CH00047

CH00047 Plasmid

Description:

HTT-Q23-MYC, RDM, 1-3144, HUMAN
HUNTINGTON DISEASE; HD

Affected:

No Data

Sex:

No Data

Age:

No Data

Overview

Repository

HD Community Biorepository

Quantity

20 µg

Quantitation Method

Please see our FAQ

Certain Third Party Licensing Requirements

Invitrogen License for Cat# V800-20

Alias

FLrdmQ23m

Sample Source

CHDI Foundation, Inc.

Species

Homo sapiens

Common Name

Human

Remarks

DNA corresponding to the full length human sequence of the Huntingtin (Htt) gene containing 23 polyglutamine repeats translated from a random codon. rdm: x/CAG/CAA/x

Characterizations

Remarks

DNA corresponding to the full length human sequence of the Huntingtin (Htt) gene containing 23 polyglutamine repeats translated from a random codon. rdm: x/CAG/CAA/x

Construct Name

FLrdmQ23m

Insert Length

9454

Vector

pcDNA3.1mycC

Concentration

75 ng/ml

Sequence

1 GCAGATAACA CCACCATGGC GACCCTGGAA AAGCTGATGA AGGCCTTCGA
GTCCCTCAAG TCCTTCCAGC AGCAGCAGCA GCAACAGCAG CAACAGCAGC
101 AGCAACAACA GCAGCAGCAG CAACAACAAC AGCAGCCGCC ACCGCCGCCG
CCGCCGCCGC CGCCTCCTCA GCTTCCTCAG CCGCCGCCGC AGGCACAGCC 2
01 GCTGCTGCCT CAGCCGCAGC CGCCCCCGCC GCCGCCCCCG CCGCCACCCG G
CCCGGCTGT GGCTGAGGAG CCGCTGCACC GACCAAAGAA AGAACTTTCA 30
1 GCTACCAAGA AAGACCGTGT GAATCATTGT CTGACAATAT GTGAAAACAT AG
TGGCACAG TCTGTCAGAA ATTCTCCAGA ATTTCAGAAA CTTCTGGGCA 401
TCGCTATGGA ACTTTTTCTG CTGTGCAGTG ATGACGCAGA GTCAGATGTC AGG
ATGGTGG CTGACGAATG CCTCAACAAA GTTATCAAAG CTTTGATGGA 501
TTCTAATCTT CCAAGGTTAC AGCTCGAGCT CTATAAGGAA ATTAAAAAGA ATGG
TGCCCC TCGGAGTTTG CGTGCTGCCC TGTGGAGGTT TGCTGAGCTG 601 G
CTCACCTGG TTCGGCCTCA GAAATGCAGG CCTTACCTGG TGAACCTTCT GCCGT
GCCTG ACTCGAACAA GCAAGAGACC CGAAGAATCA GTCCAGGAGA 701 CC
TTGGCTGC AGCTGTTCCC AAAATTATGG CTTCTTTTGG CAATTTTGCA AATGAC
AATG AAATTAAGGT TTTGTTAAAG GCCTTCATAG CGAACCTGAA 801 GTC
AAGCTCC CCCACCATTC GGCGGACAGC GGCTGGATCA GCAGTGAGCA TCTGCCA
GCA CTCAAGAAGG ACACAATATT TCTATAGTTG GCTACTAAAT 901 GTGC
TCTTAG GCTTACTCGT TCCTGTCGAG GATGAACACT CCACTCTGCT GATTCTTG
GC GTGCTGCTCA CCCTGAGGTA TTTGGTGCCC TTGCTGCAGC 1001 AGCAG
GTCAA GGACACAAGC CTGAAAGGCA GCTTCGGAGT GACAAGGAAA GAAATGGAA
G TCTCTCCTTC TGCAGAGCAG CTTGTCCAGG TTTATGAACT 1101 GACGTT
ACAT CATACACAGC ACCAAGACCA CAATGTTGTG ACCGGAGCCC TGGAGCTGTT
GCAGCAGCTC TTCAGAACGC CTCCACCCGA GCTTCTGCAA 1201 ACCCTGA
CCG CAGTCGGGGG CATTGGGCAG CTCACCGCTG CTAAGGAGGA GTCTGGTGGC
CGAAGCCGTA GTGGGAGTAT TGTGGAACTT ATAGCTGGAG 1301 GGGGTTCC
TC ATGCAGCCCT GTCCTTTCAA GAAAACAAAA AGGCAAAGTG CTCTTAGGAG A
AGAAGAAGC CTTGGAGGAT GACTCTGAAT CGAGATCGGA 1401 TGTCAGCAG
C TCTGCCTTAA CAGCCTCAGT GAAGGATGAG ATCAGTGGAG AGCTGGCTGC TT
CTTCAGGG GTTTCCACTC CAGGGTCAGC AGGTCATGAC 1501 ATCATCACAG
AACAGCCACG GTCACAGCAC ACACTGCAGG CGGACTCAGT GGATCTGGCC AGC
TGTGACT TGACAAGCTC TGCCACTGAT GGGGATGAGG 1601 AGGATATCTT
GAGCCACAGC TCCAGCCAGG TCAGCGCCGT CCCATCTGAC CCTGCCATGG ACCT
GAATGA TGGGACCCAG GCCTCGTCGC CCATCAGCGA 1701 CAGCTCCCAG A
CCACCACCG AAGGGCCTGA TTCAGCTGTT ACCCCTTCAG ACAGTTCTGA AATTG
TGTTA GACGGTACCG ACAACCAGTA TTTGGGCCTG 1801 CAGATTGGAC AG
CCCCAGGA TGAAGATGAG GAAGCCACAG GTATTCTTCC TGATGAAGCC TCGGAG
GCCT TCAGGAACTC TTCCATGGCC CTTCAACAGG 1901 CACATTTATT GAA
AAACATG AGTCACTGCA GGCAGCCTTC TGACAGCAGT GTTGATAAAT TTGTGTT
GAG AGATGAAGCT ACTGAACCGG GTGATCAAGA 2001 AAACAAGCCT TGCC
GCATCA AAGGTGACAT TGGACAGTCC ACTGATGATG ACTCTGCACC TCTTGTCC
AT TGTGTCCGCC TTTTATCTGC TTCGTTTTTG 2101 CTAACAGGGG GAAAA
AATGT GCTGGTTCCG GACAGGGATG TGAGGGTCAG CGTGAAGGCC CTGGCCCTC
A GCTGTGTGGG AGCAGCTGTG GCCCTCCACC 2201 CGGAATCTTT CTTCAG
CAAA CTCTATAAAG TTCCTCTTGA CACCACGGAA TACCCTGAGG AACAGTATGT
CTCAGACATC TTGAACTACA TCGATCATGG 2301 AGACCCACAG GTTCGAG
GAG CCACTGCCAT TCTCTGTGGG ACCCTCATCT GCTCCATCCT CAGCAGGTCC
CGCTTCCACG TGGGAGATTG GATGGGCACC 2401 ATTAGAACCC TCACAGGA
AA TACATTTTCT TTGGCGGATT GCATTCCTTT GCTGCGGAAA ACACTGAAGG A
TGAGTCTTC TGTTACTTGC AAGTTAGCTT 2501 GTACAGCTGT GAGGAACTG
T GTCATGAGTC TCTGCAGCAG CAGCTACAGT GAGTTAGGAC TGCAGCTGAT CA
TCGATGTG CTGACTCTGA GGAACAGTTC 2601 CTATTGGCTG GTGAGGACAG
AGCTTCTGGA AACCCTTGCA GAGATTGACT TCAGGCTGGT GAGCTTTTTG GAG
GCAAAAG CAGAAAACTT ACACAGAGGG 2701 GCTCATCATT ATACAGGGCT
TTTAAAACTG CAAGAACGAG TGCTCAATAA TGTTGTCATC CATTTGCTTG GAGA
TGAAGA CCCCAGGGTG CGACATGTTG 2801 CCGCAGCATC ACTAATTAGG C
TTGTCCCAA AGCTGTTTTA TAAATGTGAC CAAGGACAAG CTGATCCAGT AGTGG
CCGTG GCAAGAGATC AAAGCAGTGT 2901 TTACCTGAAA CTTCTCATGC AT
GAAACGCA GCCTCCATCT CATTTCTCCG TCAGCACAAT AACCAGAATA TATAGA
GGCT ATAACCTACT ACCAAGCATA 3001 ACAGACGTCA CTATGGAAAA TAA
CCTTTCA AGAGTTATTG CAGCAGTTTC TCATGAACTA ATCACATCAA CCACCAG
AGC ACTCACATTT GGATGCTGTG 3101 AAGCTTTGTG TCTTCTTTCC ACTG
CCTTCC CAGTTTGCAT TTGGAGTTTA GGTTGGCACT GTGGAGTGCC TCCACTGA
GT GCCTCAGATG AGTCTAGGAA 3201 GAGCTGTACC GTTGGGATGG CCACA
ATGAT TCTGACCCTG CTCTCGTCAG CTTGGTTCCC ATTGGATCTC TCAGCCCAT
C AAGATGCTTT GATTTTGGCC 3301 GGAAACTTGC TTGCAGCCAG TGCTCC
CAAA TCTCTGAGAA GTTCATGGGC CTCTGAAGAA GAAGCCAACC CAGCAGCCAC
CAAGCAAGAG GAGGTCTGGC 3401 CAGCCCTGGG GGACCGGGCC CTGGTGC
CCA TGGTGGAGCA GCTCTTCTCT CACCTGCTGA AGGTGATTAA CATTTGTGCC
CACGTCCTGG ATGACGTGGC 3501 TCCTGGACCC GCAATAAAGG CAGCCTTG
CC TTCTCTAACA AACCCCCCTT CTCTAAGTCC CATCCGACGA AAGGGGAAGG A
GAAAGAACC AGGAGAACAA 3601 GCATCTGTAC CGTTGAGTCC CAAGAAAGG
C AGTGAGGCCA GTGCAGCTTC TAGACAATCT GATACCTCAG GTCCTGTTAC AA
CAAGTAAA TCCTCATCAC 3701 TGGGGAGTTT CTATCATCTT CCTTCATACC
TCAAACTGCA TGATGTCCTG AAAGCTACAC ACGCTAACTA CAAGGTCACG CTG
GATCTTC AGAACAGCAC 3801 GGAAAAGTTT GGAGGGTTTC TCCGCTCAGC
CTTGGATGTT CTTTCTCAGA TACTAGAGCT GGCCACACTG CAGGACATTG GGAA
GTGTGT TGAAGAGATC 3901 CTAGGATACC TGAAATCCTG CTTTAGTCGA G
AACCAATGA TGGCAACTGT TTGTGTTCAA CAATTGTTGA AGACTCTCTT TGGCA
CAAAC TTGGCCTCCC 4001 AGTTTGATGG CTTATCTTCC AACCCCAGCA AG
TCACAAGG CCGAGCACAG CGCCTTGGCT CCTCCAGTGT GAGGCCAGGC TTGTAC
CACT ACTGCTTCAT 4101 GGCCCCGTAC ACCCACTTCA CCCAGGCCCT CGC
TGACGCC AGCCTGAGGA ACATGGTGCA GGCGGAGCAG GAGAACGACA CCTCGGG
ATG GTTTGATGTC 4201 CTCCAGAAAG TGTCTACCCA GTTGAAGACA AACC
TCACGA GTGTCACAAA GAACCGTGCA GATAAGAATG CTATTCATAA TCACATTC
GT TTGTTTGAAC 4301 CTCTTGTTAT AAAAGCTTTA AAACAGTACA CGACT
ACAAC ATGTGTGCAG TTACAGAAGC AGGTTTTAGA TTTGCTGGCG CAGCTGGTT
C AGTTACGGGT 4401 TAATTACTGT CTTCTGGATT CAGATCAGGT GTTTAT
TGGC TTTGTATTGA AACAGTTTGA ATACATTGAA GTGGGCCAGT TCAGGGAATC
AGAGGCAATC 4501 ATTCCAAACA TCTTTTTCTT CTTGGTATTA CTATNTT
ATG AACGCTATCA TTCAAAACAG ATCATTGGAA TTCCTAAAAT CATTCAGCTC
TGTGATGGCA 4601 TCATGGCCAG TGGAAGGAAG GCTGTGACAC ATGCCATA
CC GGCTCTGCAG CCCATAGTCC ACGACCTCTT TGTATTAAGA GGAACAAATA A
AGCTGATGC 4701 AGGAAAAGAG CTTGAAACCC AAAAAGAGGT GGTGGTGTC
A ATGTTACTGA GACTCATCCA GTACCATCAG GTGTTGGAGA TGTTCATTCT TG
TCCTGCAG 4801 CAGTGCCACA AGGAGAATGA AGACAAGTGG AAGCGACTGT
CTCGACAGAT AGCTGACATC ATCCTCCCAA TGTTAGCCAA ACAGCAGATG CAC
ATTGACT 4901 CTCATGAAGC CCTTGGAGTG TTAAATACAT TATTTGAGAT
TTTGGCCCCT TCCTCCCTCC GTCCGGTAGA CATGCTTTTA CGGAGTATGT TCGT
CACTCC 5001 AAACACAATG GCGTCCGTGA GCACTGTTCA ACTGTGGATA T
CGGGAATTC TGGCCATTTT GAGGGTTCTG ATTTCCCAGT CAACTGAAGA TATTG
TTCTT 5101 TCTCGTATTC AGGAGCTCTC CTTCTCTCCG TATTTAATCT CC
TGTACAGT AATTAATAGG TTAAGAGATG GGGACAGTAC TTCAACGCTA GAAGAA
CACA 5201 GTGAAGGGAA ACAAATAAAG AATTTGCCAG AAGAAACATT TTC
AAGGTTT CTATTACAAC TGGTTGGTAT TCTTTTAGAA GACATTGTTA CAAAACA
GCT 5301 GAAGGTGGAA ATGAGTGAGC AGCAACATAC TTTCTATTGC CAGG
AACTAG GCACACTGCT AATGTGTCTG ATCCACATCT TCAAGTCTGG AATGTTCC
GG 5401 AGAATCACAG CAGCTGCCAC TAGGCTGTTC CGCAGTGATG GCTGT
GGCGG CAGTTTCTAC ACCCTGGACA GCTTGAACTT GCGGGCTCGT TCCATGATC
A 5501 CCACCCACCC GGCCCTGGTG CTGCTCTGGT GTCAGATACT GCTGCT
TGTC AACCACACCG ACTACCGCTG GTGGGCAGAA GTGCAGCAGA CCCCGAAAAG
5601 ACACAGTCTG TCCAGCACAA AGTTACTTAG TCCCCAGATG TCTGGAG
AAG AGGAGGATTC TGACTTGGCA GCCAAACTTG GAATGTGCAA TAGAGAAATA
5701 GTACGAAGAG GGGCTCTCAT TCTCTTCTGT GATTATGTCT GTCAGAAC
CT CCATGACTCC GAGCACTTAA CGTGGCTCAT TGTAAATCAC ATTCAAGATC
5801 TGATCAGCCT TTCCCACGAG CCTCCAGTAC AGGACTTCAT CAGTGCCGT
T CATCGGAACT CTGCTGCCAG CGGCCTGTTC ATCCAGGCAA TTCAGTCTCG
5901 TTGTGAAAAC CTTTCAACTC CAACCATGCT GAAGAAAACT CTTCAGTGCT
TGGAGGGGAT CCATCTCAGC CAGTCGGGAG CTGTGCTCAC GCTGTATGTG 6
001 GACAGGCTTC TGTGCACCCC TTTCCGTGTG CTGGCTCGCA TGGTCGACAT
CCTTGCTTGT CGCCGGGTAG AAATGCTTCT GGCTGCAAAT TTACAGAGCA 61
01 GCATGGCCCA GTTGCCAATG GAAGAACTCA ACAGAATCCA GGAATACCTT C
AGAGCAGCG GGCTCGCTCA GAGACACCAA AGGCTCTATT CCCTGCTGGA 620
1 CAGGTTTCGT CTGTCCACCA TGCAAGACTC ACTTAGTCCC TCTCCTCCAG TC
TCTTCCCA CCCGCTGGAC GGGGATGGGC ACGTGTCACT GGAAACAGTG 6301
AGTCCGGACA AAGACTGGTA CGTTCATCTT GTCAAATCCC AGTGTTGGAC CAG
GTCAGAT TCTGCACTGC TGGAAGGTGC AGAGCTGGTG AATCGGATTC 6401
CTGCTGAAGA TATGAATGCC TTCATGATGA ACTCGGAGTT CAACCTAAGC CTGC
TAGCTC CATGCTTAAG CCTAGGGATG AGTGAAATTT CTGGTGGCCA 6501 G
AAGAGTGCC CTTTTTGAAG CAGCCCGTGA GGTGACTCTG GCCCGTGTGA GCGGC
ACCGT GCAGCAGCTC CCTGCTGTCC ATCATGTCTT CCAGCCCGAG 6601 CT
GCCTGCAG AGCCGGCGGC CTACTGGAGC AAGTTGAATG ATCTGTTTGG GGATGC
TGCA CTGTATCAGT CCCTGCCCAC TCTGGCCCGG GCCCTGGCAC 6701 AGT
ACCTGGT GGTGGTCTCC AAACTGCCCA GTCATTTGCA CCTTCCTCCT GAGAAAG
AGA AGGACATTGT GAAATTCGTG GTGGCAACCC TTGAGGCCCT 6801 GTCC
TGGCAT TTGATCCATG AGCAGATCCC GCTGAGTCTG GATCTCCAGG CAGGGCTG
GA CTGCTGCTGC CTGGCCCTGC AGCTGCCTGG CCTCTGGAGC 6901 GTGGT
CTCCT CCACAGAGTT TGTGACCCAC GCCTGCTCCC TCATCTACTG TGTGCACTT
C ATCCTGGAGG CCGTTGCAGT GCAGCCTGGA GAGCAGCTTC 7001 TTAGTC
CAGA AAGAAGGACA AATACCCCAA AAGCCATCAG CGAGGAGGAG GAGGAAGTAG
ATCCAAACAC ACAGAATCCT AAGTATATCA CTGCAGCCTG 7101 TGAGATG
GTG GCAGAAATGG TGGAGTCTCT GCAGTCGGTG TTGGCCTTGG GTCATAAAAG
GAATAGCGGC GTGCCGGCGT TTCTCACGCC ATTGCTCAGG 7201 AACATCAT
CA TCAGCCTGGC CCGCCTGCCC CTTGTCAACA GCTACACACG TGTGCCCCCA C
TGGTGTGGA AGCTTGGATG GTCACCCAAA CCGGGAGGGG 7301 ATTTTGGCA
C AGCATTCCCT GAGATCCCCG TGGAGTTCCT CCAGGAAAAG GAAGTCTTTA AG
GAGTTCAT CTACCGCATC AACACACTAG GCTGGACCAG 7401 TCGTACTCAG
TTTGAAGAAA CTTGGGCCAC CCTCCTTGGT GTCCTGGTGA CGCAGCCCCT CGT
GATGGAG CAGGAGGAGA GCCCACCAGA AGAAGACACA 7501 GAGAGGACCC
AGATCAACGT CCTGGCCGTG CAGGCCATCA CCTCACTGGT GCTCAGTGCA ATGA
CTGTGC CTGTGGCCGG CAACCCAGCT GTAAGCTGCT 7601 TGGAGCAGCA G
CCCCGGAAC AAGCCTCTGA AAGCTCTCGA CACCAGGTTT GGGAGGAAGC TGAGC
ATTAT CAGAGGGATT GTGGAGCAAG AGATTCAAGC 7701 AATGGTTTCA AA
GAGAGAGA ATATTGCCAC CCATCATTTA TATCAGGCAT GGGATCCTGT CCCTTC
TCTG TCTCCGGCTA CTACAGGTGC CCTCATCAGC 7801 CACGAGAAGC TGC
TGCTACA GATCAACCCC GAGCGGGAGC TGGGGAGCAT GAGCTACAAA CTCGGCC
AGG TGTCCATACA CTCCGTGTGG CTGGGGAACA 7901 GCATCACACC CCTG
AGGGAG GAGGAATGGG ACGAGGAAGA GGAGGAGGAG GCCGACGCCC CTGCACCT
TC GTCACCACCC ACTTCTCCAG TCAACTCCAG 8001 GAAACACCGG GCTGG
AGTTG ACATCCACTC CTGTTCGCAG TTTTTGCTTG AGTTGTACAG CCGCTGGAT
C CTGCCGTCCA GCTCAGCCAG GAGGACCCCG 8101 GCCATCCTGA TCAGTG
AGGT GGTCAGATCC CTTCTAGTGG TCTCAGACTT GTTCACCGAG CGCAACCAGT
TTGAGCTGAT GTATGTGACG CTGACAGAAC 8201 TGCGAAGGGT GCACCCT
TCA GAAGACGAGA TCCTCGCTCA GTACCTGGTG CCTGCCACCT GCAAGGCAGC
TGCCGTCCTT GGGATGGACA AGGCCGTGGC 8301 GGAGCCTGTC AGCCGCCT
GC TGGAGAGCAC GCTCAGGAGC AGCCACCTGC CCAGCAGGGT TGGAGCCCTG C
ACGGCGTCC TCTATGTGCT GGAGTGCGAC 8401 CTGCTGGACG ACACTGCCA
A GCAGCTCATC CCGGTCATCA GCGACTATCT CCTCTCCAAC CTGAAAGGGA TC
GCCCACTG CGTGAACATT CACAGCCAGC 8501 AGCACGTACT GGTCATGTGT
GCCACTGCGT TTTACCTCAT TGAGAACTAT CCTCTGGACG TAGGGCCGGA ATT
TTCAGCA TCAATAATAC AGATGTGTGG 8601 GGTGATGCTG TCTGGAAGTG
AGGAGTCCAC CCCCTCCATC ATTTACCACT GTGCCCTCAG AGGCCTGGAG CGCC
TCCTGC TCTCTGAGCA GCTCTCCCGC 8701 CTGGATGCAG AATCGCTGGT C
AAGCTGAGT GTGGACAGAG TGAACGTGCA CAGCCCGCAC CGGGCCATGG CGGCT
CTGGG CCTGATGCTC ACCTGCATGT 8801 ACACAGGAAA GGAGAAAGTC AG
TCCGGGTA GAACTTCAGA CCCTAATCCT GCAGCCCCCG ACAGCGAGTC AGTGAT
TGTT GCTATGGAGC GGGTATCTGT 8901 TCTTTTTGAT AGGATCAGGA AAG
GCTTTCC TTGTGAAGCC AGAGTGGTGG CCAGGATCCT GCCCCAGTTT CTAGACG
ACT TCTTCCCACC CCAGGACATC 9001 ATGAACAAAG TCATCGGAGA GTTT
CTGTCC AACCAGCAGC CATACCCCCA GTTCATGGCC ACCGTGGTGT ATAAGGTG
TT TCAGACTCTG CACAGCACCG 9101 GGCAGTCGTC CATGGTCCGG GACTG
GGTCA TGCTGTCCCT CTCCAACTTC ACGCAGAGGG CCCCGGTCGC CATGGCCAC
G TGGAGCCTCT CCTGCTTCTT 9201 TGTCAGCGCG TCCACCAGCC CGTGGG
TCGC GGCGATCCTC CCACATGTCA TCAGCAGGAT GGGCAAGCTG GAGCAGGTGG
ACGTGAACCT TTTCTGCCTG 9301 GTCGCCACAG ACTTCTACAG ACACCAG
ATA GAGGAGGAGC TCGACCGCAG GGCCTTCCAG TCTGTGCTTG AGGTGGTTGC
AGCCCCAGGA AGCCCATATC 9401 ACCGGCTGCT GACTTGTTTA CGAAATGT
CC ACAAGGTCAC CACCTGCGCG GCCGCTCGAG GTCACCCATT CGAACAAAAA C
TCATCTCAG AAGAGGATCT 9501 GAATATGCAT ACCGGTCATC ATCACCATC
A CCATTGA

Cloning Information

Phenotypic Data

Remarks

DNA corresponding to the full length human sequence of the Huntingtin (Htt) gene containing 23 polyglutamine repeats translated from a random codon. rdm: x/CAG/CAA/x

External Links

Gene Cards

HD (verified)

Gene Ontology

GO:0003714 transcription corepressor activity

GO:0005215 transporter activity

GO:0005515 protein binding

GO:0005625 soluble fraction

GO:0005634 nucleus

GO:0005737 cytoplasm

GO:0006915 apoptosis

GO:0006917 induction of apoptosis

GO:0007610 behavior

GO:0008017 microtubule binding

GO:0009405 pathogenesis

GO:0009887 organogenesis

NCBI Gene

Gene ID:3064

NCBI GTR

143100 HUNTINGTON DISEASE; HD

OMIM

143100 HUNTINGTON DISEASE; HD

Website

Invitrogen website

Culture Protocols

DNA corresponding to the full length human sequence of the Huntingtin (Htt) gene containing 23 polyglutamine repeats translated from a random codon. rdm: x/CAG/CAA/x

Remarks

DNA corresponding to the full length human sequence of the Huntingtin (Htt) gene containing 23 polyglutamine repeats translated from a random codon. rdm: x/CAG/CAA/x

PDF

Vector Map

Plasmid Collection Screening and Propagation

Supplement

Pricing

Commercial:

$50.00USD

Academic &
Non-profit:

$50.00USD

Description:

HTT-Q23-MYC, RDM, 1-3144, HUMAN HUNTINGTON DISEASE; HD

Affected:

No Data

Sex:

No Data

Age:

No Data

Overview

Characterizations

Phenotypic Data

External Links

Culture Protocols

HTT-Q23-MYC, RDM, 1-3144, HUMAN
HUNTINGTON DISEASE; HD