACACCCACTT CACCCAGGCC CTCGCTGACG CCAGCCT
GAG GAACATGGTG CAGGCGGAGC AGGAGAACGA CACCTCGGGA TGGTTTGATG
TCCTCCAGAA AGTGTCTACC CAGTTGAAGA CAAACCTCAC GAGTGTCACA AAGA
ACCGTG CAGATAAGAA TGCTATTCAT AATCACATTC GTTTGTTTGA ACCTCTTG
TT ATAAAAGCTT TAAAACAGTA CACGACTACA ACATGTGTGC AGTTACAGAA G
CAGGTTTTA GATTTGCTGG CGCAGCTGGT TCAGTTACGG GTTAATTACT GTCTT
CTGGA TTCAGATCAG GTGTTTATTG GCTTTGTATT GAAACAGTTT GAATACATT
G AAGTGGGCCA GTTCAGGGAA TCAGAGGCAA TCATTCCAAA CATCTTTTTC TT
CTTGGTAT TACTATCTTA TGAACGCTAT CATTCAAAAC AGATCATTGG AATTCC
TAAA ATCATTCAGC TCTGTGATGG CATCATGGCC AGTGGAAGGA AGGCTGTGAC
ACATGCCATA CCGGCTCTGC AGCCCATAGT CCACGACCTC TTTGTATTAA GAG
GAACAAA TAAAGCTGAT GCAGGAAAAG AGCTTGAAAC CCAAAAAGAG GTGGTGG
TGT CAATGTTACT GAGACTCATC CAGTACCATC AGGTGTTGGA GATGTTCATT
CTTGTCCTGC AGCAGTGCCA CAAGGAGAAT GAAGACAAGT GGAAGCGACT GTCT
CGACAG ATAGCTGACA TCATCCTCCC AATGTTAGCC AAACAGCAGA TGCACATT
GA CTCTCATGAA GCCCTTGGAG TGTTAAATAC ATTATTTGAG ATTTTGGCCC C
TTCCTCCCT CCGTCCGGTA GACATGCTTT TACGGAGTAT GTTCGTCACT CCAAA
CACAA TGGCGTCCGT GAGCACTGTT CAACTGTGGA TATCGGGAAT TCTGGCCAT
T TTGAGGGTTC TGATTTCCCA GTCAACTGAA GATATTGTTC TTTCTCGTAT TC
AGGAGCTC TCCTTCTCTC CGTATTTAAT CTCCTGTACA GTAATTAATA GGTTAA
GAGA TGGGGACAGT ACTTCAACGC TAGAAGAACA CAGTGAAGGG AAACAAATAA
AGAATTTGCC AGAAGAAACA TTTTCAAGGT TTCTATTACA ACTGGTTGGT ATT
CTTTTAG AAGACATTGT TACAAAACAG CTGAAGGTGG AAATGAGTGA GCAGCAA
CAT ACTTTCTATT GCCAGGAACT AGGCACACTG CTAATGTGTC TGATCCACAT
CTTCAAGTCT GGAATGTTCC GGAGAATCAC AGCAGCTGCC ACTAGGCTGT TCCG
CAGTGA TGGCTGTGGC GGCAGTTTCT ACACCCTGGA CAGCTTGAAC TTGCGGGC
TC GTTCCATGAT CACCACCCAC CCGGCCCTGG TGCTGCTCTG GTGTCAGATA C
TGCTGCTTG TCAACCACAC CGACTACCGC TGGTGGGCAG AAGTGCAGCA GACCC
CGAAA AGACACAGTC TGTCCAGCAC AAAGTTACTT AGTCCCCAGA TGTCTGGAG
A AGAGGAGGAT TCTGACTTGG CAGCCAAACT TGGAATGTGC AATAGAGAAA TA
GTACGAAG AGGGGCTCTC ATTCTCTTCT GTGATTATGT CTGTCAGAAC CTCCAT
GACT CCGAGCACTT AACGTGGCTC ATTGTAAATC ACATTCAAGA TCTGATCAGC
CTTTCCCACG AGCCTCCAGT ACAGGACTTC ATCAGTGCCG TTCATCGGAA CTC
TGCTGCC AGCGGCCTGT TCATCCAGGC AATTCAGTCT CGTTGTGAAA ACCTTTC
AAC TCCAACCATG CTGAAGAAAA CTCTTCAGTG CTTGGAGGGG ATCCATCTCA
GCCAGTCGGG AGCTGTGCTC ACGCTGTATG TGGACAGGCT TCTGTGCACC CCTT
TCCGTG TGCTGGCTCG CATGGTCGAC ATCCTTGCTT GTCGCCGGGT AGAAATGC
TT CTGGCTGCAA ATTTACAGAG CAGCATGGCC CAGTTGCCAA TGGAAGAACT C
AACAGAATC CAGGAATACC TTCAGAGCAG CGGGCTCGCT CAGAGACACC AAAGG
CTCTA TTCCCTGCTG GACAGGTTTC GTCTGTCCAC CATGCAAGAC TCACTTAGT
C CCTCTCCTCC AGTCTCTTCC CACCCGCTGG ACGGGGATGG GCACGTGTCA CT
GGAAACAG TGAGTCCGGA CAAAGACTGG TACGTTCATC TTGTCAAATC CCAGTG
TTGG ACCAGGTCAG ATTCTGCACT GCTGGAAGGT GCAGAGCTGG TGAATCGGAT
TCCTGCTGAA GATATGAATG CCTTCATGAT GAACTCGGAG TTCAACCTAA GCC
TGCTAGC TCCATGCTTA AGCCTAGGGA TGAGTGAAAT TTCTGGTGGC CAGAAGA
GTG CCCTTTTTGA AGCAGCCCGT GAGGTGACTC TGGCCCGTGT GAGCGGCACC
GTGCAGCAGC TCCCTGCTGT CCATCATGTC TTCCAGCCCG AGCTGCCTGC AGAG
CCGGCG GCCTACTGGA GCAAGTTGAA TGATCTGTTT GGGGATGCTG CACTGTAT
CA GTCCCTGCCC ACTCTGGCCC GGGCCCTGGC ACAGTACCTG GTGGTGGTCT C
CAAACTGCC CAGTCATTTG CACCTTCCTC CTGAGAAAGA GAAGGACATT GTGAA
ATTCG TGGTGGCAAC CCTTGAGGCC CTGTCCTGGC ATTTGATCCA TGAGCAGAT
C CCGCTGAGTC TGGATCTCCA GGCAGGGCTG GACTGCTGCT GCCTGGCCCT GC
AGCTGCCT GGCCTCTGGA GCGTGGTCTC CTCCACAGAG TTTGTGACCC ACGCCT
GCTC CCTCATCTAC TGTGTGCACT TCATCCTGGA GGCCGTTGCA GTGCAGCCTG
GAGAGCAGCT TCTTAGTCCA GAAAGAAGGA CAAATACCCC AAAAGCCATC AGC
GAGGAGG AGGAGGAAGT AGATCCAAAC ACACAGAATC CTAAGTATAT CACTGCA
GCC TGTGAGATGG TGGCAGAAAT GGTGGAGTCT CTGCAGTCGG TGTTGGCCTT
GGGTCATAAA AGGAATAGCG GCGTGCCGGC GTTTCTCACG CCATTGCTCA GGAA
CATCAT CATCAGCCTG GCCCGCCTGC CCCTTGTCAA CAGCTACACA CGTGTGCC
CC CACTGGTGTG GAAGCTTGGA TGGTCACCCA AACCGGGAGG GGATTTTGGC A
CAGCATTCC CTGAGATCCC CGTGGAGTTC CTCCAGGAAA AGGAAGTCTT TAAGG
AGTTC ATCTACCGCA TCAACACACT AGGCTGGACC AGTCGTACTC AGTTTGAAG
A AACTTGGGCC ACCCTCCTTG GTGTCCTGGT GACGCAGCCC CTCGTGATGG AG
CAGGAGGA GAGCCCACCA GAAGAAGACA CAGAGAGGAC CCAGATCAAC GTCCTG
GCCG TGCAGGCCAT CACCTCACTG GTGCTCAGTG CAATGACTGT GCCTGTGGCC
GGCAACCCAG CTGTAAGCTG CTTGGAGCAG CAGCCCCGGA ACAAGCCTCT GAA
AGCTCTC GACACCAGGT TTGGGAGGAA GCTGAGCATT ATCAGAGGGA TTGTGGA
GCA AGAGATTCAA GCAATGGTTT CAAAGAGAGA GAATATTGCC ACCCATCATT
TATATCAGGC ATGGGATCCT GTCCCTTCTC TGTCTCCGGC TACTACAGGT GCCC
TCATCA GCCACGAGAA GCTGCTGCTA CAGATCAACC CCGAGCGGGA GCTGGGGA
GC ATGAGCTACA AACTCGGCCA GGTGTCCATA CACTCCGTGT GGCTGGGGAA C
AGCATCACA CCCCTGAGGG AGGAGGAATG GGACGAGGAA GAGGAGGAGG AGGCC
GACGC CCCTGCACCT TCGTCACCAC CCACTTCTCC AGTCAACTCC AGGAAACAC
C GGGCTGGAGT TGACATCCAC TCCTGTTCGC AGTTTTTGCT TGAGTTGTAC AG
CCGCTGGA TCCTGCCGTC CAGCTCAGCC AGGAGGACCC CGGCCATCCT GATCAG
TGAG GTGGTCAGAT CCCTTCTAGT GGTCTCAGAC TTGTTCACCG AGCGCAACCA
GTTTGAGCTG ATGTATGTGA CGCTGACAGA ACTGCGAAGG GTGCACCCTT CAG
AAGACGA GATCCTCGCT CAGTACCTGG TGCCTGCCAC CTGCAAGGCA GCTGCCG
TCC TTGGGATGGA CAAGGCCGTG GCGGAGCCTG TCAGCCGCCT GCTGGAGAGC
ACGCTCAGGA GCAGCCACCT GCCCAGCAGG GTTGGAGCCC TGCACGGCGT CCTC
TATGTG CTGGAGTGCG ACCTGCTGGA CGACACTGCC AAGCAGCTCA TCCCGGTC
AT CAGCGACTAT CTCCTCTCCA ACCTGAAAGG GATCGCCCAC TGCGTGAACA T
TCACAGCCA GCAGCACGTA CTGGTCATGT GTGCCACTGC GTTTTACCTC ATTGA
GAACT ATCCTCTGGA CGTAGGGCCG GAATTTTCAG CATCAATAAT ACAGATGTG
T GGGGTGATGC TGTCTGGAAG TGAGGAGTCC ACCCCCTCCA TCATTTACCA CT
GTGCCCTC AGAGGCCTGG AGCGCCTCCT GCTCTCTGAG CAGCTCTCCC GCCTGG
ATGC AGAATCGCTG GTCAAGCTGA GTGTGGACAG AGTGAACGTG CACAGCCCGC
ACCGGGCCAT GGCGGCTCTG GGCCTGATGC TCACCTGCAT GTACACAGGA AAG
GAGAAAG TCAGTCCGGG TAGAACTTCA GACCCTAATC CTGCAGCCCC CGACAGC
GAG TCAGTGATTG TTGCTATGGA GCGGGTATCT GTTCTTTTTG ATAGGATCAG
GAAAGGCTTT CCTTGTGAAG CCAGAGTGGT GGCCAGGATC CTGCCCCAGT TTCT
AGACGA CTTCTTCCCA CCCCAGGACA TCATGAACAA AGTCATCGGA GAGTTTCT
GT CCAACCAGCA GCCATACCCC CAGTTCATGG CCACCGTGGT GTATAAGGTG T
TTCAGACTC TGCACAGCAC CGGGCAGTCG TCCATGGTCC GGGACTGGGT CATGC
TGTCC CTCTCCAACT TCACGCAGAG GGCCCCGGTC GCCATGGCCA CGTGGAGCC
T CTCCTGCTTC TTTGTCAGCG CGTCCACCAG CCCGTGGGTC GCGGCGATCC TC
CCACATGT CATCAGCAGG ATGGGCAAGC TGGAGCAGGT GGACGTGAAC CTTTTC
TGCC TGGTCGCCAC AGACTTCTAC AGACACCAGA TAGAGGAGGA GCTCGACCGC
AGGGCCTTCC AGTCTGTGCT TGAGGTGGTT GCAGCCCCAG GAAGCCCATA TCA
CCGGCTG CTGACTTGTT TACGAAATGT CCACAAGGTC ACCACCTGCG CGGCCGC
TCG AGTCTAGAGG GCCCGTTTAA ACCCGCTGAT CAGCCTCGAC TGTGCCTTCT
AGTTGCCAGC CATCTGTTGT TTGCCCCTC
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| Cloning Information |
The CMV promoter sequence of Htt-Q23, mix, 1-3144, human (aka FLmixQ23p; CHDI-90000022) was replaced with the RheoSwitch (SW2) promoter |
| Remarks |
DNA corresponding to full-length human Huntingtin (Htt) containing 23 glutamines translated from a mixed codon in the presence of the Rheoswitch receptor and inducer. mix =[CAG, CAA, CAG, CAA, CAA] n |
| DNA corresponding to full-length human Huntingtin (Htt) containing 23 glutamines translated from a mixed codon in the presence of the Rheoswitch receptor and inducer. mix =[CAG, CAA, CAG, CAA, CAA] n |
| Remarks |
DNA corresponding to full-length human Huntingtin (Htt) containing 23 glutamines translated from a mixed codon in the presence of the Rheoswitch receptor and inducer. mix =[CAG, CAA, CAG, CAA, CAA] n |
| PDF |
Vector Map |
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Plasmid Collection Screening and Propagation |
| Supplement |
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