DNHD1 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	DNHD1
Entrez Gene ID	144132
Full Name	dynein heavy chain domain 1
Synonyms	C11orf47,CCDC35,DHCD1,DNHD1L
General protein information	Preferred Names dynein heavy chain domain 1 Names dynein heavy chain domain-containing protein 1 DNHD1 variant protein coiled-coil domain containing 35 dynein heavy chain domain 1-like protein
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 11 Map Location: 11p15.4
Disorder MIM:	617277

mRNA and Protein(s)

mRNA	Protein	Name
NM_144666.2	NP_653267.2	dynein heavy chain domain-containing protein 1 isoform 1
NM_173589.3	NP_775860.3	dynein heavy chain domain-containing protein 1 isoform 2
NM_173589.4	NP_775860.3	dynein heavy chain domain-containing protein 1 isoform 2

Pathways from BioSystems

Homologies

Homo sapiens (human)	DNHD1	NP_653267.2
Rattus norvegicus (Norway rat)	Dnhd1-ps1	XP_006230011.1
Bos taurus (cattle)	DNHD1	XP_002693217.2
Canis lupus familiaris (dog)	DNHD1	XP_005633666.1
Danio rerio (zebrafish)	LOC101882863	XP_005155846.1
Mus musculus (house mouse)	Dnhd1	XP_006508445.1
Xenopus tropicalis (tropical clawed frog)	dnhd1	XP_002943152.2

Gene Ontology
Bibliography

Related articles in PubMed

GWAS of DNA methylation variation within imprinting control regions suggests parent-of-origin association.
Rentería ME, Coolen MW, Statham AL, Choi RS, Qu W, Campbell MJ, Smith S, Henders AK, Montgomery GW, Clark SJ, Martin NG, Medland SE
Twin research and human genetics : the official journal of the International Society for Twin Studies16(4)767-81(2013 Aug)

ATM and ATR substrate analysis reveals extensive protein networks responsive to DNA damage.
Matsuoka S, Ballif BA, Smogorzewska A, McDonald ER 3rd, Hurov KE, Luo J, Bakalarski CE, Zhao Z, Solimini N, Lerenthal Y, Shiloh Y, Gygi SP, Elledge SJ
Science (New York, N.Y.)316(5828)1160-6(2007 May)

Characterization of long cDNA clones from human adult spleen. II. The complete sequences of 81 cDNA clones.
Jikuya H, Takano J, Kikuno R, Hirosawa M, Nagase T, Nomura N, Ohara O
DNA research : an international journal for rapid publication of reports on genes and genomes10(1)49-57(2003 Feb)

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

The following DNHD1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DNHD1 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	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu07997	NM_144666.2 Latest version!	Homo sapiens dynein heavy chain domain 1 (DNHD1), transcript variant 1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price
OHu09184	NM_173589.4 Latest version!	Homo sapiens dynein heavy chain domain 1 (DNHD1), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$349.30 $499.00
View Old Accession Versions >>
OHu09184	NM_173589.3	Homo sapiens dynein heavy chain domain 1 (DNHD1), transcript variant 2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	5+	$349.30 $499.00
Hide Old Accession Versions >>

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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.

Reference Sequences (Refseq)

DNHD1 ( NM_144666.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_653267.2 Homo sapiens dynein heavy chain domain 1 (DNHD1), transcript variant 1, mRNA.

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CloneID	OHu07997
Clone ID Related Accession (Same CDS sequence)	NM_144666.2
Accession Version	NM_144666.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 14262bp) 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	1577376000000
Organism	Homo sapiens(human)
Product	dynein heavy chain domain-containing protein 1 isoform 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from DB099871.1, BC111765.1, DB074960.1, AC009796.6, BG676072.1, AB290171.1 and AL834222.1. On Jan 30, 2009 this sequence version replaced NM_144666.1. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology RefSeq Select criteria :: based on manual assertion, conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGTCCCGG AGGAGAGGAG GGTAGGTTTG TCTTCTGATG AGACATCATC TGATTCCCTT 
AAGTCTTGGC ACTCCATATG TGTCTTGGAC AGCAAAGAAC AGCCCTTGGC CTGCCAGCAG 
AAACAGAGGC AGTTCGTGAA GCCAGTGACT GAGTCAGAGC AGCCCACAGT GCTGGAACTC 
CTGCTAGCTG AGCTCCGAAC TCTGTTCTCA GCTGTGTTGC AGGACAGTAG CCCTGCAGCT 
TGGCGCTATC TTCATGCAGT ACTGGGTCTA CTGCCTCCAT ATCGTGAGTT GCTAGTTGGC 
CACCTTGATT TGCTGCCCTT CCTGGAGCAG CTGTACTGCT GGGCACCCTG GGTCCAAACC 
CACCTCCATC TGGACCTGCT AGGTGCCATT GTCCAGGCCT TTCCTCCAGA CAGCTCTTTG 
TTAGACAGTG CTTCCCATGC TGACTGCTGT CCCCAGAAGC GGAGGCTCCA TCACAGGCCC 
CCATGCCCAG CTTGCCCTTT TGTGCAGGCC CAGTGGAGCA GGCAGCAAGT AAAGGAGGAG 
CTGGCCACCT GGCTGCGACC ATTGACACTG CCTGAGCTAC AGCGCTGCCT GGGCATTGTT 
GGTGCTCAGG TGGCCCTAGA AGAGGCTGTG TGGCTGGATG GACTTAGTCT CCTTCCCTTG 
GCACTGGCAG CGGACATCCC TGTACGGTAT GAAAGCAGTG ACACTGACAA TGCAGAGGTG 
GAGCCTGTTG GAAGAAAAGA GACCAGGTCT CAGCTTGACT ATGAAGTTCC CAGGGAAAAG 
GCCTTCCAAA AGAGCAGCAC CGGCTTTTCA CCTGAGACTT CCTTCCTGGA TAGCCAGGTG 
ATGACTGCTC TGAAGATGGA GAGATACCTG AAGAAGATCC ACTTCCTCTA TCTCAATGTG 
GCTCCCAGCC GGTACTTTAG GCCTTACAGC CTGATGGTGG TGCCACCCGA CAAGGTGAAT 
CCCGAGCACT ACATCTTCTC TCCCTTTGGG ATCTTGCATG TACATCCTGT GGAAGGTAGC 
GAGACGATGA CACTGGGTAC CTGGCACCAT CACTGTGTTC TCTGGCAGCA GCTCCAGTTC 
ATTCCATTCT TTAAGTATTG CCTCTTACGC AAGTCCTTTA CCTGTTGGAA GAAGAATGTG 
AGATTACAGG GGCTGCATCG ACTCCAGAAA TTCCTAGAGA ATCATCTGCT CTTGGCTGTG 
CCCCACTTTG GAGCTGGGCT ACTCCATATT AGCAGGCTTC TGCAGGAGCT ACACTCTGTG 
TCCTGGCTAC CCCAGGAACT GGATCGGTGC TATGAGCTGC TGGACCTGCA GACGGCTCTA 
GCCGAGGAGA AGCATAAGGC TCTACGGCTG CTCCATCGTT GCCTAAACCT CTGCACATCC 
ATTCTTCGAC TGGTTCACGA GGACACATAC CACATGCAAC AGTGCCTACA GGAGCGAGTA 
CAAAACTGTG ACAGGATCAG GACAGGCCAA GGCTCCATAT ACCTTCAGAG GGTACAGCAC 
AAGCAACTGG AGCAGAAGCT GAAGCAAGCA GAGGCCTGGT GGCTGCAGCT GGGAAAGTTT 
GCCCGCCTGG TTGACTACAT GATTTGTCAG AGCCTCATTT CTGTCTTGGA AGAGCAGATA 
ACCTCTTTTG TGGCCAACAT CCTTCAAGCC CCAAGGCAGA AACCCTTTCT CTCATCACAG 
CTGGTCTTTG ATGATCATGG TCAACTGTCT CATGTGCCCT GTGTTGAAAA TATGATCCAG 
ACTCTAACTG GAGGCCTACA GTCTGTCAAG ACCTCTGCCT TGCAGGTAGT GCAGTCTGCA 
GACCTGAAGA CCTCCTCGGA TTCCCTGTAT TCTGAAGAAG AAGATGAAGA GGAGGACTCA 
AAAGACGAAT TTCTGATGCC CAAGTTCCAG GGCCAGCCCA GCGATGCTGT GAGCATCTTC 
TGTGGCCCGA ATGTGGGATT GGTGTGGCCC TGGAAGTCTC ACCCAATTGC TGGTATCTTG 
GAGGTCCGTG GATGTCGGCT GCGGGGCCAA TACTTCCCCC ACAATTATAA GCAGCTGGAG 
GAAGACCTGG ACAACAACCC TAAGATCCAG CAGGCACTGA ATATACAACA GGTGCTGCTG 
GAGGGCGTGC TGTGCAAGGT GCAGGAATTC TGCAGGGAAC ATCATTGGAT AACAGGCATT 
TATGAATTCC TGCAATCCTG GGGGCCTCAG AAGCTGGAAG ACATGAGAGG TGGTCCCATC 
AAGAACTACG TGACGCTGGT GAGCCGCCTG AATGTTTGGC AGGCCCGTGT CTCCAGTATG 
CCTATCGAGT TGCTCACAAA AGGCGGGTTG CTGCTACTTA GCTGCCATGA TGTACAGGCA 
GAGATGGAAT CCAAGCTGAA CAGCATAAGG AAGGACATTC TTGCACACGT GCAAAATGAG 
TGCTGGAACC TCAGTCAACA ACTCATGACA GAGCTCACAG ATTTCATGCA TATCTTCCGA 
ACCATCAACT CAGATATTCA TGCCATTGCA CAGTGCACCC AGAAGTTGAA TGAAGCCAAT 
GAACAGTACG TCGAGCTGGA GGAGCGAATG GAATACGTAC GGGCACTCCA CGAACTCATC 
CGCAACCACT TTAGCCTCTT TAGTGCTGAG AATGAAGCAC TGGACATCTC GGTGAGAAGG 
CAATTCGGGG AGTCACCCAT CCCTCCCTGC CCTCCTCCCC CACAACCACA TCTACTCCAC 
TGCCCTCTGC TTGCCCCACA GCTTCTGGAT ATGTGGGAGG CATTTCAGTT TGAGAAAAGC 
CAGGCTTCAG AGTTCCTGCT CAGCAAGCGA CATGCCATTA TGCCCAAGCT GCAGCAGCTG 
ATGGCAGCAG CATTGGCAGA GCTGGAAGGC CTGCTTGCGA AGGCCCTCTC CGGTCCCTTT 
ATGGACCCCA CACAAGATCA GAGGAGTACT GAGCACCAGC TCGTCTCCCT AGAGCGTCAG 
TTCCAGAACA CAGTCAGCGA CCTCAGTGAA CTGCACCACG CCTATGCCAT CTTCACTGAG 
GATGAGACTC CTGTGCCCTT GCCAATCTGT GGGACACGTC CTATTGTGCA GCAGCAGCGC 
ATATGGCACC TGTACCGAGT CATCTCCGAA AACATCAGCG AGTGGAAGTG CATGGCTTTT 
GCCAAGTTCA GCCCAGCTAT GGCCCAGGAG AAGACAGAGG GCTGGCTGAC AGAGGCAGCA 
CGGATGAGCA CAACCCTGGA GCTGCACAGC CCCGTGCTGC AGCACTGCAT GCGCATCCTG 
GGGGAGTTTC GCAGCTACCT GCCCCTGCTC ACTAAGCTGG GCAGCCTCCA CCCACAGAGC 
CTCAACTGCC AGTGTCTCCT GCGTGCCCTT GGGCTGGGCA GTCTCCAAAC TATAGAACTC 
CTAACGCTGG GCCAGCTGCT TACTTATCCA CTGCTGGAGT TTGCAGATCG AATCAACCAG 
GTCTGGCAGA ATGAAAATGA ACGAATTCAT GCCCAAGAGA CTATACGGCG GTTGCAGCGG 
TACTGGGAAG CGCGCCAGCT GCGCCTGCTC AACTTCATCC TGCATGTACC CTACGAGCCC 
CCAGCCTCAG AGCGCTCCAA GAGGCAGGTG CTCCGCAGCC CCCAATGGGA GGTAGTGGAC 
AAAGATAGTG GCACCTTCAT CCTCTCAGAT TACAGCAACC TGCAGGATTC CATCCAGGAA 
AGTCTTCAGG TGTTGTCCAA GATCTTGGCC ATCGAAAAGT CAGGAGATTT AAACAAAATA 
GCTTTGGAGT GGGTGGCCAT CATGCATGGC CTGGGTGCCC TGCTGGAGGT GTGGCTGACT 
TTCCAGCAGA AGTGGATTTT TCTGAATAAA GTTCTGCATG AGATGAAGAT CCAGTTTCCT 
AATGCTGACC TGAACTCTCG TTTCAAGGTC ATGGATGACC AGTATCGAAC CCTGATGCGC 
ATCTCTGTAG CTGACCCCAT GGTTCTGTCA CTTGTAGTGC CCAGTGCCGA GAGGAGCCCT 
TACTTCCAAG GCCAGCAGCT GCAACAACTG CTGCAAGCAG GATCGGTGGA GCTGGAGGGC 
ATCATCATGA GTCTGGAGAG CGTGCTCTAT GGGGTGTGTG CTCACTTCCC CCGCCTCTTC 
TTCCTTAGTG ACAGTGAGCT GGTAGCCCTG CTGGCTGCTC GACTGGAATC ATGCGAAGCC 
CAGCTATGGG TACGACGCTG CTTTCCTCAT GTGCATGCTG TGAGCTTCAG GTCTTGCCCA 
ACTGGTGAGA AAAACACAGA TGACTGGGAG TCAAGCCCAA ACACACAGAC TCAGGTGGAG 
GCACTTGCAG TGCTAGGGGC AGGTGGGGAG GAGGTGAAGC TGCAGGGTCC CCTTCCTCTG 
CATCCAGATC TCCCTAAGTG GCTGGCCTCT CTGGAGAAGT GTCTGCGCTT GGCACTGGTG 
CACATGCTGC AGGGCTGTGT GGCTGCTCGC CTTGCTCGAG GCCCATCTCT AGGTGAGGCC 
CTCAAGCAAC TGCCCAAGCA AAACAAGTTG TACCTGCAAC TGTATGTCCA GCACTGGATC 
GACTTAGTCC AGGCCTTCCC ATGGCAGTGT GTGCTGGTGG CAGAGGAGGT GGTATGGCGG 
GCCGAGATGG AGGAGGCTCT GCTTGAGTGG GGTACCCTGG CCATGGTCTC CATGCATATG 
CGCAAGCTTG AGGTACTGGT GAATTTTATG CGGGCCCAGA GGGCTTCCCA AGGTGGGCAG 
TCCCTGCCTT CTGTCCGCCA GACCAGCCTT CTCAGTGCCC TGCTGGTCAT GGCAGTGACT 
CACCGGGATA TAGCACAGCT GCTGGAACAG CACCAGGTCA GTGATCTCAC AGACTTTCAC 
TGGGTCCGCC AACTCAAGTA TCACTTGGGT TCACCTCACA TAATCCCCAA AAGCCCCCTA 
CAGAGTCTTA AGACTATTGC ATCTTCTGAA CCCTCTCTGT CACCAGCGGC ATGCTGGATA 
GATGTGCTAG GCAGGTCCTT CCTGTACAAT TACGAGTATC TGGGACCTAG ACTAGGGCCT 
CTACCCAGCC TACTGCCTGA ACGGCCAGCC CTGGTACTAT TATTGGCCCT AGAGGAGGTG 
GCCTGTGGGA CCGTACTGGG TCCTAATGGT GTGGGCAAGA GAGCTATAGT GAACAGCCTG 
GCACAGGCCC TGGGCCGCCA GCTGGTGATG CTACCCTGCT CACCTCAGAT AGAGGCTCAA 
TGCCTGAGCA ACTATCTGAA TGGTGCCCTG CAGGGTGGTG CCTGGCTGCT GTTGGAGAAA 
GTTCATCAGC TGCCCCCTGG CTTGCTCTCT GCCCTGGGCC AGCGCCTGGG TGAACTGCAC 
CACTTGTATG CCCCACTGTA CCAGGAGGCT TCCCGAAACA CAAGCACCAT AGACCCCACC 
CAGCCCCAGC TCCTTGGCAG TAGCTTCTTT GAAAAACATC ACGTGTCTGT GCGCCTTGGC 
TATGGCTGTC TCCTGGTACT GCGTGCCCTG AGCTCTGCTG TGCCTGCCAA CCTGCACCTG 
CTGCTGCGGC CTGTGGCATT GGCATTGCCT GATCTGCGGC AAGTGGCAGA GCTGACTCTG 
CTGGGTGCAG GGATGAGGGA TGCCTTCCAG ATGGCTACCC GCCTATCCAA ATTCTTCTCT 
CTAGAGCGTG AGCTGGTGTC TGGGCCCCTG CCCTGCCGCC TGCCACTGCT CAAGCAGATA 
CTGGAAGACA CAATACGGAC ACTAAATGTG ACCAAGGAGG AACCGAAGTG CCAGAAGCCT 
CGCAGCCTAG CTGCCATTGA GGAGGCTGCC CTACTGCGCT CACCACTGTT TAGCATTCTC 
AATGGGCTCC ACCTGCACAA CCTCCGAGGG CTGTTGTGTG CGCTTTTCCC TAGCGCCAGC 
CAAGTGCTGG CAGAACCTAT GACTTACAAG CTGATGAAGC CATTGGTGGT GGAGGAACTG 
CAACAGGTAG GTCTGGATCC CAGCCCTGAC ATTTTGGGGT CCTTGGAACA GTTGAGCCAG 
GCCCTGAGCC GGGCCTCAGG CATTCTGCTC CTGGGCCCTG CGGGCAGCGG CAAGACCACT 
TGTTGGCACA GCTTATTTAA GATCCAGAAT CGGCTGGCAG CCATGGAGGA CACCTCAACC 
CAAGGCTGCC AGCCTGTGGA AATTACCCAC CTGTACCCCA GTGGCCTCAG CCCCCAGGAG 
TTCCTGGGAT GGCTAGAGGG CTCCTGCTGG CATCATGGCA TCTTTCCCAA GGTACTTCGT 
GCAGCCGGTC AGTGTAACAA CATGGGCCAA AAGAGGCAGA CAGAGGAATC AATCGGGATC 
CAGCACTGGA TAATATGTGA TGGAGCCTCC AATGGTGCTT GGCTGGACTC CATCACTTGC 
CTCCTGAGTG AGCTTCCCCA GCTTAGTCTC CCCAGTGGAC AGCAGATAGC ACGACCCCCA 
GGCACCTTTC TCTTGATGGA GGTGGCTGAC ACAACAGGCA TATCCCCCAC AGTGGTAGGC 
TGTTGTGCCC TAGTCTGGTG TGGTGGAGAG CAGACTTGGC AGTGTATACT TAGTGCCCTG 
ATGGCATCCC TTCCTTATGA GTACCGCCTG CAGCACCGGA CAGTCGCTGA GCTCAACCAC 
ATGGCTGAGG TTCTGGTGCC TGCAACATTG CGATTCCTCA CCTGCCAAGG TGTCAGCTCT 
CTGCTGCAGG TACACGGGCA GCAGGCTGTT TGTGCAGGTG TGGCAGAAGT TACCAGCATG 
GCACGCATCT TGCATAGTCT GCTTGACCTC CACCTTCGCC TAAAGGAGGA GAAGGCCCCT 
GGCCCAGAGG ACCTCAGCTA TAGTGATCCT GTGGCCCAAA GCTTCAGGTC TTCAAAAAGC 
AGCTTTCTAA ACCGGTCCCA GGTTGACAGT GACGATGTGC CAGATAAGTG CAGGGAACAC 
TTGCTGGCTG TCAGCAGTTT TCTTTTTGCC TTGATCTGGG GCTTTGGAGC CCACCTTCCC 
TCCAGGTTCT GGCCCATCTT TGATACCTTC ATAAGGGATT CTATTAGTCG CCTCTCCAAC 
TACCCTGAGC CACCACCCTC AGCCTTGGTG TTTGATCTAC ATGTAAGCCC TGAAGATGGA 
ACACTGGTCC CCTTCACTGG CCAATACCTG AGCAGCCACA TCAAAGGAAC TTTGGGCACC 
TTTCACCCTT CTATCCAGAC TGAACGGCTC TTGTATGTGG TGGACCTGCT TCTGTCAGGG 
GGACAGCCAG TGTTGCTGGC TGGAGAGGCA GCAACAGGGA AGTCAGCCTT TGTGGAGGTG 
CTGGTAGAGC CACATCACCC TTACATATAC AGCCCCATCC ACCCTGCCTT CAGTTCCTCC 
CACCTCCGTC TCCTGCTGAG CAGAGGAATC CAGGGCCAAA CACAAGCCAG CCCACAGCCT 
GGGCATCACC AGGATTCTAA ACCCTCCCTC CTCTTCTTGC TGGAGGACCT GCACCTAGCC 
ACTTCTGACC CAGAGAAGAG CTGCCAGCCA GTGTTGGAGA CTCTGCGCCA GGCCATGGAT 
GGCACTGTGT ATGCCCACAG CACCTTGGAA CTGCAGACGC TGCAGCCTAC AGTCAACTTC 
CTTGCCACTG TCACAGTGCC AGGATACTGT GAGCGCCCAC TGTGTCCACG CCTCTTTCGA 
CTCTTCACAG TCCTGGCCCT GGAAAGCATG ACCCAGGCCA CCCTGCTGGA AAGACATGTG 
CCTATCATTC AGGCTTGGCT TGAGCGTTTC CCTTCTGTGG AACGGGAGCG TGCTCTGGCA 
CGAGGTCTGG TTAGGGCCTC AGTAGAGGCC TGGGAGGCTG TGTGCAATTG CTTCATGCCT 
TCACCCCTCC ACCCACACTA CCACTTCTCC CTACACTCTG TGAGCCACCT ACTGAGCAGC 
CTGCAGCTGC TGCCCAACAG AACAGGCTCC CGAGGTTTTG TGGACTATCC CAACCACCAG 
GAGCACTTGC GCCGGGTGTC AGGCCTGCGA GGCACTTGTC TGACCGTTAT GATGGCCACA 
CGCAATGTGG TGCGTCTTTG GTTGCATGAG GCACAGAGAA CCTTTTGCGA CCGGCTGGAC 
AGCCCCAGGG AACGCTCCTA CTGTGCCAAG CTGCTCCTAG TAGTAGCTCA AAGTGTCTTC 
TGCTGTGGGC CAGGGCCCCA GCACCTGGGC AAGGACCATC AGGAGAGTGA GGAGGAGGAG 
GAGGAGGAGA GGGTGCCCGA AGTAGAATCT GAAGGGGAGT TGGCCCAGTG GGAGGACTTC 
AGCAACAGCA ATAGTGAAAC AGAGGAGGAA GAGGAACCTT ATGGCCTTCA GGTCGCCAGA 
GTCTCAAACT CCAGAGATCC AAGTCTAACA CCATCCATAG GACCAGTAAG CAGGGGGATG 
AAGGAAAGCA TAAGTCACAA GATAAGGCAA GAGAAAGGCA CAAGGGCATC CAACTATAGG 
CTCCAGGTAA GGAGATCATT CAAGACTTGG TGGCAGAAGA AACCCCAGAT GGACCTGATC 
TCACCCTTGT TGTTACCAGT GTTACTACTA CATCCCCAGG AAAAGCCCTC AGACCTGGTC 
TTCAGTCAGG AGCTGATACT GGGGCCTAAC TCTGAGACCC CCAACTTGTA CCTGGAACGA 
CAGTGGGAGA AGCTAGAGGA GCAGTTGGCC ACCTCAGCTG CTCAACTGAA GTTGAGCCCC 
CACCTGGCCC GGTGTCATTC CATGGCCCAG CACGTGGCCC GCCTGGTCCG GGTGCTGGCC 
AGGCCCCGGC AGCATGGCCT GCTGCTCTCG GGGGCTCTGG GTACTGGGCG CCACACTGCC 
ATCACTCTGG CTTCTAGCAT TTGTCAGGCC CATTTCTTTC ATCTACCATC TGGGTCAGAG 
GAGGCCATTC TCCAATGTCT ACGAGATGCC AGCTGGCATG CTGGCATGTT AAGCCAGCCA 
GTGGCTCTGT TGGTACCCAG TGGTGTGGAT CTCACTACAC TTCATCGCCT CCTGGCCCTG 
GCAACCTCAG GCAGTTTCCC TGGCCAGTAC ACAGAAGCAG ATTTGGACCG CATTGGAGAA 
CACCTCCCCA GGGAGAACCT TGGTGTCAAA CAGAACATCA AGAAGGAAAT GGTGTTGCAG 
AGGTTCCACC AGCAAGTGTG CAGCCACCTT CACCTGTTCT TCCTGATTGG AGATAAACAG 
GCCCACAAGC AGCTGCCCTC CACCCTTTTC CTGAGGCTCC TTCAACTGGC CACTGCCAGC 
ATTGACCGCT ATGAACCCTG GGACCAAGCT GCCCTGGCCA AGGTGGCCCA GCATCACCTG 
GAGGGTGCTC AGAGTGTGCC CCTTGATGAC GGCTCCTGGA AGTACCCAGA CCTCCAGGCC 
TCAATTCCCA GTGTGGCCAA AGCCATGGCT CTTATCCACC TTTCGGCCAC CCACTACCAT 
GAGCACCTGT GCCCTGCATT GCCACTCGTC ACCCCCAAGA CCTTCCTAGA CTTCCTGGAC 
ACTTTCCTGA TGCTGCAGCA ACAGACAATC CTGAAGATTA AGAACAAGGC CCAGCGGGTC 
CAGAATGCCT TGGAGAATCT GAGAATGCTG ATTAAGGAGC ACGGTACCCA TGCCAATCTG 
ATCTTTGACT TGGAACAGCA GCTGAAAGAC TCCGGCAAGA GTCTCAGCAT GTTTCAGCAG 
CAGCTAGAGC AAAGCAAGCT CCTATACAAG CAGCAGCTGG AAGAGTGTCG GCATCAAGAG 
AACCTCATTG AGAACCTGGC CAGGCAACGG GATGCCCTGC AAGCTCAGCG AGAGGCTTTC 
CTGGAGCAGA TGAGCAAGGC ATTTCTGGAG CCTCTGAGCC AGCTGCAGGT GGCTGACTTT 
GAGGAGATAC GGAGCTATCG AGCACCACCA GAATCTGTGG TCCGGGTAAC TGATGCAATG 
TGTGACTTGT TCCACCATGA AACAGGCTGG GCCAGTGCCA AACAGCTGTT ATGCACTGAG 
GATTTTTATC AGGAGCTGGT GTTCTTCCCC AAGGAGAAGA TAACAGACTC AGAGCTGATA 
AAGTTACATC TAATTCTGAA GGCTCCAGGT ATGGACGATG CAGCCCTGCG GGCAGTGAGC 
CGACCTGCAG CCAGCCTGGC AGCCTGGCTC TGGGCTGTTC TGCACTATGG GCTGGCGCAT 
TGCCGGGGAC TGCCCACGGA CCTGCTGCTG CAGCAAGTGG AGGCAACACT CACTCGGGAG 
CAGGCCCGCC TGGGCTACTA CCAGTTTCAG GCCCAGGAGA CCCTGGAGCA TAATTTGGCC 
CTGGCTAAGA TGGTGGAGGA TGCCCAAGCT TCCCACAACT GCGTGGCAAA GACCCTCAGT 
CAAGCACAGT GTGGGCAGTA TCACAAATGG CCCATGAAGG CTGCACTGCT CACGCCTATG 
CGTGCCTGGA CTACACAGCT CCAGAAGCTG AAGGGACGCT GCATGACTGT GTTTGGAGAT 
ACCCTCCTAT GTTCAGCTGC CATCATCTAC CTGGGTCCCT TCCCACCATT GCGGCGCCAA 
GAGCTACTGG ACGAGTGGTT AGCTCTGTGT AGGGGCTTTC AGGAGGCTCT GGGCCCAGAT 
GATGTGGCAC AGGCACTGAA GCGGAAGCAA AAATCTGTCA GCATACCACC AAAGAACCCC 
CTGCTGGCTA CACACTCTCC CTTCAGTATT CTGTCCTTGC TGAGCTCTGA ATCGGAGCAG 
TACCAGTGGG ATGGAAACCT GAAGCCACAG GCAAAGTCGG CCCACCTGGC AGGCTTGCTT 
CTGCGAAGCC CCACACACTA CAGTAGTTGC CGTTGGCCTC TGCTGCTTGA CCCCAGCAAC 
GAGGCCCTCA TCTGGTTGGA CCCGCTGCCT CTGGAAGAGA ATCGATCTTT TGCGCCAGCC 
CTCACTGAGG GTAGAGGGAA AGGCCTCATG AGAAATCAAA AGAGAGAGAG TAAAACGGAC 
ATGAAAGAGG AAGATGATGA GAGTGAAGAG AGTAATGAGG CTGAGGACCA GACAAAAGAG 
CAGAAGGCAG AGGAAAGAAA AAATGAGCAG GAGAAAGAGC AAGAGGAAAA TGAAGAGAAA 
GAGGAGGAGA AGACAGAGAG CCAGGGGTCA AAGCCAGCCT ATGAGACTCA GCTTCCATCC 
CTTCCCTACC TTAGTGTTCT TTCAGGTGCT GACCCAGAGC TGGGTTCTCA GCTCCAGGAG 
GCAGCTGCTT GTGGCCTGCC TGTGTTACTG ACCAATGTGG AGCTGGGTCT AGGGTGCGAA 
GAACTGCAAT GGCTGCTGCA ACGGGAGCAG CTGAGTCCAC CCCAGGTGCA GCCTGGCTTC 
TGTCTGTATC TCAGCACCAC CCTCTCCCTC TGTGCCATGG AAAAAGTGCT AGGTTGTGAA 
CTGCTAAAGG GGCTGAATGT GTTGGATCTG GGCCTGAACA TGGAAATACT GGAAGAACAG 
ATGCTGCATG AAATCTTGTG CAGAGAGTAT CCTGAACTCG AGACCCGCTG GCAGGACCTA 
AAGATCAGAG CCCTAGATAC CTGCAAGGCT GTGGAGGCTG CTGAGGAGCG GCTGCTGACG 
ATGCTGCTGT TCCAGAATCC GAAGCGTCAG AAGCCAGCCA AGTTTCTGCG GAACATAGTG 
AGGGCCCAAG GAAAGCTATG CCAGCTGCGT GCTCATTGTG AAGAGTTAGA AGGGCAGAAA 
CTACAGGAGA TGGTATTGTG GGCACCCTAT CGACCTGTGG TTTGGCATGG AATGGCCATG 
GTAAAGGCCC TAAGCCAACT GCAGAACCTG CTGCCACTTT TCTGTATGAG CCCAGAGAAC 
TGGCTGGCAG TCACTAAGCA GGCTCTGGAC AGCATGAAGC CACGTGAGAT TAATCACGGG 
GAGGACCTGG CCAGCCATCT ACTGCAATTG AGAGCACACC TGACCCGCCA GCTGCTGGGC 
AGCACCGTGA CTGCACTGGG CCTTACCCAA GTACCCTTGG TGGGTGCATT GGGCGCTTTG 
GCTCTGCTGC AAGCAACAGG GAAAGCATCA GAGCTGGAAA GACTGGCACT CTGGCCTGGA 
CTAGCAGCCT CTCCCAGCAC AGTCCACAGC AAGCCAGTCT CAGATGTGGC TCGACCGGCC 
TGGCTTGGGC CAAAAGCCTG GCATGAATGT GAGATGTTAG AGCTGCTGCC CCCATTTGTT 
GGCCTGTGTG CCTCCCTGGC AGGCCACTCC AGTGCTTGGC AGGCTTACCT GTCACTGTCA 
TCCACAGTGC TGGGTCCTGC ACCTGGGCCA GGGCCTGAGC CACTCAGCCT CCTCCAGAAG 
CTGATCCTGT GGCGCGTTCT GCGACCTGAG TGCCTGGCAG GTGCCCTGGC AGACTTCACC 
ACTAGCCTCC TGGGTCGGCC CCTGGATGAA AACACGTATG CTCCCACCAT GCCCTTTAAA 
CATAGTCAGG CTACTCAGCC CATGCTGATC TTGTTGCCAC CGCCTGGCCA CCCCTCAGCC 
ACTCTGCATC CTCTGACTGT CATCCAGAAA CTGGCTGCCA AGTATCAGCA GGGGCAGAAG 
CAACTGCAGG TGATAGCCCT GGGCTCTGAA GCCTGGGACC CAGTCTCAGT TGTGGTCAGC 
ACTCTATCCC AGGCTATGTA TGAGGGGCAC TGGCTGGTGC TGGACAACTG TCATCTGATG 
CCCCATTGGC CGAAAGAGCT GCTACAGCTC TTGCTGGAAC TGTTAGGCAG AGCCAAGGTG 
GTTGCAGACC TGGAATCAGA ACAGCTTTTA GACCAACCTG AAAGCAGGAA TGTAAGCACT 
GTTCACAGAG ATTTTCGTCT TTGGCTTATT GTGCCTGCAG AGTCTAGTGC TTCTTTGCCA 
GCTGTGCTGA CTCAGCACTC CATGCCTGTT TTCTGGAACC AGTCCCTGGA GCTGGGCCAT 
GTTTTGATTG ACAGTGTGGA GCTAGCCCAG CAAGTACTCT ACATGCAACC CCCCACCCAG 
GCACTACCTC TGCTCCTCCT CCATGGCCTC CTGCTACACC GGCAGCTCTA TGGAACAAGG 
CTGCAGGCAC ACAGGGGGCG CTGGAGTCAA GTGACTCTAA CCCAGGTTCT TCAGACCCAA 
GACCAGCTGT GGGCAAGTCT TAGCAATCCC CGTGCTGCCA TGCAAGAGCT GGCTGCTTCA 
GTTTTCTACG GGGGTCCTCT GGGGGACACT GAGGACAGGG AGGCCCTGAT TAGCCTCACA 
CAAGCCTGCC TGAGCCCCAG TAGTGGGAGC TGGGTCCAGC CACACACACC TCAGTCTTTG 
CTGGCCACGC TCATGCCCCT CCCAGAGCTA AGGGAGCTGG ATGCAATGGC AGAGTGCAAG 
GCCCAGATGC ACCTACTGCC CTCACCACCT GAACCCCGGC TCTGCGGACT GAGTGAGGGC 
CCCCAAGCCT GGCTGTTGCG ACGCCAGAGT CGCGCTCTCT TGAGTGCGCT GCAGCGGAGT 
TCACCCGTGT GGGTTCCTGA GTCTCGAAGA GGCGCCCAGC TTGCGGAAAG GCGACTGCGG 
CAACGCCTAG TGCAAGTCAA CCGGAGGCTG GAGTCACTGC AGGATCTGCT GACCCACGTG 
ATTCGCCAAG ACGAGTCCGA CGCCCCGTGG TCAGTGCTGG GGCCAAATGC ACGGCGGCCT 
CTGGAGGGCG TCTTAGAGAC CGAGGCTCTA GAACTGAGCC AGTTGGTGGG CACGCTACAA 
CGCGACCTTG ATTGCCTGTT GCAGCAGCTG AAGGGCGCAC CCCCGTGCCC CTCCCGCCGC 
TGTGCTGCGG TGGCCCACGC TCTCTGGACT GGCCGCCTAC CCTTGCCTTG GCGACCTCAT 
GCGCCGGCCG GTCCGCAGCC GCCCTGGCAC TGGCTGCGAC AGTTGTCGCG CCGTGGGCAA 
CTGTTGGTTC GTTACTTGGG CGTGGGCGCG GACGCGAGCA GTGATGTACC AGAGCGCGTC 
TTCCACCTGT CAGCCTTTCG CCACCCGCGC CGCCTGCTGC TGGCATTGCG TGGGGAAGCT 
GCCCTGGACC AGAATGTGCC CAGCTCGAAT TTCCCTGGTA GCCGAGGCTC GGTCTCCAGT 
CAGCTCCAGT ATAAACGTCT GGAGATGAAC AGCAACCCTC TGCACTTCAG GGTGGAGAAT 
GGTCCAAATC CCACGGTTCC AGAGAGAGGG CTGCTGCTGA TCGGGCTACA GGTCCTACAT 
GCGGAGTGGG ACCCAATAGC TGGAGCCTTG CAGGACAGTC CTTCCAGCCA ACCCAGCCCT 
CTGCCTCCCG TCAGCATCAG CACACAGGCC CCGGGCACCA GTGACCTGCC AGCCCCAGCC 
GACCTGACTG TGTACTCGTG TCCTGTGTAC ATGGGAGGGC CCCTTGGCAC CGCTAAGCTG 
CAGAGCAGGA ACATCGTGAT GCATCTGCCT TTACCCACCA AGCTCACCCC CAACACCTGT 
GTCCAAAGGA GGGTCCATGT GTGCAGCCCA CCCCTGTCTT GA

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

RefSeq	NP_653267.2
CDS	565..14826
Translation	MVPEERRVGLSSDETSSDSLKSWHSICVLDSKEQPLACQQKQRQFVKPVTESEQPTVLELLLAELRTLFSAVLQDSSPAAWRYLHAVLGLLPPYRELLVGHLDLLPFLEQLYCWAPWVQTHLHLDLLGAIVQAFPPDSSLLDSASHADCCPQKRRLHHRPPCPACPFVQAQWSRQQVKEELATWLRPLTLPELQRCLGIVGAQVALEEAVWLDGLSLLPLALAADIPVRYESSDTDNAEVEPVGRKETRSQLDYEVPREKAFQKSSTGFSPETSFLDSQVMTALKMERYLKKIHFLYLNVAPSRYFRPYSLMVVPPDKVNPEHYIFSPFGILHVHPVEGSETMTLGTWHHHCVLWQQLQFIPFFKYCLLRKSFTCWKKNVRLQGLHRLQKFLENHLLLAVPHFGAGLLHISRLLQELHSVSWLPQELDRCYELLDLQTALAEEKHKALRLLHRCLNLCTSILRLVHEDTYHMQQCLQERVQNCDRIRTGQGSIYLQRVQHKQLEQKLKQAEAWWLQLGKFARLVDYMICQSLISVLEEQITSFVANILQAPRQKPFLSSQLVFDDHGQLSHVPCVENMIQTLTGGLQSVKTSALQVVQSADLKTSSDSLYSEEEDEEEDSKDEFLMPKFQGQPSDAVSIFCGPNVGLVWPWKSHPIAGILEVRGCRLRGQYFPHNYKQLEEDLDNNPKIQQALNIQQVLLEGVLCKVQEFCREHHWITGIYEFLQSWGPQKLEDMRGGPIKNYVTLVSRLNVWQARVSSMPIELLTKGGLLLLSCHDVQAEMESKLNSIRKDILAHVQNECWNLSQQLMTELTDFMHIFRTINSDIHAIAQCTQKLNEANEQYVELEERMEYVRALHELIRNHFSLFSAENEALDISVRRQFGESPIPPCPPPPQPHLLHCPLLAPQLLDMWEAFQFEKSQASEFLLSKRHAIMPKLQQLMAAALAELEGLLAKALSGPFMDPTQDQRSTEHQLVSLERQFQNTVSDLSELHHAYAIFTEDETPVPLPICGTRPIVQQQRIWHLYRVISENISEWKCMAFAKFSPAMAQEKTEGWLTEAARMSTTLELHSPVLQHCMRILGEFRSYLPLLTKLGSLHPQSLNCQCLLRALGLGSLQTIELLTLGQLLTYPLLEFADRINQVWQNENERIHAQETIRRLQRYWEARQLRLLNFILHVPYEPPASERSKRQVLRSPQWEVVDKDSGTFILSDYSNLQDSIQESLQVLSKILAIEKSGDLNKIALEWVAIMHGLGALLEVWLTFQQKWIFLNKVLHEMKIQFPNADLNSRFKVMDDQYRTLMRISVADPMVLSLVVPSAERSPYFQGQQLQQLLQAGSVELEGIIMSLESVLYGVCAHFPRLFFLSDSELVALLAARLESCEAQLWVRRCFPHVHAVSFRSCPTGEKNTDDWESSPNTQTQVEALAVLGAGGEEVKLQGPLPLHPDLPKWLASLEKCLRLALVHMLQGCVAARLARGPSLGEALKQLPKQNKLYLQLYVQHWIDLVQAFPWQCVLVAEEVVWRAEMEEALLEWGTLAMVSMHMRKLEVLVNFMRAQRASQGGQSLPSVRQTSLLSALLVMAVTHRDIAQLLEQHQVSDLTDFHWVRQLKYHLGSPHIIPKSPLQSLKTIASSEPSLSPAACWIDVLGRSFLYNYEYLGPRLGPLPSLLPERPALVLLLALEEVACGTVLGPNGVGKRAIVNSLAQALGRQLVMLPCSPQIEAQCLSNYLNGALQGGAWLLLEKVHQLPPGLLSALGQRLGELHHLYAPLYQEASRNTSTIDPTQPQLLGSSFFEKHHVSVRLGYGCLLVLRALSSAVPANLHLLLRPVALALPDLRQVAELTLLGAGMRDAFQMATRLSKFFSLERELVSGPLPCRLPLLKQILEDTIRTLNVTKEEPKCQKPRSLAAIEEAALLRSPLFSILNGLHLHNLRGLLCALFPSASQVLAEPMTYKLMKPLVVEELQQVGLDPSPDILGSLEQLSQALSRASGILLLGPAGSGKTTCWHSLFKIQNRLAAMEDTSTQGCQPVEITHLYPSGLSPQEFLGWLEGSCWHHGIFPKVLRAAGQCNNMGQKRQTEESIGIQHWIICDGASNGAWLDSITCLLSELPQLSLPSGQQIARPPGTFLLMEVADTTGISPTVVGCCALVWCGGEQTWQCILSALMASLPYEYRLQHRTVAELNHMAEVLVPATLRFLTCQGVSSLLQVHGQQAVCAGVAEVTSMARILHSLLDLHLRLKEEKAPGPEDLSYSDPVAQSFRSSKSSFLNRSQVDSDDVPDKCREHLLAVSSFLFALIWGFGAHLPSRFWPIFDTFIRDSISRLSNYPEPPPSALVFDLHVSPEDGTLVPFTGQYLSSHIKGTLGTFHPSIQTERLLYVVDLLLSGGQPVLLAGEAATGKSAFVEVLVEPHHPYIYSPIHPAFSSSHLRLLLSRGIQGQTQASPQPGHHQDSKPSLLFLLEDLHLATSDPEKSCQPVLETLRQAMDGTVYAHSTLELQTLQPTVNFLATVTVPGYCERPLCPRLFRLFTVLALESMTQATLLERHVPIIQAWLERFPSVERERALARGLVRASVEAWEAVCNCFMPSPLHPHYHFSLHSVSHLLSSLQLLPNRTGSRGFVDYPNHQEHLRRVSGLRGTCLTVMMATRNVVRLWLHEAQRTFCDRLDSPRERSYCAKLLLVVAQSVFCCGPGPQHLGKDHQESEEEEEEERVPEVESEGELAQWEDFSNSNSETEEEEEPYGLQVARVSNSRDPSLTPSIGPVSRGMKESISHKIRQEKGTRASNYRLQVRRSFKTWWQKKPQMDLISPLLLPVLLLHPQEKPSDLVFSQELILGPNSETPNLYLERQWEKLEEQLATSAAQLKLSPHLARCHSMAQHVARLVRVLARPRQHGLLLSGALGTGRHTAITLASSICQAHFFHLPSGSEEAILQCLRDASWHAGMLSQPVALLVPSGVDLTTLHRLLALATSGSFPGQYTEADLDRIGEHLPRENLGVKQNIKKEMVLQRFHQQVCSHLHLFFLIGDKQAHKQLPSTLFLRLLQLATASIDRYEPWDQAALAKVAQHHLEGAQSVPLDDGSWKYPDLQASIPSVAKAMALIHLSATHYHEHLCPALPLVTPKTFLDFLDTFLMLQQQTILKIKNKAQRVQNALENLRMLIKEHGTHANLIFDLEQQLKDSGKSLSMFQQQLEQSKLLYKQQLEECRHQENLIENLARQRDALQAQREAFLEQMSKAFLEPLSQLQVADFEEIRSYRAPPESVVRVTDAMCDLFHHETGWASAKQLLCTEDFYQELVFFPKEKITDSELIKLHLILKAPGMDDAALRAVSRPAASLAAWLWAVLHYGLAHCRGLPTDLLLQQVEATLTREQARLGYYQFQAQETLEHNLALAKMVEDAQASHNCVAKTLSQAQCGQYHKWPMKAALLTPMRAWTTQLQKLKGRCMTVFGDTLLCSAAIIYLGPFPPLRRQELLDEWLALCRGFQEALGPDDVAQALKRKQKSVSIPPKNPLLATHSPFSILSLLSSESEQYQWDGNLKPQAKSAHLAGLLLRSPTHYSSCRWPLLLDPSNEALIWLDPLPLEENRSFAPALTEGRGKGLMRNQKRESKTDMKEEDDESEESNEAEDQTKEQKAEERKNEQEKEQEENEEKEEEKTESQGSKPAYETQLPSLPYLSVLSGADPELGSQLQEAAACGLPVLLTNVELGLGCEELQWLLQREQLSPPQVQPGFCLYLSTTLSLCAMEKVLGCELLKGLNVLDLGLNMEILEEQMLHEILCREYPELETRWQDLKIRALDTCKAVEAAEERLLTMLLFQNPKRQKPAKFLRNIVRAQGKLCQLRAHCEELEGQKLQEMVLWAPYRPVVWHGMAMVKALSQLQNLLPLFCMSPENWLAVTKQALDSMKPREINHGEDLASHLLQLRAHLTRQLLGSTVTALGLTQVPLVGALGALALLQATGKASELERLALWPGLAASPSTVHSKPVSDVARPAWLGPKAWHECEMLELLPPFVGLCASLAGHSSAWQAYLSLSSTVLGPAPGPGPEPLSLLQKLILWRVLRPECLAGALADFTTSLLGRPLDENTYAPTMPFKHSQATQPMLILLPPPGHPSATLHPLTVIQKLAAKYQQGQKQLQVIALGSEAWDPVSVVVSTLSQAMYEGHWLVLDNCHLMPHWPKELLQLLLELLGRAKVVADLESEQLLDQPESRNVSTVHRDFRLWLIVPAESSASLPAVLTQHSMPVFWNQSLELGHVLIDSVELAQQVLYMQPPTQALPLLLLHGLLLHRQLYGTRLQAHRGRWSQVTLTQVLQTQDQLWASLSNPRAAMQELAASVFYGGPLGDTEDREALISLTQACLSPSSGSWVQPHTPQSLLATLMPLPELRELDAMAECKAQMHLLPSPPEPRLCGLSEGPQAWLLRRQSRALLSALQRSSPVWVPESRRGAQLAERRLRQRLVQVNRRLESLQDLLTHVIRQDESDAPWSVLGPNARRPLEGVLETEALELSQLVGTLQRDLDCLLQQLKGAPPCPSRRCAAVAHALWTGRLPLPWRPHAPAGPQPPWHWLRQLSRRGQLLVRYLGVGADASSDVPERVFHLSAFRHPRRLLLALRGEAALDQNVPSSNFPGSRGSVSSQLQYKRLEMNSNPLHFRVENGPNPTVPERGLLLIGLQVLHAEWDPIAGALQDSPSSQPSPLPPVSISTQAPGTSDLPAPADLTVYSCPVYMGGPLGTAKLQSRNIVMHLPLPTKLTPNTCVQRRVHVCSPPLS

Target ORF information:

RefSeq Version	NM_144666.2
Organism	Homo sapiens(human)
Definition	Homo sapiens dynein heavy chain domain 1 (DNHD1), transcript variant 1, mRNA.

Target ORF information:

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

NM_144666.2

ORF Insert Sequence:

ATGGTCCCGG AGGAGAGGAG GGTAGGTTTG TCTTCTGATG AGACATCATC TGATTCCCTT 
AAGTCTTGGC ACTCCATATG TGTCTTGGAC AGCAAAGAAC AGCCCTTGGC CTGCCAGCAG 
AAACAGAGGC AGTTCGTGAA GCCAGTGACT GAGTCAGAGC AGCCCACAGT GCTGGAACTC 
CTGCTAGCTG AGCTCCGAAC TCTGTTCTCA GCTGTGTTGC AGGACAGTAG CCCTGCAGCT 
TGGCGCTATC TTCATGCAGT ACTGGGTCTA CTGCCTCCAT ATCGTGAGTT GCTAGTTGGC 
CACCTTGATT TGCTGCCCTT CCTGGAGCAG CTGTACTGCT GGGCACCCTG GGTCCAAACC 
CACCTCCATC TGGACCTGCT AGGTGCCATT GTCCAGGCCT TTCCTCCAGA CAGCTCTTTG 
TTAGACAGTG CTTCCCATGC TGACTGCTGT CCCCAGAAGC GGAGGCTCCA TCACAGGCCC 
CCATGCCCAG CTTGCCCTTT TGTGCAGGCC CAGTGGAGCA GGCAGCAAGT AAAGGAGGAG 
CTGGCCACCT GGCTGCGACC ATTGACACTG CCTGAGCTAC AGCGCTGCCT GGGCATTGTT 
GGTGCTCAGG TGGCCCTAGA AGAGGCTGTG TGGCTGGATG GACTTAGTCT CCTTCCCTTG 
GCACTGGCAG CGGACATCCC TGTACGGTAT GAAAGCAGTG ACACTGACAA TGCAGAGGTG 
GAGCCTGTTG GAAGAAAAGA GACCAGGTCT CAGCTTGACT ATGAAGTTCC CAGGGAAAAG 
GCCTTCCAAA AGAGCAGCAC CGGCTTTTCA CCTGAGACTT CCTTCCTGGA TAGCCAGGTG 
ATGACTGCTC TGAAGATGGA GAGATACCTG AAGAAGATCC ACTTCCTCTA TCTCAATGTG 
GCTCCCAGCC GGTACTTTAG GCCTTACAGC CTGATGGTGG TGCCACCCGA CAAGGTGAAT 
CCCGAGCACT ACATCTTCTC TCCCTTTGGG ATCTTGCATG TACATCCTGT GGAAGGTAGC 
GAGACGATGA CACTGGGTAC CTGGCACCAT CACTGTGTTC TCTGGCAGCA GCTCCAGTTC 
ATTCCATTCT TTAAGTATTG CCTCTTACGC AAGTCCTTTA CCTGTTGGAA GAAGAATGTG 
AGATTACAGG GGCTGCATCG ACTCCAGAAA TTCCTAGAGA ATCATCTGCT CTTGGCTGTG 
CCCCACTTTG GAGCTGGGCT ACTCCATATT AGCAGGCTTC TGCAGGAGCT ACACTCTGTG 
TCCTGGCTAC CCCAGGAACT GGATCGGTGC TATGAGCTGC TGGACCTGCA GACGGCTCTA 
GCCGAGGAGA AGCATAAGGC TCTACGGCTG CTCCATCGTT GCCTAAACCT CTGCACATCC 
ATTCTTCGAC TGGTTCACGA GGACACATAC CACATGCAAC AGTGCCTACA GGAGCGAGTA 
CAAAACTGTG ACAGGATCAG GACAGGCCAA GGCTCCATAT ACCTTCAGAG GGTACAGCAC 
AAGCAACTGG AGCAGAAGCT GAAGCAAGCA GAGGCCTGGT GGCTGCAGCT GGGAAAGTTT 
GCCCGCCTGG TTGACTACAT GATTTGTCAG AGCCTCATTT CTGTCTTGGA AGAGCAGATA 
ACCTCTTTTG TGGCCAACAT CCTTCAAGCC CCAAGGCAGA AACCCTTTCT CTCATCACAG 
CTGGTCTTTG ATGATCATGG TCAACTGTCT CATGTGCCCT GTGTTGAAAA TATGATCCAG 
ACTCTAACTG GAGGCCTACA GTCTGTCAAG ACCTCTGCCT TGCAGGTAGT GCAGTCTGCA 
GACCTGAAGA CCTCCTCGGA TTCCCTGTAT TCTGAAGAAG AAGATGAAGA GGAGGACTCA 
AAAGACGAAT TTCTGATGCC CAAGTTCCAG GGCCAGCCCA GCGATGCTGT GAGCATCTTC 
TGTGGCCCGA ATGTGGGATT GGTGTGGCCC TGGAAGTCTC ACCCAATTGC TGGTATCTTG 
GAGGTCCGTG GATGTCGGCT GCGGGGCCAA TACTTCCCCC ACAATTATAA GCAGCTGGAG 
GAAGACCTGG ACAACAACCC TAAGATCCAG CAGGCACTGA ATATACAACA GGTGCTGCTG 
GAGGGCGTGC TGTGCAAGGT GCAGGAATTC TGCAGGGAAC ATCATTGGAT AACAGGCATT 
TATGAATTCC TGCAATCCTG GGGGCCTCAG AAGCTGGAAG ACATGAGAGG TGGTCCCATC 
AAGAACTACG TGACGCTGGT GAGCCGCCTG AATGTTTGGC AGGCCCGTGT CTCCAGTATG 
CCTATCGAGT TGCTCACAAA AGGCGGGTTG CTGCTACTTA GCTGCCATGA TGTACAGGCA 
GAGATGGAAT CCAAGCTGAA CAGCATAAGG AAGGACATTC TTGCACACGT GCAAAATGAG 
TGCTGGAACC TCAGTCAACA ACTCATGACA GAGCTCACAG ATTTCATGCA TATCTTCCGA 
ACCATCAACT CAGATATTCA TGCCATTGCA CAGTGCACCC AGAAGTTGAA TGAAGCCAAT 
GAACAGTACG TCGAGCTGGA GGAGCGAATG GAATACGTAC GGGCACTCCA CGAACTCATC 
CGCAACCACT TTAGCCTCTT TAGTGCTGAG AATGAAGCAC TGGACATCTC GGTGAGAAGG 
CAATTCGGGG AGTCACCCAT CCCTCCCTGC CCTCCTCCCC CACAACCACA TCTACTCCAC 
TGCCCTCTGC TTGCCCCACA GCTTCTGGAT ATGTGGGAGG CATTTCAGTT TGAGAAAAGC 
CAGGCTTCAG AGTTCCTGCT CAGCAAGCGA CATGCCATTA TGCCCAAGCT GCAGCAGCTG 
ATGGCAGCAG CATTGGCAGA GCTGGAAGGC CTGCTTGCGA AGGCCCTCTC CGGTCCCTTT 
ATGGACCCCA CACAAGATCA GAGGAGTACT GAGCACCAGC TCGTCTCCCT AGAGCGTCAG 
TTCCAGAACA CAGTCAGCGA CCTCAGTGAA CTGCACCACG CCTATGCCAT CTTCACTGAG 
GATGAGACTC CTGTGCCCTT GCCAATCTGT GGGACACGTC CTATTGTGCA GCAGCAGCGC 
ATATGGCACC TGTACCGAGT CATCTCCGAA AACATCAGCG AGTGGAAGTG CATGGCTTTT 
GCCAAGTTCA GCCCAGCTAT GGCCCAGGAG AAGACAGAGG GCTGGCTGAC AGAGGCAGCA 
CGGATGAGCA CAACCCTGGA GCTGCACAGC CCCGTGCTGC AGCACTGCAT GCGCATCCTG 
GGGGAGTTTC GCAGCTACCT GCCCCTGCTC ACTAAGCTGG GCAGCCTCCA CCCACAGAGC 
CTCAACTGCC AGTGTCTCCT GCGTGCCCTT GGGCTGGGCA GTCTCCAAAC TATAGAACTC 
CTAACGCTGG GCCAGCTGCT TACTTATCCA CTGCTGGAGT TTGCAGATCG AATCAACCAG 
GTCTGGCAGA ATGAAAATGA ACGAATTCAT GCCCAAGAGA CTATACGGCG GTTGCAGCGG 
TACTGGGAAG CGCGCCAGCT GCGCCTGCTC AACTTCATCC TGCATGTACC CTACGAGCCC 
CCAGCCTCAG AGCGCTCCAA GAGGCAGGTG CTCCGCAGCC CCCAATGGGA GGTAGTGGAC 
AAAGATAGTG GCACCTTCAT CCTCTCAGAT TACAGCAACC TGCAGGATTC CATCCAGGAA 
AGTCTTCAGG TGTTGTCCAA GATCTTGGCC ATCGAAAAGT CAGGAGATTT AAACAAAATA 
GCTTTGGAGT GGGTGGCCAT CATGCATGGC CTGGGTGCCC TGCTGGAGGT GTGGCTGACT 
TTCCAGCAGA AGTGGATTTT TCTGAATAAA GTTCTGCATG AGATGAAGAT CCAGTTTCCT 
AATGCTGACC TGAACTCTCG TTTCAAGGTC ATGGATGACC AGTATCGAAC CCTGATGCGC 
ATCTCTGTAG CTGACCCCAT GGTTCTGTCA CTTGTAGTGC CCAGTGCCGA GAGGAGCCCT 
TACTTCCAAG GCCAGCAGCT GCAACAACTG CTGCAAGCAG GATCGGTGGA GCTGGAGGGC 
ATCATCATGA GTCTGGAGAG CGTGCTCTAT GGGGTGTGTG CTCACTTCCC CCGCCTCTTC 
TTCCTTAGTG ACAGTGAGCT GGTAGCCCTG CTGGCTGCTC GACTGGAATC ATGCGAAGCC 
CAGCTATGGG TACGACGCTG CTTTCCTCAT GTGCATGCTG TGAGCTTCAG GTCTTGCCCA 
ACTGGTGAGA AAAACACAGA TGACTGGGAG TCAAGCCCAA ACACACAGAC TCAGGTGGAG 
GCACTTGCAG TGCTAGGGGC AGGTGGGGAG GAGGTGAAGC TGCAGGGTCC CCTTCCTCTG 
CATCCAGATC TCCCTAAGTG GCTGGCCTCT CTGGAGAAGT GTCTGCGCTT GGCACTGGTG 
CACATGCTGC AGGGCTGTGT GGCTGCTCGC CTTGCTCGAG GCCCATCTCT AGGTGAGGCC 
CTCAAGCAAC TGCCCAAGCA AAACAAGTTG TACCTGCAAC TGTATGTCCA GCACTGGATC 
GACTTAGTCC AGGCCTTCCC ATGGCAGTGT GTGCTGGTGG CAGAGGAGGT GGTATGGCGG 
GCCGAGATGG AGGAGGCTCT GCTTGAGTGG GGTACCCTGG CCATGGTCTC CATGCATATG 
CGCAAGCTTG AGGTACTGGT GAATTTTATG CGGGCCCAGA GGGCTTCCCA AGGTGGGCAG 
TCCCTGCCTT CTGTCCGCCA GACCAGCCTT CTCAGTGCCC TGCTGGTCAT GGCAGTGACT 
CACCGGGATA TAGCACAGCT GCTGGAACAG CACCAGGTCA GTGATCTCAC AGACTTTCAC 
TGGGTCCGCC AACTCAAGTA TCACTTGGGT TCACCTCACA TAATCCCCAA AAGCCCCCTA 
CAGAGTCTTA AGACTATTGC ATCTTCTGAA CCCTCTCTGT CACCAGCGGC ATGCTGGATA 
GATGTGCTAG GCAGGTCCTT CCTGTACAAT TACGAGTATC TGGGACCTAG ACTAGGGCCT 
CTACCCAGCC TACTGCCTGA ACGGCCAGCC CTGGTACTAT TATTGGCCCT AGAGGAGGTG 
GCCTGTGGGA CCGTACTGGG TCCTAATGGT GTGGGCAAGA GAGCTATAGT GAACAGCCTG 
GCACAGGCCC TGGGCCGCCA GCTGGTGATG CTACCCTGCT CACCTCAGAT AGAGGCTCAA 
TGCCTGAGCA ACTATCTGAA TGGTGCCCTG CAGGGTGGTG CCTGGCTGCT GTTGGAGAAA 
GTTCATCAGC TGCCCCCTGG CTTGCTCTCT GCCCTGGGCC AGCGCCTGGG TGAACTGCAC 
CACTTGTATG CCCCACTGTA CCAGGAGGCT TCCCGAAACA CAAGCACCAT AGACCCCACC 
CAGCCCCAGC TCCTTGGCAG TAGCTTCTTT GAAAAACATC ACGTGTCTGT GCGCCTTGGC 
TATGGCTGTC TCCTGGTACT GCGTGCCCTG AGCTCTGCTG TGCCTGCCAA CCTGCACCTG 
CTGCTGCGGC CTGTGGCATT GGCATTGCCT GATCTGCGGC AAGTGGCAGA GCTGACTCTG 
CTGGGTGCAG GGATGAGGGA TGCCTTCCAG ATGGCTACCC GCCTATCCAA ATTCTTCTCT 
CTAGAGCGTG AGCTGGTGTC TGGGCCCCTG CCCTGCCGCC TGCCACTGCT CAAGCAGATA 
CTGGAAGACA CAATACGGAC ACTAAATGTG ACCAAGGAGG AACCGAAGTG CCAGAAGCCT 
CGCAGCCTAG CTGCCATTGA GGAGGCTGCC CTACTGCGCT CACCACTGTT TAGCATTCTC 
AATGGGCTCC ACCTGCACAA CCTCCGAGGG CTGTTGTGTG CGCTTTTCCC TAGCGCCAGC 
CAAGTGCTGG CAGAACCTAT GACTTACAAG CTGATGAAGC CATTGGTGGT GGAGGAACTG 
CAACAGGTAG GTCTGGATCC CAGCCCTGAC ATTTTGGGGT CCTTGGAACA GTTGAGCCAG 
GCCCTGAGCC GGGCCTCAGG CATTCTGCTC CTGGGCCCTG CGGGCAGCGG CAAGACCACT 
TGTTGGCACA GCTTATTTAA GATCCAGAAT CGGCTGGCAG CCATGGAGGA CACCTCAACC 
CAAGGCTGCC AGCCTGTGGA AATTACCCAC CTGTACCCCA GTGGCCTCAG CCCCCAGGAG 
TTCCTGGGAT GGCTAGAGGG CTCCTGCTGG CATCATGGCA TCTTTCCCAA GGTACTTCGT 
GCAGCCGGTC AGTGTAACAA CATGGGCCAA AAGAGGCAGA CAGAGGAATC AATCGGGATC 
CAGCACTGGA TAATATGTGA TGGAGCCTCC AATGGTGCTT GGCTGGACTC CATCACTTGC 
CTCCTGAGTG AGCTTCCCCA GCTTAGTCTC CCCAGTGGAC AGCAGATAGC ACGACCCCCA 
GGCACCTTTC TCTTGATGGA GGTGGCTGAC ACAACAGGCA TATCCCCCAC AGTGGTAGGC 
TGTTGTGCCC TAGTCTGGTG TGGTGGAGAG CAGACTTGGC AGTGTATACT TAGTGCCCTG 
ATGGCATCCC TTCCTTATGA GTACCGCCTG CAGCACCGGA CAGTCGCTGA GCTCAACCAC 
ATGGCTGAGG TTCTGGTGCC TGCAACATTG CGATTCCTCA CCTGCCAAGG TGTCAGCTCT 
CTGCTGCAGG TACACGGGCA GCAGGCTGTT TGTGCAGGTG TGGCAGAAGT TACCAGCATG 
GCACGCATCT TGCATAGTCT GCTTGACCTC CACCTTCGCC TAAAGGAGGA GAAGGCCCCT 
GGCCCAGAGG ACCTCAGCTA TAGTGATCCT GTGGCCCAAA GCTTCAGGTC TTCAAAAAGC 
AGCTTTCTAA ACCGGTCCCA GGTTGACAGT GACGATGTGC CAGATAAGTG CAGGGAACAC 
TTGCTGGCTG TCAGCAGTTT TCTTTTTGCC TTGATCTGGG GCTTTGGAGC CCACCTTCCC 
TCCAGGTTCT GGCCCATCTT TGATACCTTC ATAAGGGATT CTATTAGTCG CCTCTCCAAC 
TACCCTGAGC CACCACCCTC AGCCTTGGTG TTTGATCTAC ATGTAAGCCC TGAAGATGGA 
ACACTGGTCC CCTTCACTGG CCAATACCTG AGCAGCCACA TCAAAGGAAC TTTGGGCACC 
TTTCACCCTT CTATCCAGAC TGAACGGCTC TTGTATGTGG TGGACCTGCT TCTGTCAGGG 
GGACAGCCAG TGTTGCTGGC TGGAGAGGCA GCAACAGGGA AGTCAGCCTT TGTGGAGGTG 
CTGGTAGAGC CACATCACCC TTACATATAC AGCCCCATCC ACCCTGCCTT CAGTTCCTCC 
CACCTCCGTC TCCTGCTGAG CAGAGGAATC CAGGGCCAAA CACAAGCCAG CCCACAGCCT 
GGGCATCACC AGGATTCTAA ACCCTCCCTC CTCTTCTTGC TGGAGGACCT GCACCTAGCC 
ACTTCTGACC CAGAGAAGAG CTGCCAGCCA GTGTTGGAGA CTCTGCGCCA GGCCATGGAT 
GGCACTGTGT ATGCCCACAG CACCTTGGAA CTGCAGACGC TGCAGCCTAC AGTCAACTTC 
CTTGCCACTG TCACAGTGCC AGGATACTGT GAGCGCCCAC TGTGTCCACG CCTCTTTCGA 
CTCTTCACAG TCCTGGCCCT GGAAAGCATG ACCCAGGCCA CCCTGCTGGA AAGACATGTG 
CCTATCATTC AGGCTTGGCT TGAGCGTTTC CCTTCTGTGG AACGGGAGCG TGCTCTGGCA 
CGAGGTCTGG TTAGGGCCTC AGTAGAGGCC TGGGAGGCTG TGTGCAATTG CTTCATGCCT 
TCACCCCTCC ACCCACACTA CCACTTCTCC CTACACTCTG TGAGCCACCT ACTGAGCAGC 
CTGCAGCTGC TGCCCAACAG AACAGGCTCC CGAGGTTTTG TGGACTATCC CAACCACCAG 
GAGCACTTGC GCCGGGTGTC AGGCCTGCGA GGCACTTGTC TGACCGTTAT GATGGCCACA 
CGCAATGTGG TGCGTCTTTG GTTGCATGAG GCACAGAGAA CCTTTTGCGA CCGGCTGGAC 
AGCCCCAGGG AACGCTCCTA CTGTGCCAAG CTGCTCCTAG TAGTAGCTCA AAGTGTCTTC 
TGCTGTGGGC CAGGGCCCCA GCACCTGGGC AAGGACCATC AGGAGAGTGA GGAGGAGGAG 
GAGGAGGAGA GGGTGCCCGA AGTAGAATCT GAAGGGGAGT TGGCCCAGTG GGAGGACTTC 
AGCAACAGCA ATAGTGAAAC AGAGGAGGAA GAGGAACCTT ATGGCCTTCA GGTCGCCAGA 
GTCTCAAACT CCAGAGATCC AAGTCTAACA CCATCCATAG GACCAGTAAG CAGGGGGATG 
AAGGAAAGCA TAAGTCACAA GATAAGGCAA GAGAAAGGCA CAAGGGCATC CAACTATAGG 
CTCCAGGTAA GGAGATCATT CAAGACTTGG TGGCAGAAGA AACCCCAGAT GGACCTGATC 
TCACCCTTGT TGTTACCAGT GTTACTACTA CATCCCCAGG AAAAGCCCTC AGACCTGGTC 
TTCAGTCAGG AGCTGATACT GGGGCCTAAC TCTGAGACCC CCAACTTGTA CCTGGAACGA 
CAGTGGGAGA AGCTAGAGGA GCAGTTGGCC ACCTCAGCTG CTCAACTGAA GTTGAGCCCC 
CACCTGGCCC GGTGTCATTC CATGGCCCAG CACGTGGCCC GCCTGGTCCG GGTGCTGGCC 
AGGCCCCGGC AGCATGGCCT GCTGCTCTCG GGGGCTCTGG GTACTGGGCG CCACACTGCC 
ATCACTCTGG CTTCTAGCAT TTGTCAGGCC CATTTCTTTC ATCTACCATC TGGGTCAGAG 
GAGGCCATTC TCCAATGTCT ACGAGATGCC AGCTGGCATG CTGGCATGTT AAGCCAGCCA 
GTGGCTCTGT TGGTACCCAG TGGTGTGGAT CTCACTACAC TTCATCGCCT CCTGGCCCTG 
GCAACCTCAG GCAGTTTCCC TGGCCAGTAC ACAGAAGCAG ATTTGGACCG CATTGGAGAA 
CACCTCCCCA GGGAGAACCT TGGTGTCAAA CAGAACATCA AGAAGGAAAT GGTGTTGCAG 
AGGTTCCACC AGCAAGTGTG CAGCCACCTT CACCTGTTCT TCCTGATTGG AGATAAACAG 
GCCCACAAGC AGCTGCCCTC CACCCTTTTC CTGAGGCTCC TTCAACTGGC CACTGCCAGC 
ATTGACCGCT ATGAACCCTG GGACCAAGCT GCCCTGGCCA AGGTGGCCCA GCATCACCTG 
GAGGGTGCTC AGAGTGTGCC CCTTGATGAC GGCTCCTGGA AGTACCCAGA CCTCCAGGCC 
TCAATTCCCA GTGTGGCCAA AGCCATGGCT CTTATCCACC TTTCGGCCAC CCACTACCAT 
GAGCACCTGT GCCCTGCATT GCCACTCGTC ACCCCCAAGA CCTTCCTAGA CTTCCTGGAC 
ACTTTCCTGA TGCTGCAGCA ACAGACAATC CTGAAGATTA AGAACAAGGC CCAGCGGGTC 
CAGAATGCCT TGGAGAATCT GAGAATGCTG ATTAAGGAGC ACGGTACCCA TGCCAATCTG 
ATCTTTGACT TGGAACAGCA GCTGAAAGAC TCCGGCAAGA GTCTCAGCAT GTTTCAGCAG 
CAGCTAGAGC AAAGCAAGCT CCTATACAAG CAGCAGCTGG AAGAGTGTCG GCATCAAGAG 
AACCTCATTG AGAACCTGGC CAGGCAACGG GATGCCCTGC AAGCTCAGCG AGAGGCTTTC 
CTGGAGCAGA TGAGCAAGGC ATTTCTGGAG CCTCTGAGCC AGCTGCAGGT GGCTGACTTT 
GAGGAGATAC GGAGCTATCG AGCACCACCA GAATCTGTGG TCCGGGTAAC TGATGCAATG 
TGTGACTTGT TCCACCATGA AACAGGCTGG GCCAGTGCCA AACAGCTGTT ATGCACTGAG 
GATTTTTATC AGGAGCTGGT GTTCTTCCCC AAGGAGAAGA TAACAGACTC AGAGCTGATA 
AAGTTACATC TAATTCTGAA GGCTCCAGGT ATGGACGATG CAGCCCTGCG GGCAGTGAGC 
CGACCTGCAG CCAGCCTGGC AGCCTGGCTC TGGGCTGTTC TGCACTATGG GCTGGCGCAT 
TGCCGGGGAC TGCCCACGGA CCTGCTGCTG CAGCAAGTGG AGGCAACACT CACTCGGGAG 
CAGGCCCGCC TGGGCTACTA CCAGTTTCAG GCCCAGGAGA CCCTGGAGCA TAATTTGGCC 
CTGGCTAAGA TGGTGGAGGA TGCCCAAGCT TCCCACAACT GCGTGGCAAA GACCCTCAGT 
CAAGCACAGT GTGGGCAGTA TCACAAATGG CCCATGAAGG CTGCACTGCT CACGCCTATG 
CGTGCCTGGA CTACACAGCT CCAGAAGCTG AAGGGACGCT GCATGACTGT GTTTGGAGAT 
ACCCTCCTAT GTTCAGCTGC CATCATCTAC CTGGGTCCCT TCCCACCATT GCGGCGCCAA 
GAGCTACTGG ACGAGTGGTT AGCTCTGTGT AGGGGCTTTC AGGAGGCTCT GGGCCCAGAT 
GATGTGGCAC AGGCACTGAA GCGGAAGCAA AAATCTGTCA GCATACCACC AAAGAACCCC 
CTGCTGGCTA CACACTCTCC CTTCAGTATT CTGTCCTTGC TGAGCTCTGA ATCGGAGCAG 
TACCAGTGGG ATGGAAACCT GAAGCCACAG GCAAAGTCGG CCCACCTGGC AGGCTTGCTT 
CTGCGAAGCC CCACACACTA CAGTAGTTGC CGTTGGCCTC TGCTGCTTGA CCCCAGCAAC 
GAGGCCCTCA TCTGGTTGGA CCCGCTGCCT CTGGAAGAGA ATCGATCTTT TGCGCCAGCC 
CTCACTGAGG GTAGAGGGAA AGGCCTCATG AGAAATCAAA AGAGAGAGAG TAAAACGGAC 
ATGAAAGAGG AAGATGATGA GAGTGAAGAG AGTAATGAGG CTGAGGACCA GACAAAAGAG 
CAGAAGGCAG AGGAAAGAAA AAATGAGCAG GAGAAAGAGC AAGAGGAAAA TGAAGAGAAA 
GAGGAGGAGA AGACAGAGAG CCAGGGGTCA AAGCCAGCCT ATGAGACTCA GCTTCCATCC 
CTTCCCTACC TTAGTGTTCT TTCAGGTGCT GACCCAGAGC TGGGTTCTCA GCTCCAGGAG 
GCAGCTGCTT GTGGCCTGCC TGTGTTACTG ACCAATGTGG AGCTGGGTCT AGGGTGCGAA 
GAACTGCAAT GGCTGCTGCA ACGGGAGCAG CTGAGTCCAC CCCAGGTGCA GCCTGGCTTC 
TGTCTGTATC TCAGCACCAC CCTCTCCCTC TGTGCCATGG AAAAAGTGCT AGGTTGTGAA 
CTGCTAAAGG GGCTGAATGT GTTGGATCTG GGCCTGAACA TGGAAATACT GGAAGAACAG 
ATGCTGCATG AAATCTTGTG CAGAGAGTAT CCTGAACTCG AGACCCGCTG GCAGGACCTA 
AAGATCAGAG CCCTAGATAC CTGCAAGGCT GTGGAGGCTG CTGAGGAGCG GCTGCTGACG 
ATGCTGCTGT TCCAGAATCC GAAGCGTCAG AAGCCAGCCA AGTTTCTGCG GAACATAGTG 
AGGGCCCAAG GAAAGCTATG CCAGCTGCGT GCTCATTGTG AAGAGTTAGA AGGGCAGAAA 
CTACAGGAGA TGGTATTGTG GGCACCCTAT CGACCTGTGG TTTGGCATGG AATGGCCATG 
GTAAAGGCCC TAAGCCAACT GCAGAACCTG CTGCCACTTT TCTGTATGAG CCCAGAGAAC 
TGGCTGGCAG TCACTAAGCA GGCTCTGGAC AGCATGAAGC CACGTGAGAT TAATCACGGG 
GAGGACCTGG CCAGCCATCT ACTGCAATTG AGAGCACACC TGACCCGCCA GCTGCTGGGC 
AGCACCGTGA CTGCACTGGG CCTTACCCAA GTACCCTTGG TGGGTGCATT GGGCGCTTTG 
GCTCTGCTGC AAGCAACAGG GAAAGCATCA GAGCTGGAAA GACTGGCACT CTGGCCTGGA 
CTAGCAGCCT CTCCCAGCAC AGTCCACAGC AAGCCAGTCT CAGATGTGGC TCGACCGGCC 
TGGCTTGGGC CAAAAGCCTG GCATGAATGT GAGATGTTAG AGCTGCTGCC CCCATTTGTT 
GGCCTGTGTG CCTCCCTGGC AGGCCACTCC AGTGCTTGGC AGGCTTACCT GTCACTGTCA 
TCCACAGTGC TGGGTCCTGC ACCTGGGCCA GGGCCTGAGC CACTCAGCCT CCTCCAGAAG 
CTGATCCTGT GGCGCGTTCT GCGACCTGAG TGCCTGGCAG GTGCCCTGGC AGACTTCACC 
ACTAGCCTCC TGGGTCGGCC CCTGGATGAA AACACGTATG CTCCCACCAT GCCCTTTAAA 
CATAGTCAGG CTACTCAGCC CATGCTGATC TTGTTGCCAC CGCCTGGCCA CCCCTCAGCC 
ACTCTGCATC CTCTGACTGT CATCCAGAAA CTGGCTGCCA AGTATCAGCA GGGGCAGAAG 
CAACTGCAGG TGATAGCCCT GGGCTCTGAA GCCTGGGACC CAGTCTCAGT TGTGGTCAGC 
ACTCTATCCC AGGCTATGTA TGAGGGGCAC TGGCTGGTGC TGGACAACTG TCATCTGATG 
CCCCATTGGC CGAAAGAGCT GCTACAGCTC TTGCTGGAAC TGTTAGGCAG AGCCAAGGTG 
GTTGCAGACC TGGAATCAGA ACAGCTTTTA GACCAACCTG AAAGCAGGAA TGTAAGCACT 
GTTCACAGAG ATTTTCGTCT TTGGCTTATT GTGCCTGCAG AGTCTAGTGC TTCTTTGCCA 
GCTGTGCTGA CTCAGCACTC CATGCCTGTT TTCTGGAACC AGTCCCTGGA GCTGGGCCAT 
GTTTTGATTG ACAGTGTGGA GCTAGCCCAG CAAGTACTCT ACATGCAACC CCCCACCCAG 
GCACTACCTC TGCTCCTCCT CCATGGCCTC CTGCTACACC GGCAGCTCTA TGGAACAAGG 
CTGCAGGCAC ACAGGGGGCG CTGGAGTCAA GTGACTCTAA CCCAGGTTCT TCAGACCCAA 
GACCAGCTGT GGGCAAGTCT TAGCAATCCC CGTGCTGCCA TGCAAGAGCT GGCTGCTTCA 
GTTTTCTACG GGGGTCCTCT GGGGGACACT GAGGACAGGG AGGCCCTGAT TAGCCTCACA 
CAAGCCTGCC TGAGCCCCAG TAGTGGGAGC TGGGTCCAGC CACACACACC TCAGTCTTTG 
CTGGCCACGC TCATGCCCCT CCCAGAGCTA AGGGAGCTGG ATGCAATGGC AGAGTGCAAG 
GCCCAGATGC ACCTACTGCC CTCACCACCT GAACCCCGGC TCTGCGGACT GAGTGAGGGC 
CCCCAAGCCT GGCTGTTGCG ACGCCAGAGT CGCGCTCTCT TGAGTGCGCT GCAGCGGAGT 
TCACCCGTGT GGGTTCCTGA GTCTCGAAGA GGCGCCCAGC TTGCGGAAAG GCGACTGCGG 
CAACGCCTAG TGCAAGTCAA CCGGAGGCTG GAGTCACTGC AGGATCTGCT GACCCACGTG 
ATTCGCCAAG ACGAGTCCGA CGCCCCGTGG TCAGTGCTGG GGCCAAATGC ACGGCGGCCT 
CTGGAGGGCG TCTTAGAGAC CGAGGCTCTA GAACTGAGCC AGTTGGTGGG CACGCTACAA 
CGCGACCTTG ATTGCCTGTT GCAGCAGCTG AAGGGCGCAC CCCCGTGCCC CTCCCGCCGC 
TGTGCTGCGG TGGCCCACGC TCTCTGGACT GGCCGCCTAC CCTTGCCTTG GCGACCTCAT 
GCGCCGGCCG GTCCGCAGCC GCCCTGGCAC TGGCTGCGAC AGTTGTCGCG CCGTGGGCAA 
CTGTTGGTTC GTTACTTGGG CGTGGGCGCG GACGCGAGCA GTGATGTACC AGAGCGCGTC 
TTCCACCTGT CAGCCTTTCG CCACCCGCGC CGCCTGCTGC TGGCATTGCG TGGGGAAGCT 
GCCCTGGACC AGAATGTGCC CAGCTCGAAT TTCCCTGGTA GCCGAGGCTC GGTCTCCAGT 
CAGCTCCAGT ATAAACGTCT GGAGATGAAC AGCAACCCTC TGCACTTCAG GGTGGAGAAT 
GGTCCAAATC CCACGGTTCC AGAGAGAGGG CTGCTGCTGA TCGGGCTACA GGTCCTACAT 
GCGGAGTGGG ACCCAATAGC TGGAGCCTTG CAGGACAGTC CTTCCAGCCA ACCCAGCCCT 
CTGCCTCCCG TCAGCATCAG CACACAGGCC CCGGGCACCA GTGACCTGCC AGCCCCAGCC 
GACCTGACTG TGTACTCGTG TCCTGTGTAC ATGGGAGGGC CCCTTGGCAC CGCTAAGCTG 
CAGAGCAGGA ACATCGTGAT GCATCTGCCT TTACCCACCA AGCTCACCCC CAACACCTGT 
GTCCAAAGGA GGGTCCATGT GTGCAGCCCA CCCCTGTCTT GA

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

DNHD1 ( NM_173589.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_775860.3 Homo sapiens dynein heavy chain domain 1 (DNHD1), transcript variant 2, mRNA.

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CloneID	OHu09184
Clone ID Related Accession (Same CDS sequence)	NM_173589.3 , NM_173589.4
Accession Version	NM_173589.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1794bp) 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	1529683200000
Organism	Homo sapiens(human)
Product	dynein heavy chain domain-containing protein 1 isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from DB099871.1, BX648742.1, BC111765.1, AK093028.1 and BF509041.1. On Jan 30, 2009 this sequence version replaced NM_173589.2. Transcript Variant: This variant (2) uses an alternate 3' splice pattern that results in a substantially shorter transcript, compared to variant 1. The resulting isoform (2) has a shorter and distinct C-terminus that lacks DHC_N2 and dynein heavy chain domains, compared to isoform 1. ##Evidence-Data-START## Transcript exon combination :: BX648742.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGTCCCGG AGGAGAGGAG GGTAGGTTTG TCTTCTGATG AGACATCATC TGATTCCCTT 
AAGTCTTGGC ACTCCATATG TGTCTTGGAC AGCAAAGAAC AGCCCTTGGC CTGCCAGCAG 
AAACAGAGGC AGTTCGTGAA GCCAGTGACT GAGTCAGAGC AGCCCACAGT GCTGGAACTC 
CTGCTAGCTG AGCTCCGAAC TCTGTTCTCA GCTGTGTTGC AGGACAGTAG CCCTGCAGCT 
TGGCGCTATC TTCATGCAGT ACTGGGTCTA CTGCCTCCAT ATCGTGAGTT GCTAGTTGGC 
CACCTTGATT TGCTGCCCTT CCTGGAGCAG CTGTACTGCT GGGCACCCTG GGTCCAAACC 
CACCTCCATC TGGACCTGCT AGGTGCCATT GTCCAGGCCT TTCCTCCAGA CAGCTCTTTG 
TTAGACAGTG CTTCCCATGC TGACTGCTGT CCCCAGAAGC GGAGGCTCCA TCACAGGCCC 
CCATGCCCAG CTTGCCCTTT TGTGCAGGCC CAGTGGAGCA GGCAGCAAGT AAAGGAGGAG 
CTGGCCACCT GGCTGCGACC ATTGACACTG CCTGAGCTAC AGCGCTGCCT GGGCATTGTT 
GGTGCTCAGG TGGCCCTAGA AGAGGCTGTG TGGCTGGATG GACTTAGTCT CCTTCCCTTG 
GCACTGGCAG CGGACATCCC TGTACGGTAT GAAAGCAGTG ACACTGACAA TGCAGAGGTG 
GAGCCTGTTG GAAGAAAAGA GACCAGGTCT CAGCTTGACT ATGAAGTTCC CAGGGAAAAG 
GCCTTCCAAA AGAGCAGCAC CGGCTTTTCA CCTGAGACTT CCTTCCTGGA TAGCCAGGTG 
ATGACTGCTC TGAAGATGGA GAGATACCTG AAGAAGATCC ACTTCCTCTA TCTCAATGTG 
GCTCCCAGCC GGTACTTTAG GCCTTACAGC CTGATGGTGG TGCCACCCGA CAAGGTGAAT 
CCCGAGCACT ACATCTTCTC TCCCTTTGGG ATCTTGCATG TACATCCTGT GGAAGGTAGC 
GAGACGATGA CACTGGGTAC CTGGCACCAT CACTGTGTTC TCTGGCAGCA GCTCCAGTTC 
ATTCCATTCT TTAAGTATTG CCTCTTACGC AAGTCCTTTA CCTGTTGGAA GAAGAATGTG 
AGATTACAGG GGCTGCATCG ACTCCAGAAA TTCCTAGAGA ATCATCTGCT CTTGGCTGTG 
CCCCACTTTG GAGCTGGGCT ACTCCATATT AGCAGGCTTC TGCAGGAGCT ACACTCTGTG 
TCCTGGCTAC CCCAGGAACT GGATCGGTGC TATGAGCTGC TGGACCTGCA GACGGCTCTA 
GCCGAGGAGA AGCATAAGGC TCTACGGCTG CTCCATCGTT GCCTAAACCT CTGCACATCC 
ATTCTTCGAC TGGTTCACGA GGACACATAC CACATGCAAC AGTGCCTACA GGAGCGAGTA 
CAAAACTGTG ACAGGATCAG GACAGGCCAA GGCTCCATAT ACCTTCAGAG GGTACAGCAC 
AAGCAACTGG AGCAGAAGCT GAAGCAAGCA GAGGCCTGGT GGCTGCAGCT GGGAAAGTTT 
GCCCGCCTGG TTGACTACAT GATTTGTCAG AGCCTCATTT CTGTCTTGGA AGAGCAGATA 
ACCTCTTTTG TGGCCAACAT CCTTCAAGCC CCAAGGCAGA AACCCTTTCT CTCATCACAG 
CTGGTCTTTG ATGATCATGG TCAACTGTCT CATGTGCCCT GTGTTGAAAA TATGATCCAG 
ACTCTAACTG GAGGCCTACA GTCTGTCAAG ACCTCTGCCT TGCAGGTATT CTGA

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

RefSeq	NP_775860.3
CDS	668..2461
Translation	MVPEERRVGLSSDETSSDSLKSWHSICVLDSKEQPLACQQKQRQFVKPVTESEQPTVLELLLAELRTLFSAVLQDSSPAAWRYLHAVLGLLPPYRELLVGHLDLLPFLEQLYCWAPWVQTHLHLDLLGAIVQAFPPDSSLLDSASHADCCPQKRRLHHRPPCPACPFVQAQWSRQQVKEELATWLRPLTLPELQRCLGIVGAQVALEEAVWLDGLSLLPLALAADIPVRYESSDTDNAEVEPVGRKETRSQLDYEVPREKAFQKSSTGFSPETSFLDSQVMTALKMERYLKKIHFLYLNVAPSRYFRPYSLMVVPPDKVNPEHYIFSPFGILHVHPVEGSETMTLGTWHHHCVLWQQLQFIPFFKYCLLRKSFTCWKKNVRLQGLHRLQKFLENHLLLAVPHFGAGLLHISRLLQELHSVSWLPQELDRCYELLDLQTALAEEKHKALRLLHRCLNLCTSILRLVHEDTYHMQQCLQERVQNCDRIRTGQGSIYLQRVQHKQLEQKLKQAEAWWLQLGKFARLVDYMICQSLISVLEEQITSFVANILQAPRQKPFLSSQLVFDDHGQLSHVPCVENMIQTLTGGLQSVKTSALQVF

Target ORF information:

RefSeq Version	NM_173589.3
Organism	Homo sapiens(human)
Definition	Homo sapiens dynein heavy chain domain 1 (DNHD1), transcript variant 2, mRNA.

Target ORF information:

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

NM_173589.3

ORF Insert Sequence:

ATGGTCCCGG AGGAGAGGAG GGTAGGTTTG TCTTCTGATG AGACATCATC TGATTCCCTT 
AAGTCTTGGC ACTCCATATG TGTCTTGGAC AGCAAAGAAC AGCCCTTGGC CTGCCAGCAG 
AAACAGAGGC AGTTCGTGAA GCCAGTGACT GAGTCAGAGC AGCCCACAGT GCTGGAACTC 
CTGCTAGCTG AGCTCCGAAC TCTGTTCTCA GCTGTGTTGC AGGACAGTAG CCCTGCAGCT 
TGGCGCTATC TTCATGCAGT ACTGGGTCTA CTGCCTCCAT ATCGTGAGTT GCTAGTTGGC 
CACCTTGATT TGCTGCCCTT CCTGGAGCAG CTGTACTGCT GGGCACCCTG GGTCCAAACC 
CACCTCCATC TGGACCTGCT AGGTGCCATT GTCCAGGCCT TTCCTCCAGA CAGCTCTTTG 
TTAGACAGTG CTTCCCATGC TGACTGCTGT CCCCAGAAGC GGAGGCTCCA TCACAGGCCC 
CCATGCCCAG CTTGCCCTTT TGTGCAGGCC CAGTGGAGCA GGCAGCAAGT AAAGGAGGAG 
CTGGCCACCT GGCTGCGACC ATTGACACTG CCTGAGCTAC AGCGCTGCCT GGGCATTGTT 
GGTGCTCAGG TGGCCCTAGA AGAGGCTGTG TGGCTGGATG GACTTAGTCT CCTTCCCTTG 
GCACTGGCAG CGGACATCCC TGTACGGTAT GAAAGCAGTG ACACTGACAA TGCAGAGGTG 
GAGCCTGTTG GAAGAAAAGA GACCAGGTCT CAGCTTGACT ATGAAGTTCC CAGGGAAAAG 
GCCTTCCAAA AGAGCAGCAC CGGCTTTTCA CCTGAGACTT CCTTCCTGGA TAGCCAGGTG 
ATGACTGCTC TGAAGATGGA GAGATACCTG AAGAAGATCC ACTTCCTCTA TCTCAATGTG 
GCTCCCAGCC GGTACTTTAG GCCTTACAGC CTGATGGTGG TGCCACCCGA CAAGGTGAAT 
CCCGAGCACT ACATCTTCTC TCCCTTTGGG ATCTTGCATG TACATCCTGT GGAAGGTAGC 
GAGACGATGA CACTGGGTAC CTGGCACCAT CACTGTGTTC TCTGGCAGCA GCTCCAGTTC 
ATTCCATTCT TTAAGTATTG CCTCTTACGC AAGTCCTTTA CCTGTTGGAA GAAGAATGTG 
AGATTACAGG GGCTGCATCG ACTCCAGAAA TTCCTAGAGA ATCATCTGCT CTTGGCTGTG 
CCCCACTTTG GAGCTGGGCT ACTCCATATT AGCAGGCTTC TGCAGGAGCT ACACTCTGTG 
TCCTGGCTAC CCCAGGAACT GGATCGGTGC TATGAGCTGC TGGACCTGCA GACGGCTCTA 
GCCGAGGAGA AGCATAAGGC TCTACGGCTG CTCCATCGTT GCCTAAACCT CTGCACATCC 
ATTCTTCGAC TGGTTCACGA GGACACATAC CACATGCAAC AGTGCCTACA GGAGCGAGTA 
CAAAACTGTG ACAGGATCAG GACAGGCCAA GGCTCCATAT ACCTTCAGAG GGTACAGCAC 
AAGCAACTGG AGCAGAAGCT GAAGCAAGCA GAGGCCTGGT GGCTGCAGCT GGGAAAGTTT 
GCCCGCCTGG TTGACTACAT GATTTGTCAG AGCCTCATTT CTGTCTTGGA AGAGCAGATA 
ACCTCTTTTG TGGCCAACAT CCTTCAAGCC CCAAGGCAGA AACCCTTTCT CTCATCACAG 
CTGGTCTTTG ATGATCATGG TCAACTGTCT CATGTGCCCT GTGTTGAAAA TATGATCCAG 
ACTCTAACTG GAGGCCTACA GTCTGTCAAG ACCTCTGCCT TGCAGGTATT CTGA

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

DNHD1 ( NM_173589.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_775860.3 Homo sapiens dynein heavy chain domain 1 (DNHD1), transcript variant 2, mRNA.

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CloneID	OHu09184
Clone ID Related Accession (Same CDS sequence)	NM_173589.3 , NM_173589.4
Accession Version	NM_173589.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1794bp) 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	1559318400000
Organism	Homo sapiens(human)
Product	dynein heavy chain domain-containing protein 1 isoform 2
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC084337.7, DB099871.1, BX648742.1, BC111765.1, AK093028.1 and BF509041.1. On Jun 2, 2019 this sequence version replaced NM_173589.3. Transcript Variant: This variant (2) uses an alternate 3' splice pattern that results in a substantially shorter transcript, compared to variant 1. The resulting isoform (2) has a shorter and distinct C-terminus that lacks DHC_N2 and dynein heavy chain domains, compared to isoform 1. ##Evidence-Data-START## Transcript exon combination :: BX648742.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1965299, SAMEA1968968 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGTCCCGG AGGAGAGGAG GGTAGGTTTG TCTTCTGATG AGACATCATC TGATTCCCTT 
AAGTCTTGGC ACTCCATATG TGTCTTGGAC AGCAAAGAAC AGCCCTTGGC CTGCCAGCAG 
AAACAGAGGC AGTTCGTGAA GCCAGTGACT GAGTCAGAGC AGCCCACAGT GCTGGAACTC 
CTGCTAGCTG AGCTCCGAAC TCTGTTCTCA GCTGTGTTGC AGGACAGTAG CCCTGCAGCT 
TGGCGCTATC TTCATGCAGT ACTGGGTCTA CTGCCTCCAT ATCGTGAGTT GCTAGTTGGC 
CACCTTGATT TGCTGCCCTT CCTGGAGCAG CTGTACTGCT GGGCACCCTG GGTCCAAACC 
CACCTCCATC TGGACCTGCT AGGTGCCATT GTCCAGGCCT TTCCTCCAGA CAGCTCTTTG 
TTAGACAGTG CTTCCCATGC TGACTGCTGT CCCCAGAAGC GGAGGCTCCA TCACAGGCCC 
CCATGCCCAG CTTGCCCTTT TGTGCAGGCC CAGTGGAGCA GGCAGCAAGT AAAGGAGGAG 
CTGGCCACCT GGCTGCGACC ATTGACACTG CCTGAGCTAC AGCGCTGCCT GGGCATTGTT 
GGTGCTCAGG TGGCCCTAGA AGAGGCTGTG TGGCTGGATG GACTTAGTCT CCTTCCCTTG 
GCACTGGCAG CGGACATCCC TGTACGGTAT GAAAGCAGTG ACACTGACAA TGCAGAGGTG 
GAGCCTGTTG GAAGAAAAGA GACCAGGTCT CAGCTTGACT ATGAAGTTCC CAGGGAAAAG 
GCCTTCCAAA AGAGCAGCAC CGGCTTTTCA CCTGAGACTT CCTTCCTGGA TAGCCAGGTG 
ATGACTGCTC TGAAGATGGA GAGATACCTG AAGAAGATCC ACTTCCTCTA TCTCAATGTG 
GCTCCCAGCC GGTACTTTAG GCCTTACAGC CTGATGGTGG TGCCACCCGA CAAGGTGAAT 
CCCGAGCACT ACATCTTCTC TCCCTTTGGG ATCTTGCATG TACATCCTGT GGAAGGTAGC 
GAGACGATGA CACTGGGTAC CTGGCACCAT CACTGTGTTC TCTGGCAGCA GCTCCAGTTC 
ATTCCATTCT TTAAGTATTG CCTCTTACGC AAGTCCTTTA CCTGTTGGAA GAAGAATGTG 
AGATTACAGG GGCTGCATCG ACTCCAGAAA TTCCTAGAGA ATCATCTGCT CTTGGCTGTG 
CCCCACTTTG GAGCTGGGCT ACTCCATATT AGCAGGCTTC TGCAGGAGCT ACACTCTGTG 
TCCTGGCTAC CCCAGGAACT GGATCGGTGC TATGAGCTGC TGGACCTGCA GACGGCTCTA 
GCCGAGGAGA AGCATAAGGC TCTACGGCTG CTCCATCGTT GCCTAAACCT CTGCACATCC 
ATTCTTCGAC TGGTTCACGA GGACACATAC CACATGCAAC AGTGCCTACA GGAGCGAGTA 
CAAAACTGTG ACAGGATCAG GACAGGCCAA GGCTCCATAT ACCTTCAGAG GGTACAGCAC 
AAGCAACTGG AGCAGAAGCT GAAGCAAGCA GAGGCCTGGT GGCTGCAGCT GGGAAAGTTT 
GCCCGCCTGG TTGACTACAT GATTTGTCAG AGCCTCATTT CTGTCTTGGA AGAGCAGATA 
ACCTCTTTTG TGGCCAACAT CCTTCAAGCC CCAAGGCAGA AACCCTTTCT CTCATCACAG 
CTGGTCTTTG ATGATCATGG TCAACTGTCT CATGTGCCCT GTGTTGAAAA TATGATCCAG 
ACTCTAACTG GAGGCCTACA GTCTGTCAAG ACCTCTGCCT TGCAGGTATT CTGA

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

RefSeq	NP_775860.3
CDS	684..2477
Translation	MVPEERRVGLSSDETSSDSLKSWHSICVLDSKEQPLACQQKQRQFVKPVTESEQPTVLELLLAELRTLFSAVLQDSSPAAWRYLHAVLGLLPPYRELLVGHLDLLPFLEQLYCWAPWVQTHLHLDLLGAIVQAFPPDSSLLDSASHADCCPQKRRLHHRPPCPACPFVQAQWSRQQVKEELATWLRPLTLPELQRCLGIVGAQVALEEAVWLDGLSLLPLALAADIPVRYESSDTDNAEVEPVGRKETRSQLDYEVPREKAFQKSSTGFSPETSFLDSQVMTALKMERYLKKIHFLYLNVAPSRYFRPYSLMVVPPDKVNPEHYIFSPFGILHVHPVEGSETMTLGTWHHHCVLWQQLQFIPFFKYCLLRKSFTCWKKNVRLQGLHRLQKFLENHLLLAVPHFGAGLLHISRLLQELHSVSWLPQELDRCYELLDLQTALAEEKHKALRLLHRCLNLCTSILRLVHEDTYHMQQCLQERVQNCDRIRTGQGSIYLQRVQHKQLEQKLKQAEAWWLQLGKFARLVDYMICQSLISVLEEQITSFVANILQAPRQKPFLSSQLVFDDHGQLSHVPCVENMIQTLTGGLQSVKTSALQVF

Target ORF information:

RefSeq Version	NM_173589.4
Organism	Homo sapiens(human)
Definition	Homo sapiens dynein heavy chain domain 1 (DNHD1), transcript variant 2, mRNA.

Target ORF information:

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

NM_173589.4

ORF Insert Sequence:

ATGGTCCCGG AGGAGAGGAG GGTAGGTTTG TCTTCTGATG AGACATCATC TGATTCCCTT 
AAGTCTTGGC ACTCCATATG TGTCTTGGAC AGCAAAGAAC AGCCCTTGGC CTGCCAGCAG 
AAACAGAGGC AGTTCGTGAA GCCAGTGACT GAGTCAGAGC AGCCCACAGT GCTGGAACTC 
CTGCTAGCTG AGCTCCGAAC TCTGTTCTCA GCTGTGTTGC AGGACAGTAG CCCTGCAGCT 
TGGCGCTATC TTCATGCAGT ACTGGGTCTA CTGCCTCCAT ATCGTGAGTT GCTAGTTGGC 
CACCTTGATT TGCTGCCCTT CCTGGAGCAG CTGTACTGCT GGGCACCCTG GGTCCAAACC 
CACCTCCATC TGGACCTGCT AGGTGCCATT GTCCAGGCCT TTCCTCCAGA CAGCTCTTTG 
TTAGACAGTG CTTCCCATGC TGACTGCTGT CCCCAGAAGC GGAGGCTCCA TCACAGGCCC 
CCATGCCCAG CTTGCCCTTT TGTGCAGGCC CAGTGGAGCA GGCAGCAAGT AAAGGAGGAG 
CTGGCCACCT GGCTGCGACC ATTGACACTG CCTGAGCTAC AGCGCTGCCT GGGCATTGTT 
GGTGCTCAGG TGGCCCTAGA AGAGGCTGTG TGGCTGGATG GACTTAGTCT CCTTCCCTTG 
GCACTGGCAG CGGACATCCC TGTACGGTAT GAAAGCAGTG ACACTGACAA TGCAGAGGTG 
GAGCCTGTTG GAAGAAAAGA GACCAGGTCT CAGCTTGACT ATGAAGTTCC CAGGGAAAAG 
GCCTTCCAAA AGAGCAGCAC CGGCTTTTCA CCTGAGACTT CCTTCCTGGA TAGCCAGGTG 
ATGACTGCTC TGAAGATGGA GAGATACCTG AAGAAGATCC ACTTCCTCTA TCTCAATGTG 
GCTCCCAGCC GGTACTTTAG GCCTTACAGC CTGATGGTGG TGCCACCCGA CAAGGTGAAT 
CCCGAGCACT ACATCTTCTC TCCCTTTGGG ATCTTGCATG TACATCCTGT GGAAGGTAGC 
GAGACGATGA CACTGGGTAC CTGGCACCAT CACTGTGTTC TCTGGCAGCA GCTCCAGTTC 
ATTCCATTCT TTAAGTATTG CCTCTTACGC AAGTCCTTTA CCTGTTGGAA GAAGAATGTG 
AGATTACAGG GGCTGCATCG ACTCCAGAAA TTCCTAGAGA ATCATCTGCT CTTGGCTGTG 
CCCCACTTTG GAGCTGGGCT ACTCCATATT AGCAGGCTTC TGCAGGAGCT ACACTCTGTG 
TCCTGGCTAC CCCAGGAACT GGATCGGTGC TATGAGCTGC TGGACCTGCA GACGGCTCTA 
GCCGAGGAGA AGCATAAGGC TCTACGGCTG CTCCATCGTT GCCTAAACCT CTGCACATCC 
ATTCTTCGAC TGGTTCACGA GGACACATAC CACATGCAAC AGTGCCTACA GGAGCGAGTA 
CAAAACTGTG ACAGGATCAG GACAGGCCAA GGCTCCATAT ACCTTCAGAG GGTACAGCAC 
AAGCAACTGG AGCAGAAGCT GAAGCAAGCA GAGGCCTGGT GGCTGCAGCT GGGAAAGTTT 
GCCCGCCTGG TTGACTACAT GATTTGTCAG AGCCTCATTT CTGTCTTGGA AGAGCAGATA 
ACCTCTTTTG TGGCCAACAT CCTTCAAGCC CCAAGGCAGA AACCCTTTCT CTCATCACAG 
CTGGTCTTTG ATGATCATGG TCAACTGTCT CATGTGCCCT GTGTTGAAAA TATGATCCAG 
ACTCTAACTG GAGGCCTACA GTCTGTCAAG ACCTCTGCCT TGCAGGTATT CTGA

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

PubMed

GWAS of DNA methylation variation within imprinting control regions suggests parent-of-origin association.
Twin research and human genetics : the official journal of the International Society for Twin Studies16(4)767-81(2013 Aug)
Rentería ME,Coolen MW,Statham AL,Choi RS,Qu W,Campbell MJ,Smith S,Henders AK,Montgomery GW,Clark SJ,Martin NG,Medland SE

ATM and ATR substrate analysis reveals extensive protein networks responsive to DNA damage.
Science (New York, N.Y.)316(5828)1160-6(2007 May)
Matsuoka S,Ballif BA,Smogorzewska A,McDonald ER 3rd,Hurov KE,Luo J,Bakalarski CE,Zhao Z,Solimini N,Lerenthal Y,Shiloh Y,Gygi SP,Elledge SJ

Characterization of long cDNA clones from human adult spleen. II. The complete sequences of 81 cDNA clones.
DNA research : an international journal for rapid publication of reports on genes and genomes10(1)49-57(2003 Feb)
Jikuya H,Takano J,Kikuno R,Hirosawa M,Nagase T,Nomura N,Ohara O

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DNHD1 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

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Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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