CH00030

CH00030 Plasmid

Description:

HTT-Q22, CAG, 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# V790.20

Alias

FLcagQ22p

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 22 polyglutamine repeats translated from a pure CAG codon.

Characterizations

Remarks

DNA corresponding to the full length human sequence of the Huntingtin (Htt) gene containing 22 polyglutamine repeats translated from a pure CAG codon.

Construct Name

FLcagQ22p

Insert Length

9451

Vector

pcDNA3.1

Concentration

75 ng/ml

Sequence

1 TAAGCTTGGT ACCGAGCTCG GATCCACTAG TCCAGTGTGG TGGAATTCTG
CAGATAAACA CCACCATGGC GACCCTGGAA AAGCTGATGA AGGCCTTCGA
101 GTCCCTCAAG TCCTTCCAGC AGCAGCAGCA GCAGCAGCAG CAGCAGCAGC
AGCAGCAGCA GCAGCAGCAG CAGCAGCAGC AACAGCCGCC ACCGCCGCCG 2
01 CCGCCGCCGC CGCCTCCTCA GCTTCCTCAG CCGCCGCCGC AGGCACAGCC G
CTGCTGCCT CAGCCGCAGC CGCCCCCGCC GCCGCCCCCG CCGCCACCCG 30
1 GCCCGGCTGT GGCTGAGGAG CCGCTGCACC GACCAAAGAA AGAACTTTCA GC
TACCAAGA AAGACCGTGT GAATCATTGT CTGACAATAT GTGAAAACAT 401
AGTGGCACAG TCTGTCAGAA ATTCTCCAGA ATTTCAGAAA CTTCTGGGCA TCG
CTATGGA ACTTTTTCTG CTGTGCAGTG ATGACGCAGA GTCAGATGTC 501
AGGATGGTGG CTGACGAATG CCTCAACAAA GTTATCAAAG CTTTGATGGA TTCT
AATCTT CCAAGGTTAC AGCTCGAGCT CTATAAGGAA ATTAAAAAGA 601 A
TGGTGCCCC TCGGAGTTTG CGTGCTGCCC TGTGGAGGTT TGCTGAGCTG GCTCA
CCTGG TTCGGCCTCA GAAATGCAGG CCTTACCTGG TGAACCTTCT 701 GC
CGTGCCTG ACTCGAACAA GCAAGAGACC CGAAGAATCA GTCCAGGAGA CCTTGG
CTGC AGCTGTTCCC AAAATTATGG CTTCTTTTGG CAATTTTGCA 801 AAT
GACAATG AAATTAAGGT TTTGTTAAAG GCCTTCATAG CGAACCTGAA GTCAAGC
TCC CCCACCATTC GGCGGACAGC GGCTGGATCA GCAGTGAGCA 901 TCTG
CCAGCA CTCAAGAAGG ACACAATATT TCTATAGTTG GCTACTAAAT GTGCTCTT
AG GCTTACTCGT TCCTGTCGAG GATGAACACT CCACTCTGCT 1001 GATTC
TTGGC GTGCTGCTCA CCCTGAGGTA TTTGGTGCCC TTGCTGCAGC AGCAGGTCA
A GGACACAAGC CTGAAAGGCA GCTTCGGAGT GACAAGGAAA 1101 GAAATG
GAAG TCTCTCCTTC TGCAGAGCAG CTTGTCCAGG TTTATGAACT GACGTTACAT
CATACACAGC ACCAAGACCA CAATGTTGTG ACCGGAGCCC 1201 TGGAGCT
GTT GCAGCAGCTC TTCAGAACGC CTCCACCCGA GCTTCTGCAA ACCCTGACCG
CAGTCGGGGG CATTGGGCAG CTCACCGCTG CTAAGGAGGA 1301 GTCTGGTG
GC CGAAGCCGTA GTGGGAGTAT TGTGGAACTT ATAGCTGGAG GGGGTTCCTC A
TGCAGCCCT GTCCTTTCAA GAAAACAAAA AGGCAAAGTG 1401 CTCTTAGGA
G AAGAAGAAGC CTTGGAGGAT GACTCTGAAT CGAGATCGGA TGTCAGCAGC TC
TGCCTTAA CAGCCTCAGT GAAGGATGAG ATCAGTGGAG 1501 AGCTGGCTGC
TTCTTCAGGG GTTTCCACTC CAGGGTCAGC AGGTCATGAC ATCATCACAG AAC
AGCCACG GTCACAGCAC ACACTGCAGG CGGACTCAGT 1601 GGATCTGGCC
AGCTGTGACT TGACAAGCTC TGCCACTGAT GGGGATGAGG AGGATATCTT GAGC
CACAGC TCCAGCCAGG TCAGCGCCGT CCCATCTGAC 1701 CCTGCCATGG A
CCTGAATGA TGGGACCCAG GCCTCGTCGC CCATCAGCGA CAGCTCCCAG ACCAC
CACCG AAGGGCCTGA TTCAGCTGTT ACCCCTTCAG 1801 ACAGTTCTGA AA
TTGTGTTA GACGGTACCG ACAACCAGTA TTTGGGCCTG CAGATTGGAC AGCCCC
AGGA TGAAGATGAG GAAGCCACAG GTATTCTTCC 1901 TGATGAAGCC TCG
GAGGCCT TCAGGAACTC TTCCATGGCC CTTCAACAGG CACATTTATT GAAAAAC
ATG AGTCACTGCA GGCAGCCTTC TGACAGCAGT 2001 GTTGATAAAT TTGT
GTTGAG AGATGAAGCT ACTGAACCGG GTGATCAAGA AAACAAGCCT TGCCGCAT
CA AAGGTGACAT TGGACAGTCC ACTGATGATG 2101 ACTCTGCACC TCTTG
TCCAT TGTGTCCGCC TTTTATCTGC TTCGTTTTTG CTAACAGGGG GAAAAAATG
T GCTGGTTCCG GACAGGGATG TGAGGGTCAG 2201 CGTGAAGGCC CTGGCC
CTCA GCTGTGTGGG AGCAGCTGTG GCCCTCCACC CGGAATCTTT CTTCAGCAAA
CTCTATAAAG TTCCTCTTGA CACCACGGAA 2301 TACCCTGAGG AACAGTA
TGT CTCAGACATC TTGAACTACA TCGATCATGG AGACCCACAG GTTCGAGGAG
CCACTGCCAT TCTCTGTGGG ACCCTCATCT 2401 GCTCCATCCT CAGCAGGT
CC CGCTTCCACG TGGGAGATTG GATGGGCACC ATTAGAACCC TCACAGGAAA T
ACATTTTCT TTGGCGGATT GCATTCCTTT 2501 GCTGCGGAAA ACACTGAAG
G ATGAGTCTTC TGTTACTTGC AAGTTAGCTT GTACAGCTGT GAGGAACTGT GT
CATGAGTC TCTGCAGCAG CAGCTACAGT 2601 GAGTTAGGAC TGCAGCTGAT
CATCGATGTG CTGACTCTGA GGAACAGTTC CTATTGGCTG GTGAGGACAG AGC
TTCTGGA AACCCTTGCA GAGATTGACT 2701 TCAGGCTGGT GAGCTTTTTG
GAGGCAAAAG CAGAAAACTT ACACAGAGGG GCTCATCATT ATACAGGGCT TTTA
AAACTG CAAGAACGAG TGCTCAATAA 2801 TGTTGTCATC CATTTGCTTG G
AGATGAAGA CCCCAGGGTG CGACATGTTG CCGCAGCATC ACTAATTAGG CTTGT
CCCAA AGCTGTTTTA TAAATGTGAC 2901 CAAGGACAAG CTGATCCAGT AG
TGGCCGTG GCAAGAGATC AAAGCAGTGT TTACCTGAAA CTTCTCATGC ATGAAA
CGCA GCCTCCATCT CATTTCTCCG 3001 TCAGCACAAT AACCAGAATA TAT
AGAGGCT ATAACCTACT ACCAAGCATA ACAGACGTCA CTATGGAAAA TAACCTT
TCA AGAGTTATTG CAGCAGTTTC 3101 TCATGAACTA ATCACATCAA CCAC
CAGAGC ACTCACATTT GGATGCTGTG AAGCTTTGTG TCTTCTTTCC ACTGCCTT
CC CAGTTTGCAT TTGGAGTTTA 3201 GGTTGGCACT GTGGAGTGCC TCCAC
TGAGT GCCTCAGATG AGTCTAGGAA GAGCTGTACC GTTGGGATGG CCACAATGA
T TCTGACCCTG CTCTCGTCAG 3301 CTTGGTTCCC ATTGGATCTC TCAGCC
CATC AAGATGCTTT GATTTTGGCC GGAAACTTGC TTGCAGCCAG TGCTCCCAAA
TCTCTGAGAA GTTCATGGGC 3401 CTCTGAAGAA GAAGCCAACC CAGCAGC
CAC CAAGCAAGAG GAGGTCTGGC CAGCCCTGGG GGACCGGGCC CTGGTGCCCA
TGGTGGAGCA GCTCTTCTCT 3501 CACCTGCTGA AGGTGATTAA CATTTGTG
CC CACGTCCTGG ATGACGTGGC TCCTGGACCC GCAATAAAGG CAGCCTTGCC T
TCTCTAACA AACCCCCCTT 3601 CTCTAAGTCC CATCCGACGA AAGGGGAAG
G AGAAAGAACC AGGAGAACAA GCATCTGTAC CGTTGAGTCC CAAGAAAGGC AG
TGAGGCCA GTGCAGCTTC 3701 TAGACAATCT GATACCTCAG GTCCTGTTAC
AACAAGTAAA TCCTCATCAC TGGGGAGTTT CTATCATCTT CCTTCATACC TCA
AACTGCA TGATGTCCTG 3801 AAAGCTACAC ACGCTAACTA CAAGGTCACG
CTGGATCTTC AGAACAGCAC GGAAAAGTTT GGAGGGTTTC TCCGCTCAGC CTTG
GATGTT CTTTCTCAGA 3901 TACTAGAGCT GGCCACACTG CAGGACATTG G
GAAGTGTGT TGAAGAGATC CTAGGATACC TGAAATCCTG CTTTAGTCGA GAACC
AATGA TGGCAACTGT 4001 TTGTGTTCAA CAATTGTTGA AGACTCTCTT TG
GCACAAAC TTGGCCTCCC AGTTTGATGG CTTATCTTCC AACCCCAGCA AGTCAC
AAGG CCGAGCACAG 4101 CGCCTTGGCT CCTCCAGTGT GAGGCCAGGC TTG
TACCACT ACTGCTTCAT GGCCCCGTAC ACCCACTTCA CCCAGGCCCT CGCTGAC
GCC AGCCTGAGGA 4201 ACATGGTGCA GGCGGAGCAG GAGAACGACA CCTC
GGGATG GTTTGATGTC CTCCAGAAAG TGTCTACCCA GTTGAAGACA AACCTCAC
GA GTGTCACAAA 4301 GAACCGTGCA GATAAGAATG CTATTCATAA TCACA
TTCGT TTGTTTGAAC CTCTTGTTAT AAAAGCTTTA AAACAGTACA CGACTACAA
C ATGTGTGCAG 4401 TTACAGAAGC AGGTTTTAGA TTTGCTGGCG CAGCTG
GTTC AGTTACGGGT TAATTACTGT CTTCTGGATT CAGATCAGGT GTTTATTGGC
TTTGTATTGA 4501 AACAGTTTGA ATACATTGAA GTGGGCCAGT TCAGGGA
ATC AGAGGCAATC ATTCCAAACA TCTTTTTCTT CTTGGTATTA CTATCTTATG
AACGCTATCA 4601 TTCAAAACAG ATCATTGGAA TTCCTAAAAT CATTCAGC
TC TGTGATGGCA TCATGGCCAG TGGAAGGAAG GCTGTGACAC ATGCCATACC G
GCTCTGCAG 4701 CCCATAGTCC ACGACCTCTT TGTATTAAGA GGAACAAAT
A AAGCTGATGC AGGAAAAGAG CTTGAAACCC AAAAAGAGGT GGTGGTGTCA AT
GTTACTGA 4801 GACTCATCCA GTACCATCAG GTGTTGGAGA TGTTCATTCT
TGTCCTGCAG CAGTGCCACA AGGAGAATGA AGACAAGTGG AAGCGACTGT CTC
GACAGAT 4901 AGCTGACATC ATCCTCCCAA TGTTAGCCAA ACAGCAGATG
CACATTGACT CTCATGAAGC CCTTGGAGTG TTAAATACAT TATTTGAGAT TTTG
GCCCCT 5001 TCCTCCCTCC GTCCGGTAGA CATGCTTTTA CGGAGTATGT T
CGTCACTCC AAACACAATG GCGTCCGTGA GCACTGTTCA ACTGTGGATA TCGGG
AATTC 5101 TGGCCATTTT GAGGGTTCTG ATTTCCCAGT CAACTGAAGA TA
TTGTTCTT TCTCGTATTC AGGAGCTCTC CTTCTCTCCG TATTTAATCT CCTGTA
CAGT 5201 AATTAATAGG TTAAGAGATG GGGACAGTAC TTCAACGCTA GAA
GAACACA GTGAAGGGAA ACAAATAAAG AATTTGCCAG AAGAAACATT TTCAAGG
TTT 5301 CTATTACAAC TGGTTGGTAT TCTTTTAGAA GACATTGTTA CAAA
ACAGCT GAAGGTGGAA ATGAGTGAGC AGCAACATAC TTTCTATTGC CAGGAACT
AG 5401 GCACACTGCT AATGTGTCTG ATCCACATCT TCAAGTCTGG AATGT
TCCGG AGAATCACAG CAGCTGCCAC TAGGCTGTTC CGCAGTGATG GCTGTGGCG
G 5501 CAGTTTCTAC ACCCTGGACA GCTTGAACTT GCGGGCTCGT TCCATG
ATCA CCACCCACCC GGCCCTGGTG CTGCTCTGGT GTCAGATACT GCTGCTTGTC
5601 AACCACACCG ACTACCGCTG GTGGGCAGAA GTGCAGCAGA CCCCGAA
AAG ACACAGTCTG TCCAGCACAA AGTTACTTAG TCCCCAGATG TCTGGAGAAG
5701 AGGAGGATTC TGACTTGGCA GCCAAACTTG GAATGTGCAA TAGAGAAA
TA GTACGAAGAG GGGCTCTCAT TCTCTTCTGT GATTATGTCT GTCAGAACCT
5801 CCATGACTCC GAGCACTTAA CGTGGCTCAT TGTAAATCAC ATTCAAGAT
C TGATCAGCCT TTCCCACGAG CCTCCAGTAC AGGACTTCAT CAGTGCCGTT
5901 CATCGGAACT CTGCTGCCAG CGGCCTGTTC ATCCAGGCAA TTCAGTCTCG
TTGTGAAAAC CTTTCAACTC CAACCATGCT GAAGAAAACT CTTCAGTGCT 6
001 TGGAGGGGAT CCATCTCAGC CAGTCGGGAG CTGTGCTCAC GCTGTATGTG
GACAGGCTTC TGTGCACCCC TTTCCGTGTG CTGGCTCGCA TGGTCGACAT 61
01 CCTTGCTTGT CGCCGGGTAG AAATGCTTCT GGCTGCAAAT TTACAGAGCA G
CATGGCCCA GTTGCCAATG GAAGAACTCA ACAGAATCCA GGAATACCTT 620
1 CAGAGCAGCG GGCTCGCTCA GAGACACCAA AGGCTCTATT CCCTGCTGGA CA
GGTTTCGT CTGTCCACCA TGCAAGACTC ACTTAGTCCC TCTCCTCCAG 6301
TCTCTTCCCA CCCGCTGGAC GGGGATGGGC ACGTGTCACT GGAAACAGTG AGT
CCGGACA AAGACTGGTA CGTTCATCTT GTCAAATCCC AGTGTTGGAC 6401
CAGGTCAGAT TCTGCACTGC TGGAAGGTGC AGAGCTGGTG AATCGGATTC CTGC
TGAAGA TATGAATGCC TTCATGATGA ACTCGGAGTT CAACCTAAGC 6501 C
TGCTAGCTC CATGCTTAAG CCTAGGGATG AGTGAAATTT CTGGTGGCCA GAAGA
GTGCC CTTTTTGAAG CAGCCCGTGA GGTGACTCTG GCCCGTGTGA 6601 GC
GGCACCGT GCAGCAGCTC CCTGCTGTCC ATCATGTCTT CCAGCCCGAG CTGCCT
GCAG AGCCGGCGGC CTACTGGAGC AAGTTGAATG ATCTGTTTGG 6701 GGA
TGCTGCA CTGTATCAGT CCCTGCCCAC TCTGGCCCGG GCCCTGGCAC AGTACCT
GGT GGTGGTCTCC AAACTGCCCA GTCATTTGCA CCTTCCTCCT 6801 GAGA
AAGAGA AGGACATTGT GAAATTCGTG GTGGCAACCC TTGAGGCCCT GTCCTGGC
AT TTGATCCATG AGCAGATCCC GCTGAGTCTG GATCTCCAGG 6901 CAGGG
CTGGA CTGCTGCTGC CTGGCCCTGC AGCTGCCTGG CCTCTGGAGC GTGGTCTCC
T CCACAGAGTT TGTGACCCAC GCCTGCTCCC TCATCTACTG 7001 TGTGCA
CTTC ATCCTGGAGG CCGTTGCAGT GCAGCCTGGA GAGCAGCTTC TTAGTCCAGA
AAGAAGGACA AATACCCCAA AAGCCATCAG CGAGGAGGAG 7101 GAGGAAG
TAG ATCCAAACAC ACAGAATCCT AAGTATATCA CTGCAGCCTG TGAGATGGTG
GCAGAAATGG TGGAGTCTCT GCAGTCGGTG TTGGCCTTGG 7201 GTCATAAA
AG GAATAGCGGC GTGCCGGCGT TTCTCACGCC ATTGCTCAGG AACATCATCA T
CAGCCTGGC CCGCCTGCCC CTTGTCAACA GCTACACACG 7301 TGTGCCCCC
A CTGGTGTGGA AGCTTGGATG GTCACCCAAA CCGGGAGGGG ATTTTGGCAC AG
CATTCCCT GAGATCCCCG TGGAGTTCCT CCAGGAAAAG 7401 GAAGTCTTTA
AGGAGTTCAT CTACCGCATC AACACACTAG GCTGGACCAG TCGTACTCAG TTT
GAAGAAA CTTGGGCCAC CCTCCTTGGT GTCCTGGTGA 7501 CGCAGCCCCT
CGTGATGGAG CAGGAGGAGA GCCCACCAGA AGAAGACACA GAGAGGACCC AGAT
CAACGT CCTGGCCGTG CAGGCCATCA CCTCACTGGT 7601 GCTCAGTGCA A
TGACTGTGC CTGTGGCCGG CAACCCAGCT GTAAGCTGCT TGGAGCAGCA GCCCC
GGAAC AAGCCTCTGA AAGCTCTCGA CACCAGGTTT 7701 GGGAGGAAGC TG
AGCATTAT CAGAGGGATT GTGGAGCAAG AGATTCAAGC AATGGTTTCA AAGAGA
GAGA ATATTGCCAC CCATCATTTA TATCAGGCAT 7801 GGGATCCTGT CCC
TTCTCTG TCTCCGGCTA CTACAGGTGC CCTCATCAGC CACGAGAAGC TGCTGCT
ACA GATCAACCCC GAGCGGGAGC TGGGGAGCAT 7901 GAGCTACAAA CTCG
GCCAGG TGTCCATACA CTCCGTGTGG CTGGGGAACA GCATCACACC CCTGAGGG
AG GAGGAATGGG ACGAGGAAGA GGAGGAGGAG 8001 GCCGACGCCC CTGCA
CCTTC GTCACCACCC ACTTCTCCAG TCAACTCCAG GAAACACCGG GCTGGAGTT
G ACATCCACTC CTGTTCGCAG TTTTTGCTTG 8101 AGTTGTACAG CCGCTG
GATC CTGCCGTCCA GCTCAGCCAG GAGGACCCCG GCCATCCTGA TCAGTGAGGT
GGTCAGATCC CTTCTAGTGG TCTCAGACTT 8201 GTTCACCGAG CGCAACC
AGT TTGAGCTGAT GTATGTGACG CTGACAGAAC TGCGAAGGGT GCACCCTTCA
GAAGACGAGA TCCTCGCTCA GTACCTGGTG 8301 CCTGCCACCT GCAAGGCA
GC TGCCGTCCTT GGGATGGACA AGGCCGTGGC GGAGCCTGTC AGCCGCCTGC T
GGAGAGCAC GCTCAGGAGC AGCCACCTGC 8401 CCAGCAGGGT TGGAGCCCT
G CACGGCGTCC TCTATGTGCT GGAGTGCGAC CTGCTGGACG ACACTGCCAA GC
AGCTCATC CCGGTCATCA GCGACTATCT 8501 CCTCTCCAAC CTGAAAGGGA
TCGCCCACTG CGTGAACATT CACAGCCAGC AGCACGTACT GGTCATGTGT GCC
ACTGCGT TTTACCTCAT TGAGAACTAT 8601 CCTCTGGACG TAGGGCCGGA
ATTTTCAGCA TCAATAATAC AGATGTGTGG GGTGATGCTG TCTGGAAGTG AGGA
GTCCAC CCCCTCCATC ATTTACCACT 8701 GTGCCCTCAG AGGCCTGGAG C
GCCTCCTGC TCTCTGAGCA GCTCTCCCGC CTGGATGCAG AATCGCTGGT CAAGC
TGAGT GTGGACAGAG TGAACGTGCA 8801 CAGCCCGCAC CGGGCCATGG CG
GCTCTGGG CCTGATGCTC ACCTGCATGT ACACAGGAAA GGAGAAAGTC AGTCCG
GGTA GAACTTCAGA CCCTAATCCT 8901 GCAGCCCCCG ACAGCGAGTC AGT
GATTGTT GCTATGGAGC GGGTATCTGT TCTTTTTGAT AGGATCAGGA AAGGCTT
TCC TTGTGAAGCC AGAGTGGTGG 9001 CCAGGATCCT GCCCCAGTTT CTAG
ACGACT TCTTCCCACC CCAGGACATC ATGAACAAAG TCATCGGAGA GTTTCTGT
CC AACCAGCAGC CATACCCCCA 9101 GTTCATGGCC ACCGTGGTGT ATAAG
GTGTT TCAGACTCTG CACAGCACCG GGCAGTCGTC CATGGTCCGG GACTGGGTC
A TGCTGTCCCT CTCCAACTTC 9201 ACGCAGAGGG CCCCGGTCGC CATGGC
CACG TGGAGCCTCT CCTGCTTCTT TGTCAGCGCG TCCACCAGCC CGTGGGTCGC
GGCGATCCTC CCACATGTCA 9301 TCAGCAGGAT GGGCAAGCTG GAGCAGG
TGG ACGTGAACCT TTTCTGCCTG GTCGCCACAG ACTTCTACAG ACACCAGATA
GAGGAGGAGC TCGACCGCAG 9401 GGCCTTCCAG TCTGTGCTTG AGGTGGTT
GC AGCCCCAGGA AGCCCATATC ACCGGCTGCT GACTTGTTTA CGAAATGTCC A
CAAGGTCAC CACCTGCGCG 9501 GCCGCTCGAG TCTAGAGGGC CCGTTTAAA
C CCGCTGATCA GCCTCGACTG TGCCTTCTAG TTG

Cloning Information

The construct is engineered with a "PmeI" on the 5' and NotI on the 3' prime. Cloning site: fused EcoRV/PmeI at 5' and Not I at 3', RV and PmeI were deleted.

Phenotypic Data

Remarks

DNA corresponding to the full length human sequence of the Huntingtin (Htt) gene containing 22 polyglutamine repeats translated from a pure CAG codon.

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 22 polyglutamine repeats translated from a pure CAG codon.

Remarks

DNA corresponding to the full length human sequence of the Huntingtin (Htt) gene containing 22 polyglutamine repeats translated from a pure CAG codon.

PDF

Vector Map

Plasmid Collection Screening and Propagation

Supplement

Pricing

Commercial:

$50.00USD

Academic &
Non-profit:

$50.00USD

Description:

HTT-Q22, CAG, 1-3144, HUMAN HUNTINGTON DISEASE; HD

Affected:

No Data

Sex:

No Data

Age:

No Data

Overview

Characterizations

Phenotypic Data

External Links

Culture Protocols

HTT-Q22, CAG, 1-3144, HUMAN
HUNTINGTON DISEASE; HD