Description:
HTT-Q48-PCDNA3.1, RDM,1-3144, HUMAN,CODON OPTIMIZED
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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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HTT-Q48-PCDNA3.1, RDM,1-3144, HUMAN,CODON OPTIMIZED
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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 tag free full
length sequence of the human
Huntingtin (Htt) gene containing 48
polyglutamine repeats (codon
optimized) in pcDNA3.1 vector. rdm:
x/CAG/CAA/x |
| Construct Name |
HTT-Q48-PCDNA3.1, RDM,1-3144, HUMAN,CODON OPTIMIZED |
| Insert Length |
9510 |
| Vector |
pcDNA3.1 |
| Concentration |
20ug |
| Sequence |
ATGGCTACACTGGAGAAGCTTATGAAGGCATTTGAATCCCTGAAGAGTTTCCAGCAACA
GCAACAGCAACAGCAGCAGCAACAGCAGCAGCAGCAGCAACAGCAACAGCAGCAGCAAC
AGCAACAGCAACAGCAACAGCAACAGCAACAGCAACAGCAACAGCAACAGCAACAGCAA
CAGCAACAGCAACAGCAACCACCTCCACCTCCCCCTCCACCCCCACCTCCCCAGCTGCC
TCAGCCCCCACCTCAGGCCCAGCCTCTGCTGCCACAGCCTCAGCCACCTCCCCCCCCAC
CTCCTCCACCCCCTGGCCCAGCCGTGGCCGAGGAGCCTCTGCACAGACCTAAGAAGGAG
CTGAGCGCCACCAAGAAGGATCGGGTGAATCACTGCCTGACCATTTGTGAAAACATTGT
GGCCCAGAGTGTGAGAAACAGTCCAGAGTTCCAGAAGCTTCTGGGCATCGCCATGGAGC
TGTTCCTGCTGTGCTCCGATGATGCCGAGTCTGACGTGCGGATGGTGGCCGATGAGTGC
CTGAATAAGGTAATCAAGGCCCTGATGGACTCCAACCTGCCCCGGCTGCAGCTGGAGCT
GTACAAGGAGATCAAGAAGAACGGCGCCCCCAGGTCCCTGAGGGCCGCCCTGTGGAGGT
TCGCCGAGCTGGCCCACCTGGTGAGACCTCAGAAGTGCAGACCTTACCTGGTGAACCTG
CTGCCTTGTCTGACACGGACCTCCAAGCGGCCAGAGGAGTCCGTGCAGGAGACACTGGC
CGCCGCCGTGCCTAAGATCATGGCCTCCTTCGGCAATTTCGCCAATGACAATGAGATCA
AGGTGCTGCTGAAGGCCTTCATCGCCAATCTGAAGTCTTCTAGCCCTACAATCCGGAGA
ACAGCCGCCGGCTCTGCCGTGTCCATCTGCCAGCACTCCCGGAGGACCCAGTACTTCTA
TTCCTGGCTGCTGAATGTGCTGCTGGGCCTGCTGGTGCCAGTGGAGGATGAGCACTCTA
CCCTGCTGATCCTGGGCGTGCTGCTGACACTGCGGTACCTGGTGCCACTGCTGCAGCAG
CAGGTGAAGGACACCTCTCTGAAGGGCTCCTTTGGCGTGACAAGAAAGGAGATGGAGGT
GTCCCCCTCTGCCGAGCAGCTGGTGCAGGTGTATGAGCTGACACTGCACCACACCCAGC
ACCAGGACCACAACGTGGTGACAGGCGCCCTGGAGCTGCTGCAGCAGCTGTTCCGGACA
CCACCCCCTGAGCTGCTGCAGACCCTGACAGCCGTGGGCGGCATCGGCCAGCTGACAGC
CGCCAAGGAGGAGTCCGGCGGCCGGTCCAGGTCTGGCTCCATCGTGGAGCTGATCGCCG
GCGGCGGCTCCTCTTGTAGCCCTGTGCTGTCTAGAAAGCAGAAGGGCAAGGTGCTGCTG
GGCGAGGAGGAGGCCCTGGAGGACGACTCTGAGTCCCGGTCCGACGTGAGCTCCTCTGC
CCTGACAGCCTCTGTGAAGGACGAGATCAGCGGCGAGCTGGCCGCCAGCAGCGGCGTGT
CTACCCCAGGCTCCGCCGGCCACGATATCATCACCGAGCAGCCCCGGTCCCAGCACACC
CTGCAGGCCGATTCTGTGGATCTGGCCAGCTGTGATCTGACCAGCTCCGCCACCGACGG
CGACGAGGAGGACATCCTGAGCCACTCCTCCTCCCAGGTGTCTGCCGTGCCATCCGATC
CAGCCATGGATCTGAATGACGGCACCCAGGCCTCTTCCCCCATCAGCGATTCTTCCCAG
ACCACCACAGAGGGCCCAGATTCCGCCGTGACCCCTTCCGATTCTAGCGAGATCGTGCT
GGATGGCACCGACAACCAGTACCTGGGCCTGCAGATCGGCCAGCCACAGGATGAGGACG
AGGAGGCCACCGGCATCCTGCCCGACGAGGCCAGCGAGGCCTTTCGGAACAGCTCCATG
GCCCTGCAGCAGGCCCACCTGCTGAAGAATATGTCTCACTGTAGGCAGCCATCCGATAG
CTCTGTGGATAAGTTCGTGCTGAGGGATGAGGCCACCGAGCCTGGCGACCAGGAGAACA
AGCCCTGTAGAATCAAGGGCGACATCGGCCAGTCTACAGACGATGATAGCGCCCCTCTG
GTGCACTGCGTGCGGCTGCTGTCCGCCTCTTTCCTGCTGACCGGCGGCAAGAACGTGCT
GGTGCCCGATCGGGACGTGAGAGTGTCCGTGAAGGCCCTGGCCCTGTCCTGCGTGGGCG
CCGCCGTGGCCCTGCACCCCGAGAGCTTTTTCTCCAAGCTGTACAAGGTGCCACTGGAT
ACAACAGAGTATCCCGAGGAGCAGTACGTGAGCGACATCCTGAACTATATCGATCACGG
CGACCCCCAGGTGCGGGGCGCCACCGCCATCCTGTGCGGCACCCTGATCTGTTCCATCC
TGTCTAGGTCCCGCTTTCACGTGGGCGATTGGATGGGCACCATCAGAACCCTGACCGGC
AATACCTTTTCTCTGGCCGATTGTATCCCACTGCTGAGAAAGACACTGAAGGATGAGTC
CTCTGTGACATGCAAGCTGGCCTGCACCGCCGTGCGGAATTGCGTGATGTCTCTGTGCT
CCTCCTCCTATTCTGAGCTGGGCCTGCAGCTGATCATCGATGTGCTGACCCTGAGAAAT
TCTTCCTATTGGCTGGTGCGGACAGAGCTGCTGGAGACACTGGCCGAGATCGATTTTCG
CCTGGTGTCTTTCCTGGAGGCCAAGGCCGAGAACCTGCACAGGGGCGCCCACCACTACA
CCGGCCTGCTGAAGCTGCAGGAGAGAGTGCTGAATAACGTGGTAATCCACCTGCTGGGC
GACGAGGATCCAAGAGTGAGACACGTGGCCGCCGCCTCCCTGATCCGCCTGGTGCCTAA
GCTGTTTTACAAGTGTGACCAGGGCCAGGCCGACCCCGTGGTGGCCGTGGCCCGGGATC
AGTCTAGCGTGTATCTGAAGCTGCTGATGCACGAGACACAGCCCCCATCCCACTTTAGC
GTGTCCACCATCACAAGAATCTATCGCGGCTATAACCTGCTGCCATCCATCACAGACGT
GACCATGGAGAATAACCTGTCTCGGGTAATCGCCGCCGTGAGCCACGAGCTGATCACCT
CCACAACCAGGGCCCTGACATTCGGCTGTTGCGAGGCCCTGTGCCTGCTGTCTACCGCC
TTTCCAGTGTGCATCTGGTCCCTGGGCTGGCACTGTGGCGTGCCTCCCCTGTCTGCCTC
CGACGAGTCCAGAAAGTCCTGTACAGTGGGCATGGCCACAATGATCCTGACACTGCTGT
CCTCTGCCTGGTTTCCCCTGGACCTGTCTGCCCACCAGGATGCCCTGATCCTGGCCGGC
AATCTGCTGGCCGCCTCTGCCCCTAAGTCTCTGAGGTCCTCCTGGGCCAGCGAGGAGGA
GGCCAACCCAGCCGCCACCAAGCAGGAGGAGGTGTGGCCTGCCCTGGGCGACAGGGCCC
TGGTGCCTATGGTGGAGCAGCTGTTCTCTCACCTGCTGAAGGTAATCAATATCTGTGCC
CACGTGCTGGATGACGTGGCCCCTGGCCCCGCCATCAAGGCCGCCCTGCCCAGCCTGAC
AAATCCTCCCTCTCTGTCTCCAATCAGACGGAAGGGCAAGGAGAAGGAGCCTGGCGAGC
AGGCCTCTGTGCCTCTGTCCCCCAAGAAGGGCAGCGAGGCCAGCGCCGCCAGCCGCCAG
TCTGATACATCCGGCCCAGTGACAACCAGCAAGTCCAGCTCCCTGGGCTCTTTTTACCA
CCTGCCAAGCTACCTGAAGCTGCACGACGTGCTGAAGGCCACCCACGCCAATTACAAGG
TGACCCTGGACCTGCAGAATAGCACAGAGAAGTTCGGCGGCTTCCTGAGGTCCGCCCTG
GACGTGCTGAGCCAGATCCTGGAGCTGGCCACACTGCAGGATATCGGCAAGTGCGTGGA
GGAGATCCTGGGCTATCTGAAGTCCTGCTTTTCTAGAGAGCCCATGATGGCCACCGTGT
GCGTGCAGCAGCTGCTGAAGACACTGTTCGGCACAAATCTGGCCTCCCAGTTTGACGGC
CTGTCCTCTAATCCAAGCAAGTCCCAGGGCAGGGCCCAGCGGCTGGGCTCCTCCTCTGT
GCGGCCCGGCCTGTATCACTACTGTTTTATGGCCCCATACACCCACTTCACCCAGGCCC
TGGCCGATGCCTCCCTGAGGAACATGGTGCAGGCCGAGCAGGAGAATGATACATCTGGC
TGGTTTGACGTGCTGCAGAAGGTGTCCACCCAGCTGAAGACCAATCTGACATCCGTGAC
AAAGAACCGGGCCGACAAGAATGCCATCCACAACCACATCAGACTGTTTGAGCCACTGG
TAATCAAGGCCCTGAAGCAGTATACCACCACCACCTGCGTGCAGCTGCAGAAGCAGGTG
CTGGACCTGCTGGCCCAGCTGGTGCAGCTGCGCGTGAATTACTGCCTGCTGGATAGCGA
TCAGGTGTTTATCGGCTTCGTGCTGAAGCAGTTCGAGTATATCGAGGTGGGCCAGTTTC
GGGAGTCTGAGGCCATCATCCCCAACATCTTCTTCTTCCTGGTGCTGCTGAGCTATGAG
CGGTATCACAGCAAGCAGATCATCGGCATCCCCAAGATCATCCAGCTGTGCGATGGCAT
CATGGCCAGCGGCAGGAAGGCCGTGACCCACGCCATCCCTGCCCTGCAGCCCATCGTGC
ACGATCTGTTCGTGCTGAGAGGCACCAATAAGGCCGATGCCGGCAAGGAGCTGGAGACC
CAGAAGGAGGTGGTGGTGTCTATGCTGCTGAGACTGATCCAGTATCACCAGGTGCTGGA
GATGTTCATCCTGGTGCTGCAGCAGTGTCACAAGGAGAACGAGGATAAGTGGAAGAGAC
TGTCTAGGCAGATCGCCGATATCATCCTGCCAATGCTGGCCAAGCAGCAGATGCACATC
GATTCCCACGAGGCCCTGGGCGTGCTGAATACACTGTTCGAGATCCTGGCCCCTTCCTC
CCTGAGACCCGTGGACATGCTGCTGAGGAGCATGTTTGTGACACCTAATACAATGGCCT
CTGTGAGCACCGTGCAGCTGTGGATCTCCGGCATCCTGGCCATCCTGCGCGTGCTGATC
TCTCAGAGCACAGAGGATATCGTGCTGTCCCGCATCCAGGAGCTGTCCTTCTCTCCATA
CCTGATCTCTTGTACAGTGATCAACAGGCTGAGAGATGGCGACTCCACATCCACACTGG
AGGAGCACAGCGAGGGCAAGCAGATCAAGAATCTGCCCGAGGAGACATTCAGCCGCTTT
CTGCTGCAGCTGGTGGGCATCCTGCTGGAGGATATCGTGACCAAGCAGCTGAAGGTGGA
GATGTCTGAGCAGCAGCACACCTTCTACTGCCAGGAGCTGGGCACCCTGCTGATGTGCC
TGATCCACATCTTTAAGAGCGGCATGTTTAGACGGATCACCGCCGCCGCCACCAGGCTG
TTCCGGAGCGACGGCTGTGGCGGCTCCTTCTATACCCTGGACAGCCTGAATCTGCGCGC
CCGGTCCATGATCACAACCCACCCAGCCCTGGTGCTGCTGTGGTGTCAGATCCTGCTGC
TGGTGAACCACACCGACTACAGATGGTGGGCCGAGGTGCAGCAGACACCCAAGCGGCAC
TCCCTGTCCTCTACAAAGCTGCTGAGCCCCCAGATGAGCGGCGAGGAGGAGGATTCCGA
TCTGGCCGCCAAGCTGGGCATGTGCAACAGGGAGATCGTGAGAAGGGGCGCCCTGATCC
TGTTTTGCGACTACGTGTGCCAGAATCTGCACGATTCCGAGCACCTGACCTGGCTGATC
GTGAATCACATCCAGGACCTGATCTCTCTGTCTCACGAGCCCCCAGTGCAGGATTTCAT
CTCTGCCGTGCACAGGAATTCTGCCGCCTCCGGCCTGTTTATCCAGGCCATCCAGTCCA
GATGCGAGAATCTGAGCACCCCAACCATGCTGAAGAAGACCCTGCAGTGTCTGGAGGGC
ATCCACCTGAGCCAGAGCGGCGCCGTGCTGACACTGTACGTGGATAGACTGCTGTGCAC
ACCTTTCCGGGTGCTGGCCAGAATGGTGGACATCCTGGCCTGCAGGAGAGTGGAGATGC
TGCTGGCCGCCAATCTGCAGTCCAGCATGGCCCAGCTGCCCATGGAGGAGCTGAATAGA
ATCCAGGAGTACCTGCAGTCCTCTGGCCTGGCCCAGAGACACCAGCGGCTGTATAGCCT
GCTGGATCGGTTCAGGCTGTCCACAATGCAGGACTCCCTGTCCCCAAGCCCACCCGTGA
GCTCCCACCCCCTGGACGGCGATGGCCACGTGTCTCTGGAGACCGTGAGCCCAGACAAG
GATTGGTACGTGCACCTGGTGAAGAGCCAGTGCTGGACCAGATCCGATAGCGCCCTGCT
GGAGGGCGCCGAGCTGGTGAATAGAATCCCAGCCGAGGACATGAACGCCTTTATGATGA
ATTCCGAGTTTAACCTGTCTCTGCTGGCCCCATGTCTGTCTCTGGGCATGTCCGAGATC
TCTGGCGGCCAGAAGTCTGCCCTGTTTGAGGCCGCCCGCGAGGTGACCCTGGCCCGGGT
GAGCGGCACAGTGCAGCAGCTGCCAGCCGTGCACCACGTGTTTCAGCCAGAGCTGCCAG
CCGAGCCCGCCGCCTACTGGTCCAAGCTGAATGACCTGTTCGGCGACGCCGCCCTGTAC
CAGTCTCTGCCAACCCTGGCCAGAGCCCTGGCCCAGTACCTGGTGGTGGTGAGCAAGCT
GCCATCCCACCTGCACCTGCCCCCTGAGAAGGAGAAGGACATCGTGAAGTTCGTGGTGG
CCACCCTGGAGGCCCTGTCTTGGCACCTGATCCACGAGCAGATCCCACTGTCCCTGGAT
CTGCAGGCCGGCCTGGACTGCTGCTGCCTGGCCCTGCAGCTGCCCGGCCTGTGGTCTGT
GGTGTCCTCTACCGAGTTCGTGACCCACGCCTGCAGCCTGATCTATTGCGTGCACTTCA
TCCTGGAGGCCGTGGCCGTGCAGCCAGGCGAGCAGCTGCTGTCCCCAGAGAGGAGAACC
AATACACCCAAGGCCATCTCCGAGGAGGAGGAGGAGGTGGACCCCAACACCCAGAATCC
CAAGTACATCACAGCCGCCTGTGAGATGGTGGCCGAGATGGTGGAGTCCCTGCAGTCTG
TGCTGGCCCTGGGCCACAAGAGGAATAGCGGCGTGCCTGCCTTTCTGACCCCACTGCTG
CGGAACATCATCATCTCCCTGGCCAGGCTGCCTCTGGTGAACAGCTACACCAGAGTGCC
ACCCCTGGTGTGGAAGCTGGGCTGGTCTCCCAAGCCAGGCGGCGATTTCGGCACCGCCT
TCCCCGAGATCCCTGTGGAGTTTCTGCAGGAGAAGGAGGTGTTCAAGGAGTTTATCTAT
AGGATCAATACCCTGGGCTGGACAAGCAGAACCCAGTTCGAGGAGACCTGGGCCACACT
GCTGGGCGTGCTGGTGACCCAGCCACTGGTAATGGAGCAGGAGGAGTCCCCACCTGAGG
AGGATACAGAGAGAACCCAGATCAACGTGCTGGCCGTGCAGGCCATCACCTCCCTGGTG
CTGTCTGCCATGACCGTGCCAGTGGCCGGCAACCCAGCCGTGAGCTGTCTGGAGCAGCA
GCCCAGAAACAAGCCACTGAAGGCCCTGGATACAAGATTCGGCAGAAAGCTGAGCATCA
TCAGAGGCATCGTGGAGCAGGAGATCCAGGCCATGGTGTCTAAGAGGGAGAACATCGCC
ACCCACCACCTGTATCAGGCCTGGGATCCTGTGCCCTCTCTGTCCCCTGCCACCACCGG
CGCCCTGATCTCCCACGAGAAGCTGCTGCTGCAGATCAACCCTGAGAGAGAGCTGGGCT
CTATGAGCTATAAGCTGGGCCAGGTGTCTATCCACAGCGTGTGGCTGGGCAATTCTATC
ACCCCACTGCGGGAGGAGGAGTGGGATGAGGAGGAGGAGGAGGAGGCCGATGCCCCAGC
CCCATCCAGCCCACCCACCTCCCCCGTGAATTCCCGGAAGCACAGAGCCGGCGTGGATA
TCCACAGCTGTTCCCAGTTTCTGCTGGAGCTGTATAGCCGGTGGATCCTGCCTTCTTCC
TCTGCCAGACGCACACCTGCCATCCTGATCAGCGAGGTGGTGCGGAGCCTGCTGGTGGT
GTCCGATCTGTTCACCGAGAGGAATCAGTTCGAGCTGATGTATGTGACACTGACCGAGC
TGCGCAGGGTGCACCCATCTGAGGACGAGATCCTGGCCCAGTATCTGGTGCCCGCCACC
TGTAAGGCCGCCGCCGTGCTGGGCATGGATAAGGCCGTGGCCGAGCCAGTGTCTCGGCT
GCTGGAGAGCACACTGAGATCCAGCCACCTGCCCTCTAGAGTGGGCGCCCTGCACGGCG
TGCTGTACGTGCTGGAGTGCGATCTGCTGGATGACACCGCCAAGCAGCTGATCCCCGTG
ATCTCTGATTACCTGCTGTCCAATCTGAAGGGCATCGCCCACTGTGTGAACATCCACTC
TCAGCAGCACGTGCTGGTAATGTGCGCCACAGCCTTTTACCTGATCGAGAATTATCCTC
TGGATGTGGGCCCAGAGTTCTCCGCCTCTATCATCCAGATGTGCGGCGTGATGCTGAGC
GGCTCCGAGGAGTCTACACCATCCATCATCTATCACTGCGCCCTGAGAGGCCTGGAGAG
ACTGCTGCTGTCTGAGCAGCTGTCTAGACTGGACGCCGAGTCCCTGGTGAAGCTGTCCG
TGGATAGAGTGAACGTGCACTCCCCACACCGGGCCATGGCCGCCCTGGGCCTGATGCTG
ACCTGTATGTACACCGGCAAGGAGAAGGTGAGCCCCGGCAGAACAAGCGACCCAAATCC
CGCCGCCCCAGATTCCGAGAGCGTGATCGTGGCCATGGAGCGCGTGTCCGTGCTGTTCG
ACAGGATCAGAAAGGGCTTCCCATGCGAGGCCCGGGTGGTGGCCAGAATCCTGCCTCAG
TTTCTGGACGACTTCTTTCCTCCTCAGGACATCATGAACAAGGTAATCGGCGAGTTTCT
GTCCAATCAGCAGCCCTACCCCCAGTTTATGGCCACAGTGGTGTACAAGGTGTTTCAGA
CCCTGCACTCCACAGGCCAGAGCTCCATGGTGCGGGATTGGGTAATGCTGAGCCTGTCT
AATTTCACCCAGCGGGCCCCTGTGGCCATGGCCACATGGTCTCTGAGCTGCTTCTTCGT
GTCCGCCTCTACAAGCCCATGGGTGGCCGCCATCCTGCCACACGTGATCTCCCGGATGG
GCAAGCTGGAGCAGGTGGACGTGAATCTGTTCTGTCTGGTGGCCACCGATTTCTACAGG
CACCAGATCGAGGAGGAGCTGGACCGCAGGGCCTTTCAGTCTGTGCTCGAGGTGGTGGC
CGCCCCAGGCAGCCCCTATCACCGCCTGCTGACATGCCTGCGGAATGTGCACAAGGTGA
CCACCTGTTGA
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| Cloning Information |
DNA corresponding to tag free full length sequence of the human Huntingtin (Htt) gene containing 48 polyglutamine repeats (codon optimized) in pcDNA3.1 vector. rdm: x/CAG/CAA/x |
| Remarks |
DNA corresponding to tag free full
length sequence of the human
Huntingtin (Htt) gene containing 48
polyglutamine repeats (codon
optimized) in pcDNA3.1 vector. rdm:
x/CAG/CAA/x |
| DNA corresponding to tag free full
length sequence of the human
Huntingtin (Htt) gene containing 48
polyglutamine repeats (codon
optimized) in pcDNA3.1 vector. rdm:
x/CAG/CAA/x |
| Remarks |
DNA corresponding to tag free full
length sequence of the human
Huntingtin (Htt) gene containing 48
polyglutamine repeats (codon
optimized) in pcDNA3.1 vector. rdm:
x/CAG/CAA/x |
| PDF |
Vector Map |
|
Plasmid Collection Screening and Propagation |
| Supplement |
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