CH00032

CH00032 Plasmid

Description:

HTT-Q23, 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# V790.20

Alias

FLrdmQ23p

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

FLrdmQ23p

Insert Length

9454

Vector

pcDNA3.1

Concentration

75 ng/ml

Sequence

1 GATAAACACC ACCATGGCGA CCCTGGAAAA GCTGATGAAG GCCTTCGAGT
CCCTCAAGTC CTTCCAGCAG CAGCAGCAGC AACAGCAGCA ACAGCAGCAG
101 CAACAACAGC AGCAGCAGCA ACAACAACAG CAGCCGCCAC CGCCGCCGCC
GCCGCCGCCG CCTCCTCAGC TTCCTCAGCC GCCGCCGCAG GCACAGCCGC 2
01 TGCTGCCTCA GCCGCAGCCG CCCCCGCCGC CGCCCCCGCC GCCACCCGGC C
CGGCTGTGG CTGAGGAGCC GCTGCACCGA CCAAAGAAAG AACTTTCAGC 30
1 TACCAAGAAA GACCGTGTGA ATCATTGTCT GACAATATGT GAAAACATAG TG
GCACAGTC TGTCAGAAAT TCTCCAGAAT TTCAGAAACT TCTGGGCATC 401
GCTATGGAAC TTTTTCTGCT GTGCAGTGAT GACGCAGAGT CAGATGTCAG GAT
GGTGGCT GACGAATGCC TCAACAAAGT TATCAAAGCT TTGATGGATT 501
CTAATCTTCC AAGGTTACAG CTCGAGCTCT ATAAGGAAAT TAAAAAGAAT GGTG
CCCCTC GGAGTTTGCG TGCTGCCCTG TGGAGGTTTG CTGAGCTGGC 601 T
CACCTGGTT CGGCCTCAGA AATGCAGGCC TTACCTGGTG AACCTTCTGC CGTGC
CTGAC TCGAACAAGC AAGAGACCCG AAGAATCAGT CCAGGAGACC 701 TT
GGCTGCAG CTGTTCCCAA AATTATGGCT TCTTTTGGCA ATTTTGCAAA TGACAA
TGAA ATTAAGGTTT TGTTAAAGGC CTTCATAGCG AACCTGAAGT 801 CAA
GCTCCCC CACCATTCGG CGGACAGCGG CTGGATCAGC AGTGAGCATC TGCCAGC
ACT CAAGAAGGAC ACAATATTTC TATAGTTGGC TACTAAATGT 901 GCTC
TTAGGC TTACTCGTTC CTGTCGAGGA TGAACACTCC ACTCTGCTGA TTCTTGGC
GT GCTGCTCACC CTGAGGTATT TGGTGCCCTT GCTGCAGCAG 1001 CAGGT
CAAGG ACACAAGCCT GAAAGGCAGC TTCGGAGTGA CAAGGAAAGA AATGGAAGT
C TCTCCTTCTG CAGAGCAGCT TGTCCAGGTT TATGAACTGA 1101 CGTTAC
ATCA TACACAGCAC CAAGACCACA ATGTTGTGAC CGGAGCCCTG GAGCTGTTGC
AGCAGCTCTT CAGAACGCCT CCACCCGAGC TTCTGCAAAC 1201 CCTGACC
GCA GTCGGGGGCA TTGGGCAGCT CACCGCTGCT AAGGAGGAGT CTGGTGGCCG
AAGCCGTAGT GGGAGTATTG TGGAACTTAT AGCTGGAGGG 1301 GGTTCCTC
AT GCAGCCCTGT CCTTTCAAGA AAACAAAAAG GCAAAGTGCT CTTAGGAGAA G
AAGAAGCCT TGGAGGATGA CTCTGAATCG AGATCGGATG 1401 TCAGCAGCT
C TGCCTTAACA GCCTCAGTGA AGGATGAGAT CAGTGGAGAG CTGGCTGCTT CT
TCAGGGGT TTCCACTCCA GGGTCAGCAG GTCATGACAT 1501 CATCACAGAA
CAGCCACGGT CACAGCACAC ACTGCAGGCG GACTCAGTGG ATCTGGCCAG CTG
TGACTTG ACAAGCTCTG CCACTGATGG GGATGAGGAG 1601 GATATCTTGA
GCCACAGCTC CAGCCAGGTC AGCGCCGTCC CATCTGACCC TGCCATGGAC CTGA
ATGATG GGACCCAGGC CTCGTCGCCC ATCAGCGACA 1701 GCTCCCAGAC C
ACCACCGAA GGGCCTGATT CAGCTGTTAC CCCTTCAGAC AGTTCTGAAA TTGTG
TTAGA CGGTACCGAC AACCAGTATT TGGGCCTGCA 1801 GATTGGACAG CC
CCAGGATG AAGATGAGGA AGCCACAGGT ATTCTTCCTG ATGAAGCCTC GGAGGC
CTTC AGGAACTCTT CCATGGCCCT TCAACAGGCA 1901 CATTTATTGA AAA
ACATGAG TCACTGCAGG CAGCCTTCTG ACAGCAGTGT TGATAAATTT GTGTTGA
GAG ATGAAGCTAC TGAACCGGGT GATCAAGAAA 2001 ACAAGCCTTG CCGC
ATCAAA GGTGACATTG GACAGTCCAC TGATGATGAC TCTGCACCTC TTGTCCAT
TG TGTCCGCCTT TTATCTGCTT CGTTTTTGCT 2101 AACAGGGGGA AAAAA
TGTGC TGGTTCCGGA CAGGGATGTG AGGGTCAGCG TGAAGGCCCT GGCCCTCAG
C TGTGTGGGAG CAGCTGTGGC CCTCCACCCG 2201 GAATCTTTCT TCAGCA
AACT CTATAAAGTT CCTCTTGACA CCACGGAATA CCCTGAGGAA CAGTATGTCT
CAGACATCTT GAACTACATC GATCATGGAG 2301 ACCCACAGGT TCGAGGA
GCC ACTGCCATTC TCTGTGGGAC CCTCATCTGC TCCATCCTCA GCAGGTCCCG
CTTCCACGTG GGAGATTGGA TGGGCACCAT 2401 TAGAACCCTC ACAGGAAA
TA CATTTTCTTT GGCGGATTGC ATTCCTTTGC TGCGGAAAAC ACTGAAGGAT G
AGTCTTCTG TTACTTGCAA GTTAGCTTGT 2501 ACAGCTGTGA GGAACTGTG
T CATGAGTCTC TGCAGCAGCA GCTACAGTGA GTTAGGACTG CAGCTGATCA TC
GATGTGCT GACTCTGAGG AACAGTTCCT 2601 ATTGGCTGGT GAGGACAGAG
CTTCTGGAAA CCCTTGCAGA GATTGACTTC AGGCTGGTGA GCTTTTTGGA GGC
AAAAGCA GAAAACTTAC ACAGAGGGGC 2701 TCATCATTAT ACAGGGCTTT
TAAAACTGCA AGAACGAGTG CTCAATAATG TTGTCATCCA TTTGCTTGGA GATG
AAGACC CCAGGGTGCG ACATGTTGCC 2801 GCAGCATCAC TAATTAGGCT T
GTCCCAAAG CTGTTTTATA AATGTGACCA AGGACAAGCT GATCCAGTAG TGGCC
GTGGC AAGAGATCAA AGCAGTGTTT 2901 ACCTGAAACT TCTCATGCAT GA
AACGCAGC CTCCATCTCA TTTCTCCGTC AGCACAATAA CCAGAATATA TAGAGG
CTAT AACCTACTAC CAAGCATAAC 3001 AGACGTCACT ATGGAAAATA ACC
TTTCAAG AGTTATTGCA GCAGTTTCTC ATGAACTAAT CACATCAACC ACCAGAG
CAC TCACATTTGG ATGCTGTGAA 3101 GCTTTGTGTC TTCTTTCCAC TGCC
TTCCCA GTTTGCATTT GGAGTTTAGG TTGGCACTGT GGAGTGCCTC CACTGAGT
GC CTCAGATGAG TCTAGGAAGA 3201 GCTGTACCGT TGGGATGGCC ACAAT
GATTC TGACCCTGCT CTCGTCAGCT TGGTTCCCAT TGGATCTCTC AGCCCATCA
A GATGCTTTGA TTTTGGCCGG 3301 AAACTTGCTT GCAGCCAGTG CTCCCA
AATC TCTGAGAAGT TCATGGGCCT CTGAAGAAGA AGCCAACCCA GCAGCCACCA
AGCAAGAGGA GGTCTGGCCA 3401 GCCCTGGGGG ACCGGGCCCT GGTGCCC
ATG GTGGAGCAGC TCTTCTCTCA CCTGCTGAAG GTGATTAACA TTTGTGCCCA
CGTCCTGGAT GACGTGGCTC 3501 CTGGACCCGC AATAAAGGCA GCCTTGCC
TT CTCTAACAAA CCCCCCTTCT CTAAGTCCCA TCCGACGAAA GGGGAAGGAG A
AAGAACCAG GAGAACAAGC 3601 ATCTGTACCG TTGAGTCCCA AGAAAGGCA
G TGAGGCCAGT GCAGCTTCTA GACAATCTGA TACCTCAGGT CCTGTTACAA CA
AGTAAATC CTCATCACTG 3701 GGGAGTTTCT ATCATCTTCC TTCATACCTC
AAACTGCATG ATGTCCTGAA AGCTACACAC GCTAACTACA AGGTCACGCT GGA
TCTTCAG AACAGCACGG 3801 AAAAGTTTGG AGGGTTTCTC CGCTCAGCCT
TGGATGTTCT TTCTCAGATA CTAGAGCTGG CCACACTGCA GGACATTGGG AAGT
GTGTTG AAGAGATCCT 3901 AGGATACCTG AAATCCTGCT TTAGTCGAGA A
CCAATGATG GCAACTGTTT GTGTTCAACA ATTGTTGAAG ACTCTCTTTG GCACA
AACTT GGCCTCCCAG 4001 TTTGATGGCT TATCTTCCAA CCCCAGCAAG TC
ACAAGGCC GAGCACAGCG CCTTGGCTCC TCCAGTGTGA GGCCAGGCTT GTACCA
CTAC TGCTTCATGG 4101 CCCCGTACAC CCACTTCACC CAGGCCCTCG CTG
ACGCCAG CCTGAGGAAC ATGGTGCAGG CGGAGCAGGA GAACGACACC TCGGGAT
GGT TTGATGTCCT 4201 CCAGAAAGTG TCTACCCAGT TGAAGACAAA CCTC
ACGAGT GTCACAAAGA ACCGTGCAGA TAAGAATGCT ATTCATAATC ACATTCGT
TT GTTTGAACCT 4301 CTTGTTATAA AAGCTTTAAA ACAGTACACG ACTAC
AACAT GTGTGCAGTT ACAGAAGCAG GTTTTAGATT TGCTGGCGCA GCTGGTTCA
G TTACGGGTTA 4401 ATTACTGTCT TCTGGATTCA GATCAGGTGT TTATTG
GCTT TGTATTGAAA CAGTTTGAAT ACATTGAAGT GGGCCAGTTC AGGGAATCAG
AGGCAATCAT 4501 TCCAAACATC TTTTTCTTCT TGGTATTACT ATCTTAT
GAA CGCTATCATT CAAAACAGAT CATTGGAATT CCTAAAATCA TTCAGCTCTG
TGATGGCATC 4601 ATGGCCAGTG GAAGGAAGGC TGTGACACAT GCCATACC
GG CTCTGCAGCC CATAGTCCAC GACCTCTTTG TATTAAGAGG AACAAATAAA G
CTGATGCAG 4701 GAAAAGAGCT TGAAACCCAA AAAGAGGTGG TGGTGTCAA
T GTTACTGAGA CTCATCCAGT ACCATCAGGT GTTGGAGATG TTCATTCTTG TC
CTGCAGCA 4801 GTGCCACAAG GAGAATGAAG ACAAGTGGAA GCGACTGTCT
CGACAGATAG CTGACATCAT CCTCCCAATG TTAGCCAAAC AGCAGATGCA CAT
TGACTCT 4901 CATGAAGCCC TTGGAGTGTT AAATACATTA TTTGAGATTT
TGGCCCCTTC CTCCCTCCGT CCGGTAGACA TGCTTTTACG GAGTATGTTC GTCA
CTCCAA 5001 ACACAATGGC GTCCGTGAGC ACTGTTCAAC TGTGGATATC G
GGAATTCTG GCCATTTTGA GGGTTCTGAT TTCCCAGTCA ACTGAAGATA TTGTT
CTTTC 5101 TCGTATTCAG GAGCTCTCCT TCTCTCCGTA TTTAATCTCC TG
TACAGTAA TTAATAGGTT AAGAGATGGG GACAGTACTT CAACGCTAGA AGAACA
CAGT 5201 GAAGGGAAAC AAATAAAGAA TTTGCCAGAA GAAACATTTT CAA
GGTTTCT ATTACAACTG GTTGGTATTC TTTTAGAAGA CATTGTTACA AAACAGC
TGA 5301 AGGTGGAAAT GAGTGAGCAG CAACATACTT TCTATTGCCA GGAA
CTAGGC ACACTGCTAA TGTGTCTGAT CCACATCTTC AAGTCTGGAA TGTTCCGG
AG 5401 AATCACAGCA GCTGCCACTA GGCTGTTCCG CAGTGATGGC TGTGG
CGGCA GTTTCTACAC CCTGGACAGC TTGAACTTGC GGGCTCGTTC CATGATCAC
C 5501 ACCCACCCGG CCCTGGTGCT GCTCTGGTGT CAGATACTGC TGCTTG
TCAA CCACACCGAC TACCGCTGGT GGGCAGAAGT GCAGCAGACC CCGAAAAGAC
5601 ACAGTCTGTC CAGCACAAAG TTACTTAGTC CCCAGATGTC TGGAGAA
GAG GAGGATTCTG ACTTGGCAGC CAAACTTGGA ATGTGCAATA GAGAAATAGT
5701 ACGAAGAGGG GCTCTCATTC TCTTCTGTGA TTATGTCTGT CACAACCT
CC ATGACTCCGA GCACTTAACG TGGCTCATTG TAAATCACAT TCAAGATCTG
5801 ATCAGCCTTT CCCACGAGCC TCCAGTACAG GACTTCATCA GTGCCGTTC
A TCGGAACTCT GCTGCCAGCG GCCTGTTCAT CCAGGCAATT CAGTCTCGTT
5901 GTGAAAACCT TTCAACTCCA ACCATGCTGA AGAAAACTCT TCAGTGCTTG
GAGGGGATCC ATCTCAGCCA GTCGGGAGCT GTGCTCACGC TGTATGTGGA 6
001 CAGGCTTCTG TGCACCCCTT TCCGTGTGCT GGCTCGCATG GTCGACATCC
TTGCTTGTCG CCGGGTAGAA ATGCTTCTGG CTGCAAATTT ACAGAGCAGC 61
01 ATGGCCCAGT TGCCAATGGA AGAACTCAAC AGAATCCAGG AATACCTTCA G
AGCAGCGGG CTCGCTCAGA GACACCAAAG GCTCTATTCC CTGCTGGACA 620
1 GGTTTCGTCT GTCCACCATG CAAGACTCAC TTAGTCCCTC TCCTCCAGTC TC
TTCCCACC CGCTGGACGG GGATGGGCAC GTGTCACTGG AAACAGTGAG 6301
TCCGGACAAA GACTGGTACG TTCATCTTGT CAAATCCCAG TGTTGGACCA GGT
CAGATTC TGCACTGCTG GAAGGTGCAG AGCTGGTGAA TCGGATTCCT 6401
GCTGAAGATA TGAATGCCTT CATGATGAAC TCGGAGTTCA ACCTAAGCCT GCTA
GCTCCA TGCTTAAGCC TAGGGATGAG TGAAATTTCT GGTGGCCAGA 6501 A
GAGTGCCCT TTTTGAAGCA GCCCGTGAGG TGACTCTGGC CCGTGTGAGC GGCAC
CGTGC AGCAGCTCCC TGCTGTCCAT CATGTCTTCC AGCCCGAGCT 6601 GC
CTGCAGAG CCGGCGGCCT ACTGGAGCAA GTTGAATGAT CTGTTTGGGG ATGCTG
CACT GTATCAGTCC CTGCCCACTC TGGCCCGGGC CCTGGCACAG 6701 TAC
CTGGTGG TGGTCTCCAA ACTGCCCAGT CATTTGCACC TTCCTCCTGA GAAAGAG
AAG GACATTGTGA AATTCGTGGT GGCAACCCTT GAGGCCCTGT 6801 CCTG
GCATTT GATCCATGAG CAGATCCCGC TGAGTCTGGA TCTCCAGGCA GGGCTGGA
CT GCTGCTGCCT GGCCCTGCAG CTGCCTGGCC TCTGGAGCGT 6901 GGTCT
CCTCC ACAGAGTTTG TGACCCACGC CTGCTCCCTC ATCTACTGTG TGCACTTCA
T CCTGGAGGCC GTTGCAGTGC AGCCTGGAGA GCAGCTTCTT 7001 AGTCCA
GAAA GAAGGACAAA TACCCCAAAA GCCATCAGCG AGGAGGAGGA GGAAGTAGAT
CCAAACACAC AGAATCCTAA GTATATCACT GCAGCCTGTG 7101 AGATGGT
GGC AGAAATGGTG GAGTCTCTGC AGTCGGTGTT GGCCTTGGGT CATAAAAGGA
ATAGCGGCGT GCCGGCGTTT CTCACGCCAT TGCTCAGGAA 7201 CATCATCA
TC AGCCTGGCCC GCCTGCCCCT TGTCAACAGC TACACACGTG TGCCCCCACT G
GTGTGGAAG CTTGGATGGT CACCCAAACC GGGAGGGGAT 7301 TTTGGCACA
G CATTCCCTGA GATCCCCGTG GAGTTCCTCC AGGAAAAGGA AGTCTTTAAG GA
GTTCATCT ACCGCATCAA CACACTAGGC TGGACCAGTC 7401 GTACTCAGTT
TGAAGAAACT TGGGCCACCC TCCTTGGTGT CCTGGTGACG CAGCCCCTCG TGA
TGGAGCA GGAGGAGAGC CCACCAGAAG AAGACACAGA 7501 GAGGACCCAG
ATCAACGTCC TGGCCGTGCA GGCCATCACC TCACTGGTGC TCAGTGCAAT GACT
GTGCCT GTGGCCGGCA ACCCAGCTGT AAGCTGCTTG 7601 GAGCAGCAGC C
CCGGAACAA GCCTCTGAAA GCTCTCGACA CCAGGTTTGG GAGGAAGCTG AGCAT
TATCA GAGGGATTGT GGAGCAAGAG ATTCAAGCAA 7701 TGGTTTCAAA GA
GAGAGAAT ATTGCCACCC ATCATTTATA TCAGGCATGG GATCCTGTCC CTTCTC
TGTC TCCGGCTACT ACAGGTGCCC TCATCAGCCA 7801 CGAGAAGCTG CTG
CTACAGA TCAACCCCGA GCGGGAGCTG GGGAGCATGA GCTACAAACT CGGCCAG
GTG TCCATACACT CCGTGTGGCT GGGGAACAGC 7901 ATCACACCCC TGAG
GGAGGA GGAATGGGAC GAGGAAGAGG AGGAGGAGGC CGACGCCCCT GCACCTTC
GT CACCACCCAC TTCTCCAGTC AACTCCAGGA 8001 AACACCGGGC TGGAG
TTGAC ATCCACTCCT GTTCGCAGTT TTTGCTTGAG TTGTACAGCC GCTGGATCC
T GCCGTCCAGC TCAGCCAGGA GGACCCCGGC 8101 CATCCTGATC AGTGAG
GTGG TCAGATCCCT TCTAGTGGTC TCAGACTTGT TCACCGAGCG CAACCAGTTT
GAGCTGATGT ATGTGACGCT GACAGAACTG 8201 CGAAGGGTGC ACCCTTC
AGA AGACGAGATC CTCGCTCAGT ACCTGGTGCC TGCCACCTGC AAGGCAGCTG
CCGTCCTTGG GATGGACAAG GCCGTGGCGG 8301 AGCCTGTCAG CCGCCTGC
TG GAGAGCACGC TCAGGAGCAG CCACCTGCCC AGCAGGGTTG GAGCCCTGCA C
GGCGTCCTC TATGTGCTGG AGTGCGACCT 8401 GCTGGACGAC ACTGCCAAG
C AGCTCATCCC GGTCATCAGC GACTATCTCC TCTCCAACCT GAAAGGGATC GC
CCACTGCG TGAACATTCA CAGCCAGCAG 8501 CACGTACTGG TCATGTGTGC
CACTGCGTTT TACCTCATTG AGAACTATCC TCTGGACGTA GGGCCGGAAT TTT
CAGCATC AATAATACAG ATGTGTGGGG 8601 TGATGCTGTC TGGAAGTGAG
GAGTCCACCC CCTCCATCAT TTACCACTGT GCCCTCAGAG GCCTGGAGCG CCTC
CTGCTC TCTGAGCAGC TCTCCCGCCT 8701 GGATGCAGAA TCGCTGGTCA A
GCTGAGTGT GGACAGAGTG AACGTGCACA GCCCGCACCG GGCCATGGCG GCTCT
GGGCC TGATGCTCAC CTGCATGTAC 8801 ACAGGAAAGG AGAAAGTCAG TC
CGGGTAGA ACTTCAGACC CTAATCCTGC AGCCCCCGAC AGCGAGTCAG TGATTG
TTGC TATGGAGCGG GTATCTGTTC 8901 TTTTTGATAG GATCAGGAAA GGC
TTTCCTT GTGAAGCCAG AGTGGTGGCC AGGATCCTGC CCCAGTTTCT AGACGAC
TTC TTCCCACCCC AGGACATCAT 9001 GAACAAAGTC ATCGGAGAGT TTCT
GTCCAA CCAGCAGCCA TACCCCCAGT TCATGGCCAC CGTGGTGTAT AAGGTGTT
TC AGACTCTGCA CAGCACCGGG 9101 CAGTCGTCCA TGGTCCGGGA CTGGG
TCATG CTGTCCCTCT CCAACTTCAC GCAGAGGGCC CCGGTCGCCA TGGCCACGT
G GAGCCTCTCC TGCTTCTTTG 9201 TCAGCGCGTC CACCAGCCCG TGGGTC
GCGG CGATCCTCCC ACATGTCATC AGCAGGATGG GCAAGCTGGA GCAGGTGGAC
GTGAACCTTT TCTGCCTGGT 9301 CGCCACAGAC TTCTACAGAC ACCAGAT
AGA GGAGGAGCTC GACCGCAGGG CCTTCCAGTC TGTGCTTGAG GTGGTTGCAG
CCCCAGGAAG CCCATATCAC 9401 CGGCTGCTGA CTTGTTTACG AAATGTCC
AC AAGGTCACCA CCTGCGCGGC CGCTCGAGTC TAGAGGCCGT AACA

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 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, 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, RDM, 1-3144, HUMAN
HUNTINGTON DISEASE; HD