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HTT cDNA ORF clone, Homo sapiens(Human)

Gene Symbol HTT
Entrez Gene ID 3064
Full Name huntingtin
Synonyms HD,IT15,LOMARS
General protein information
Preferred Names

huntingtin

Names

huntingtin
huntington disease protein

Gene Type protein-coding
Organism Homo sapiens(Human)
Genome

4

4p16.3

Summary Huntingtin is a disease gene linked to Huntington's disease, a neurodegenerative disorder characterized by loss of striatal neurons. This is thought to be caused by an expanded, unstable trinucleotide repeat in the huntingtin gene, which translates as a polyglutamine repeat in the protein product. A fairly broad range of trinucleotide repeats (9-35) has been identified in normal controls, and repeat numbers in excess of 40 have been described as pathological. The huntingtin locus is large, spanning 180 kb and consisting of 67 exons. The huntingtin gene is widely expressed and is required for normal development. It is expressed as 2 alternatively polyadenylated forms displaying different relative abundance in various fetal and adult tissues. The larger transcript is approximately 13.7 kb and is expressed predominantly in adult and fetal brain whereas the smaller transcript of approximately 10.3 kb is more widely expressed. The genetic defect leading to Huntington's disease may not necessarily eliminate transcription, but may confer a new property on the mRNA or alter the function of the protein. One candidate is the huntingtin-associated protein-1, highly expressed in brain, which has increased affinity for huntingtin protein with expanded polyglutamine repeats. This gene contains an upstream open reading frame in the 5' UTR that inhibits expression of the huntingtin gene product through translational repression. [provided by RefSeq, Jul 2016].
Disorder MIM:

613004

Disorder Html: Huntington disease, 143100 (3)

mRNA and Protein(s)

mRNA Protein Name
NM_002111.7 NP_002102.4 huntingtin
NM_002111.8 NP_002102.4 huntingtin



Homo sapiens (human) HTT NP_002102.4
Gallus gallus (chicken) HTT XP_420822.3
Danio rerio (zebrafish) htt NP_571093.1
Canis lupus familiaris (dog) HTT XP_536221.2
Bos taurus (cattle) HTT XP_002688476.1
Mus musculus (house mouse) Htt NP_034544.1
Rattus norvegicus (Norway rat) Htt NP_077333.2
Pan troglodytes (chimpanzee) HTT XP_517080.4
Xenopus tropicalis (tropical clawed frog) htt NP_001007904.1


Related articles in PubMed

Clinical and genetic characteristics in patients with Huntington's disease from China.
Yang J, Chen K, Wei Q, Chen Y, Cao B, Burgunder JM, Shang HF
Neurological research38(10)916-20(2016 Oct)

Clinical and genetic investigation of a Brazilian family with Huntington's disease.
Agostinho LA, Spitz M, Pereira JS, Paiva CL
Functional neurology31(3)135-42(2016 Jul-Sep)

An Intein-based Strategy for the Production of Tag-free Huntingtin Exon 1 Proteins Enables New Insights into the Polyglutamine Dependence of Httex1 Aggregation and Fibril Formation.
Vieweg S, Ansaloni A, Wang ZM, Warner JB, Lashuel HA
The Journal of biological chemistry291(23)12074-86(2016 Jun)

Investigating Mutations to Reduce Huntingtin Aggregation by Increasing Htt-N-Terminal Stability and Weakening Interactions with PolyQ Domain.
Smaoui MR, Mazza-Anthony C, Waldispühl J
Computational and mathematical methods in medicine20166247867(2016)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The CAG repeat expansion in the exon 1 of the protein huntingtin (HTTex1) that causes the disease leads to the formation of HTT fibrils in vitro and vivo. The fibrils of mutant HTTex1 are able to seed the aggregation of wild type HTTex1 into amyloid fibrils, which in turn can seed the fibril formation of mutant HTTex1.
Title: Formation and Structure of Wild Type Huntingtin Exon-1 Fibrils.

Mutant HTT causes severe mislocalization and aggregation of nucleoporins and defective nucleocytoplasmic transport.
Title: Mutant Huntingtin Disrupts the Nuclear Pore Complex.

Peripheral huntingtin silencing does not ameliorate central signs of disease in the B6.HttQ111/+ mouse model of Huntington's disease
Title: Peripheral huntingtin silencing does not ameliorate central signs of disease in the B6.HttQ111/+ mouse model of Huntington's disease.

This ability of huntingtin to sense ROS levels at the ER, with phosphorylation and nuclear localization as a response, suggests that ROS stress due to aging could be a critical molecular trigger of huntingtin functions and dysfunctions in HD and may explain the age-onset nature of the disorder.
Title: Huntingtin N17 domain is a reactive oxygen species sensor regulating huntingtin phosphorylation and localization.

The +1 trans-frame-encoded product can directly influence the aggregation of the parental Htt exon 1.
Title: An Expanded CAG Repeat in Huntingtin Causes +1 Frameshifting.

The following HTT gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the HTT cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1+/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

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***CloneID RefSeq Accession Definition **Vector *Turnaround time Price (USD) Select
OHu23699 NM_002111.8
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Homo sapiens huntingtin (HTT), mRNA. pcDNA3.1+/C-(K)DYK or customized vector TBD $1721.30
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OHu23699 NM_002111.7 Homo sapiens huntingtin (HTT), mRNA. pcDNA3.1+/C-(K)DYK or customized vector TBD $1721.30
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** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.


CloneID OHu23699
Clone ID Related Accession (Same CDS sequence) NM_002111.7 , NM_002111.8
Accession Version NM_002111.7 Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 9435bp)
Protein sequence
SNP
Vector pcDNA3.1+/C-(K)DYK or customized vector User Manual
Clone information Clone Map MSDS
Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
ORF Insert Method CloneEZ® Seamless cloning technology
Insert Structure linear
Update Date 2015-03-15
Organism Homo sapiens(Human)
Product huntingtin
Comment

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
7921
7981
8041
8101
8161
8221
8281
8341
8401
8461
8521
8581
8641
8701
8761
8821
8881
8941
9001
9061
9121
9181
9241
9301
9361
9421
ATGGCGACCC TGGAAAAGCT GATGAAGGCC TTCGAGTCCC TCAAGTCCTT CCAGCAGCAG 
CAGCAGCAGC AGCAGCAGCA GCAGCAGCAG CAGCAGCAGC AGCAGCAGCA GCAGCAACAG
CCGCCACCGC CGCCGCCGCC GCCGCCGCCT CCTCAGCTTC CTCAGCCGCC GCCGCAGGCA
CAGCCGCTGC TGCCTCAGCC GCAGCCGCCC CCGCCGCCGC CCCCGCCGCC ACCCGGCCCG
GCTGTGGCTG AGGAGCCGCT GCACCGACCA AAGAAAGAAC TTTCAGCTAC CAAGAAAGAC
CGTGTGAATC ATTGTCTGAC AATATGTGAA AACATAGTGG CACAGTCTGT CAGAAATTCT
CCAGAATTTC AGAAACTTCT GGGCATCGCT ATGGAACTTT TTCTGCTGTG CAGTGATGAC
GCAGAGTCAG ATGTCAGGAT GGTGGCTGAC GAATGCCTCA ACAAAGTTAT CAAAGCTTTG
ATGGATTCTA ATCTTCCAAG GTTACAGCTC GAGCTCTATA AGGAAATTAA AAAGAATGGT
GCCCCTCGGA GTTTGCGTGC TGCCCTGTGG AGGTTTGCTG AGCTGGCTCA CCTGGTTCGG
CCTCAGAAAT GCAGGCCTTA CCTGGTGAAC CTTCTGCCGT GCCTGACTCG AACAAGCAAG
AGACCCGAAG AATCAGTCCA GGAGACCTTG GCTGCAGCTG TTCCCAAAAT TATGGCTTCT
TTTGGCAATT TTGCAAATGA CAATGAAATT AAGGTTTTGT TAAAGGCCTT CATAGCGAAC
CTGAAGTCAA GCTCCCCCAC CATTCGGCGG ACAGCGGCTG GATCAGCAGT GAGCATCTGC
CAGCACTCAA GAAGGACACA ATATTTCTAT AGTTGGCTAC TAAATGTGCT CTTAGGCTTA
CTCGTTCCTG TCGAGGATGA ACACTCCACT CTGCTGATTC TTGGCGTGCT GCTCACCCTG
AGGTATTTGG TGCCCTTGCT GCAGCAGCAG GTCAAGGACA CAAGCCTGAA AGGCAGCTTC
GGAGTGACAA GGAAAGAAAT GGAAGTCTCT CCTTCTGCAG AGCAGCTTGT CCAGGTTTAT
GAACTGACGT TACATCATAC ACAGCACCAA GACCACAATG TTGTGACCGG AGCCCTGGAG
CTGTTGCAGC AGCTCTTCAG AACGCCTCCA CCCGAGCTTC TGCAAACCCT GACCGCAGTC
GGGGGCATTG GGCAGCTCAC CGCTGCTAAG GAGGAGTCTG GTGGCCGAAG CCGTAGTGGG
AGTATTGTGG AACTTATAGC TGGAGGGGGT TCCTCATGCA GCCCTGTCCT TTCAAGAAAA
CAAAAAGGCA AAGTGCTCTT AGGAGAAGAA GAAGCCTTGG AGGATGACTC TGAATCGAGA
TCGGATGTCA GCAGCTCTGC CTTAACAGCC TCAGTGAAGG ATGAGATCAG TGGAGAGCTG
GCTGCTTCTT CAGGGGTTTC CACTCCAGGG TCAGCAGGTC ATGACATCAT CACAGAACAG
CCACGGTCAC AGCACACACT GCAGGCGGAC TCAGTGGATC TGGCCAGCTG TGACTTGACA
AGCTCTGCCA CTGATGGGGA TGAGGAGGAT ATCTTGAGCC ACAGCTCCAG CCAGGTCAGC
GCCGTCCCAT CTGACCCTGC CATGGACCTG AATGATGGGA CCCAGGCCTC GTCGCCCATC
AGCGACAGCT CCCAGACCAC CACCGAAGGG CCTGATTCAG CTGTTACCCC TTCAGACAGT
TCTGAAATTG TGTTAGACGG TACCGACAAC CAGTATTTGG GCCTGCAGAT TGGACAGCCC
CAGGATGAAG ATGAGGAAGC CACAGGTATT CTTCCTGATG AAGCCTCGGA GGCCTTCAGG
AACTCTTCCA TGGCCCTTCA ACAGGCACAT TTATTGAAAA ACATGAGTCA CTGCAGGCAG
CCTTCTGACA GCAGTGTTGA TAAATTTGTG TTGAGAGATG AAGCTACTGA ACCGGGTGAT
CAAGAAAACA AGCCTTGCCG CATCAAAGGT GACATTGGAC AGTCCACTGA TGATGACTCT
GCACCTCTTG TCCATTGTGT CCGCCTTTTA TCTGCTTCGT TTTTGCTAAC AGGGGGAAAA
AATGTGCTGG TTCCGGACAG GGATGTGAGG GTCAGCGTGA AGGCCCTGGC CCTCAGCTGT
GTGGGAGCAG CTGTGGCCCT CCACCCGGAA TCTTTCTTCA GCAAACTCTA TAAAGTTCCT
CTTGACACCA CGGAATACCC TGAGGAACAG TATGTCTCAG ACATCTTGAA CTACATCGAT
CATGGAGACC CACAGGTTCG AGGAGCCACT GCCATTCTCT GTGGGACCCT CATCTGCTCC
ATCCTCAGCA GGTCCCGCTT CCACGTGGGA GATTGGATGG GCACCATTAG AACCCTCACA
GGAAATACAT TTTCTTTGGC GGATTGCATT CCTTTGCTGC GGAAAACACT GAAGGATGAG
TCTTCTGTTA CTTGCAAGTT AGCTTGTACA GCTGTGAGGA ACTGTGTCAT GAGTCTCTGC
AGCAGCAGCT ACAGTGAGTT AGGACTGCAG CTGATCATCG ATGTGCTGAC TCTGAGGAAC
AGTTCCTATT GGCTGGTGAG GACAGAGCTT CTGGAAACCC TTGCAGAGAT TGACTTCAGG
CTGGTGAGCT TTTTGGAGGC AAAAGCAGAA AACTTACACA GAGGGGCTCA TCATTATACA
GGGCTTTTAA AACTGCAAGA ACGAGTGCTC AATAATGTTG TCATCCATTT GCTTGGAGAT
GAAGACCCCA GGGTGCGACA TGTTGCCGCA GCATCACTAA TTAGGCTTGT CCCAAAGCTG
TTTTATAAAT GTGACCAAGG ACAAGCTGAT CCAGTAGTGG CCGTGGCAAG AGATCAAAGC
AGTGTTTACC TGAAACTTCT CATGCATGAG ACGCAGCCTC CATCTCATTT CTCCGTCAGC
ACAATAACCA GAATATATAG AGGCTATAAC CTACTACCAA GCATAACAGA CGTCACTATG
GAAAATAACC TTTCAAGAGT TATTGCAGCA GTTTCTCATG AACTAATCAC ATCAACCACC
AGAGCACTCA CATTTGGATG CTGTGAAGCT TTGTGTCTTC TTTCCACTGC CTTCCCAGTT
TGCATTTGGA GTTTAGGTTG GCACTGTGGA GTGCCTCCAC TGAGTGCCTC AGATGAGTCT
AGGAAGAGCT GTACCGTTGG GATGGCCACA ATGATTCTGA CCCTGCTCTC GTCAGCTTGG
TTCCCATTGG ATCTCTCAGC CCATCAAGAT GCTTTGATTT TGGCCGGAAA CTTGCTTGCA
GCCAGTGCTC CCAAATCTCT GAGAAGTTCA TGGGCCTCTG AAGAAGAAGC CAACCCAGCA
GCCACCAAGC AAGAGGAGGT CTGGCCAGCC CTGGGGGACC GGGCCCTGGT GCCCATGGTG
GAGCAGCTCT TCTCTCACCT GCTGAAGGTG ATTAACATTT GTGCCCACGT CCTGGATGAC
GTGGCTCCTG GACCCGCAAT AAAGGCAGCC TTGCCTTCTC TAACAAACCC CCCTTCTCTA
AGTCCCATCC GACGAAAGGG GAAGGAGAAA GAACCAGGAG AACAAGCATC TGTACCGTTG
AGTCCCAAGA AAGGCAGTGA GGCCAGTGCA GCTTCTAGAC AATCTGATAC CTCAGGTCCT
GTTACAACAA GTAAATCCTC ATCACTGGGG AGTTTCTATC ATCTTCCTTC ATACCTCAAA
CTGCATGATG TCCTGAAAGC TACACACGCT AACTACAAGG TCACGCTGGA TCTTCAGAAC
AGCACGGAAA AGTTTGGAGG GTTTCTCCGC TCAGCCTTGG ATGTTCTTTC TCAGATACTA
GAGCTGGCCA CACTGCAGGA CATTGGGAAG TGTGTTGAAG AGATCCTAGG ATACCTGAAA
TCCTGCTTTA GTCGAGAACC AATGATGGCA ACTGTTTGTG TTCAACAATT GTTGAAGACT
CTCTTTGGCA CAAACTTGGC CTCCCAGTTT GATGGCTTAT CTTCCAACCC CAGCAAGTCA
CAAGGCCGAG CACAGCGCCT TGGCTCCTCC AGTGTGAGGC CAGGCTTGTA CCACTACTGC
TTCATGGCCC CGTACACCCA CTTCACCCAG GCCCTCGCTG ACGCCAGCCT GAGGAACATG
GTGCAGGCGG AGCAGGAGAA CGACACCTCG GGATGGTTTG ATGTCCTCCA GAAAGTGTCT
ACCCAGTTGA AGACAAACCT CACGAGTGTC ACAAAGAACC GTGCAGATAA GAATGCTATT
CATAATCACA TTCGTTTGTT TGAACCTCTT GTTATAAAAG CTTTAAAACA GTACACGACT
ACAACATGTG TGCAGTTACA GAAGCAGGTT TTAGATTTGC TGGCGCAGCT GGTTCAGTTA
CGGGTTAATT ACTGTCTTCT GGATTCAGAT CAGGTGTTTA TTGGCTTTGT ATTGAAACAG
TTTGAATACA TTGAAGTGGG CCAGTTCAGG GAATCAGAGG CAATCATTCC AAACATCTTT
TTCTTCTTGG TATTACTATC TTATGAACGC TATCATTCAA AACAGATCAT TGGAATTCCT
AAAATCATTC AGCTCTGTGA TGGCATCATG GCCAGTGGAA GGAAGGCTGT GACACATGCC
ATACCGGCTC TGCAGCCCAT AGTCCACGAC CTCTTTGTAT TAAGAGGAAC AAATAAAGCT
GATGCAGGAA AAGAGCTTGA AACCCAAAAA GAGGTGGTGG TGTCAATGTT ACTGAGACTC
ATCCAGTACC ATCAGGTGTT GGAGATGTTC ATTCTTGTCC TGCAGCAGTG CCACAAGGAG
AATGAAGACA AGTGGAAGCG ACTGTCTCGA CAGATAGCTG ACATCATCCT CCCAATGTTA
GCCAAACAGC AGATGCACAT TGACTCTCAT GAAGCCCTTG GAGTGTTAAA TACATTATTT
GAGATTTTGG CCCCTTCCTC CCTCCGTCCG GTAGACATGC TTTTACGGAG TATGTTCGTC
ACTCCAAACA CAATGGCGTC CGTGAGCACT GTTCAACTGT GGATATCGGG AATTCTGGCC
ATTTTGAGGG TTCTGATTTC CCAGTCAACT GAAGATATTG TTCTTTCTCG TATTCAGGAG
CTCTCCTTCT CTCCGTATTT AATCTCCTGT ACAGTAATTA ATAGGTTAAG AGATGGGGAC
AGTACTTCAA CGCTAGAAGA ACACAGTGAA GGGAAACAAA TAAAGAATTT GCCAGAAGAA
ACATTTTCAA GGTTTCTATT ACAACTGGTT GGTATTCTTT TAGAAGACAT TGTTACAAAA
CAGCTGAAGG TGGAAATGAG TGAGCAGCAA CATACTTTCT ATTGCCAGGA ACTAGGCACA
CTGCTAATGT GTCTGATCCA CATCTTCAAG TCTGGAATGT TCCGGAGAAT CACAGCAGCT
GCCACTAGGC TGTTCCGCAG TGATGGCTGT GGCGGCAGTT TCTACACCCT GGACAGCTTG
AACTTGCGGG CTCGTTCCAT GATCACCACC CACCCGGCCC TGGTGCTGCT CTGGTGTCAG
ATACTGCTGC TTGTCAACCA CACCGACTAC CGCTGGTGGG CAGAAGTGCA GCAGACCCCG
AAAAGACACA GTCTGTCCAG CACAAAGTTA CTTAGTCCCC AGATGTCTGG AGAAGAGGAG
GATTCTGACT TGGCAGCCAA ACTTGGAATG TGCAATAGAG AAATAGTACG AAGAGGGGCT
CTCATTCTCT TCTGTGATTA TGTCTGTCAG AACCTCCATG ACTCCGAGCA CTTAACGTGG
CTCATTGTAA ATCACATTCA AGATCTGATC AGCCTTTCCC ACGAGCCTCC AGTACAGGAC
TTCATCAGTG CCGTTCATCG GAACTCTGCT GCCAGCGGCC TGTTCATCCA GGCAATTCAG
TCTCGTTGTG AAAACCTTTC AACTCCAACC ATGCTGAAGA AAACTCTTCA GTGCTTGGAG
GGGATCCATC TCAGCCAGTC GGGAGCTGTG CTCACGCTGT ATGTGGACAG GCTTCTGTGC
ACCCCTTTCC GTGTGCTGGC TCGCATGGTC GACATCCTTG CTTGTCGCCG GGTAGAAATG
CTTCTGGCTG CAAATTTACA GAGCAGCATG GCCCAGTTGC CAATGGAAGA ACTCAACAGA
ATCCAGGAAT ACCTTCAGAG CAGCGGGCTC GCTCAGAGAC ACCAAAGGCT CTATTCCCTG
CTGGACAGGT TTCGTCTCTC CACCATGCAA GACTCACTTA GTCCCTCTCC TCCAGTCTCT
TCCCACCCGC TGGACGGGGA TGGGCACGTG TCACTGGAAA CAGTGAGTCC GGACAAAGAC
TGGTACGTTC ATCTTGTCAA ATCCCAGTGT TGGACCAGGT CAGATTCTGC ACTGCTGGAA
GGTGCAGAGC TGGTGAATCG GATTCCTGCT GAAGATATGA ATGCCTTCAT GATGAACTCG
GAGTTCAACC TAAGCCTGCT AGCTCCATGC TTAAGCCTAG GGATGAGTGA AATTTCTGGT
GGCCAGAAGA GTGCCCTTTT TGAAGCAGCC CGTGAGGTGA CTCTGGCCCG TGTGAGCGGC
ACCGTGCAGC AGCTCCCTGC TGTCCATCAT GTCTTCCAGC CCGAGCTGCC TGCAGAGCCG
GCGGCCTACT GGAGCAAGTT GAATGATCTG TTTGGGGATG CTGCACTGTA TCAGTCCCTG
CCCACTCTGG CCCGGGCCCT GGCACAGTAC CTGGTGGTGG TCTCCAAACT GCCCAGTCAT
TTGCACCTTC CTCCTGAGAA AGAGAAGGAC ATTGTGAAAT TCGTGGTGGC AACCCTTGAG
GCCCTGTCCT GGCATTTGAT CCATGAGCAG ATCCCGCTGA GTCTGGATCT CCAGGCAGGG
CTGGACTGCT GCTGCCTGGC CCTGCAGCTG CCTGGCCTCT GGAGCGTGGT CTCCTCCACA
GAGTTTGTGA CCCACGCCTG CTCCCTCATC TACTGTGTGC ACTTCATCCT GGAGGCCGTT
GCAGTGCAGC CTGGAGAGCA GCTTCTTAGT CCAGAAAGAA GGACAAATAC CCCAAAAGCC
ATCAGCGAGG AGGAGGAGGA AGTAGATCCA AACACACAGA ATCCTAAGTA TATCACTGCA
GCCTGTGAGA TGGTGGCAGA AATGGTGGAG TCTCTGCAGT CGGTGTTGGC CTTGGGTCAT
AAAAGGAATA GCGGCGTGCC GGCGTTTCTC ACGCCATTGC TAAGGAACAT CATCATCAGC
CTGGCCCGCC TGCCCCTTGT CAACAGCTAC ACACGTGTGC CCCCACTGGT GTGGAAGCTT
GGATGGTCAC CCAAACCGGG AGGGGATTTT GGCACAGCAT TCCCTGAGAT CCCCGTGGAG
TTCCTCCAGG AAAAGGAAGT CTTTAAGGAG TTCATCTACC GCATCAACAC ACTAGGCTGG
ACCAGTCGTA CTCAGTTTGA AGAAACTTGG GCCACCCTCC TTGGTGTCCT GGTGACGCAG
CCCCTCGTGA TGGAGCAGGA GGAGAGCCCA CCAGAAGAAG ACACAGAGAG GACCCAGATC
AACGTCCTGG CCGTGCAGGC CATCACCTCA CTGGTGCTCA GTGCAATGAC TGTGCCTGTG
GCCGGCAACC CAGCTGTAAG CTGCTTGGAG CAGCAGCCCC GGAACAAGCC TCTGAAAGCT
CTCGACACCA GGTTTGGGAG GAAGCTGAGC ATTATCAGAG GGATTGTGGA GCAAGAGATT
CAAGCAATGG TTTCAAAGAG AGAGAATATT GCCACCCATC ATTTATATCA GGCATGGGAT
CCTGTCCCTT CTCTGTCTCC GGCTACTACA GGTGCCCTCA TCAGCCACGA GAAGCTGCTG
CTACAGATCA ACCCCGAGCG GGAGCTGGGG AGCATGAGCT ACAAACTCGG CCAGGTGTCC
ATACACTCCG TGTGGCTGGG GAACAGCATC ACACCCCTGA GGGAGGAGGA ATGGGACGAG
GAAGAGGAGG AGGAGGCCGA CGCCCCTGCA CCTTCGTCAC CACCCACGTC TCCAGTCAAC
TCCAGGAAAC ACCGGGCTGG AGTTGACATC CACTCCTGTT CGCAGTTTTT GCTTGAGTTG
TACAGCCGCT GGATCCTGCC GTCCAGCTCA GCCAGGAGGA CCCCGGCCAT CCTGATCAGT
GAGGTGGTCA GATCCCTTCT AGTGGTCTCA GACTTGTTCA CCGAGCGCAA CCAGTTTGAG
CTGATGTATG TGACGCTGAC AGAACTGCGA AGGGTGCACC CTTCAGAAGA CGAGATCCTC
GCTCAGTACC TGGTGCCTGC CACCTGCAAG GCAGCTGCCG TCCTTGGGAT GGACAAGGCC
GTGGCGGAGC CTGTCAGCCG CCTGCTGGAG AGCACGCTCA GGAGCAGCCA CCTGCCCAGC
AGGGTTGGAG CCCTGCACGG CGTCCTCTAT GTGCTGGAGT GCGACCTGCT GGACGACACT
GCCAAGCAGC TCATCCCGGT CATCAGCGAC TATCTCCTCT CCAACCTGAA AGGGATCGCC
CACTGCGTGA ACATTCACAG CCAGCAGCAC GTACTGGTCA TGTGTGCCAC TGCGTTTTAC
CTCATTGAGA ACTATCCTCT GGACGTAGGG CCGGAATTTT CAGCATCAAT AATACAGATG
TGTGGGGTGA TGCTGTCTGG AAGTGAGGAG TCCACCCCCT CCATCATTTA CCACTGTGCC
CTCAGAGGCC TGGAGCGCCT CCTGCTCTCT GAGCAGCTCT CCCGCCTGGA TGCAGAATCG
CTGGTCAAGC TGAGTGTGGA CAGAGTGAAC GTGCACAGCC CGCACCGGGC CATGGCGGCT
CTGGGCCTGA TGCTCACCTG CATGTACACA GGAAAGGAGA AAGTCAGTCC GGGTAGAACT
TCAGACCCTA ATCCTGCAGC CCCCGACAGC GAGTCAGTGA TTGTTGCTAT GGAGCGGGTA
TCTGTTCTTT TTGATAGGAT CAGGAAAGGC TTTCCTTGTG AAGCCAGAGT GGTGGCCAGG
ATCCTGCCCC AGTTTCTAGA CGACTTCTTC CCACCCCAGG ACATCATGAA CAAAGTCATC
GGAGAGTTTC TGTCCAACCA GCAGCCATAC CCCCAGTTCA TGGCCACCGT GGTGTATAAG
GTGTTTCAGA CTCTGCACAG CACCGGGCAG TCGTCCATGG TCCGGGACTG GGTCATGCTG
TCCCTCTCCA ACTTCACGCA GAGGGCCCCG GTCGCCATGG CCACGTGGAG CCTCTCCTGC
TTCTTTGTCA GCGCGTCCAC CAGCCCGTGG GTCGCGGCGA TCCTCCCACA TGTCATCAGC
AGGATGGGCA AGCTGGAGCA GGTGGACGTG AACCTTTTCT GCCTGGTCGC CACAGACTTC
TACAGACACC AGATAGAGGA GGAGCTCGAC CGCAGGGCCT TCCAGTCTGT GCTTGAGGTG
GTTGCAGCCC CAGGAAGCCC ATATCACCGG CTGCTGACTT GTTTACGAAA TGTCCACAAG
GTCACCACCT GCTGA

The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

RefSeq NP_002102.4
Translation

Target ORF information:

RefSeq Version NM_002111.7
Organism Homo sapiens(Human)
Definition Homo sapiens huntingtin (HTT), mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
NM_002111.7

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
7921
7981
8041
8101
8161
8221
8281
8341
8401
8461
8521
8581
8641
8701
8761
8821
8881
8941
9001
9061
9121
9181
9241
9301
9361
9421
ATGGCGACCC TGGAAAAGCT GATGAAGGCC TTCGAGTCCC TCAAGTCCTT CCAGCAGCAG 
CAGCAGCAGC AGCAGCAGCA GCAGCAGCAG CAGCAGCAGC AGCAGCAGCA GCAGCAACAG
CCGCCACCGC CGCCGCCGCC GCCGCCGCCT CCTCAGCTTC CTCAGCCGCC GCCGCAGGCA
CAGCCGCTGC TGCCTCAGCC GCAGCCGCCC CCGCCGCCGC CCCCGCCGCC ACCCGGCCCG
GCTGTGGCTG AGGAGCCGCT GCACCGACCA AAGAAAGAAC TTTCAGCTAC CAAGAAAGAC
CGTGTGAATC ATTGTCTGAC AATATGTGAA AACATAGTGG CACAGTCTGT CAGAAATTCT
CCAGAATTTC AGAAACTTCT GGGCATCGCT ATGGAACTTT TTCTGCTGTG CAGTGATGAC
GCAGAGTCAG ATGTCAGGAT GGTGGCTGAC GAATGCCTCA ACAAAGTTAT CAAAGCTTTG
ATGGATTCTA ATCTTCCAAG GTTACAGCTC GAGCTCTATA AGGAAATTAA AAAGAATGGT
GCCCCTCGGA GTTTGCGTGC TGCCCTGTGG AGGTTTGCTG AGCTGGCTCA CCTGGTTCGG
CCTCAGAAAT GCAGGCCTTA CCTGGTGAAC CTTCTGCCGT GCCTGACTCG AACAAGCAAG
AGACCCGAAG AATCAGTCCA GGAGACCTTG GCTGCAGCTG TTCCCAAAAT TATGGCTTCT
TTTGGCAATT TTGCAAATGA CAATGAAATT AAGGTTTTGT TAAAGGCCTT CATAGCGAAC
CTGAAGTCAA GCTCCCCCAC CATTCGGCGG ACAGCGGCTG GATCAGCAGT GAGCATCTGC
CAGCACTCAA GAAGGACACA ATATTTCTAT AGTTGGCTAC TAAATGTGCT CTTAGGCTTA
CTCGTTCCTG TCGAGGATGA ACACTCCACT CTGCTGATTC TTGGCGTGCT GCTCACCCTG
AGGTATTTGG TGCCCTTGCT GCAGCAGCAG GTCAAGGACA CAAGCCTGAA AGGCAGCTTC
GGAGTGACAA GGAAAGAAAT GGAAGTCTCT CCTTCTGCAG AGCAGCTTGT CCAGGTTTAT
GAACTGACGT TACATCATAC ACAGCACCAA GACCACAATG TTGTGACCGG AGCCCTGGAG
CTGTTGCAGC AGCTCTTCAG AACGCCTCCA CCCGAGCTTC TGCAAACCCT GACCGCAGTC
GGGGGCATTG GGCAGCTCAC CGCTGCTAAG GAGGAGTCTG GTGGCCGAAG CCGTAGTGGG
AGTATTGTGG AACTTATAGC TGGAGGGGGT TCCTCATGCA GCCCTGTCCT TTCAAGAAAA
CAAAAAGGCA AAGTGCTCTT AGGAGAAGAA GAAGCCTTGG AGGATGACTC TGAATCGAGA
TCGGATGTCA GCAGCTCTGC CTTAACAGCC TCAGTGAAGG ATGAGATCAG TGGAGAGCTG
GCTGCTTCTT CAGGGGTTTC CACTCCAGGG TCAGCAGGTC ATGACATCAT CACAGAACAG
CCACGGTCAC AGCACACACT GCAGGCGGAC TCAGTGGATC TGGCCAGCTG TGACTTGACA
AGCTCTGCCA CTGATGGGGA TGAGGAGGAT ATCTTGAGCC ACAGCTCCAG CCAGGTCAGC
GCCGTCCCAT CTGACCCTGC CATGGACCTG AATGATGGGA CCCAGGCCTC GTCGCCCATC
AGCGACAGCT CCCAGACCAC CACCGAAGGG CCTGATTCAG CTGTTACCCC TTCAGACAGT
TCTGAAATTG TGTTAGACGG TACCGACAAC CAGTATTTGG GCCTGCAGAT TGGACAGCCC
CAGGATGAAG ATGAGGAAGC CACAGGTATT CTTCCTGATG AAGCCTCGGA GGCCTTCAGG
AACTCTTCCA TGGCCCTTCA ACAGGCACAT TTATTGAAAA ACATGAGTCA CTGCAGGCAG
CCTTCTGACA GCAGTGTTGA TAAATTTGTG TTGAGAGATG AAGCTACTGA ACCGGGTGAT
CAAGAAAACA AGCCTTGCCG CATCAAAGGT GACATTGGAC AGTCCACTGA TGATGACTCT
GCACCTCTTG TCCATTGTGT CCGCCTTTTA TCTGCTTCGT TTTTGCTAAC AGGGGGAAAA
AATGTGCTGG TTCCGGACAG GGATGTGAGG GTCAGCGTGA AGGCCCTGGC CCTCAGCTGT
GTGGGAGCAG CTGTGGCCCT CCACCCGGAA TCTTTCTTCA GCAAACTCTA TAAAGTTCCT
CTTGACACCA CGGAATACCC TGAGGAACAG TATGTCTCAG ACATCTTGAA CTACATCGAT
CATGGAGACC CACAGGTTCG AGGAGCCACT GCCATTCTCT GTGGGACCCT CATCTGCTCC
ATCCTCAGCA GGTCCCGCTT CCACGTGGGA GATTGGATGG GCACCATTAG AACCCTCACA
GGAAATACAT TTTCTTTGGC GGATTGCATT CCTTTGCTGC GGAAAACACT GAAGGATGAG
TCTTCTGTTA CTTGCAAGTT AGCTTGTACA GCTGTGAGGA ACTGTGTCAT GAGTCTCTGC
AGCAGCAGCT ACAGTGAGTT AGGACTGCAG CTGATCATCG ATGTGCTGAC TCTGAGGAAC
AGTTCCTATT GGCTGGTGAG GACAGAGCTT CTGGAAACCC TTGCAGAGAT TGACTTCAGG
CTGGTGAGCT TTTTGGAGGC AAAAGCAGAA AACTTACACA GAGGGGCTCA TCATTATACA
GGGCTTTTAA AACTGCAAGA ACGAGTGCTC AATAATGTTG TCATCCATTT GCTTGGAGAT
GAAGACCCCA GGGTGCGACA TGTTGCCGCA GCATCACTAA TTAGGCTTGT CCCAAAGCTG
TTTTATAAAT GTGACCAAGG ACAAGCTGAT CCAGTAGTGG CCGTGGCAAG AGATCAAAGC
AGTGTTTACC TGAAACTTCT CATGCATGAG ACGCAGCCTC CATCTCATTT CTCCGTCAGC
ACAATAACCA GAATATATAG AGGCTATAAC CTACTACCAA GCATAACAGA CGTCACTATG
GAAAATAACC TTTCAAGAGT TATTGCAGCA GTTTCTCATG AACTAATCAC ATCAACCACC
AGAGCACTCA CATTTGGATG CTGTGAAGCT TTGTGTCTTC TTTCCACTGC CTTCCCAGTT
TGCATTTGGA GTTTAGGTTG GCACTGTGGA GTGCCTCCAC TGAGTGCCTC AGATGAGTCT
AGGAAGAGCT GTACCGTTGG GATGGCCACA ATGATTCTGA CCCTGCTCTC GTCAGCTTGG
TTCCCATTGG ATCTCTCAGC CCATCAAGAT GCTTTGATTT TGGCCGGAAA CTTGCTTGCA
GCCAGTGCTC CCAAATCTCT GAGAAGTTCA TGGGCCTCTG AAGAAGAAGC CAACCCAGCA
GCCACCAAGC AAGAGGAGGT CTGGCCAGCC CTGGGGGACC GGGCCCTGGT GCCCATGGTG
GAGCAGCTCT TCTCTCACCT GCTGAAGGTG ATTAACATTT GTGCCCACGT CCTGGATGAC
GTGGCTCCTG GACCCGCAAT AAAGGCAGCC TTGCCTTCTC TAACAAACCC CCCTTCTCTA
AGTCCCATCC GACGAAAGGG GAAGGAGAAA GAACCAGGAG AACAAGCATC TGTACCGTTG
AGTCCCAAGA AAGGCAGTGA GGCCAGTGCA GCTTCTAGAC AATCTGATAC CTCAGGTCCT
GTTACAACAA GTAAATCCTC ATCACTGGGG AGTTTCTATC ATCTTCCTTC ATACCTCAAA
CTGCATGATG TCCTGAAAGC TACACACGCT AACTACAAGG TCACGCTGGA TCTTCAGAAC
AGCACGGAAA AGTTTGGAGG GTTTCTCCGC TCAGCCTTGG ATGTTCTTTC TCAGATACTA
GAGCTGGCCA CACTGCAGGA CATTGGGAAG TGTGTTGAAG AGATCCTAGG ATACCTGAAA
TCCTGCTTTA GTCGAGAACC AATGATGGCA ACTGTTTGTG TTCAACAATT GTTGAAGACT
CTCTTTGGCA CAAACTTGGC CTCCCAGTTT GATGGCTTAT CTTCCAACCC CAGCAAGTCA
CAAGGCCGAG CACAGCGCCT TGGCTCCTCC AGTGTGAGGC CAGGCTTGTA CCACTACTGC
TTCATGGCCC CGTACACCCA CTTCACCCAG GCCCTCGCTG ACGCCAGCCT GAGGAACATG
GTGCAGGCGG AGCAGGAGAA CGACACCTCG GGATGGTTTG ATGTCCTCCA GAAAGTGTCT
ACCCAGTTGA AGACAAACCT CACGAGTGTC ACAAAGAACC GTGCAGATAA GAATGCTATT
CATAATCACA TTCGTTTGTT TGAACCTCTT GTTATAAAAG CTTTAAAACA GTACACGACT
ACAACATGTG TGCAGTTACA GAAGCAGGTT TTAGATTTGC TGGCGCAGCT GGTTCAGTTA
CGGGTTAATT ACTGTCTTCT GGATTCAGAT CAGGTGTTTA TTGGCTTTGT ATTGAAACAG
TTTGAATACA TTGAAGTGGG CCAGTTCAGG GAATCAGAGG CAATCATTCC AAACATCTTT
TTCTTCTTGG TATTACTATC TTATGAACGC TATCATTCAA AACAGATCAT TGGAATTCCT
AAAATCATTC AGCTCTGTGA TGGCATCATG GCCAGTGGAA GGAAGGCTGT GACACATGCC
ATACCGGCTC TGCAGCCCAT AGTCCACGAC CTCTTTGTAT TAAGAGGAAC AAATAAAGCT
GATGCAGGAA AAGAGCTTGA AACCCAAAAA GAGGTGGTGG TGTCAATGTT ACTGAGACTC
ATCCAGTACC ATCAGGTGTT GGAGATGTTC ATTCTTGTCC TGCAGCAGTG CCACAAGGAG
AATGAAGACA AGTGGAAGCG ACTGTCTCGA CAGATAGCTG ACATCATCCT CCCAATGTTA
GCCAAACAGC AGATGCACAT TGACTCTCAT GAAGCCCTTG GAGTGTTAAA TACATTATTT
GAGATTTTGG CCCCTTCCTC CCTCCGTCCG GTAGACATGC TTTTACGGAG TATGTTCGTC
ACTCCAAACA CAATGGCGTC CGTGAGCACT GTTCAACTGT GGATATCGGG AATTCTGGCC
ATTTTGAGGG TTCTGATTTC CCAGTCAACT GAAGATATTG TTCTTTCTCG TATTCAGGAG
CTCTCCTTCT CTCCGTATTT AATCTCCTGT ACAGTAATTA ATAGGTTAAG AGATGGGGAC
AGTACTTCAA CGCTAGAAGA ACACAGTGAA GGGAAACAAA TAAAGAATTT GCCAGAAGAA
ACATTTTCAA GGTTTCTATT ACAACTGGTT GGTATTCTTT TAGAAGACAT TGTTACAAAA
CAGCTGAAGG TGGAAATGAG TGAGCAGCAA CATACTTTCT ATTGCCAGGA ACTAGGCACA
CTGCTAATGT GTCTGATCCA CATCTTCAAG TCTGGAATGT TCCGGAGAAT CACAGCAGCT
GCCACTAGGC TGTTCCGCAG TGATGGCTGT GGCGGCAGTT TCTACACCCT GGACAGCTTG
AACTTGCGGG CTCGTTCCAT GATCACCACC CACCCGGCCC TGGTGCTGCT CTGGTGTCAG
ATACTGCTGC TTGTCAACCA CACCGACTAC CGCTGGTGGG CAGAAGTGCA GCAGACCCCG
AAAAGACACA GTCTGTCCAG CACAAAGTTA CTTAGTCCCC AGATGTCTGG AGAAGAGGAG
GATTCTGACT TGGCAGCCAA ACTTGGAATG TGCAATAGAG AAATAGTACG AAGAGGGGCT
CTCATTCTCT TCTGTGATTA TGTCTGTCAG AACCTCCATG ACTCCGAGCA CTTAACGTGG
CTCATTGTAA ATCACATTCA AGATCTGATC AGCCTTTCCC ACGAGCCTCC AGTACAGGAC
TTCATCAGTG CCGTTCATCG GAACTCTGCT GCCAGCGGCC TGTTCATCCA GGCAATTCAG
TCTCGTTGTG AAAACCTTTC AACTCCAACC ATGCTGAAGA AAACTCTTCA GTGCTTGGAG
GGGATCCATC TCAGCCAGTC GGGAGCTGTG CTCACGCTGT ATGTGGACAG GCTTCTGTGC
ACCCCTTTCC GTGTGCTGGC TCGCATGGTC GACATCCTTG CTTGTCGCCG GGTAGAAATG
CTTCTGGCTG CAAATTTACA GAGCAGCATG GCCCAGTTGC CAATGGAAGA ACTCAACAGA
ATCCAGGAAT ACCTTCAGAG CAGCGGGCTC GCTCAGAGAC ACCAAAGGCT CTATTCCCTG
CTGGACAGGT TTCGTCTCTC CACCATGCAA GACTCACTTA GTCCCTCTCC TCCAGTCTCT
TCCCACCCGC TGGACGGGGA TGGGCACGTG TCACTGGAAA CAGTGAGTCC GGACAAAGAC
TGGTACGTTC ATCTTGTCAA ATCCCAGTGT TGGACCAGGT CAGATTCTGC ACTGCTGGAA
GGTGCAGAGC TGGTGAATCG GATTCCTGCT GAAGATATGA ATGCCTTCAT GATGAACTCG
GAGTTCAACC TAAGCCTGCT AGCTCCATGC TTAAGCCTAG GGATGAGTGA AATTTCTGGT
GGCCAGAAGA GTGCCCTTTT TGAAGCAGCC CGTGAGGTGA CTCTGGCCCG TGTGAGCGGC
ACCGTGCAGC AGCTCCCTGC TGTCCATCAT GTCTTCCAGC CCGAGCTGCC TGCAGAGCCG
GCGGCCTACT GGAGCAAGTT GAATGATCTG TTTGGGGATG CTGCACTGTA TCAGTCCCTG
CCCACTCTGG CCCGGGCCCT GGCACAGTAC CTGGTGGTGG TCTCCAAACT GCCCAGTCAT
TTGCACCTTC CTCCTGAGAA AGAGAAGGAC ATTGTGAAAT TCGTGGTGGC AACCCTTGAG
GCCCTGTCCT GGCATTTGAT CCATGAGCAG ATCCCGCTGA GTCTGGATCT CCAGGCAGGG
CTGGACTGCT GCTGCCTGGC CCTGCAGCTG CCTGGCCTCT GGAGCGTGGT CTCCTCCACA
GAGTTTGTGA CCCACGCCTG CTCCCTCATC TACTGTGTGC ACTTCATCCT GGAGGCCGTT
GCAGTGCAGC CTGGAGAGCA GCTTCTTAGT CCAGAAAGAA GGACAAATAC CCCAAAAGCC
ATCAGCGAGG AGGAGGAGGA AGTAGATCCA AACACACAGA ATCCTAAGTA TATCACTGCA
GCCTGTGAGA TGGTGGCAGA AATGGTGGAG TCTCTGCAGT CGGTGTTGGC CTTGGGTCAT
AAAAGGAATA GCGGCGTGCC GGCGTTTCTC ACGCCATTGC TAAGGAACAT CATCATCAGC
CTGGCCCGCC TGCCCCTTGT CAACAGCTAC ACACGTGTGC CCCCACTGGT GTGGAAGCTT
GGATGGTCAC CCAAACCGGG AGGGGATTTT GGCACAGCAT TCCCTGAGAT CCCCGTGGAG
TTCCTCCAGG AAAAGGAAGT CTTTAAGGAG TTCATCTACC GCATCAACAC ACTAGGCTGG
ACCAGTCGTA CTCAGTTTGA AGAAACTTGG GCCACCCTCC TTGGTGTCCT GGTGACGCAG
CCCCTCGTGA TGGAGCAGGA GGAGAGCCCA CCAGAAGAAG ACACAGAGAG GACCCAGATC
AACGTCCTGG CCGTGCAGGC CATCACCTCA CTGGTGCTCA GTGCAATGAC TGTGCCTGTG
GCCGGCAACC CAGCTGTAAG CTGCTTGGAG CAGCAGCCCC GGAACAAGCC TCTGAAAGCT
CTCGACACCA GGTTTGGGAG GAAGCTGAGC ATTATCAGAG GGATTGTGGA GCAAGAGATT
CAAGCAATGG TTTCAAAGAG AGAGAATATT GCCACCCATC ATTTATATCA GGCATGGGAT
CCTGTCCCTT CTCTGTCTCC GGCTACTACA GGTGCCCTCA TCAGCCACGA GAAGCTGCTG
CTACAGATCA ACCCCGAGCG GGAGCTGGGG AGCATGAGCT ACAAACTCGG CCAGGTGTCC
ATACACTCCG TGTGGCTGGG GAACAGCATC ACACCCCTGA GGGAGGAGGA ATGGGACGAG
GAAGAGGAGG AGGAGGCCGA CGCCCCTGCA CCTTCGTCAC CACCCACGTC TCCAGTCAAC
TCCAGGAAAC ACCGGGCTGG AGTTGACATC CACTCCTGTT CGCAGTTTTT GCTTGAGTTG
TACAGCCGCT GGATCCTGCC GTCCAGCTCA GCCAGGAGGA CCCCGGCCAT CCTGATCAGT
GAGGTGGTCA GATCCCTTCT AGTGGTCTCA GACTTGTTCA CCGAGCGCAA CCAGTTTGAG
CTGATGTATG TGACGCTGAC AGAACTGCGA AGGGTGCACC CTTCAGAAGA CGAGATCCTC
GCTCAGTACC TGGTGCCTGC CACCTGCAAG GCAGCTGCCG TCCTTGGGAT GGACAAGGCC
GTGGCGGAGC CTGTCAGCCG CCTGCTGGAG AGCACGCTCA GGAGCAGCCA CCTGCCCAGC
AGGGTTGGAG CCCTGCACGG CGTCCTCTAT GTGCTGGAGT GCGACCTGCT GGACGACACT
GCCAAGCAGC TCATCCCGGT CATCAGCGAC TATCTCCTCT CCAACCTGAA AGGGATCGCC
CACTGCGTGA ACATTCACAG CCAGCAGCAC GTACTGGTCA TGTGTGCCAC TGCGTTTTAC
CTCATTGAGA ACTATCCTCT GGACGTAGGG CCGGAATTTT CAGCATCAAT AATACAGATG
TGTGGGGTGA TGCTGTCTGG AAGTGAGGAG TCCACCCCCT CCATCATTTA CCACTGTGCC
CTCAGAGGCC TGGAGCGCCT CCTGCTCTCT GAGCAGCTCT CCCGCCTGGA TGCAGAATCG
CTGGTCAAGC TGAGTGTGGA CAGAGTGAAC GTGCACAGCC CGCACCGGGC CATGGCGGCT
CTGGGCCTGA TGCTCACCTG CATGTACACA GGAAAGGAGA AAGTCAGTCC GGGTAGAACT
TCAGACCCTA ATCCTGCAGC CCCCGACAGC GAGTCAGTGA TTGTTGCTAT GGAGCGGGTA
TCTGTTCTTT TTGATAGGAT CAGGAAAGGC TTTCCTTGTG AAGCCAGAGT GGTGGCCAGG
ATCCTGCCCC AGTTTCTAGA CGACTTCTTC CCACCCCAGG ACATCATGAA CAAAGTCATC
GGAGAGTTTC TGTCCAACCA GCAGCCATAC CCCCAGTTCA TGGCCACCGT GGTGTATAAG
GTGTTTCAGA CTCTGCACAG CACCGGGCAG TCGTCCATGG TCCGGGACTG GGTCATGCTG
TCCCTCTCCA ACTTCACGCA GAGGGCCCCG GTCGCCATGG CCACGTGGAG CCTCTCCTGC
TTCTTTGTCA GCGCGTCCAC CAGCCCGTGG GTCGCGGCGA TCCTCCCACA TGTCATCAGC
AGGATGGGCA AGCTGGAGCA GGTGGACGTG AACCTTTTCT GCCTGGTCGC CACAGACTTC
TACAGACACC AGATAGAGGA GGAGCTCGAC CGCAGGGCCT TCCAGTCTGT GCTTGAGGTG
GTTGCAGCCC CAGGAAGCCC ATATCACCGG CTGCTGACTT GTTTACGAAA TGTCCACAAG
GTCACCACCT GCTGA

The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

CloneID OHu23699
Clone ID Related Accession (Same CDS sequence) NM_002111.7 , NM_002111.8
Accession Version NM_002111.8 Latest version! Documents for ORF clone product in dufault vector
Sequence Information ORF Nucleotide Sequence (Length: 9435bp)
Protein sequence
SNP
Vector pcDNA3.1+/C-(K)DYK or customized vector User Manual
Clone information Clone Map MSDS
Tag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags
ORF Insert Method CloneEZ® Seamless cloning technology
Insert Structure linear
Update Date 2017-04-23
Organism Homo sapiens(Human)
Product huntingtin
Comment REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from L12392.1, AL390059.10 and BM661887.1. This sequence is a reference standard in the RefSeqGene project. On Jun 3, 2016 this sequence version replaced NM_002111.7. Sequence Note: This RefSeq was created from transcript sequence data and has been edited to agree with the reference genome except in the CAG repeat region. The reference genome has a repeat region encoding 21 glutamines while the RefSeq has a repeat region (nt 197-265) encoding 23. Neither repeat region is associated with Huntington's Disease. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AB016794.1, L12392.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1966682 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## regulatory uORF :: PMID: 12466534 ##RefSeq-Attributes-END## COMPLETENESS: full length.

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
7921
7981
8041
8101
8161
8221
8281
8341
8401
8461
8521
8581
8641
8701
8761
8821
8881
8941
9001
9061
9121
9181
9241
9301
9361
9421
ATGGCGACCC TGGAAAAGCT GATGAAGGCC TTCGAGTCCC TCAAGTCCTT CCAGCAGCAG 
CAGCAGCAGC AGCAGCAGCA GCAGCAGCAG CAGCAGCAGC AGCAGCAGCA GCAGCAACAG
CCGCCACCGC CGCCGCCGCC GCCGCCGCCT CCTCAGCTTC CTCAGCCGCC GCCGCAGGCA
CAGCCGCTGC TGCCTCAGCC GCAGCCGCCC CCGCCGCCGC CCCCGCCGCC ACCCGGCCCG
GCTGTGGCTG AGGAGCCGCT GCACCGACCA AAGAAAGAAC TTTCAGCTAC CAAGAAAGAC
CGTGTGAATC ATTGTCTGAC AATATGTGAA AACATAGTGG CACAGTCTGT CAGAAATTCT
CCAGAATTTC AGAAACTTCT GGGCATCGCT ATGGAACTTT TTCTGCTGTG CAGTGATGAC
GCAGAGTCAG ATGTCAGGAT GGTGGCTGAC GAATGCCTCA ACAAAGTTAT CAAAGCTTTG
ATGGATTCTA ATCTTCCAAG GTTACAGCTC GAGCTCTATA AGGAAATTAA AAAGAATGGT
GCCCCTCGGA GTTTGCGTGC TGCCCTGTGG AGGTTTGCTG AGCTGGCTCA CCTGGTTCGG
CCTCAGAAAT GCAGGCCTTA CCTGGTGAAC CTTCTGCCGT GCCTGACTCG AACAAGCAAG
AGACCCGAAG AATCAGTCCA GGAGACCTTG GCTGCAGCTG TTCCCAAAAT TATGGCTTCT
TTTGGCAATT TTGCAAATGA CAATGAAATT AAGGTTTTGT TAAAGGCCTT CATAGCGAAC
CTGAAGTCAA GCTCCCCCAC CATTCGGCGG ACAGCGGCTG GATCAGCAGT GAGCATCTGC
CAGCACTCAA GAAGGACACA ATATTTCTAT AGTTGGCTAC TAAATGTGCT CTTAGGCTTA
CTCGTTCCTG TCGAGGATGA ACACTCCACT CTGCTGATTC TTGGCGTGCT GCTCACCCTG
AGGTATTTGG TGCCCTTGCT GCAGCAGCAG GTCAAGGACA CAAGCCTGAA AGGCAGCTTC
GGAGTGACAA GGAAAGAAAT GGAAGTCTCT CCTTCTGCAG AGCAGCTTGT CCAGGTTTAT
GAACTGACGT TACATCATAC ACAGCACCAA GACCACAATG TTGTGACCGG AGCCCTGGAG
CTGTTGCAGC AGCTCTTCAG AACGCCTCCA CCCGAGCTTC TGCAAACCCT GACCGCAGTC
GGGGGCATTG GGCAGCTCAC CGCTGCTAAG GAGGAGTCTG GTGGCCGAAG CCGTAGTGGG
AGTATTGTGG AACTTATAGC TGGAGGGGGT TCCTCATGCA GCCCTGTCCT TTCAAGAAAA
CAAAAAGGCA AAGTGCTCTT AGGAGAAGAA GAAGCCTTGG AGGATGACTC TGAATCGAGA
TCGGATGTCA GCAGCTCTGC CTTAACAGCC TCAGTGAAGG ATGAGATCAG TGGAGAGCTG
GCTGCTTCTT CAGGGGTTTC CACTCCAGGG TCAGCAGGTC ATGACATCAT CACAGAACAG
CCACGGTCAC AGCACACACT GCAGGCGGAC TCAGTGGATC TGGCCAGCTG TGACTTGACA
AGCTCTGCCA CTGATGGGGA TGAGGAGGAT ATCTTGAGCC ACAGCTCCAG CCAGGTCAGC
GCCGTCCCAT CTGACCCTGC CATGGACCTG AATGATGGGA CCCAGGCCTC GTCGCCCATC
AGCGACAGCT CCCAGACCAC CACCGAAGGG CCTGATTCAG CTGTTACCCC TTCAGACAGT
TCTGAAATTG TGTTAGACGG TACCGACAAC CAGTATTTGG GCCTGCAGAT TGGACAGCCC
CAGGATGAAG ATGAGGAAGC CACAGGTATT CTTCCTGATG AAGCCTCGGA GGCCTTCAGG
AACTCTTCCA TGGCCCTTCA ACAGGCACAT TTATTGAAAA ACATGAGTCA CTGCAGGCAG
CCTTCTGACA GCAGTGTTGA TAAATTTGTG TTGAGAGATG AAGCTACTGA ACCGGGTGAT
CAAGAAAACA AGCCTTGCCG CATCAAAGGT GACATTGGAC AGTCCACTGA TGATGACTCT
GCACCTCTTG TCCATTGTGT CCGCCTTTTA TCTGCTTCGT TTTTGCTAAC AGGGGGAAAA
AATGTGCTGG TTCCGGACAG GGATGTGAGG GTCAGCGTGA AGGCCCTGGC CCTCAGCTGT
GTGGGAGCAG CTGTGGCCCT CCACCCGGAA TCTTTCTTCA GCAAACTCTA TAAAGTTCCT
CTTGACACCA CGGAATACCC TGAGGAACAG TATGTCTCAG ACATCTTGAA CTACATCGAT
CATGGAGACC CACAGGTTCG AGGAGCCACT GCCATTCTCT GTGGGACCCT CATCTGCTCC
ATCCTCAGCA GGTCCCGCTT CCACGTGGGA GATTGGATGG GCACCATTAG AACCCTCACA
GGAAATACAT TTTCTTTGGC GGATTGCATT CCTTTGCTGC GGAAAACACT GAAGGATGAG
TCTTCTGTTA CTTGCAAGTT AGCTTGTACA GCTGTGAGGA ACTGTGTCAT GAGTCTCTGC
AGCAGCAGCT ACAGTGAGTT AGGACTGCAG CTGATCATCG ATGTGCTGAC TCTGAGGAAC
AGTTCCTATT GGCTGGTGAG GACAGAGCTT CTGGAAACCC TTGCAGAGAT TGACTTCAGG
CTGGTGAGCT TTTTGGAGGC AAAAGCAGAA AACTTACACA GAGGGGCTCA TCATTATACA
GGGCTTTTAA AACTGCAAGA ACGAGTGCTC AATAATGTTG TCATCCATTT GCTTGGAGAT
GAAGACCCCA GGGTGCGACA TGTTGCCGCA GCATCACTAA TTAGGCTTGT CCCAAAGCTG
TTTTATAAAT GTGACCAAGG ACAAGCTGAT CCAGTAGTGG CCGTGGCAAG AGATCAAAGC
AGTGTTTACC TGAAACTTCT CATGCATGAG ACGCAGCCTC CATCTCATTT CTCCGTCAGC
ACAATAACCA GAATATATAG AGGCTATAAC CTACTACCAA GCATAACAGA CGTCACTATG
GAAAATAACC TTTCAAGAGT TATTGCAGCA GTTTCTCATG AACTAATCAC ATCAACCACC
AGAGCACTCA CATTTGGATG CTGTGAAGCT TTGTGTCTTC TTTCCACTGC CTTCCCAGTT
TGCATTTGGA GTTTAGGTTG GCACTGTGGA GTGCCTCCAC TGAGTGCCTC AGATGAGTCT
AGGAAGAGCT GTACCGTTGG GATGGCCACA ATGATTCTGA CCCTGCTCTC GTCAGCTTGG
TTCCCATTGG ATCTCTCAGC CCATCAAGAT GCTTTGATTT TGGCCGGAAA CTTGCTTGCA
GCCAGTGCTC CCAAATCTCT GAGAAGTTCA TGGGCCTCTG AAGAAGAAGC CAACCCAGCA
GCCACCAAGC AAGAGGAGGT CTGGCCAGCC CTGGGGGACC GGGCCCTGGT GCCCATGGTG
GAGCAGCTCT TCTCTCACCT GCTGAAGGTG ATTAACATTT GTGCCCACGT CCTGGATGAC
GTGGCTCCTG GACCCGCAAT AAAGGCAGCC TTGCCTTCTC TAACAAACCC CCCTTCTCTA
AGTCCCATCC GACGAAAGGG GAAGGAGAAA GAACCAGGAG AACAAGCATC TGTACCGTTG
AGTCCCAAGA AAGGCAGTGA GGCCAGTGCA GCTTCTAGAC AATCTGATAC CTCAGGTCCT
GTTACAACAA GTAAATCCTC ATCACTGGGG AGTTTCTATC ATCTTCCTTC ATACCTCAAA
CTGCATGATG TCCTGAAAGC TACACACGCT AACTACAAGG TCACGCTGGA TCTTCAGAAC
AGCACGGAAA AGTTTGGAGG GTTTCTCCGC TCAGCCTTGG ATGTTCTTTC TCAGATACTA
GAGCTGGCCA CACTGCAGGA CATTGGGAAG TGTGTTGAAG AGATCCTAGG ATACCTGAAA
TCCTGCTTTA GTCGAGAACC AATGATGGCA ACTGTTTGTG TTCAACAATT GTTGAAGACT
CTCTTTGGCA CAAACTTGGC CTCCCAGTTT GATGGCTTAT CTTCCAACCC CAGCAAGTCA
CAAGGCCGAG CACAGCGCCT TGGCTCCTCC AGTGTGAGGC CAGGCTTGTA CCACTACTGC
TTCATGGCCC CGTACACCCA CTTCACCCAG GCCCTCGCTG ACGCCAGCCT GAGGAACATG
GTGCAGGCGG AGCAGGAGAA CGACACCTCG GGATGGTTTG ATGTCCTCCA GAAAGTGTCT
ACCCAGTTGA AGACAAACCT CACGAGTGTC ACAAAGAACC GTGCAGATAA GAATGCTATT
CATAATCACA TTCGTTTGTT TGAACCTCTT GTTATAAAAG CTTTAAAACA GTACACGACT
ACAACATGTG TGCAGTTACA GAAGCAGGTT TTAGATTTGC TGGCGCAGCT GGTTCAGTTA
CGGGTTAATT ACTGTCTTCT GGATTCAGAT CAGGTGTTTA TTGGCTTTGT ATTGAAACAG
TTTGAATACA TTGAAGTGGG CCAGTTCAGG GAATCAGAGG CAATCATTCC AAACATCTTT
TTCTTCTTGG TATTACTATC TTATGAACGC TATCATTCAA AACAGATCAT TGGAATTCCT
AAAATCATTC AGCTCTGTGA TGGCATCATG GCCAGTGGAA GGAAGGCTGT GACACATGCC
ATACCGGCTC TGCAGCCCAT AGTCCACGAC CTCTTTGTAT TAAGAGGAAC AAATAAAGCT
GATGCAGGAA AAGAGCTTGA AACCCAAAAA GAGGTGGTGG TGTCAATGTT ACTGAGACTC
ATCCAGTACC ATCAGGTGTT GGAGATGTTC ATTCTTGTCC TGCAGCAGTG CCACAAGGAG
AATGAAGACA AGTGGAAGCG ACTGTCTCGA CAGATAGCTG ACATCATCCT CCCAATGTTA
GCCAAACAGC AGATGCACAT TGACTCTCAT GAAGCCCTTG GAGTGTTAAA TACATTATTT
GAGATTTTGG CCCCTTCCTC CCTCCGTCCG GTAGACATGC TTTTACGGAG TATGTTCGTC
ACTCCAAACA CAATGGCGTC CGTGAGCACT GTTCAACTGT GGATATCGGG AATTCTGGCC
ATTTTGAGGG TTCTGATTTC CCAGTCAACT GAAGATATTG TTCTTTCTCG TATTCAGGAG
CTCTCCTTCT CTCCGTATTT AATCTCCTGT ACAGTAATTA ATAGGTTAAG AGATGGGGAC
AGTACTTCAA CGCTAGAAGA ACACAGTGAA GGGAAACAAA TAAAGAATTT GCCAGAAGAA
ACATTTTCAA GGTTTCTATT ACAACTGGTT GGTATTCTTT TAGAAGACAT TGTTACAAAA
CAGCTGAAGG TGGAAATGAG TGAGCAGCAA CATACTTTCT ATTGCCAGGA ACTAGGCACA
CTGCTAATGT GTCTGATCCA CATCTTCAAG TCTGGAATGT TCCGGAGAAT CACAGCAGCT
GCCACTAGGC TGTTCCGCAG TGATGGCTGT GGCGGCAGTT TCTACACCCT GGACAGCTTG
AACTTGCGGG CTCGTTCCAT GATCACCACC CACCCGGCCC TGGTGCTGCT CTGGTGTCAG
ATACTGCTGC TTGTCAACCA CACCGACTAC CGCTGGTGGG CAGAAGTGCA GCAGACCCCG
AAAAGACACA GTCTGTCCAG CACAAAGTTA CTTAGTCCCC AGATGTCTGG AGAAGAGGAG
GATTCTGACT TGGCAGCCAA ACTTGGAATG TGCAATAGAG AAATAGTACG AAGAGGGGCT
CTCATTCTCT TCTGTGATTA TGTCTGTCAG AACCTCCATG ACTCCGAGCA CTTAACGTGG
CTCATTGTAA ATCACATTCA AGATCTGATC AGCCTTTCCC ACGAGCCTCC AGTACAGGAC
TTCATCAGTG CCGTTCATCG GAACTCTGCT GCCAGCGGCC TGTTCATCCA GGCAATTCAG
TCTCGTTGTG AAAACCTTTC AACTCCAACC ATGCTGAAGA AAACTCTTCA GTGCTTGGAG
GGGATCCATC TCAGCCAGTC GGGAGCTGTG CTCACGCTGT ATGTGGACAG GCTTCTGTGC
ACCCCTTTCC GTGTGCTGGC TCGCATGGTC GACATCCTTG CTTGTCGCCG GGTAGAAATG
CTTCTGGCTG CAAATTTACA GAGCAGCATG GCCCAGTTGC CAATGGAAGA ACTCAACAGA
ATCCAGGAAT ACCTTCAGAG CAGCGGGCTC GCTCAGAGAC ACCAAAGGCT CTATTCCCTG
CTGGACAGGT TTCGTCTCTC CACCATGCAA GACTCACTTA GTCCCTCTCC TCCAGTCTCT
TCCCACCCGC TGGACGGGGA TGGGCACGTG TCACTGGAAA CAGTGAGTCC GGACAAAGAC
TGGTACGTTC ATCTTGTCAA ATCCCAGTGT TGGACCAGGT CAGATTCTGC ACTGCTGGAA
GGTGCAGAGC TGGTGAATCG GATTCCTGCT GAAGATATGA ATGCCTTCAT GATGAACTCG
GAGTTCAACC TAAGCCTGCT AGCTCCATGC TTAAGCCTAG GGATGAGTGA AATTTCTGGT
GGCCAGAAGA GTGCCCTTTT TGAAGCAGCC CGTGAGGTGA CTCTGGCCCG TGTGAGCGGC
ACCGTGCAGC AGCTCCCTGC TGTCCATCAT GTCTTCCAGC CCGAGCTGCC TGCAGAGCCG
GCGGCCTACT GGAGCAAGTT GAATGATCTG TTTGGGGATG CTGCACTGTA TCAGTCCCTG
CCCACTCTGG CCCGGGCCCT GGCACAGTAC CTGGTGGTGG TCTCCAAACT GCCCAGTCAT
TTGCACCTTC CTCCTGAGAA AGAGAAGGAC ATTGTGAAAT TCGTGGTGGC AACCCTTGAG
GCCCTGTCCT GGCATTTGAT CCATGAGCAG ATCCCGCTGA GTCTGGATCT CCAGGCAGGG
CTGGACTGCT GCTGCCTGGC CCTGCAGCTG CCTGGCCTCT GGAGCGTGGT CTCCTCCACA
GAGTTTGTGA CCCACGCCTG CTCCCTCATC TACTGTGTGC ACTTCATCCT GGAGGCCGTT
GCAGTGCAGC CTGGAGAGCA GCTTCTTAGT CCAGAAAGAA GGACAAATAC CCCAAAAGCC
ATCAGCGAGG AGGAGGAGGA AGTAGATCCA AACACACAGA ATCCTAAGTA TATCACTGCA
GCCTGTGAGA TGGTGGCAGA AATGGTGGAG TCTCTGCAGT CGGTGTTGGC CTTGGGTCAT
AAAAGGAATA GCGGCGTGCC GGCGTTTCTC ACGCCATTGC TAAGGAACAT CATCATCAGC
CTGGCCCGCC TGCCCCTTGT CAACAGCTAC ACACGTGTGC CCCCACTGGT GTGGAAGCTT
GGATGGTCAC CCAAACCGGG AGGGGATTTT GGCACAGCAT TCCCTGAGAT CCCCGTGGAG
TTCCTCCAGG AAAAGGAAGT CTTTAAGGAG TTCATCTACC GCATCAACAC ACTAGGCTGG
ACCAGTCGTA CTCAGTTTGA AGAAACTTGG GCCACCCTCC TTGGTGTCCT GGTGACGCAG
CCCCTCGTGA TGGAGCAGGA GGAGAGCCCA CCAGAAGAAG ACACAGAGAG GACCCAGATC
AACGTCCTGG CCGTGCAGGC CATCACCTCA CTGGTGCTCA GTGCAATGAC TGTGCCTGTG
GCCGGCAACC CAGCTGTAAG CTGCTTGGAG CAGCAGCCCC GGAACAAGCC TCTGAAAGCT
CTCGACACCA GGTTTGGGAG GAAGCTGAGC ATTATCAGAG GGATTGTGGA GCAAGAGATT
CAAGCAATGG TTTCAAAGAG AGAGAATATT GCCACCCATC ATTTATATCA GGCATGGGAT
CCTGTCCCTT CTCTGTCTCC GGCTACTACA GGTGCCCTCA TCAGCCACGA GAAGCTGCTG
CTACAGATCA ACCCCGAGCG GGAGCTGGGG AGCATGAGCT ACAAACTCGG CCAGGTGTCC
ATACACTCCG TGTGGCTGGG GAACAGCATC ACACCCCTGA GGGAGGAGGA ATGGGACGAG
GAAGAGGAGG AGGAGGCCGA CGCCCCTGCA CCTTCGTCAC CACCCACGTC TCCAGTCAAC
TCCAGGAAAC ACCGGGCTGG AGTTGACATC CACTCCTGTT CGCAGTTTTT GCTTGAGTTG
TACAGCCGCT GGATCCTGCC GTCCAGCTCA GCCAGGAGGA CCCCGGCCAT CCTGATCAGT
GAGGTGGTCA GATCCCTTCT AGTGGTCTCA GACTTGTTCA CCGAGCGCAA CCAGTTTGAG
CTGATGTATG TGACGCTGAC AGAACTGCGA AGGGTGCACC CTTCAGAAGA CGAGATCCTC
GCTCAGTACC TGGTGCCTGC CACCTGCAAG GCAGCTGCCG TCCTTGGGAT GGACAAGGCC
GTGGCGGAGC CTGTCAGCCG CCTGCTGGAG AGCACGCTCA GGAGCAGCCA CCTGCCCAGC
AGGGTTGGAG CCCTGCACGG CGTCCTCTAT GTGCTGGAGT GCGACCTGCT GGACGACACT
GCCAAGCAGC TCATCCCGGT CATCAGCGAC TATCTCCTCT CCAACCTGAA AGGGATCGCC
CACTGCGTGA ACATTCACAG CCAGCAGCAC GTACTGGTCA TGTGTGCCAC TGCGTTTTAC
CTCATTGAGA ACTATCCTCT GGACGTAGGG CCGGAATTTT CAGCATCAAT AATACAGATG
TGTGGGGTGA TGCTGTCTGG AAGTGAGGAG TCCACCCCCT CCATCATTTA CCACTGTGCC
CTCAGAGGCC TGGAGCGCCT CCTGCTCTCT GAGCAGCTCT CCCGCCTGGA TGCAGAATCG
CTGGTCAAGC TGAGTGTGGA CAGAGTGAAC GTGCACAGCC CGCACCGGGC CATGGCGGCT
CTGGGCCTGA TGCTCACCTG CATGTACACA GGAAAGGAGA AAGTCAGTCC GGGTAGAACT
TCAGACCCTA ATCCTGCAGC CCCCGACAGC GAGTCAGTGA TTGTTGCTAT GGAGCGGGTA
TCTGTTCTTT TTGATAGGAT CAGGAAAGGC TTTCCTTGTG AAGCCAGAGT GGTGGCCAGG
ATCCTGCCCC AGTTTCTAGA CGACTTCTTC CCACCCCAGG ACATCATGAA CAAAGTCATC
GGAGAGTTTC TGTCCAACCA GCAGCCATAC CCCCAGTTCA TGGCCACCGT GGTGTATAAG
GTGTTTCAGA CTCTGCACAG CACCGGGCAG TCGTCCATGG TCCGGGACTG GGTCATGCTG
TCCCTCTCCA ACTTCACGCA GAGGGCCCCG GTCGCCATGG CCACGTGGAG CCTCTCCTGC
TTCTTTGTCA GCGCGTCCAC CAGCCCGTGG GTCGCGGCGA TCCTCCCACA TGTCATCAGC
AGGATGGGCA AGCTGGAGCA GGTGGACGTG AACCTTTTCT GCCTGGTCGC CACAGACTTC
TACAGACACC AGATAGAGGA GGAGCTCGAC CGCAGGGCCT TCCAGTCTGT GCTTGAGGTG
GTTGCAGCCC CAGGAAGCCC ATATCACCGG CTGCTGACTT GTTTACGAAA TGTCCACAAG
GTCACCACCT GCTGA

The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

RefSeq NP_002102.4
CDS146..9580
Misc Feature(1)11
Misc Feature(2)21..86
Misc Feature(3)152..184
Misc Feature(4)170..172
Misc Feature(5)197..265
Misc Feature(6)425..502
Misc Feature(7)542..610
Misc Feature(8)order(584..589,596..598,605..610,701..706,713..715,722..727,734..736,827..832,839..841,848..853,860..862,953..958,965..967,974..979)
Misc Feature(9)650..736
Misc Feature(10)677..679
Misc Feature(11)761..874
Misc Feature(12)773..865
Misc Feature(13)851..853
Misc Feature(14)887..1000
Misc Feature(15)890..979
Misc Feature(16)1097..1231
Misc Feature(17)1178..1180
Misc Feature(18)1382..1384
Misc Feature(19)1400..1402
Misc Feature(20)1406..1408
Misc Feature(21)1406..1408
Misc Feature(22)1436..1438
Misc Feature(23)1445..1447
Misc Feature(24)1445..1447
Misc Feature(25)1475..1477
Misc Feature(26)1682..1687
Misc Feature(27)1682..1684
Misc Feature(28)1733..1738
Misc Feature(29)1799..1804
Misc Feature(30)1799..1801
Misc Feature(31)1901..1903
Misc Feature(32)1910..1915
Misc Feature(33)2069..2071
Misc Feature(34)2078..2080
Misc Feature(35)2555..2668
Misc Feature(36)2855..2971
Misc Feature(37)3686..3688
Misc Feature(38)3686..3688
Misc Feature(39)3734..3736
Misc Feature(40)3746..3748
Misc Feature(41)3746..3748
Misc Feature(42)4724..4804
Misc Feature(43)5759..5761
Misc Feature(44)5771..5773
Misc Feature(45)6371..6373
Misc Feature(46)7334..7363
Misc Feature(47)8102..8104
Misc Feature(48)197..265
Exon (1)1..414
Exon (2)415..498
Exon (3)499..619
Exon (4)620..679
Exon (5)680..759
Exon (6)760..898
Exon (7)899..1040
Exon (8)1041..1219
Exon (9)1220..1424
Exon (10)1425..1472
Exon (11)1473..1553
Exon (12)1554..1894
Exon (13)1895..2018
Exon (14)2019..2137
Exon (15)2138..2249
Exon (16)2250..2387
Exon (17)2388..2546
Exon (18)2547..2644
Exon (19)2645..2784
Exon (20)2785..2848
Exon (21)2849..2949
Exon (22)2950..3096
Exon (23)3097..3217
Exon (24)3218..3294
Exon (25)3295..3446
Exon (26)3447..3649
Exon (27)3650..3776
Exon (28)3777..3904
Exon (29)3905..4015
Exon (30)4016..4093
Exon (31)4094..4317
Exon (32)4318..4396
Exon (33)4397..4558
Exon (34)4559..4614
Exon (35)4615..4763
Exon (36)4764..4900
Exon (37)4901..5017
Exon (38)5018..5140
Exon (39)5141..5376
Exon (40)5377..5519
Exon (41)5520..5727
Exon (42)5728..5869
Exon (43)5870..6049
Exon (44)6050..6226
Exon (45)6227..6303
Exon (46)6304..6442
Exon (47)6443..6565
Exon (48)6566..6779
Exon (49)6780..6925
Exon (50)6926..7103
Exon (51)7104..7205
Exon (52)7206..7393
Exon (53)7394..7520
Exon (54)7521..7621
Exon (55)7622..7776
Exon (56)7777..7916
Exon (57)7917..7999
Exon (58)8000..8130
Exon (59)8131..8260
Exon (60)8261..8416
Exon (61)8417..8607
Exon (62)8608..8722
Exon (63)8723..8936
Exon (64)8937..9042
Exon (65)9043..9205
Exon (66)9206..9366
Exon (67)9367..13481
Translation

Target ORF information:

RefSeq Version NM_002111.8
Organism Homo sapiens(Human)
Definition Homo sapiens huntingtin (HTT), mRNA.

Target ORF information:

Epitope DYKDDDDK
Bacterial selection AMPR
Mammalian selection NeoR
Vector pcDNA3.1+/C-(K)DYK
NM_002111.8

ORF Insert Sequence:

1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941
6001
6061
6121
6181
6241
6301
6361
6421
6481
6541
6601
6661
6721
6781
6841
6901
6961
7021
7081
7141
7201
7261
7321
7381
7441
7501
7561
7621
7681
7741
7801
7861
7921
7981
8041
8101
8161
8221
8281
8341
8401
8461
8521
8581
8641
8701
8761
8821
8881
8941
9001
9061
9121
9181
9241
9301
9361
9421
ATGGCGACCC TGGAAAAGCT GATGAAGGCC TTCGAGTCCC TCAAGTCCTT CCAGCAGCAG 
CAGCAGCAGC AGCAGCAGCA GCAGCAGCAG CAGCAGCAGC AGCAGCAGCA GCAGCAACAG
CCGCCACCGC CGCCGCCGCC GCCGCCGCCT CCTCAGCTTC CTCAGCCGCC GCCGCAGGCA
CAGCCGCTGC TGCCTCAGCC GCAGCCGCCC CCGCCGCCGC CCCCGCCGCC ACCCGGCCCG
GCTGTGGCTG AGGAGCCGCT GCACCGACCA AAGAAAGAAC TTTCAGCTAC CAAGAAAGAC
CGTGTGAATC ATTGTCTGAC AATATGTGAA AACATAGTGG CACAGTCTGT CAGAAATTCT
CCAGAATTTC AGAAACTTCT GGGCATCGCT ATGGAACTTT TTCTGCTGTG CAGTGATGAC
GCAGAGTCAG ATGTCAGGAT GGTGGCTGAC GAATGCCTCA ACAAAGTTAT CAAAGCTTTG
ATGGATTCTA ATCTTCCAAG GTTACAGCTC GAGCTCTATA AGGAAATTAA AAAGAATGGT
GCCCCTCGGA GTTTGCGTGC TGCCCTGTGG AGGTTTGCTG AGCTGGCTCA CCTGGTTCGG
CCTCAGAAAT GCAGGCCTTA CCTGGTGAAC CTTCTGCCGT GCCTGACTCG AACAAGCAAG
AGACCCGAAG AATCAGTCCA GGAGACCTTG GCTGCAGCTG TTCCCAAAAT TATGGCTTCT
TTTGGCAATT TTGCAAATGA CAATGAAATT AAGGTTTTGT TAAAGGCCTT CATAGCGAAC
CTGAAGTCAA GCTCCCCCAC CATTCGGCGG ACAGCGGCTG GATCAGCAGT GAGCATCTGC
CAGCACTCAA GAAGGACACA ATATTTCTAT AGTTGGCTAC TAAATGTGCT CTTAGGCTTA
CTCGTTCCTG TCGAGGATGA ACACTCCACT CTGCTGATTC TTGGCGTGCT GCTCACCCTG
AGGTATTTGG TGCCCTTGCT GCAGCAGCAG GTCAAGGACA CAAGCCTGAA AGGCAGCTTC
GGAGTGACAA GGAAAGAAAT GGAAGTCTCT CCTTCTGCAG AGCAGCTTGT CCAGGTTTAT
GAACTGACGT TACATCATAC ACAGCACCAA GACCACAATG TTGTGACCGG AGCCCTGGAG
CTGTTGCAGC AGCTCTTCAG AACGCCTCCA CCCGAGCTTC TGCAAACCCT GACCGCAGTC
GGGGGCATTG GGCAGCTCAC CGCTGCTAAG GAGGAGTCTG GTGGCCGAAG CCGTAGTGGG
AGTATTGTGG AACTTATAGC TGGAGGGGGT TCCTCATGCA GCCCTGTCCT TTCAAGAAAA
CAAAAAGGCA AAGTGCTCTT AGGAGAAGAA GAAGCCTTGG AGGATGACTC TGAATCGAGA
TCGGATGTCA GCAGCTCTGC CTTAACAGCC TCAGTGAAGG ATGAGATCAG TGGAGAGCTG
GCTGCTTCTT CAGGGGTTTC CACTCCAGGG TCAGCAGGTC ATGACATCAT CACAGAACAG
CCACGGTCAC AGCACACACT GCAGGCGGAC TCAGTGGATC TGGCCAGCTG TGACTTGACA
AGCTCTGCCA CTGATGGGGA TGAGGAGGAT ATCTTGAGCC ACAGCTCCAG CCAGGTCAGC
GCCGTCCCAT CTGACCCTGC CATGGACCTG AATGATGGGA CCCAGGCCTC GTCGCCCATC
AGCGACAGCT CCCAGACCAC CACCGAAGGG CCTGATTCAG CTGTTACCCC TTCAGACAGT
TCTGAAATTG TGTTAGACGG TACCGACAAC CAGTATTTGG GCCTGCAGAT TGGACAGCCC
CAGGATGAAG ATGAGGAAGC CACAGGTATT CTTCCTGATG AAGCCTCGGA GGCCTTCAGG
AACTCTTCCA TGGCCCTTCA ACAGGCACAT TTATTGAAAA ACATGAGTCA CTGCAGGCAG
CCTTCTGACA GCAGTGTTGA TAAATTTGTG TTGAGAGATG AAGCTACTGA ACCGGGTGAT
CAAGAAAACA AGCCTTGCCG CATCAAAGGT GACATTGGAC AGTCCACTGA TGATGACTCT
GCACCTCTTG TCCATTGTGT CCGCCTTTTA TCTGCTTCGT TTTTGCTAAC AGGGGGAAAA
AATGTGCTGG TTCCGGACAG GGATGTGAGG GTCAGCGTGA AGGCCCTGGC CCTCAGCTGT
GTGGGAGCAG CTGTGGCCCT CCACCCGGAA TCTTTCTTCA GCAAACTCTA TAAAGTTCCT
CTTGACACCA CGGAATACCC TGAGGAACAG TATGTCTCAG ACATCTTGAA CTACATCGAT
CATGGAGACC CACAGGTTCG AGGAGCCACT GCCATTCTCT GTGGGACCCT CATCTGCTCC
ATCCTCAGCA GGTCCCGCTT CCACGTGGGA GATTGGATGG GCACCATTAG AACCCTCACA
GGAAATACAT TTTCTTTGGC GGATTGCATT CCTTTGCTGC GGAAAACACT GAAGGATGAG
TCTTCTGTTA CTTGCAAGTT AGCTTGTACA GCTGTGAGGA ACTGTGTCAT GAGTCTCTGC
AGCAGCAGCT ACAGTGAGTT AGGACTGCAG CTGATCATCG ATGTGCTGAC TCTGAGGAAC
AGTTCCTATT GGCTGGTGAG GACAGAGCTT CTGGAAACCC TTGCAGAGAT TGACTTCAGG
CTGGTGAGCT TTTTGGAGGC AAAAGCAGAA AACTTACACA GAGGGGCTCA TCATTATACA
GGGCTTTTAA AACTGCAAGA ACGAGTGCTC AATAATGTTG TCATCCATTT GCTTGGAGAT
GAAGACCCCA GGGTGCGACA TGTTGCCGCA GCATCACTAA TTAGGCTTGT CCCAAAGCTG
TTTTATAAAT GTGACCAAGG ACAAGCTGAT CCAGTAGTGG CCGTGGCAAG AGATCAAAGC
AGTGTTTACC TGAAACTTCT CATGCATGAG ACGCAGCCTC CATCTCATTT CTCCGTCAGC
ACAATAACCA GAATATATAG AGGCTATAAC CTACTACCAA GCATAACAGA CGTCACTATG
GAAAATAACC TTTCAAGAGT TATTGCAGCA GTTTCTCATG AACTAATCAC ATCAACCACC
AGAGCACTCA CATTTGGATG CTGTGAAGCT TTGTGTCTTC TTTCCACTGC CTTCCCAGTT
TGCATTTGGA GTTTAGGTTG GCACTGTGGA GTGCCTCCAC TGAGTGCCTC AGATGAGTCT
AGGAAGAGCT GTACCGTTGG GATGGCCACA ATGATTCTGA CCCTGCTCTC GTCAGCTTGG
TTCCCATTGG ATCTCTCAGC CCATCAAGAT GCTTTGATTT TGGCCGGAAA CTTGCTTGCA
GCCAGTGCTC CCAAATCTCT GAGAAGTTCA TGGGCCTCTG AAGAAGAAGC CAACCCAGCA
GCCACCAAGC AAGAGGAGGT CTGGCCAGCC CTGGGGGACC GGGCCCTGGT GCCCATGGTG
GAGCAGCTCT TCTCTCACCT GCTGAAGGTG ATTAACATTT GTGCCCACGT CCTGGATGAC
GTGGCTCCTG GACCCGCAAT AAAGGCAGCC TTGCCTTCTC TAACAAACCC CCCTTCTCTA
AGTCCCATCC GACGAAAGGG GAAGGAGAAA GAACCAGGAG AACAAGCATC TGTACCGTTG
AGTCCCAAGA AAGGCAGTGA GGCCAGTGCA GCTTCTAGAC AATCTGATAC CTCAGGTCCT
GTTACAACAA GTAAATCCTC ATCACTGGGG AGTTTCTATC ATCTTCCTTC ATACCTCAAA
CTGCATGATG TCCTGAAAGC TACACACGCT AACTACAAGG TCACGCTGGA TCTTCAGAAC
AGCACGGAAA AGTTTGGAGG GTTTCTCCGC TCAGCCTTGG ATGTTCTTTC TCAGATACTA
GAGCTGGCCA CACTGCAGGA CATTGGGAAG TGTGTTGAAG AGATCCTAGG ATACCTGAAA
TCCTGCTTTA GTCGAGAACC AATGATGGCA ACTGTTTGTG TTCAACAATT GTTGAAGACT
CTCTTTGGCA CAAACTTGGC CTCCCAGTTT GATGGCTTAT CTTCCAACCC CAGCAAGTCA
CAAGGCCGAG CACAGCGCCT TGGCTCCTCC AGTGTGAGGC CAGGCTTGTA CCACTACTGC
TTCATGGCCC CGTACACCCA CTTCACCCAG GCCCTCGCTG ACGCCAGCCT GAGGAACATG
GTGCAGGCGG AGCAGGAGAA CGACACCTCG GGATGGTTTG ATGTCCTCCA GAAAGTGTCT
ACCCAGTTGA AGACAAACCT CACGAGTGTC ACAAAGAACC GTGCAGATAA GAATGCTATT
CATAATCACA TTCGTTTGTT TGAACCTCTT GTTATAAAAG CTTTAAAACA GTACACGACT
ACAACATGTG TGCAGTTACA GAAGCAGGTT TTAGATTTGC TGGCGCAGCT GGTTCAGTTA
CGGGTTAATT ACTGTCTTCT GGATTCAGAT CAGGTGTTTA TTGGCTTTGT ATTGAAACAG
TTTGAATACA TTGAAGTGGG CCAGTTCAGG GAATCAGAGG CAATCATTCC AAACATCTTT
TTCTTCTTGG TATTACTATC TTATGAACGC TATCATTCAA AACAGATCAT TGGAATTCCT
AAAATCATTC AGCTCTGTGA TGGCATCATG GCCAGTGGAA GGAAGGCTGT GACACATGCC
ATACCGGCTC TGCAGCCCAT AGTCCACGAC CTCTTTGTAT TAAGAGGAAC AAATAAAGCT
GATGCAGGAA AAGAGCTTGA AACCCAAAAA GAGGTGGTGG TGTCAATGTT ACTGAGACTC
ATCCAGTACC ATCAGGTGTT GGAGATGTTC ATTCTTGTCC TGCAGCAGTG CCACAAGGAG
AATGAAGACA AGTGGAAGCG ACTGTCTCGA CAGATAGCTG ACATCATCCT CCCAATGTTA
GCCAAACAGC AGATGCACAT TGACTCTCAT GAAGCCCTTG GAGTGTTAAA TACATTATTT
GAGATTTTGG CCCCTTCCTC CCTCCGTCCG GTAGACATGC TTTTACGGAG TATGTTCGTC
ACTCCAAACA CAATGGCGTC CGTGAGCACT GTTCAACTGT GGATATCGGG AATTCTGGCC
ATTTTGAGGG TTCTGATTTC CCAGTCAACT GAAGATATTG TTCTTTCTCG TATTCAGGAG
CTCTCCTTCT CTCCGTATTT AATCTCCTGT ACAGTAATTA ATAGGTTAAG AGATGGGGAC
AGTACTTCAA CGCTAGAAGA ACACAGTGAA GGGAAACAAA TAAAGAATTT GCCAGAAGAA
ACATTTTCAA GGTTTCTATT ACAACTGGTT GGTATTCTTT TAGAAGACAT TGTTACAAAA
CAGCTGAAGG TGGAAATGAG TGAGCAGCAA CATACTTTCT ATTGCCAGGA ACTAGGCACA
CTGCTAATGT GTCTGATCCA CATCTTCAAG TCTGGAATGT TCCGGAGAAT CACAGCAGCT
GCCACTAGGC TGTTCCGCAG TGATGGCTGT GGCGGCAGTT TCTACACCCT GGACAGCTTG
AACTTGCGGG CTCGTTCCAT GATCACCACC CACCCGGCCC TGGTGCTGCT CTGGTGTCAG
ATACTGCTGC TTGTCAACCA CACCGACTAC CGCTGGTGGG CAGAAGTGCA GCAGACCCCG
AAAAGACACA GTCTGTCCAG CACAAAGTTA CTTAGTCCCC AGATGTCTGG AGAAGAGGAG
GATTCTGACT TGGCAGCCAA ACTTGGAATG TGCAATAGAG AAATAGTACG AAGAGGGGCT
CTCATTCTCT TCTGTGATTA TGTCTGTCAG AACCTCCATG ACTCCGAGCA CTTAACGTGG
CTCATTGTAA ATCACATTCA AGATCTGATC AGCCTTTCCC ACGAGCCTCC AGTACAGGAC
TTCATCAGTG CCGTTCATCG GAACTCTGCT GCCAGCGGCC TGTTCATCCA GGCAATTCAG
TCTCGTTGTG AAAACCTTTC AACTCCAACC ATGCTGAAGA AAACTCTTCA GTGCTTGGAG
GGGATCCATC TCAGCCAGTC GGGAGCTGTG CTCACGCTGT ATGTGGACAG GCTTCTGTGC
ACCCCTTTCC GTGTGCTGGC TCGCATGGTC GACATCCTTG CTTGTCGCCG GGTAGAAATG
CTTCTGGCTG CAAATTTACA GAGCAGCATG GCCCAGTTGC CAATGGAAGA ACTCAACAGA
ATCCAGGAAT ACCTTCAGAG CAGCGGGCTC GCTCAGAGAC ACCAAAGGCT CTATTCCCTG
CTGGACAGGT TTCGTCTCTC CACCATGCAA GACTCACTTA GTCCCTCTCC TCCAGTCTCT
TCCCACCCGC TGGACGGGGA TGGGCACGTG TCACTGGAAA CAGTGAGTCC GGACAAAGAC
TGGTACGTTC ATCTTGTCAA ATCCCAGTGT TGGACCAGGT CAGATTCTGC ACTGCTGGAA
GGTGCAGAGC TGGTGAATCG GATTCCTGCT GAAGATATGA ATGCCTTCAT GATGAACTCG
GAGTTCAACC TAAGCCTGCT AGCTCCATGC TTAAGCCTAG GGATGAGTGA AATTTCTGGT
GGCCAGAAGA GTGCCCTTTT TGAAGCAGCC CGTGAGGTGA CTCTGGCCCG TGTGAGCGGC
ACCGTGCAGC AGCTCCCTGC TGTCCATCAT GTCTTCCAGC CCGAGCTGCC TGCAGAGCCG
GCGGCCTACT GGAGCAAGTT GAATGATCTG TTTGGGGATG CTGCACTGTA TCAGTCCCTG
CCCACTCTGG CCCGGGCCCT GGCACAGTAC CTGGTGGTGG TCTCCAAACT GCCCAGTCAT
TTGCACCTTC CTCCTGAGAA AGAGAAGGAC ATTGTGAAAT TCGTGGTGGC AACCCTTGAG
GCCCTGTCCT GGCATTTGAT CCATGAGCAG ATCCCGCTGA GTCTGGATCT CCAGGCAGGG
CTGGACTGCT GCTGCCTGGC CCTGCAGCTG CCTGGCCTCT GGAGCGTGGT CTCCTCCACA
GAGTTTGTGA CCCACGCCTG CTCCCTCATC TACTGTGTGC ACTTCATCCT GGAGGCCGTT
GCAGTGCAGC CTGGAGAGCA GCTTCTTAGT CCAGAAAGAA GGACAAATAC CCCAAAAGCC
ATCAGCGAGG AGGAGGAGGA AGTAGATCCA AACACACAGA ATCCTAAGTA TATCACTGCA
GCCTGTGAGA TGGTGGCAGA AATGGTGGAG TCTCTGCAGT CGGTGTTGGC CTTGGGTCAT
AAAAGGAATA GCGGCGTGCC GGCGTTTCTC ACGCCATTGC TAAGGAACAT CATCATCAGC
CTGGCCCGCC TGCCCCTTGT CAACAGCTAC ACACGTGTGC CCCCACTGGT GTGGAAGCTT
GGATGGTCAC CCAAACCGGG AGGGGATTTT GGCACAGCAT TCCCTGAGAT CCCCGTGGAG
TTCCTCCAGG AAAAGGAAGT CTTTAAGGAG TTCATCTACC GCATCAACAC ACTAGGCTGG
ACCAGTCGTA CTCAGTTTGA AGAAACTTGG GCCACCCTCC TTGGTGTCCT GGTGACGCAG
CCCCTCGTGA TGGAGCAGGA GGAGAGCCCA CCAGAAGAAG ACACAGAGAG GACCCAGATC
AACGTCCTGG CCGTGCAGGC CATCACCTCA CTGGTGCTCA GTGCAATGAC TGTGCCTGTG
GCCGGCAACC CAGCTGTAAG CTGCTTGGAG CAGCAGCCCC GGAACAAGCC TCTGAAAGCT
CTCGACACCA GGTTTGGGAG GAAGCTGAGC ATTATCAGAG GGATTGTGGA GCAAGAGATT
CAAGCAATGG TTTCAAAGAG AGAGAATATT GCCACCCATC ATTTATATCA GGCATGGGAT
CCTGTCCCTT CTCTGTCTCC GGCTACTACA GGTGCCCTCA TCAGCCACGA GAAGCTGCTG
CTACAGATCA ACCCCGAGCG GGAGCTGGGG AGCATGAGCT ACAAACTCGG CCAGGTGTCC
ATACACTCCG TGTGGCTGGG GAACAGCATC ACACCCCTGA GGGAGGAGGA ATGGGACGAG
GAAGAGGAGG AGGAGGCCGA CGCCCCTGCA CCTTCGTCAC CACCCACGTC TCCAGTCAAC
TCCAGGAAAC ACCGGGCTGG AGTTGACATC CACTCCTGTT CGCAGTTTTT GCTTGAGTTG
TACAGCCGCT GGATCCTGCC GTCCAGCTCA GCCAGGAGGA CCCCGGCCAT CCTGATCAGT
GAGGTGGTCA GATCCCTTCT AGTGGTCTCA GACTTGTTCA CCGAGCGCAA CCAGTTTGAG
CTGATGTATG TGACGCTGAC AGAACTGCGA AGGGTGCACC CTTCAGAAGA CGAGATCCTC
GCTCAGTACC TGGTGCCTGC CACCTGCAAG GCAGCTGCCG TCCTTGGGAT GGACAAGGCC
GTGGCGGAGC CTGTCAGCCG CCTGCTGGAG AGCACGCTCA GGAGCAGCCA CCTGCCCAGC
AGGGTTGGAG CCCTGCACGG CGTCCTCTAT GTGCTGGAGT GCGACCTGCT GGACGACACT
GCCAAGCAGC TCATCCCGGT CATCAGCGAC TATCTCCTCT CCAACCTGAA AGGGATCGCC
CACTGCGTGA ACATTCACAG CCAGCAGCAC GTACTGGTCA TGTGTGCCAC TGCGTTTTAC
CTCATTGAGA ACTATCCTCT GGACGTAGGG CCGGAATTTT CAGCATCAAT AATACAGATG
TGTGGGGTGA TGCTGTCTGG AAGTGAGGAG TCCACCCCCT CCATCATTTA CCACTGTGCC
CTCAGAGGCC TGGAGCGCCT CCTGCTCTCT GAGCAGCTCT CCCGCCTGGA TGCAGAATCG
CTGGTCAAGC TGAGTGTGGA CAGAGTGAAC GTGCACAGCC CGCACCGGGC CATGGCGGCT
CTGGGCCTGA TGCTCACCTG CATGTACACA GGAAAGGAGA AAGTCAGTCC GGGTAGAACT
TCAGACCCTA ATCCTGCAGC CCCCGACAGC GAGTCAGTGA TTGTTGCTAT GGAGCGGGTA
TCTGTTCTTT TTGATAGGAT CAGGAAAGGC TTTCCTTGTG AAGCCAGAGT GGTGGCCAGG
ATCCTGCCCC AGTTTCTAGA CGACTTCTTC CCACCCCAGG ACATCATGAA CAAAGTCATC
GGAGAGTTTC TGTCCAACCA GCAGCCATAC CCCCAGTTCA TGGCCACCGT GGTGTATAAG
GTGTTTCAGA CTCTGCACAG CACCGGGCAG TCGTCCATGG TCCGGGACTG GGTCATGCTG
TCCCTCTCCA ACTTCACGCA GAGGGCCCCG GTCGCCATGG CCACGTGGAG CCTCTCCTGC
TTCTTTGTCA GCGCGTCCAC CAGCCCGTGG GTCGCGGCGA TCCTCCCACA TGTCATCAGC
AGGATGGGCA AGCTGGAGCA GGTGGACGTG AACCTTTTCT GCCTGGTCGC CACAGACTTC
TACAGACACC AGATAGAGGA GGAGCTCGAC CGCAGGGCCT TCCAGTCTGT GCTTGAGGTG
GTTGCAGCCC CAGGAAGCCC ATATCACCGG CTGCTGACTT GTTTACGAAA TGTCCACAAG
GTCACCACCT GCTGA

The stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.

book

Clinical and genetic characteristics in patients with Huntington's disease from China.
Neurological research38(10)916-20(2016 Oct)
Yang J,Chen K,Wei Q,Chen Y,Cao B,Burgunder JM,Shang HF


book

Clinical and genetic investigation of a Brazilian family with Huntington's disease.
Functional neurology31(3)135-42(2016 Jul-Sep)
Agostinho LA,Spitz M,Pereira JS,Paiva CL


book

An Intein-based Strategy for the Production of Tag-free Huntingtin Exon 1 Proteins Enables New Insights into the Polyglutamine Dependence of Httex1 Aggregation and Fibril Formation.
The Journal of biological chemistry291(23)12074-86(2016 Jun)
Vieweg S,Ansaloni A,Wang ZM,Warner JB,Lashuel HA


book

Investigating Mutations to Reduce Huntingtin Aggregation by Increasing Htt-N-Terminal Stability and Weakening Interactions with PolyQ Domain.
Computational and mathematical methods in medicine20166247867(2016)
Smaoui MR,Mazza-Anthony C,Waldispühl J


 
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