LOC108151379 cDNA ORF clone, Drosophila miranda

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108151379
Entrez Gene ID	108151379
Full Name	huntingtin-interacting protein 1
Gene Type	protein-coding
Organism	Drosophila miranda

mRNA and Protein(s)

mRNA	Protein	Name
XM_017279942.1	XP_017135431.1	huntingtin-interacting protein 1 isoform X1
XM_017279943.1	XP_017135432.1	huntingtin-interacting protein 1 isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC108151379 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108151379 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.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
ODr62901	XM_017279942.1 Latest version!	Drosophila miranda huntingtin-interacting protein 1 (LOC108151379), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$426.30 $609.00
ODr62909	XM_017279943.1 Latest version!	Drosophila miranda huntingtin-interacting protein 1 (LOC108151379), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** 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.

Reference Sequences (Refseq)

LOC108151379 ( XM_017279942.1 ) cDNA ORF clone, Drosophila miranda -> XP_017135431.1 Drosophila miranda huntingtin-interacting protein 1 (LOC108151379), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODr62901
Clone ID Related Accession (Same CDS sequence)	XM_017279942.1
Accession Version	XM_017279942.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2454bp) 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	2016-06-15
Organism	Drosophila miranda
Product	huntingtin-interacting protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030303.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Drosophila miranda Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCGACGC TTGCCGAAAA GGACATTTAC CAGTTGGTTG TCAGCACAAA CAAAGCTTTA 
AATGGTATGG AGGCACCATT AAAAACGAAA CATGCTCGAT CCATTATTAT TATGATACAT 
AAAACCAAAG AAGCAAAATC ATTTTGGAAC ACCATCTCCC GGCAGCCCTT AATGCAAAGC 
AGATTCACCG CCTGGAAGTT TTGCCATCTG CTGCACAAGG TGCTAAGAGA GGCTCCTCCA 
AGCGCTATAA AACACTCTCA GAGTCACAAG AAAATGATCC TTGAAGTGGG CAAAATGTGG 
GGTCTTCTGC ACAACGATAT TGGACTCTGT ATAAACGCCT ACTGCAAGCT CCTGGTCACA 
AAACTAAATT TCCACGAAAA AAACACTTTT CCCGGATCCC TAATAATTTC GTTCAAGGAA 
ATTTCAAAAG CTGCCGATCG GGATTTAAAT TACTTCTTTC AATTGTGTGT GGAGATCTTC 
GATTATTTGG AGGATATAAT TGCACTGCAG TTACAAATAT TTTCTTCCAT AAATACCTAC 
CGGATGTCGT CCATGACTCA GCAGGGTCAA TGTAGACTGG CACCCATGAT TTGTCTCATT 
CAAGACTCGA ACTCCCTCTA CGATAATAGT GTAAGGATTA TGTTTAAACT CCATGAAAAC 
CTACCGAACG ACGTCCTGAG CGGCCACAGG GATAGGTTTA ATGGTTTATT TTTGAAGTTG 
AAAGTCTTTT ATGAAAATGT GCGACCGCTT CAGTATTTTA AAAGCTTAAT TTCGGTTCCG 
GAATTGCCCG AATCCAGTCC AAATTTCAGT TCACAAGTTG ATTTCAGTAG TTATATACCG 
CCAGTGGTCT ATGTGCAACC AGAGCCCGAT CCAATTGTTG AAGATCTTGT TGAGACCAGC 
TGTCCCTCAG AGCCAGATAA TAGCCAAACG CAGCAGCAGT TGAATACACT CGAGAGCATT 
ATAAATGAGA AGGACGCCAT GATTGAGGAG CTTAAATTAA GTTTGAATTC ATTACAACAA 
AATTTCGATG AGCTTGGACA GAGCTACCAA CATGAAGTGC TCGAAATGCA GAAAGCCAAT 
GCCCTCTTAT CGAATGATCT GCTAATATCA AGGCAAATGT GTGAAAACAT ACGGATGCAA 
AATGATGATC TTGAGCTTCA ATTAAACAAA AATCCAATGC TAATACAAAA GGTAATGGAA 
GAAGAGGAAA AGCAGAAACA ATCTTCGGAA AAGTTTAACA AACTGAAATT GCTGTACACG 
CAAATTCGGG ATGAGCATAT TAAATTATTG CGTGAACAAA GTGAATCCAC AAAGGTTTTA 
AATAAAGAGA AGCAAACCAA CTCTGAGCTA CTATTGCAAA CAAAAGTCCT CAACAATGAG 
ATACTAAAAA TAAAAGGCGA TGTTGAGGAA AAGAACAAGA CCAACTTTGA TTTGTTGCAA 
CAAATAGAGG ACCAAAAGGA GCAGCTTTCG CAGCTGGAAT CGGTTAGGAA TGAGATAAAG 
GAGCAATTCG ATAATGTAGT AAAGCAAAAG GAAATACAAG AGCTGGATTC TATTTCGACG 
TCTGAGAGAT TGAGTGAAAA TAGTTTGATA ATTGAGAAAC TGAATGCGTC TCTAAATGAG 
GCCCAGGAAA AGGTTTCAAT TGCTGAAAGC CAAATAAGTT TGAAAAACGA AGAAATACTA 
CAGCACTTAA AAGCGCATGA AACAGAAAAG GAAACGCTTC TATCACAGAA TGAGCAACTA 
AAGCTGGAGC ATAAAGCGAC CTTTGAGGAT CAAAATAAAC AATTGCTGGA AACTATAAAT 
AGCCTAAAGC AAAAGGAAAC TTCCCTGCAG GAATTAACAG AAGCTTTTGC GCTACTAAAG 
CAGGAATTCG ATAATGTAAC CAAGCAAAAG GAAATACAAG AGCTGGATTC TATTTCAACG 
TCTGAGAGAT TGAACGAAAA TAGTTTGGTA ATTGAGAAAC TGAATGCGTC TCTAAATGAG 
GCCCAGGAAA AGGTTTCAAT TGCTGAAAGC CAAATAAGTT TGAAAAACGA AGAAATACTA 
CAGCACTTAA AAGCGCATGA AACAGAAAAG GAAACGCTTC TATCACAGAA TGAGCAACTA 
AAGCTGGAGC ATAAAGCGAC CTTTGAGGAT CAAAATAAAC AATTGCTGGA AACTATAAAT 
AGCCTAAAGC AAAAGGAAAC TTCCCTGCAG GAATTAACAG AAGCTTTTGC GCTACTAAAG 
CAGGAATTCG ATAATGTAAC CAAGCAAAAG GAAATACAAG AGCTGGATTC TATTTCAACG 
TCTGAGAGAT TGAACGAAAA TAGTTTGGTA ATTGAGAAAC TGAATGCGTC TCTAAATGAG 
GCCCAGGAAA AGGTTTCAAT TGCTGAAAGC CAAATAAGTT TGAAAAACGA AGAAATACTA 
CAGCACTTAA AAGCGCATGA AAGCAGAAAA GGAAACCCTT CTATCACAGA ATGA

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

RefSeq	XP_017135431.1
CDS	209..2662
Translation	MSTLAEKDIYQLVVSTNKALNGMEAPLKTKHARSIIIMIHKTKEAKSFWNTISRQPLMQSRFTAWKFCHLLHKVLREAPPSAIKHSQSHKKMILEVGKMWGLLHNDIGLCINAYCKLLVTKLNFHEKNTFPGSLIISFKEISKAADRDLNYFFQLCVEIFDYLEDIIALQLQIFSSINTYRMSSMTQQGQCRLAPMICLIQDSNSLYDNSVRIMFKLHENLPNDVLSGHRDRFNGLFLKLKVFYENVRPLQYFKSLISVPELPESSPNFSSQVDFSSYIPPVVYVQPEPDPIVEDLVETSCPSEPDNSQTQQQLNTLESIINEKDAMIEELKLSLNSLQQNFDELGQSYQHEVLEMQKANALLSNDLLISRQMCENIRMQNDDLELQLNKNPMLIQKVMEEEEKQKQSSEKFNKLKLLYTQIRDEHIKLLREQSESTKVLNKEKQTNSELLLQTKVLNNEILKIKGDVEEKNKTNFDLLQQIEDQKEQLSQLESVRNEIKEQFDNVVKQKEIQELDSISTSERLSENSLIIEKLNASLNEAQEKVSIAESQISLKNEEILQHLKAHETEKETLLSQNEQLKLEHKATFEDQNKQLLETINSLKQKETSLQELTEAFALLKQEFDNVTKQKEIQELDSISTSERLNENSLVIEKLNASLNEAQEKVSIAESQISLKNEEILQHLKAHETEKETLLSQNEQLKLEHKATFEDQNKQLLETINSLKQKETSLQELTEAFALLKQEFDNVTKQKEIQELDSISTSERLNENSLVIEKLNASLNEAQEKVSIAESQISLKNEEILQHLKAHESRKGNPSITE

Target ORF information:

RefSeq Version	XM_017279942.1
Organism	Drosophila miranda
Definition	Drosophila miranda huntingtin-interacting protein 1 (LOC108151379), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017279942.1

ORF Insert Sequence:

ATGTCGACGC TTGCCGAAAA GGACATTTAC CAGTTGGTTG TCAGCACAAA CAAAGCTTTA 
AATGGTATGG AGGCACCATT AAAAACGAAA CATGCTCGAT CCATTATTAT TATGATACAT 
AAAACCAAAG AAGCAAAATC ATTTTGGAAC ACCATCTCCC GGCAGCCCTT AATGCAAAGC 
AGATTCACCG CCTGGAAGTT TTGCCATCTG CTGCACAAGG TGCTAAGAGA GGCTCCTCCA 
AGCGCTATAA AACACTCTCA GAGTCACAAG AAAATGATCC TTGAAGTGGG CAAAATGTGG 
GGTCTTCTGC ACAACGATAT TGGACTCTGT ATAAACGCCT ACTGCAAGCT CCTGGTCACA 
AAACTAAATT TCCACGAAAA AAACACTTTT CCCGGATCCC TAATAATTTC GTTCAAGGAA 
ATTTCAAAAG CTGCCGATCG GGATTTAAAT TACTTCTTTC AATTGTGTGT GGAGATCTTC 
GATTATTTGG AGGATATAAT TGCACTGCAG TTACAAATAT TTTCTTCCAT AAATACCTAC 
CGGATGTCGT CCATGACTCA GCAGGGTCAA TGTAGACTGG CACCCATGAT TTGTCTCATT 
CAAGACTCGA ACTCCCTCTA CGATAATAGT GTAAGGATTA TGTTTAAACT CCATGAAAAC 
CTACCGAACG ACGTCCTGAG CGGCCACAGG GATAGGTTTA ATGGTTTATT TTTGAAGTTG 
AAAGTCTTTT ATGAAAATGT GCGACCGCTT CAGTATTTTA AAAGCTTAAT TTCGGTTCCG 
GAATTGCCCG AATCCAGTCC AAATTTCAGT TCACAAGTTG ATTTCAGTAG TTATATACCG 
CCAGTGGTCT ATGTGCAACC AGAGCCCGAT CCAATTGTTG AAGATCTTGT TGAGACCAGC 
TGTCCCTCAG AGCCAGATAA TAGCCAAACG CAGCAGCAGT TGAATACACT CGAGAGCATT 
ATAAATGAGA AGGACGCCAT GATTGAGGAG CTTAAATTAA GTTTGAATTC ATTACAACAA 
AATTTCGATG AGCTTGGACA GAGCTACCAA CATGAAGTGC TCGAAATGCA GAAAGCCAAT 
GCCCTCTTAT CGAATGATCT GCTAATATCA AGGCAAATGT GTGAAAACAT ACGGATGCAA 
AATGATGATC TTGAGCTTCA ATTAAACAAA AATCCAATGC TAATACAAAA GGTAATGGAA 
GAAGAGGAAA AGCAGAAACA ATCTTCGGAA AAGTTTAACA AACTGAAATT GCTGTACACG 
CAAATTCGGG ATGAGCATAT TAAATTATTG CGTGAACAAA GTGAATCCAC AAAGGTTTTA 
AATAAAGAGA AGCAAACCAA CTCTGAGCTA CTATTGCAAA CAAAAGTCCT CAACAATGAG 
ATACTAAAAA TAAAAGGCGA TGTTGAGGAA AAGAACAAGA CCAACTTTGA TTTGTTGCAA 
CAAATAGAGG ACCAAAAGGA GCAGCTTTCG CAGCTGGAAT CGGTTAGGAA TGAGATAAAG 
GAGCAATTCG ATAATGTAGT AAAGCAAAAG GAAATACAAG AGCTGGATTC TATTTCGACG 
TCTGAGAGAT TGAGTGAAAA TAGTTTGATA ATTGAGAAAC TGAATGCGTC TCTAAATGAG 
GCCCAGGAAA AGGTTTCAAT TGCTGAAAGC CAAATAAGTT TGAAAAACGA AGAAATACTA 
CAGCACTTAA AAGCGCATGA AACAGAAAAG GAAACGCTTC TATCACAGAA TGAGCAACTA 
AAGCTGGAGC ATAAAGCGAC CTTTGAGGAT CAAAATAAAC AATTGCTGGA AACTATAAAT 
AGCCTAAAGC AAAAGGAAAC TTCCCTGCAG GAATTAACAG AAGCTTTTGC GCTACTAAAG 
CAGGAATTCG ATAATGTAAC CAAGCAAAAG GAAATACAAG AGCTGGATTC TATTTCAACG 
TCTGAGAGAT TGAACGAAAA TAGTTTGGTA ATTGAGAAAC TGAATGCGTC TCTAAATGAG 
GCCCAGGAAA AGGTTTCAAT TGCTGAAAGC CAAATAAGTT TGAAAAACGA AGAAATACTA 
CAGCACTTAA AAGCGCATGA AACAGAAAAG GAAACGCTTC TATCACAGAA TGAGCAACTA 
AAGCTGGAGC ATAAAGCGAC CTTTGAGGAT CAAAATAAAC AATTGCTGGA AACTATAAAT 
AGCCTAAAGC AAAAGGAAAC TTCCCTGCAG GAATTAACAG AAGCTTTTGC GCTACTAAAG 
CAGGAATTCG ATAATGTAAC CAAGCAAAAG GAAATACAAG AGCTGGATTC TATTTCAACG 
TCTGAGAGAT TGAACGAAAA TAGTTTGGTA ATTGAGAAAC TGAATGCGTC TCTAAATGAG 
GCCCAGGAAA AGGTTTCAAT TGCTGAAAGC CAAATAAGTT TGAAAAACGA AGAAATACTA 
CAGCACTTAA AAGCGCATGA AAGCAGAAAA GGAAACCCTT CTATCACAGA ATGA

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

LOC108151379 ( XM_017279943.1 ) cDNA ORF clone, Drosophila miranda -> XP_017135432.1 Drosophila miranda huntingtin-interacting protein 1 (LOC108151379), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODr62909
Clone ID Related Accession (Same CDS sequence)	XM_017279943.1
Accession Version	XM_017279943.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3519bp) 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	2016-06-15
Organism	Drosophila miranda
Product	huntingtin-interacting protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030303.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Drosophila miranda Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCGACGC TTGCCGAAAA GGACATTTAC CAGTTGGTTG TCAGCACAAA CAAAGCTTTA 
AATGGTATGG AGGCACCATT AAAAACGAAA CATGCTCGAT CCATTATTAT TATGATACAT 
AAAACCAAAG AAGCAAAATC ATTTTGGAAC ACCATCTCCC GGCAGCCCTT AATGCAAAGC 
AGATTCACCG CCTGGAAGTT TTGCCATCTG CTGCACAAGG TGCTAAGAGA GGCTCCTCCA 
AGCGCTATAA AACACTCTCA GAGTCACAAG AAAATGATCC TTGAAGTGGG CAAAATGTGG 
GGTCTTCTGC ACAACGATAT TGGACTCTGT ATAAACGCCT ACTGCAAGCT CCTGGTCACA 
AAACTAAATT TCCACGAAAA AAACACTTTT CCCGGATCCC TAATAATTTC GTTCAAGGAA 
ATTTCAAAAG CTGCCGATCG GGATTTAAAT TACTTCTTTC AATTGTGTGT GGAGATCTTC 
GATTATTTGG AGGATATAAT TGCACTGCAG TTACAAATAT TTTCTTCCAT AAATACCTAC 
CGGATGTCGT CCATGACTCA GCAGGGTCAA TGTAGACTGG CACCCATGAT TTGTCTCATT 
CAAGACTCGA ACTCCCTCTA CGATAATAGT GTAAGGATTA TGTTTAAACT CCATGAAAAC 
CTACCGAACG ACGTCCTGAG CGGCCACAGG GATAGGTTTA ATGGTTTATT TTTGAAGTTG 
AAAGTCTTTT ATGAAAATGT GCGACCGCTT CAGTATTTTA AAAGCTTAAT TTCGGTTCCG 
GAATTGCCCG AATCCAGTCC AAATTTCAGT TCACAAGTTG ATTTCAGTAG TTATATACCG 
CCAGTGGTCT ATGTGCAACC AGAGCCCGAT CCAATTGTTG AAGATCTTGT TGAGACCAGC 
TGTCCCTCAG AGCCAGATAA TAGCCAAACG CAGCAGCAGT TGAATACACT CGAGAGCATT 
ATAAATGAGA AGGACGCCAT GATTGAGGAG CTTAAATTAA GTTTGAATTC ATTACAACAA 
AATTTCGATG AGCTTGGACA GAGCTACCAA CATGAAGTGC TCGAAATGCA GAAAGCCAAT 
GCCCTCTTAT CGAATGATCT GCTAATATCA AGGCAAATGT GTGAAAACAT ACGGATGCAA 
AATGATGATC TTGAGCTTCA ATTAAACAAA AATCCAATGC TAATACAAAA GGTAATGGAA 
GAAGAGGAAA AGCAGAAACA ATCTTCGGAA AAGTTTAACA AACTGAAATT GCTGTACACG 
CAAATTCGGG ATGAGCATAT TAAATTATTG CGTGAACAAA GTGAATCCAC AAAGGTTTTA 
AATAAAGAGA AGCAAACCAA CTCTGAGCTA CTATTGCAAA CAAAAGTCCT CAACAATGAG 
ATACTAAAAA TAAAAGGCGA TGTTGAGGAA AAGAACAAGA CCAACTTTGA TTTGTTGCAA 
CAAATAGAGG ACCAAAAGGA GCAGCTTTCG CAGCTGGAAT CGGTTAGGAA TGAGATAAAG 
GAGCAATTCG ATAATGTAGT AAAGCAAAAG GAAATACAAG AGCTGGATTC TATTTCGACG 
TCTGAGAGAT TGAGTGAAAA TAGTTTGATA ATTGAGAAAC TGAATGCGTC TCTAAATGAG 
GCCCAGGAAA AGGTTTCAAT TGCTGAAAGC CAAATAAGTT TGAAAAACGA AGAAATACTA 
CAGCACTTAA AAGCGCATGA AACAGAAAAG GAAACGCTTC TATCACAGAA TGAGCAACTA 
AAGCTGGAGC ATAAAGCGAC CTTTGAGGAT CAAAATAAAC AATTGCTGGA AACTATAAAT 
AGCCTAAAGC AAAAGGAAAC TTCCCTGCAG GAATTAACAG AAGCTTTTGC GCTACTAAAG 
CAGGAATTCG ATAATGTAAC CAAGCAAAAG GAAATACAAG AGCTGGATTC TATTTCAACG 
TCTGAGAGAT TGAACGAAAA TAGTTTGGTA ATTGAGAAAC TGAATGCGTC TCTAAATGAG 
GCCCAGGAAA AGGTTTCAAT TGCTGAAAGC CAAATAAGTT TGAAAAACGA AGAAATACTA 
CAGCACTTAA AAGCGCATGA AACAGAAAAG GAAACGCTTC TATCACAGAA TGAGCAACTA 
AAGCTGGAGC ATAAAGCGAC CTTTGAGGAT CAAAATAAAC AATTGCTGGA AACTATAAAT 
AGCCTAAAGC AAAAGGAAAC TTCCCTGCAG GAATCTACAG TGGCTCTTAC GCTCCTAAAG 
CAGGAACAGC TCTCGGTGAC TCAACAATAC GAGGACTTGC AGGGCAGGCA TGCGGCTCTG 
GAAGAGAAGT TCCATCAAAC AACGAAACAA GTGGATTCTA TTACTGAATC ATATGAAAAC 
TGTCATTCCA ATCTTAACGA TGTCAGAAAA CTGGTAGTTC AAACTGTGAA GGACATTTGC 
AATTCCAAAT TGAGTGATTC CGCCGAACAG CCCTTAGATG CTATTCCAAA AATCACAACA 
GAAATGGATG GGCTCATAGT TACATTCATT TCCTCGCCTG ATTTACAAAA GGCTACGTCC 
ATTAAGGGCT TGCAGGCAGC TATGTTCTTT GGATATGCAT TTATTAAATT ATATGAGCAG 
TGCGATGTGG TCTACAAGTC CACAACAGAG ATTGAGACGG GTCAAGATAT TTTAATGAAA 
GCATCATCCA TATGCTCAGA CATCTGCACC TTTTTCCAAT ATTCTCTCAA CGACGAACCG 
AGGGAAAAGG AAACGCATAA GGCTTTAAGC GATGTACAAT CGAAACTGTC GGATATACGT 
AAATTAGTTG ATAAAATTAA ACAGACATTT GAGAAAAAGA TTGACTTCGA TAAGCTGCTC 
GAAATAGAGC TTCGAGAGAT GGATAGTGCG ATCGATGAGG CAGCCTCAAA GATTATTAAC 
CTGTTGGCAA AGGCCCGCGA GAAAGATGAC AAAACCAACC TGGAAGTCAA TGGGAAAATT 
GTGGATGCAT GCACGACCCT AATGGAATGT GTTAAAGTCC TAATTTTAAA ATCGCGTGTG 
CTTCAGCAGG AAATCGTCGC ATCTCAAAAA GGAAATGCGA GTGCTAATGA ATTTTATAGG 
CGCAACAGTC AGTGGTCGGA CGGGTTAATA TCGGCTTCAA AAAGCGTAGC TAAGGCTGCG 
AATTATCTAG TTGATGCTGC CAATAATGCC ATTGAAAGTG AATCTGGGAA GAACTTTGAG 
CTCATAGTCG CTGCCCAGGA AATTGCTGCC TGCACTGCCC AGATGGTTAT TGCAAGTAAA 
GTCAAGGCTA ATCGTAATAG CCAAAATCTG ACAGACCTGA CCAAAGCATC GCGGAACGTA 
ACTAAGGCCA CTGGAACGTT GGTGGCCACT GTTAAAGATT GTAATTCCCA ACTGGAAGAA 
CTAAACGAGA AGGAGCTCTC CAATCTTACA CCATCCCAAA TAAAGACCAT GGAAATGGAA 
ATCCACGTTA AGGTTCTCGA AACAGAGCAA GCACTGCAGA CACAACGTTT AAAATTGTCG 
GCGTTTAGGA GGGAGCACTA CAAGAACACA GATTACTAA

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

RefSeq	XP_017135432.1
CDS	210..3728
Translation	MSTLAEKDIYQLVVSTNKALNGMEAPLKTKHARSIIIMIHKTKEAKSFWNTISRQPLMQSRFTAWKFCHLLHKVLREAPPSAIKHSQSHKKMILEVGKMWGLLHNDIGLCINAYCKLLVTKLNFHEKNTFPGSLIISFKEISKAADRDLNYFFQLCVEIFDYLEDIIALQLQIFSSINTYRMSSMTQQGQCRLAPMICLIQDSNSLYDNSVRIMFKLHENLPNDVLSGHRDRFNGLFLKLKVFYENVRPLQYFKSLISVPELPESSPNFSSQVDFSSYIPPVVYVQPEPDPIVEDLVETSCPSEPDNSQTQQQLNTLESIINEKDAMIEELKLSLNSLQQNFDELGQSYQHEVLEMQKANALLSNDLLISRQMCENIRMQNDDLELQLNKNPMLIQKVMEEEEKQKQSSEKFNKLKLLYTQIRDEHIKLLREQSESTKVLNKEKQTNSELLLQTKVLNNEILKIKGDVEEKNKTNFDLLQQIEDQKEQLSQLESVRNEIKEQFDNVVKQKEIQELDSISTSERLSENSLIIEKLNASLNEAQEKVSIAESQISLKNEEILQHLKAHETEKETLLSQNEQLKLEHKATFEDQNKQLLETINSLKQKETSLQELTEAFALLKQEFDNVTKQKEIQELDSISTSERLNENSLVIEKLNASLNEAQEKVSIAESQISLKNEEILQHLKAHETEKETLLSQNEQLKLEHKATFEDQNKQLLETINSLKQKETSLQESTVALTLLKQEQLSVTQQYEDLQGRHAALEEKFHQTTKQVDSITESYENCHSNLNDVRKLVVQTVKDICNSKLSDSAEQPLDAIPKITTEMDGLIVTFISSPDLQKATSIKGLQAAMFFGYAFIKLYEQCDVVYKSTTEIETGQDILMKASSICSDICTFFQYSLNDEPREKETHKALSDVQSKLSDIRKLVDKIKQTFEKKIDFDKLLEIELREMDSAIDEAASKIINLLAKAREKDDKTNLEVNGKIVDACTTLMECVKVLILKSRVLQQEIVASQKGNASANEFYRRNSQWSDGLISASKSVAKAANYLVDAANNAIESESGKNFELIVAAQEIAACTAQMVIASKVKANRNSQNLTDLTKASRNVTKATGTLVATVKDCNSQLEELNEKELSNLTPSQIKTMEMEIHVKVLETEQALQTQRLKLSAFRREHYKNTDY

Target ORF information:

RefSeq Version	XM_017279943.1
Organism	Drosophila miranda
Definition	Drosophila miranda huntingtin-interacting protein 1 (LOC108151379), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017279943.1

ORF Insert Sequence:

ATGTCGACGC TTGCCGAAAA GGACATTTAC CAGTTGGTTG TCAGCACAAA CAAAGCTTTA 
AATGGTATGG AGGCACCATT AAAAACGAAA CATGCTCGAT CCATTATTAT TATGATACAT 
AAAACCAAAG AAGCAAAATC ATTTTGGAAC ACCATCTCCC GGCAGCCCTT AATGCAAAGC 
AGATTCACCG CCTGGAAGTT TTGCCATCTG CTGCACAAGG TGCTAAGAGA GGCTCCTCCA 
AGCGCTATAA AACACTCTCA GAGTCACAAG AAAATGATCC TTGAAGTGGG CAAAATGTGG 
GGTCTTCTGC ACAACGATAT TGGACTCTGT ATAAACGCCT ACTGCAAGCT CCTGGTCACA 
AAACTAAATT TCCACGAAAA AAACACTTTT CCCGGATCCC TAATAATTTC GTTCAAGGAA 
ATTTCAAAAG CTGCCGATCG GGATTTAAAT TACTTCTTTC AATTGTGTGT GGAGATCTTC 
GATTATTTGG AGGATATAAT TGCACTGCAG TTACAAATAT TTTCTTCCAT AAATACCTAC 
CGGATGTCGT CCATGACTCA GCAGGGTCAA TGTAGACTGG CACCCATGAT TTGTCTCATT 
CAAGACTCGA ACTCCCTCTA CGATAATAGT GTAAGGATTA TGTTTAAACT CCATGAAAAC 
CTACCGAACG ACGTCCTGAG CGGCCACAGG GATAGGTTTA ATGGTTTATT TTTGAAGTTG 
AAAGTCTTTT ATGAAAATGT GCGACCGCTT CAGTATTTTA AAAGCTTAAT TTCGGTTCCG 
GAATTGCCCG AATCCAGTCC AAATTTCAGT TCACAAGTTG ATTTCAGTAG TTATATACCG 
CCAGTGGTCT ATGTGCAACC AGAGCCCGAT CCAATTGTTG AAGATCTTGT TGAGACCAGC 
TGTCCCTCAG AGCCAGATAA TAGCCAAACG CAGCAGCAGT TGAATACACT CGAGAGCATT 
ATAAATGAGA AGGACGCCAT GATTGAGGAG CTTAAATTAA GTTTGAATTC ATTACAACAA 
AATTTCGATG AGCTTGGACA GAGCTACCAA CATGAAGTGC TCGAAATGCA GAAAGCCAAT 
GCCCTCTTAT CGAATGATCT GCTAATATCA AGGCAAATGT GTGAAAACAT ACGGATGCAA 
AATGATGATC TTGAGCTTCA ATTAAACAAA AATCCAATGC TAATACAAAA GGTAATGGAA 
GAAGAGGAAA AGCAGAAACA ATCTTCGGAA AAGTTTAACA AACTGAAATT GCTGTACACG 
CAAATTCGGG ATGAGCATAT TAAATTATTG CGTGAACAAA GTGAATCCAC AAAGGTTTTA 
AATAAAGAGA AGCAAACCAA CTCTGAGCTA CTATTGCAAA CAAAAGTCCT CAACAATGAG 
ATACTAAAAA TAAAAGGCGA TGTTGAGGAA AAGAACAAGA CCAACTTTGA TTTGTTGCAA 
CAAATAGAGG ACCAAAAGGA GCAGCTTTCG CAGCTGGAAT CGGTTAGGAA TGAGATAAAG 
GAGCAATTCG ATAATGTAGT AAAGCAAAAG GAAATACAAG AGCTGGATTC TATTTCGACG 
TCTGAGAGAT TGAGTGAAAA TAGTTTGATA ATTGAGAAAC TGAATGCGTC TCTAAATGAG 
GCCCAGGAAA AGGTTTCAAT TGCTGAAAGC CAAATAAGTT TGAAAAACGA AGAAATACTA 
CAGCACTTAA AAGCGCATGA AACAGAAAAG GAAACGCTTC TATCACAGAA TGAGCAACTA 
AAGCTGGAGC ATAAAGCGAC CTTTGAGGAT CAAAATAAAC AATTGCTGGA AACTATAAAT 
AGCCTAAAGC AAAAGGAAAC TTCCCTGCAG GAATTAACAG AAGCTTTTGC GCTACTAAAG 
CAGGAATTCG ATAATGTAAC CAAGCAAAAG GAAATACAAG AGCTGGATTC TATTTCAACG 
TCTGAGAGAT TGAACGAAAA TAGTTTGGTA ATTGAGAAAC TGAATGCGTC TCTAAATGAG 
GCCCAGGAAA AGGTTTCAAT TGCTGAAAGC CAAATAAGTT TGAAAAACGA AGAAATACTA 
CAGCACTTAA AAGCGCATGA AACAGAAAAG GAAACGCTTC TATCACAGAA TGAGCAACTA 
AAGCTGGAGC ATAAAGCGAC CTTTGAGGAT CAAAATAAAC AATTGCTGGA AACTATAAAT 
AGCCTAAAGC AAAAGGAAAC TTCCCTGCAG GAATCTACAG TGGCTCTTAC GCTCCTAAAG 
CAGGAACAGC TCTCGGTGAC TCAACAATAC GAGGACTTGC AGGGCAGGCA TGCGGCTCTG 
GAAGAGAAGT TCCATCAAAC AACGAAACAA GTGGATTCTA TTACTGAATC ATATGAAAAC 
TGTCATTCCA ATCTTAACGA TGTCAGAAAA CTGGTAGTTC AAACTGTGAA GGACATTTGC 
AATTCCAAAT TGAGTGATTC CGCCGAACAG CCCTTAGATG CTATTCCAAA AATCACAACA 
GAAATGGATG GGCTCATAGT TACATTCATT TCCTCGCCTG ATTTACAAAA GGCTACGTCC 
ATTAAGGGCT TGCAGGCAGC TATGTTCTTT GGATATGCAT TTATTAAATT ATATGAGCAG 
TGCGATGTGG TCTACAAGTC CACAACAGAG ATTGAGACGG GTCAAGATAT TTTAATGAAA 
GCATCATCCA TATGCTCAGA CATCTGCACC TTTTTCCAAT ATTCTCTCAA CGACGAACCG 
AGGGAAAAGG AAACGCATAA GGCTTTAAGC GATGTACAAT CGAAACTGTC GGATATACGT 
AAATTAGTTG ATAAAATTAA ACAGACATTT GAGAAAAAGA TTGACTTCGA TAAGCTGCTC 
GAAATAGAGC TTCGAGAGAT GGATAGTGCG ATCGATGAGG CAGCCTCAAA GATTATTAAC 
CTGTTGGCAA AGGCCCGCGA GAAAGATGAC AAAACCAACC TGGAAGTCAA TGGGAAAATT 
GTGGATGCAT GCACGACCCT AATGGAATGT GTTAAAGTCC TAATTTTAAA ATCGCGTGTG 
CTTCAGCAGG AAATCGTCGC ATCTCAAAAA GGAAATGCGA GTGCTAATGA ATTTTATAGG 
CGCAACAGTC AGTGGTCGGA CGGGTTAATA TCGGCTTCAA AAAGCGTAGC TAAGGCTGCG 
AATTATCTAG TTGATGCTGC CAATAATGCC ATTGAAAGTG AATCTGGGAA GAACTTTGAG 
CTCATAGTCG CTGCCCAGGA AATTGCTGCC TGCACTGCCC AGATGGTTAT TGCAAGTAAA 
GTCAAGGCTA ATCGTAATAG CCAAAATCTG ACAGACCTGA CCAAAGCATC GCGGAACGTA 
ACTAAGGCCA CTGGAACGTT GGTGGCCACT GTTAAAGATT GTAATTCCCA ACTGGAAGAA 
CTAAACGAGA AGGAGCTCTC CAATCTTACA CCATCCCAAA TAAAGACCAT GGAAATGGAA 
ATCCACGTTA AGGTTCTCGA AACAGAGCAA GCACTGCAGA CACAACGTTT AAAATTGTCG 
GCGTTTAGGA GGGAGCACTA CAAGAACACA GATTACTAA