BRWD3 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	BRWD3
Entrez Gene ID	254065
Full Name	bromodomain and WD repeat domain containing 3
Synonyms	BRODL,MRX93
General protein information	Preferred Names bromodomain and WD repeat domain containing 3 Names bromodomain and WD repeat-containing protein 3 bromo domain-containing protein disrupted in leukemia novel WD repeat domain protein
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: X Map Location: Xq21.1
Summary	The protein encoded by this gene contains a bromodomain and several WD repeats. It is thought to have a chromatin-modifying function, and may thus play a role in transcription. Mutations in this gene are associated with a spectrum of cognitive disabilities and X-linked macrocephaly. This gene is also associated with translocations in patients with B-cell chronic lymphocytic leukemia. [provided by RefSeq, Jul 2017].
Disorder MIM:	300553
Disorder Html:	Mental retardation, X-linked 93, 300659 (3)

mRNA and Protein(s)

mRNA	Protein	Name
NM_153252.5	NP_694984.5	bromodomain and WD repeat-containing protein 3
XM_017029384.1	XP_016884873.1	bromodomain and WD repeat-containing protein 3 isoform X2
NM_153252.4	NP_694984.4	bromodomain and WD repeat-containing protein 3
XM_005262113.3	XP_005262170.1	bromodomain and WD repeat-containing protein 3 isoform X1
XM_017029385.2	XP_016884874.1	bromodomain and WD repeat-containing protein 3 isoform X3
XM_017029385.1	XP_016884874.1	bromodomain and WD repeat-containing protein 3 isoform X3

Pathways from BioSystems

Homologies

Homo sapiens (human)	BRWD3	NP_694984.4
	BRWD3	XP_002806340.1
Canis lupus familiaris (dog)	BRWD3	XP_005641586.1
Mus musculus (house mouse)	Brwd3	NP_001074946.1
Rattus norvegicus (Norway rat)	Brwd3	XP_006257245.1
Gallus gallus (chicken)	BRWD3	XP_003641127.2
Bos taurus (cattle)	BRWD3	XP_002699983.1
Xenopus tropicalis (tropical clawed frog)	brwd3	XP_002940482.2
Pan troglodytes (chimpanzee)	BRWD3	XP_003954075.1

Gene Ontology
Bibliography

Related articles in PubMed

Comprehensive molecular profiling of 718 Multiple Myelomas reveals significant differences in mutation frequencies between African and European descent cases.
Manojlovic Z, Christofferson A, Liang WS, Aldrich J, Washington M, Wong S, Rohrer D, Jewell S, Kittles RA, Derome M, Auclair D, Craig DW, Keats J, Carpten JD
PLoS genetics13(11)e1007087(2017 Nov)

Clinical assessment of five patients with BRWD3 mutation at Xq21.1 gives further evidence for mild to moderate intellectual disability and macrocephaly.
Grotto S, Drouin-Garraud V, Ounap K, Puusepp-Benazzouz H, Schuurs-Hoeijmakers J, Le Meur N, Chambon P, Fehrenbach S, van Bokhoven H, Fr?bourg T, de Brouwer AP, Saugier-Veber P
European journal of medical genetics57(5)200-6(2014 Apr)

Comparative profiling of plasma proteome from breast cancer patients reveals thrombospondin-1 and BRWD3 as serological biomarkers.
Suh EJ, Kabir MH, Kang UB, Lee JW, Yu J, Noh DY, Lee C
Experimental & molecular medicine44(1)36-44(2012 Jan)

Identification and characterization of a set of conserved and new regulators of cytoskeletal organization, cell morphology and migration.
Bai SW, Herrera-Abreu MT, Rohn JL, Racine V, Tajadura V, Suryavanshi N, Bechtel S, Wiemann S, Baum B, Ridley AJ
BMC biology954(2011 Aug)

A systematic, large-scale resequencing screen of X-chromosome coding exons in mental retardation.
Tarpey PS, Smith R, Pleasance E, Whibley A, Edkins S, Hardy C, O'Meara S, Latimer C, Dicks E, Menzies A, Stephens P, Blow M, Greenman C, Xue Y, Tyler-Smith C, Thompson D, Gray K, Andrews J, Barthorpe S, Buck G, Cole J, Dunmore R, Jones D, Maddison M, Mironenko T, Turner R, Turrell K, Varian J, West S, Widaa S, Wray P, Teague J, Butler A, Jenkinson A, Jia M, Richardson D, Shepherd R, Wooster R, Tejada MI, Martinez F, Carvill G, Goliath R, de Brouwer AP, van Bokhoven H, Van Esch H, Chelly J, Raynaud M, Ropers HH, Abidi FE, Srivastava AK, Cox J, Luo Y, Mallya U, Moon J, Parnau J, Mohammed S, Tolmie JL, Shoubridge C, Corbett M, Gardner A, Haan E, Rujirabanjerd S, Shaw M, Vandeleur L, Fullston T, Easton DF, Boyle J, Partington M, Hackett A, Field M, Skinner C, Stevenson RE, Bobrow M, Turner G, Schwartz CE, Gecz J, Raymond FL, Futreal PA, Stratton MR
Nature genetics41(5)535-43(2009 May)

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

BCL7A, BRWD3, and AUTS2 demonstrate significantly higher mutation frequencies among AA cases. These genes are all involved in translocations in B-cell malignancies. Moreover, we detected a significant difference in mutation frequency of TP53 and IRF4 with frequencies higher among CA cases. Our study provides rationale for interrogating diverse tumor cohorts to best understand tumor genomics across populations.
Title: Comprehensive molecular profiling of 718 Multiple Myelomas reveals significant differences in mutation frequencies between African and European descent cases.

A nonsense mutation in BRWD3 in a family with X-linked intellectual disability associated with macrocephaly.
Title: Clinical assessment of five patients with BRWD3 mutation at Xq21.1 gives further evidence for mild to moderate intellectual disability and macrocephaly.

potential serological biomarker of breast cancer
Title: Comparative profiling of plasma proteome from breast cancer patients reveals thrombospondin-1 and BRWD3 as serological biomarkers.

Includes the identification of truncating mutations in this gene that segregated with mental retardation in the families tested.
Title: A systematic, large-scale resequencing screen of X-chromosome coding exons in mental retardation.

BRWD3 is therefore a new gene implicated in the etiology of XLMR associated with macrocephaly and may cause disease by altering intracellular signaling pathways affecting cellular proliferation.
Title: Mutations in the BRWD3 gene cause X-linked mental retardation associated with macrocephaly.

The following BRWD3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BRWD3 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)
OHu99220	XM_017029385.2 Latest version!	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
OHu108584	NM_153252.5 Latest version!	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OHu21667	NM_153252.4 Latest version!	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu54143	XM_005262113.3 Latest version!	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$951.30 $1359.00
OHu54145	XM_017029384.1 Latest version!	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$727.30 $1039.00
View Old Accession Versions >>
OHu99220	XM_017029385.1	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$391.30 $559.00
Hide Old Accession Versions >>

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
30% OFF

*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)

BRWD3 ( XM_017029385.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016884874.1 Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu99220
Clone ID Related Accession (Same CDS sequence)	XM_017029385.2 , XM_017029385.1
Accession Version	XM_017029385.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2478bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	bromodomain and WD repeat-containing protein 3 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017029385.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCAG CACCTACCCA GATCGAAGCC GAGCTGTATT ACCTGATCGC TAGGTTCTTG 
CAGTCTGGAC CCTGCAACAA ATCCGCTCAG GTGCTAGTGC AGGAGCTCGA GGAGCATCAG 
CTGATTCCGC GCCGCTTAGA TTGGGAGGGG AAAGAGCACC GAAGAAGCTT CGAGGATCTG 
GTGGCAGCAA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GAGAATTGGT 
CCTTTACTAG ATAAAGAGAT CCCTCAGAGT GTTCCTGGGG TACAGACATT ATTAGGTGTT 
GGTCGGCAGT CTCTGCTACG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCGG CTCTGCATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAATGTGG TGAATATCAC CTCTGCCAGG CAATTAACCG GCTGTAGTCG CTTTGGTCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGACCGA AGCGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TAAAAATTTG GGCTACAGAT GATGGACGCC TTCTTGCTAC ACTTCGTGGA 
CACTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTTAT TGCTGCAGGC 
AGCTGTGATA AGGTAGTAAG AGTATGGTGT CTTCGAACTT GTGCACCCGT TGCAGTCCTT 
CAGGGCCATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAAAC 
AGATACCTCA CTTCTACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCGGTGAAA TTTACTGAGA GATCCAGACC TGGAGTCCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACTGGTAG TACTGACCAT 
GTGATTAGAA TATATTATTT GGGTTCTGAG GTTCCTGAGA AAATTGCTGA ATTAGAGTCA 
CATACGGATA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTC GAGATGGAAC GGCAAGAATT TGGCAGTATC AGCAACAAGA ATGGAAGAGT 
ATAGTGCTAG ACATGGCTAC TAAAATGACT GGCAATAATT TGCCATCTGG AGAAGACAAG 
ATCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGATACCAC AGTTATTACT 
GCAGTGAACA ATTTTCTTTT GAAAGTGTGG AATTCTATCA CAGGACAGCT TCTTCATACA 
TTATCTGGAC ATGATGATGA AGTATTCGTT CTAGAAGCCC ATCCATTTGA TCAAAGGATC 
ATACTTTCAG CAGGTCATGA TGGGAACATT TTTATTTGGG ACCTTGACCG GGGGACCAAA 
ATTCGGAATT ACTTTAACAT GATTGAAGGC CAAGGCCATG GTGCGGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGACATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTACGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGTCCTC TTATTCGTGA TGCCAATAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCTCC ATTTTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAACGGT TGGTACCAGG ACGGGAAAAT TGTAAAGATG AACAGCTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTA GTAGAACAGG TAATTGGGCA GCAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TGCAGAGAGA ACAAGACCTG 
AGACTAATTA ATGAAGGAGA TGTTCCACAT TTACCAGTTA ATAGAGCATA CTCTGTTAAT 
GGTGCTCTGA GAAGTCCAAA CATGGACATA TCTTCTTCCC CAAACATCAG GCTTCGAAGA 
CATAGTAGTC AAATTGAAGG TGTTAGACAA ATGCATAACA ATGCTCCTCG GAGCCAGATG 
GCCACTGAAA GAGATCTCAT GGCGTGGAGC AGAAGAGTGG TGGTCAATGA ACTAAATAAT 
GGGGTTAGTA GGGTACAGGA AGAATGTCGA ACTGCAAAAG GTGACATAGA AATCAGTCTT 
TATACAGTTG AAAAGAAGAA AAAGCCATCT TACACTACTC AAAGGAATGA TTATGAGCCT 
AGCTGTGGGC GTTCTTTACG CAGGACACAG CGCAAACGTC AGCATACTTA CCAAACACGG 
TCCAACATAG AGCATAATTC ACAGGCATCA TGTCAAAATT CAGGTGTACA GGAAGACTCA 
GACAGTTCTT CAGAGTGA

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

RefSeq	XP_016884874.1
CDS	266..2743
Translation	MAAAPTQIEAELYYLIARFLQSGPCNKSAQVLVQELEEHQLIPRRLDWEGKEHRRSFEDLVAANAHIPPDYLLKICERIGPLLDKEIPQSVPGVQTLLGVGRQSLLRDAKDCKSTLWNGSAFAALHRGRPPELPVNYVKPPNVVNITSARQLTGCSRFGHIFPSSAYQHIKMHKRILGHLSSVYCVAFDRSGRRIFTGSDDCLVKIWATDDGRLLATLRGHSAEISDMAVNYENTLIAAGSCDKVVRVWCLRTCAPVAVLQGHSASITSIQFCPSTKGTNRYLTSTGADGTICFWQWHVKTMKFRDRPVKFTERSRPGVQISCSSFSSGGMFITTGSTDHVIRIYYLGSEVPEKIAELESHTDKVVAVQFCNNGDSLRFVSGSRDGTARIWQYQQQEWKSIVLDMATKMTGNNLPSGEDKITKLKVTMVAWDRYDTTVITAVNNFLLKVWNSITGQLLHTLSGHDDEVFVLEAHPFDQRIILSAGHDGNIFIWDLDRGTKIRNYFNMIEGQGHGAVFDCKFSPDGNHFACTDSHGHLLLFGFGCSKYYEKIPDQMFFHTDYRPLIRDANNYVLDEQTQQAPHLMPPPFLVDVDGNPHPTKFQRLVPGRENCKDEQLIPQLGYVANGDGEVVEQVIGQQTNDQDESILDGIIRELQREQDLRLINEGDVPHLPVNRAYSVNGALRSPNMDISSSPNIRLRRHSSQIEGVRQMHNNAPRSQMATERDLMAWSRRVVVNELNNGVSRVQEECRTAKGDIEISLYTVEKKKKPSYTTQRNDYEPSCGRSLRRTQRKRQHTYQTRSNIEHNSQASCQNSGVQEDSDSSSE

Target ORF information:

RefSeq Version	XM_017029385.2
Organism	Homo sapiens(human)
Definition	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X4, mRNA.

Target ORF information:

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

XM_017029385.2

ORF Insert Sequence:

ATGGCGGCAG CACCTACCCA GATCGAAGCC GAGCTGTATT ACCTGATCGC TAGGTTCTTG 
CAGTCTGGAC CCTGCAACAA ATCCGCTCAG GTGCTAGTGC AGGAGCTCGA GGAGCATCAG 
CTGATTCCGC GCCGCTTAGA TTGGGAGGGG AAAGAGCACC GAAGAAGCTT CGAGGATCTG 
GTGGCAGCAA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GAGAATTGGT 
CCTTTACTAG ATAAAGAGAT CCCTCAGAGT GTTCCTGGGG TACAGACATT ATTAGGTGTT 
GGTCGGCAGT CTCTGCTACG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCGG CTCTGCATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAATGTGG TGAATATCAC CTCTGCCAGG CAATTAACCG GCTGTAGTCG CTTTGGTCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGACCGA AGCGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TAAAAATTTG GGCTACAGAT GATGGACGCC TTCTTGCTAC ACTTCGTGGA 
CACTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTTAT TGCTGCAGGC 
AGCTGTGATA AGGTAGTAAG AGTATGGTGT CTTCGAACTT GTGCACCCGT TGCAGTCCTT 
CAGGGCCATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAAAC 
AGATACCTCA CTTCTACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCGGTGAAA TTTACTGAGA GATCCAGACC TGGAGTCCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACTGGTAG TACTGACCAT 
GTGATTAGAA TATATTATTT GGGTTCTGAG GTTCCTGAGA AAATTGCTGA ATTAGAGTCA 
CATACGGATA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTC GAGATGGAAC GGCAAGAATT TGGCAGTATC AGCAACAAGA ATGGAAGAGT 
ATAGTGCTAG ACATGGCTAC TAAAATGACT GGCAATAATT TGCCATCTGG AGAAGACAAG 
ATCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGATACCAC AGTTATTACT 
GCAGTGAACA ATTTTCTTTT GAAAGTGTGG AATTCTATCA CAGGACAGCT TCTTCATACA 
TTATCTGGAC ATGATGATGA AGTATTCGTT CTAGAAGCCC ATCCATTTGA TCAAAGGATC 
ATACTTTCAG CAGGTCATGA TGGGAACATT TTTATTTGGG ACCTTGACCG GGGGACCAAA 
ATTCGGAATT ACTTTAACAT GATTGAAGGC CAAGGCCATG GTGCGGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGACATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTACGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGTCCTC TTATTCGTGA TGCCAATAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCTCC ATTTTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAACGGT TGGTACCAGG ACGGGAAAAT TGTAAAGATG AACAGCTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTA GTAGAACAGG TAATTGGGCA GCAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TGCAGAGAGA ACAAGACCTG 
AGACTAATTA ATGAAGGAGA TGTTCCACAT TTACCAGTTA ATAGAGCATA CTCTGTTAAT 
GGTGCTCTGA GAAGTCCAAA CATGGACATA TCTTCTTCCC CAAACATCAG GCTTCGAAGA 
CATAGTAGTC AAATTGAAGG TGTTAGACAA ATGCATAACA ATGCTCCTCG GAGCCAGATG 
GCCACTGAAA GAGATCTCAT GGCGTGGAGC AGAAGAGTGG TGGTCAATGA ACTAAATAAT 
GGGGTTAGTA GGGTACAGGA AGAATGTCGA ACTGCAAAAG GTGACATAGA AATCAGTCTT 
TATACAGTTG AAAAGAAGAA AAAGCCATCT TACACTACTC AAAGGAATGA TTATGAGCCT 
AGCTGTGGGC GTTCTTTACG CAGGACACAG CGCAAACGTC AGCATACTTA CCAAACACGG 
TCCAACATAG AGCATAATTC ACAGGCATCA TGTCAAAATT CAGGTGTACA GGAAGACTCA 
GACAGTTCTT CAGAGTGA

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

BRWD3 ( XM_017029385.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016884874.1 Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu99220
Clone ID Related Accession (Same CDS sequence)	XM_017029385.2 , XM_017029385.1
Accession Version	XM_017029385.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2478bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	bromodomain and WD repeat-containing protein 3 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCAG CACCTACCCA GATCGAAGCC GAGCTGTATT ACCTGATCGC TAGGTTCTTG 
CAGTCTGGAC CCTGCAACAA ATCCGCTCAG GTGCTAGTGC AGGAGCTCGA GGAGCATCAG 
CTGATTCCGC GCCGCTTAGA TTGGGAGGGG AAAGAGCACC GAAGAAGCTT CGAGGATCTG 
GTGGCAGCAA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GAGAATTGGT 
CCTTTACTAG ATAAAGAGAT CCCTCAGAGT GTTCCTGGGG TACAGACATT ATTAGGTGTT 
GGTCGGCAGT CTCTGCTACG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCGG CTCTGCATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAATGTGG TGAATATCAC CTCTGCCAGG CAATTAACCG GCTGTAGTCG CTTTGGTCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGACCGA AGCGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TAAAAATTTG GGCTACAGAT GATGGACGCC TTCTTGCTAC ACTTCGTGGA 
CACTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTTAT TGCTGCAGGC 
AGCTGTGATA AGGTAGTAAG AGTATGGTGT CTTCGAACTT GTGCACCCGT TGCAGTCCTT 
CAGGGCCATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAAAC 
AGATACCTCA CTTCTACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCGGTGAAA TTTACTGAGA GATCCAGACC TGGAGTCCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACTGGTAG TACTGACCAT 
GTGATTAGAA TATATTATTT GGGTTCTGAG GTTCCTGAGA AAATTGCTGA ATTAGAGTCA 
CATACGGATA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTC GAGATGGAAC GGCAAGAATT TGGCAGTATC AGCAACAAGA ATGGAAGAGT 
ATAGTGCTAG ACATGGCTAC TAAAATGACT GGCAATAATT TGCCATCTGG AGAAGACAAG 
ATCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGATACCAC AGTTATTACT 
GCAGTGAACA ATTTTCTTTT GAAAGTGTGG AATTCTATCA CAGGACAGCT TCTTCATACA 
TTATCTGGAC ATGATGATGA AGTATTCGTT CTAGAAGCCC ATCCATTTGA TCAAAGGATC 
ATACTTTCAG CAGGTCATGA TGGGAACATT TTTATTTGGG ACCTTGACCG GGGGACCAAA 
ATTCGGAATT ACTTTAACAT GATTGAAGGC CAAGGCCATG GTGCGGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGACATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTACGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGTCCTC TTATTCGTGA TGCCAATAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCTCC ATTTTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAACGGT TGGTACCAGG ACGGGAAAAT TGTAAAGATG AACAGCTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTA GTAGAACAGG TAATTGGGCA GCAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TGCAGAGAGA ACAAGACCTG 
AGACTAATTA ATGAAGGAGA TGTTCCACAT TTACCAGTTA ATAGAGCATA CTCTGTTAAT 
GGTGCTCTGA GAAGTCCAAA CATGGACATA TCTTCTTCCC CAAACATCAG GCTTCGAAGA 
CATAGTAGTC AAATTGAAGG TGTTAGACAA ATGCATAACA ATGCTCCTCG GAGCCAGATG 
GCCACTGAAA GAGATCTCAT GGCGTGGAGC AGAAGAGTGG TGGTCAATGA ACTAAATAAT 
GGGGTTAGTA GGGTACAGGA AGAATGTCGA ACTGCAAAAG GTGACATAGA AATCAGTCTT 
TATACAGTTG AAAAGAAGAA AAAGCCATCT TACACTACTC AAAGGAATGA TTATGAGCCT 
AGCTGTGGGC GTTCTTTACG CAGGACACAG CGCAAACGTC AGCATACTTA CCAAACACGG 
TCCAACATAG AGCATAATTC ACAGGCATCA TGTCAAAATT CAGGTGTACA GGAAGACTCA 
GACAGTTCTT CAGAGTGA

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

RefSeq	XP_016884874.1
CDS	266..2743
Translation	MAAAPTQIEAELYYLIARFLQSGPCNKSAQVLVQELEEHQLIPRRLDWEGKEHRRSFEDLVAANAHIPPDYLLKICERIGPLLDKEIPQSVPGVQTLLGVGRQSLLRDAKDCKSTLWNGSAFAALHRGRPPELPVNYVKPPNVVNITSARQLTGCSRFGHIFPSSAYQHIKMHKRILGHLSSVYCVAFDRSGRRIFTGSDDCLVKIWATDDGRLLATLRGHSAEISDMAVNYENTLIAAGSCDKVVRVWCLRTCAPVAVLQGHSASITSIQFCPSTKGTNRYLTSTGADGTICFWQWHVKTMKFRDRPVKFTERSRPGVQISCSSFSSGGMFITTGSTDHVIRIYYLGSEVPEKIAELESHTDKVVAVQFCNNGDSLRFVSGSRDGTARIWQYQQQEWKSIVLDMATKMTGNNLPSGEDKITKLKVTMVAWDRYDTTVITAVNNFLLKVWNSITGQLLHTLSGHDDEVFVLEAHPFDQRIILSAGHDGNIFIWDLDRGTKIRNYFNMIEGQGHGAVFDCKFSPDGNHFACTDSHGHLLLFGFGCSKYYEKIPDQMFFHTDYRPLIRDANNYVLDEQTQQAPHLMPPPFLVDVDGNPHPTKFQRLVPGRENCKDEQLIPQLGYVANGDGEVVEQVIGQQTNDQDESILDGIIRELQREQDLRLINEGDVPHLPVNRAYSVNGALRSPNMDISSSPNIRLRRHSSQIEGVRQMHNNAPRSQMATERDLMAWSRRVVVNELNNGVSRVQEECRTAKGDIEISLYTVEKKKKPSYTTQRNDYEPSCGRSLRRTQRKRQHTYQTRSNIEHNSQASCQNSGVQEDSDSSSE

Target ORF information:

RefSeq Version	XM_017029385.1
Organism	Homo sapiens(human)
Definition	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X4, mRNA.

Target ORF information:

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

XM_017029385.1

ORF Insert Sequence:

ATGGCGGCAG CACCTACCCA GATCGAAGCC GAGCTGTATT ACCTGATCGC TAGGTTCTTG 
CAGTCTGGAC CCTGCAACAA ATCCGCTCAG GTGCTAGTGC AGGAGCTCGA GGAGCATCAG 
CTGATTCCGC GCCGCTTAGA TTGGGAGGGG AAAGAGCACC GAAGAAGCTT CGAGGATCTG 
GTGGCAGCAA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GAGAATTGGT 
CCTTTACTAG ATAAAGAGAT CCCTCAGAGT GTTCCTGGGG TACAGACATT ATTAGGTGTT 
GGTCGGCAGT CTCTGCTACG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCGG CTCTGCATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAATGTGG TGAATATCAC CTCTGCCAGG CAATTAACCG GCTGTAGTCG CTTTGGTCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGACCGA AGCGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TAAAAATTTG GGCTACAGAT GATGGACGCC TTCTTGCTAC ACTTCGTGGA 
CACTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTTAT TGCTGCAGGC 
AGCTGTGATA AGGTAGTAAG AGTATGGTGT CTTCGAACTT GTGCACCCGT TGCAGTCCTT 
CAGGGCCATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAAAC 
AGATACCTCA CTTCTACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCGGTGAAA TTTACTGAGA GATCCAGACC TGGAGTCCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACTGGTAG TACTGACCAT 
GTGATTAGAA TATATTATTT GGGTTCTGAG GTTCCTGAGA AAATTGCTGA ATTAGAGTCA 
CATACGGATA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTC GAGATGGAAC GGCAAGAATT TGGCAGTATC AGCAACAAGA ATGGAAGAGT 
ATAGTGCTAG ACATGGCTAC TAAAATGACT GGCAATAATT TGCCATCTGG AGAAGACAAG 
ATCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGATACCAC AGTTATTACT 
GCAGTGAACA ATTTTCTTTT GAAAGTGTGG AATTCTATCA CAGGACAGCT TCTTCATACA 
TTATCTGGAC ATGATGATGA AGTATTCGTT CTAGAAGCCC ATCCATTTGA TCAAAGGATC 
ATACTTTCAG CAGGTCATGA TGGGAACATT TTTATTTGGG ACCTTGACCG GGGGACCAAA 
ATTCGGAATT ACTTTAACAT GATTGAAGGC CAAGGCCATG GTGCGGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGACATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTACGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGTCCTC TTATTCGTGA TGCCAATAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCTCC ATTTTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAACGGT TGGTACCAGG ACGGGAAAAT TGTAAAGATG AACAGCTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTA GTAGAACAGG TAATTGGGCA GCAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TGCAGAGAGA ACAAGACCTG 
AGACTAATTA ATGAAGGAGA TGTTCCACAT TTACCAGTTA ATAGAGCATA CTCTGTTAAT 
GGTGCTCTGA GAAGTCCAAA CATGGACATA TCTTCTTCCC CAAACATCAG GCTTCGAAGA 
CATAGTAGTC AAATTGAAGG TGTTAGACAA ATGCATAACA ATGCTCCTCG GAGCCAGATG 
GCCACTGAAA GAGATCTCAT GGCGTGGAGC AGAAGAGTGG TGGTCAATGA ACTAAATAAT 
GGGGTTAGTA GGGTACAGGA AGAATGTCGA ACTGCAAAAG GTGACATAGA AATCAGTCTT 
TATACAGTTG AAAAGAAGAA AAAGCCATCT TACACTACTC AAAGGAATGA TTATGAGCCT 
AGCTGTGGGC GTTCTTTACG CAGGACACAG CGCAAACGTC AGCATACTTA CCAAACACGG 
TCCAACATAG AGCATAATTC ACAGGCATCA TGTCAAAATT CAGGTGTACA GGAAGACTCA 
GACAGTTCTT CAGAGTGA

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

BRWD3 ( NM_153252.5 ) cDNA ORF clone, Homo sapiens(human) -> NP_694984.5 Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), mRNA.

Price & Availability↑

CloneID	OHu108584
Clone ID Related Accession (Same CDS sequence)	NM_153252.5
Accession Version	NM_153252.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5409bp) 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	2019-10-25
Organism	Homo sapiens(human)
Product	bromodomain and WD repeat-containing protein 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AL590031.6, AL669934.6 and AL512504.9. This sequence is a reference standard in the RefSeqGene project. On May 17, 2019 this sequence version replaced NM_153252.4. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: AY497046.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000373275.5/ ENSP00000362372.4 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGCGGCAG CACCTACCCA GATCGAAGCC GAGCTGTATT ACCTGATCGC TAGGTTCTTG 
CAGTCTGGAC CCTGCAACAA ATCCGCTCAG GTGCTAGTGC AGGAGCTCGA GGAGCATCAG 
CTGATTCCGC GCCGCTTAGA TTGGGAGGGG AAAGAGCACC GAAGAAGCTT CGAGGATCTG 
GTGGCAGCAA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GAGAATTGGT 
CCTTTACTAG ATAAAGAGAT CCCTCAGAGT GTTCCTGGGG TACAGACATT ATTAGGTGTT 
GGTCGGCAGT CTCTGCTACG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCGG CTCTGCATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAATGTGG TGAATATCAC CTCTGCCAGG CAATTAACCG GCTGTAGTCG CTTTGGTCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGACCGA AGCGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TAAAAATTTG GGCTACAGAT GATGGACGCC TTCTTGCTAC ACTTCGTGGA 
CACTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTTAT TGCTGCAGGC 
AGCTGTGATA AGGTAGTAAG AGTATGGTGT CTTCGAACTT GTGCACCCGT TGCAGTCCTT 
CAGGGCCATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAAAC 
AGATACCTCA CTTCTACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCGGTGAAA TTTACTGAGA GATCCAGACC TGGAGTCCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACTGGTAG TACTGACCAT 
GTGATTAGAA TATATTATTT GGGTTCTGAG GTTCCTGAGA AAATTGCTGA ATTAGAGTCA 
CATACGGATA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTC GAGATGGAAC GGCAAGAATT TGGCAGTATC AGCAACAAGA ATGGAAGAGT 
ATAGTGCTAG ACATGGCTAC TAAAATGACT GGCAATAATT TGCCATCTGG AGAAGACAAG 
ATCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGATACCAC AGTTATTACT 
GCAGTGAACA ATTTTCTTTT GAAAGTGTGG AATTCTATCA CAGGACAGCT TCTTCATACA 
TTATCTGGAC ATGATGATGA AGTATTCGTT CTAGAAGCCC ATCCATTTGA TCAAAGGATC 
ATACTTTCAG CAGGTCATGA TGGGAACATT TTTATTTGGG ACCTTGACCG GGGGACCAAA 
ATTCGGAATT ACTTTAACAT GATTGAAGGC CAAGGCCATG GTGCGGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGACATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTACGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGTCCTC TTATTCGTGA TGCCAATAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCTCC ATTTTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAACGGT TGGTACCAGG ACGGGAAAAT TGTAAAGATG AACAGCTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTA GTAGAACAGG TAATTGGGCA GCAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TGCAGAGAGA ACAAGACCTG 
AGACTAATTA ATGAAGGAGA TGTTCCACAT TTACCAGTTA ATAGAGCATA CTCTGTTAAT 
GGTGCTCTGA GAAGTCCAAA CATGGACATA TCTTCTTCCC CAAACATCAG GCTTCGAAGA 
CATAGTAGTC AAATTGAAGG TGTTAGACAA ATGCATAACA ATGCTCCTCG GAGCCAGATG 
GCCACTGAAA GAGATCTCAT GGCGTGGAGC AGAAGAGTGG TGGTCAATGA ACTAAATAAT 
GGGGTTAGTA GGGTACAGGA AGAATGTCGA ACTGCAAAAG GTGACATAGA AATCAGTCTT 
TATACAGTTG AAAAGAAGAA AAAGCCATCT TACACTACTC AAAGGAATGA TTATGAGCCT 
AGCTGTGGGC GTTCTTTACG CAGGACACAG CGCAAACGTC AGCATACTTA CCAAACACGG 
TCCAACATAG AGCATAATTC ACAGGCATCA TGTCAAAATT CAGGTGTACA GGAAGACTCA 
GACAGTTCTT CAGAGGAAGA TGAAACTGTT GGCACAAGTG ACGCTTCGGT AGAGGATCCT 
GTTGTTGAAT GGCAAAGTGA AAGTTCTTCC AGTGACTCAT CAAGTGAATA TTCTGATTGG 
ACAGCAGATG CTGGAATAAA TTTACAACCC CCAAAAAGAC AAACCAGACA GACAACACGT 
AAAATATGCA GCAGCTCTGA TGAGGAAAAT TTGAAGTCCC TAGAAGAAAG GCAGAAGAAA 
CCTAAGCAGA CTAGAAAGAA GAAAGGAGGA CTGGTTTCTA TAGCAGGTGA GCCTAATGAA 
GAATGGTTTG CCCCTCAGTG GATCTTGGAT ACTATACCCC GACGTTCCCC ATTTGTCCCA 
CAAATGGGAG ATGAGCTTAT CTATTTTAGG CAAGGACATG AAGCTTATGT TCGGGCTGTA 
AGGAAATCGA AAATATACAG TGTTAATTTA CAAAAACAGC CATGGAACAA AATGGATCTC 
AGGGAGCAAG AGTTTGTTAA GATTGTAGGA ATCAAATATG AGGTTGGCCC ACCCACACTG 
TGCTGCTTGA AGCTTGCATT TCTGGACCCA ATTTCAGGCA AAATGACTGG AGAATCTTTT 
TCCATTAAGT ATCATGACAT GCCGGATGTC ATTGACTTCC TTGTGCTACA TCAGTTTTAT 
AATGAAGCCA AAGAAAGGAA CTGGCAGATT GGTGATAGAT TCCGCAGTAT AATAGATGAC 
GCCTGGTGGT TTGGGACTGT GGAGAGTCAG CAGCCTTTTC AACCAGAGTA TCCTGATAGT 
TCTTTCCAGT GTTACAGTGT TCACTGGGAC AATAATGAGA GAGAAAAGAT GAGCCCATGG 
GATATGGAGC CAATTCCAGA AGGAACTGCC TTTCCAGATG AAGTTGGTGC TGGTGTTCCT 
GTCTCCCAGG AAGAATTGAC TGCTTTGCTA TACAAACCCC AGGAAGGAGA GTGGGGGGCT 
CATTCCAGAG ACGAAGAATG TGAACGGGTT ATTCAGGGCA TCAACCACCT TCTTTCCCTG 
GATTTTGCCA GCCCTTTTGC TGTTCCAGTG GATCTCAGTG CCTACCCCTT GTATTGTACT 
GTAGTTGCTT ATCCAACTGA CCTCAATACC ATCAGGCGGA GACTTGAAAA TCGCTTTTAC 
AGGAGAATAT CAGCATTAAT GTGGGAGGTA CGCTATATTG AACATAATGC CAGGACTTTC 
AATGAGCCAG ACAGTCCTAT AGTTAAAGCA GCTAAAATTG TAACTGATGT CTTACTTCGA 
TTTATTGGGG ATCAGAGCTG TACTGATATA CTGGATACTT ATAATAAAAT TAAAGCAGAA 
GAACGAAACA GTACTGATGC AGAGGAGGAT ACAGAAATTG TTGATTTAGA TTCAGACGGT 
CCTGGTACTT CATCTGGAAG AAAGGTCAAA TGCCGAGGCA GAAGACAGTC TTTAAAGTGT 
AATCCTGATG CTTGGAAAAA ACAATGCAAG GAACTATTGA GCCTCATTTA TGAACGTGAA 
GACTCGGAGC CATTTCGACA GCCAGCTGAT CTTCTTTCTT ACCCAGGTCA TCAGGAGCAA 
GAGGGAGAAT CCTCAGAGTC TGTTGTTCCA GAAAGACAAC AAGATTCATC TCTTTCTGAG 
GATTATCAAG ATGTTATAGA TACTCCTGTG GACTTCAGCA CTGTGAAAGA AACTTTGGAA 
GCAGGAAACT ATGGTAGTCC TCTGGAATTT TATAAGGATG TTCGCCAAAT ATTCAACAAC 
TCCAAAGCTT ATACCTCTAA TAAAAAGTCA AGGATCTATA GCATGATGCT GCGATTATCT 
GCCTTATTTG AAAGTCATAT CAAAAATATC ATCTCTGAAT ATAAGTCAGC AATCCAGAGT 
CAGAAGAGGA GAAGGCCACG GTACAGAAAA CGTCTAAGAA GCAGCAGCAG TTCATTATCT 
AGTAGTGGAG CACCTAGTCC AAAAGGGAAG CAGAAACAAA TGAAGTTGCA GCCTAAAAAT 
GACCAGAATA CCTCAGTATC TCATGCCAGG ACTAGCTCTC CTTTCTCATC TCCTGTTTCA 
GATGCTGCTG AAGGGCTTTC ACTATATCTA CTTGATGATG AGCCAGATGG GCCATTTTCT 
TCATCGAGCT TCGGTGGATA TAGCCGAAGT GGAAATAGCC ATGACCCAGG GAAAGCCAAA 
TCATTTCGGA ATAGAGTTTT GCCAGTTAAA CAAGATCACT CCCTTGATGG ACCCCTTACA 
AATGGTGATG GCAGAGAGCC CCGGACAGGA ATCAAGAGAA AACTACTTAG TGCATCAGAA 
GAAGATGAAA ACATGGGAGG AGAAGATAAA GAGAAAAAAG AAACAAAAGA GAAATCTCAT 
TTATCCACCT CAGAGAGTGG AGAGTTAGGA TCCAGTTTAA GTTCTGAAAG TACCTGTGGT 
TCTGACTCTG ACTCTGAATC AACTTCCAGA ACAGATCAAG ATTACGTAGA TGGAGACCAT 
GATTATAGCA AATTCATACA AACCAGACCT AAAAGAAAAC TCAGAAAGCA ACATGGCAAT 
GGAAAAAGAA ATTGGAAGAC CAGAGGCACA GGAGGAAGAG GCAGATGGGG AAGATGGGGT 
AGATGGAGTA GAGGAGGCAG AGGAAGAGGA GGCAGGGGAC GAGGGAGTCG AGGAAGAGGT 
GGAGGTGGCA CTAGGGGGAG GGGAAGAGGG AGAGGAGGAA GAGGTGCTTC TAGAGGAGCT 
ACCAGAGCCA AACGAGCACG TATTGCAGAT GATGAATTTG ATACCATGTT TTCAGGACGT 
TTCAGTAGAC TGCCTCGAAT TAAAACAAGA AACCAAGGCA GGAGGACTGT TTTATATAAT 
GATGATTCTG ATAATGACAA TTTTGTGTCC ACTGAGGATC CTCTGAATCT TGGTACATCC 
AGATCAGGCA GAGTGCGTAA AATGACAGAA AAAGCCAGGG TTAGCCATCT CATGGGATGG 
AATTATTAA

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

RefSeq	NP_694984.5
CDS	407..5815
Translation	MAAAPTQIEAELYYLIARFLQSGPCNKSAQVLVQELEEHQLIPRRLDWEGKEHRRSFEDLVAANAHIPPDYLLKICERIGPLLDKEIPQSVPGVQTLLGVGRQSLLRDAKDCKSTLWNGSAFAALHRGRPPELPVNYVKPPNVVNITSARQLTGCSRFGHIFPSSAYQHIKMHKRILGHLSSVYCVAFDRSGRRIFTGSDDCLVKIWATDDGRLLATLRGHSAEISDMAVNYENTLIAAGSCDKVVRVWCLRTCAPVAVLQGHSASITSIQFCPSTKGTNRYLTSTGADGTICFWQWHVKTMKFRDRPVKFTERSRPGVQISCSSFSSGGMFITTGSTDHVIRIYYLGSEVPEKIAELESHTDKVVAVQFCNNGDSLRFVSGSRDGTARIWQYQQQEWKSIVLDMATKMTGNNLPSGEDKITKLKVTMVAWDRYDTTVITAVNNFLLKVWNSITGQLLHTLSGHDDEVFVLEAHPFDQRIILSAGHDGNIFIWDLDRGTKIRNYFNMIEGQGHGAVFDCKFSPDGNHFACTDSHGHLLLFGFGCSKYYEKIPDQMFFHTDYRPLIRDANNYVLDEQTQQAPHLMPPPFLVDVDGNPHPTKFQRLVPGRENCKDEQLIPQLGYVANGDGEVVEQVIGQQTNDQDESILDGIIRELQREQDLRLINEGDVPHLPVNRAYSVNGALRSPNMDISSSPNIRLRRHSSQIEGVRQMHNNAPRSQMATERDLMAWSRRVVVNELNNGVSRVQEECRTAKGDIEISLYTVEKKKKPSYTTQRNDYEPSCGRSLRRTQRKRQHTYQTRSNIEHNSQASCQNSGVQEDSDSSSEEDETVGTSDASVEDPVVEWQSESSSSDSSSEYSDWTADAGINLQPPKRQTRQTTRKICSSSDEENLKSLEERQKKPKQTRKKKGGLVSIAGEPNEEWFAPQWILDTIPRRSPFVPQMGDELIYFRQGHEAYVRAVRKSKIYSVNLQKQPWNKMDLREQEFVKIVGIKYEVGPPTLCCLKLAFLDPISGKMTGESFSIKYHDMPDVIDFLVLHQFYNEAKERNWQIGDRFRSIIDDAWWFGTVESQQPFQPEYPDSSFQCYSVHWDNNEREKMSPWDMEPIPEGTAFPDEVGAGVPVSQEELTALLYKPQEGEWGAHSRDEECERVIQGINHLLSLDFASPFAVPVDLSAYPLYCTVVAYPTDLNTIRRRLENRFYRRISALMWEVRYIEHNARTFNEPDSPIVKAAKIVTDVLLRFIGDQSCTDILDTYNKIKAEERNSTDAEEDTEIVDLDSDGPGTSSGRKVKCRGRRQSLKCNPDAWKKQCKELLSLIYEREDSEPFRQPADLLSYPGHQEQEGESSESVVPERQQDSSLSEDYQDVIDTPVDFSTVKETLEAGNYGSPLEFYKDVRQIFNNSKAYTSNKKSRIYSMMLRLSALFESHIKNIISEYKSAIQSQKRRRPRYRKRLRSSSSSLSSSGAPSPKGKQKQMKLQPKNDQNTSVSHARTSSPFSSPVSDAAEGLSLYLLDDEPDGPFSSSSFGGYSRSGNSHDPGKAKSFRNRVLPVKQDHSLDGPLTNGDGREPRTGIKRKLLSASEEDENMGGEDKEKKETKEKSHLSTSESGELGSSLSSESTCGSDSDSESTSRTDQDYVDGDHDYSKFIQTRPKRKLRKQHGNGKRNWKTRGTGGRGRWGRWGRWSRGGRGRGGRGRGSRGRGGGGTRGRGRGRGGRGASRGATRAKRARIADDEFDTMFSGRFSRLPRIKTRNQGRRTVLYNDDSDNDNFVSTEDPLNLGTSRSGRVRKMTEKARVSHLMGWNY

Target ORF information:

RefSeq Version	NM_153252.5
Organism	Homo sapiens(human)
Definition	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), mRNA.

Target ORF information:

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

NM_153252.5

ORF Insert Sequence:

ATGGCGGCAG CACCTACCCA GATCGAAGCC GAGCTGTATT ACCTGATCGC TAGGTTCTTG 
CAGTCTGGAC CCTGCAACAA ATCCGCTCAG GTGCTAGTGC AGGAGCTCGA GGAGCATCAG 
CTGATTCCGC GCCGCTTAGA TTGGGAGGGG AAAGAGCACC GAAGAAGCTT CGAGGATCTG 
GTGGCAGCAA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GAGAATTGGT 
CCTTTACTAG ATAAAGAGAT CCCTCAGAGT GTTCCTGGGG TACAGACATT ATTAGGTGTT 
GGTCGGCAGT CTCTGCTACG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCGG CTCTGCATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAATGTGG TGAATATCAC CTCTGCCAGG CAATTAACCG GCTGTAGTCG CTTTGGTCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGACCGA AGCGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TAAAAATTTG GGCTACAGAT GATGGACGCC TTCTTGCTAC ACTTCGTGGA 
CACTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTTAT TGCTGCAGGC 
AGCTGTGATA AGGTAGTAAG AGTATGGTGT CTTCGAACTT GTGCACCCGT TGCAGTCCTT 
CAGGGCCATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAAAC 
AGATACCTCA CTTCTACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCGGTGAAA TTTACTGAGA GATCCAGACC TGGAGTCCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACTGGTAG TACTGACCAT 
GTGATTAGAA TATATTATTT GGGTTCTGAG GTTCCTGAGA AAATTGCTGA ATTAGAGTCA 
CATACGGATA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTC GAGATGGAAC GGCAAGAATT TGGCAGTATC AGCAACAAGA ATGGAAGAGT 
ATAGTGCTAG ACATGGCTAC TAAAATGACT GGCAATAATT TGCCATCTGG AGAAGACAAG 
ATCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGATACCAC AGTTATTACT 
GCAGTGAACA ATTTTCTTTT GAAAGTGTGG AATTCTATCA CAGGACAGCT TCTTCATACA 
TTATCTGGAC ATGATGATGA AGTATTCGTT CTAGAAGCCC ATCCATTTGA TCAAAGGATC 
ATACTTTCAG CAGGTCATGA TGGGAACATT TTTATTTGGG ACCTTGACCG GGGGACCAAA 
ATTCGGAATT ACTTTAACAT GATTGAAGGC CAAGGCCATG GTGCGGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGACATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTACGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGTCCTC TTATTCGTGA TGCCAATAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCTCC ATTTTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAACGGT TGGTACCAGG ACGGGAAAAT TGTAAAGATG AACAGCTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTA GTAGAACAGG TAATTGGGCA GCAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TGCAGAGAGA ACAAGACCTG 
AGACTAATTA ATGAAGGAGA TGTTCCACAT TTACCAGTTA ATAGAGCATA CTCTGTTAAT 
GGTGCTCTGA GAAGTCCAAA CATGGACATA TCTTCTTCCC CAAACATCAG GCTTCGAAGA 
CATAGTAGTC AAATTGAAGG TGTTAGACAA ATGCATAACA ATGCTCCTCG GAGCCAGATG 
GCCACTGAAA GAGATCTCAT GGCGTGGAGC AGAAGAGTGG TGGTCAATGA ACTAAATAAT 
GGGGTTAGTA GGGTACAGGA AGAATGTCGA ACTGCAAAAG GTGACATAGA AATCAGTCTT 
TATACAGTTG AAAAGAAGAA AAAGCCATCT TACACTACTC AAAGGAATGA TTATGAGCCT 
AGCTGTGGGC GTTCTTTACG CAGGACACAG CGCAAACGTC AGCATACTTA CCAAACACGG 
TCCAACATAG AGCATAATTC ACAGGCATCA TGTCAAAATT CAGGTGTACA GGAAGACTCA 
GACAGTTCTT CAGAGGAAGA TGAAACTGTT GGCACAAGTG ACGCTTCGGT AGAGGATCCT 
GTTGTTGAAT GGCAAAGTGA AAGTTCTTCC AGTGACTCAT CAAGTGAATA TTCTGATTGG 
ACAGCAGATG CTGGAATAAA TTTACAACCC CCAAAAAGAC AAACCAGACA GACAACACGT 
AAAATATGCA GCAGCTCTGA TGAGGAAAAT TTGAAGTCCC TAGAAGAAAG GCAGAAGAAA 
CCTAAGCAGA CTAGAAAGAA GAAAGGAGGA CTGGTTTCTA TAGCAGGTGA GCCTAATGAA 
GAATGGTTTG CCCCTCAGTG GATCTTGGAT ACTATACCCC GACGTTCCCC ATTTGTCCCA 
CAAATGGGAG ATGAGCTTAT CTATTTTAGG CAAGGACATG AAGCTTATGT TCGGGCTGTA 
AGGAAATCGA AAATATACAG TGTTAATTTA CAAAAACAGC CATGGAACAA AATGGATCTC 
AGGGAGCAAG AGTTTGTTAA GATTGTAGGA ATCAAATATG AGGTTGGCCC ACCCACACTG 
TGCTGCTTGA AGCTTGCATT TCTGGACCCA ATTTCAGGCA AAATGACTGG AGAATCTTTT 
TCCATTAAGT ATCATGACAT GCCGGATGTC ATTGACTTCC TTGTGCTACA TCAGTTTTAT 
AATGAAGCCA AAGAAAGGAA CTGGCAGATT GGTGATAGAT TCCGCAGTAT AATAGATGAC 
GCCTGGTGGT TTGGGACTGT GGAGAGTCAG CAGCCTTTTC AACCAGAGTA TCCTGATAGT 
TCTTTCCAGT GTTACAGTGT TCACTGGGAC AATAATGAGA GAGAAAAGAT GAGCCCATGG 
GATATGGAGC CAATTCCAGA AGGAACTGCC TTTCCAGATG AAGTTGGTGC TGGTGTTCCT 
GTCTCCCAGG AAGAATTGAC TGCTTTGCTA TACAAACCCC AGGAAGGAGA GTGGGGGGCT 
CATTCCAGAG ACGAAGAATG TGAACGGGTT ATTCAGGGCA TCAACCACCT TCTTTCCCTG 
GATTTTGCCA GCCCTTTTGC TGTTCCAGTG GATCTCAGTG CCTACCCCTT GTATTGTACT 
GTAGTTGCTT ATCCAACTGA CCTCAATACC ATCAGGCGGA GACTTGAAAA TCGCTTTTAC 
AGGAGAATAT CAGCATTAAT GTGGGAGGTA CGCTATATTG AACATAATGC CAGGACTTTC 
AATGAGCCAG ACAGTCCTAT AGTTAAAGCA GCTAAAATTG TAACTGATGT CTTACTTCGA 
TTTATTGGGG ATCAGAGCTG TACTGATATA CTGGATACTT ATAATAAAAT TAAAGCAGAA 
GAACGAAACA GTACTGATGC AGAGGAGGAT ACAGAAATTG TTGATTTAGA TTCAGACGGT 
CCTGGTACTT CATCTGGAAG AAAGGTCAAA TGCCGAGGCA GAAGACAGTC TTTAAAGTGT 
AATCCTGATG CTTGGAAAAA ACAATGCAAG GAACTATTGA GCCTCATTTA TGAACGTGAA 
GACTCGGAGC CATTTCGACA GCCAGCTGAT CTTCTTTCTT ACCCAGGTCA TCAGGAGCAA 
GAGGGAGAAT CCTCAGAGTC TGTTGTTCCA GAAAGACAAC AAGATTCATC TCTTTCTGAG 
GATTATCAAG ATGTTATAGA TACTCCTGTG GACTTCAGCA CTGTGAAAGA AACTTTGGAA 
GCAGGAAACT ATGGTAGTCC TCTGGAATTT TATAAGGATG TTCGCCAAAT ATTCAACAAC 
TCCAAAGCTT ATACCTCTAA TAAAAAGTCA AGGATCTATA GCATGATGCT GCGATTATCT 
GCCTTATTTG AAAGTCATAT CAAAAATATC ATCTCTGAAT ATAAGTCAGC AATCCAGAGT 
CAGAAGAGGA GAAGGCCACG GTACAGAAAA CGTCTAAGAA GCAGCAGCAG TTCATTATCT 
AGTAGTGGAG CACCTAGTCC AAAAGGGAAG CAGAAACAAA TGAAGTTGCA GCCTAAAAAT 
GACCAGAATA CCTCAGTATC TCATGCCAGG ACTAGCTCTC CTTTCTCATC TCCTGTTTCA 
GATGCTGCTG AAGGGCTTTC ACTATATCTA CTTGATGATG AGCCAGATGG GCCATTTTCT 
TCATCGAGCT TCGGTGGATA TAGCCGAAGT GGAAATAGCC ATGACCCAGG GAAAGCCAAA 
TCATTTCGGA ATAGAGTTTT GCCAGTTAAA CAAGATCACT CCCTTGATGG ACCCCTTACA 
AATGGTGATG GCAGAGAGCC CCGGACAGGA ATCAAGAGAA AACTACTTAG TGCATCAGAA 
GAAGATGAAA ACATGGGAGG AGAAGATAAA GAGAAAAAAG AAACAAAAGA GAAATCTCAT 
TTATCCACCT CAGAGAGTGG AGAGTTAGGA TCCAGTTTAA GTTCTGAAAG TACCTGTGGT 
TCTGACTCTG ACTCTGAATC AACTTCCAGA ACAGATCAAG ATTACGTAGA TGGAGACCAT 
GATTATAGCA AATTCATACA AACCAGACCT AAAAGAAAAC TCAGAAAGCA ACATGGCAAT 
GGAAAAAGAA ATTGGAAGAC CAGAGGCACA GGAGGAAGAG GCAGATGGGG AAGATGGGGT 
AGATGGAGTA GAGGAGGCAG AGGAAGAGGA GGCAGGGGAC GAGGGAGTCG AGGAAGAGGT 
GGAGGTGGCA CTAGGGGGAG GGGAAGAGGG AGAGGAGGAA GAGGTGCTTC TAGAGGAGCT 
ACCAGAGCCA AACGAGCACG TATTGCAGAT GATGAATTTG ATACCATGTT TTCAGGACGT 
TTCAGTAGAC TGCCTCGAAT TAAAACAAGA AACCAAGGCA GGAGGACTGT TTTATATAAT 
GATGATTCTG ATAATGACAA TTTTGTGTCC ACTGAGGATC CTCTGAATCT TGGTACATCC 
AGATCAGGCA GAGTGCGTAA AATGACAGAA AAAGCCAGGG TTAGCCATCT CATGGGATGG 
AATTATTAA

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

BRWD3 ( NM_153252.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_694984.4 Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), mRNA.

Price & Availability↑

CloneID	OHu21667
Clone ID Related Accession (Same CDS sequence)	NM_153252.4
Accession Version	NM_153252.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5409bp) 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	2019-02-22
Organism	Homo sapiens(human)
Product	bromodomain and WD repeat-containing protein 3
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AY497046.1, BC111490.1, AL512504.9 and AA716141.1. This sequence is a reference standard in the RefSeqGene project. On May 13, 2010 this sequence version replaced NM_153252.3. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: AY497046.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCGGCAG CACCTACCCA GATCGAAGCC GAGCTGTATT ACCTGATCGC TAGGTTCTTG 
CAGTCTGGAC CCTGCAACAA ATCCGCTCAG GTGCTAGTGC AGGAGCTCGA GGAGCATCAG 
CTGATTCCGC GCCGCTTAGA TTGGGAGGGG AAAGAGCACC GAAGAAGCTT CGAGGATCTG 
GTGGCAGCAA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GAGAATTGGT 
CCTTTACTAG ATAAAGAGAT CCCTCAGAGT GTTCCTGGGG TACAGACATT ATTAGGTGTT 
GGTCGGCAGT CTCTGCTACG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCGG CTCTGCATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAATGTGG TGAATATCAC CTCTGCCAGG CAATTAACCG GCTGTAGTCG CTTTGGTCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGACCGA AGCGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TAAAAATTTG GGCTACAGAT GATGGACGCC TTCTTGCTAC ACTTCGTGGA 
CACTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTTAT TGCTGCAGGC 
AGCTGTGATA AGGTAGTAAG AGTATGGTGT CTTCGAACTT GTGCACCCGT TGCAGTCCTT 
CAGGGCCATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAAAC 
AGATACCTCA CTTCTACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCGGTGAAA TTTACTGAGA GATCCAGACC TGGAGTCCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACTGGTAG TACTGACCAT 
GTGATTAGAA TATATTATTT GGGTTCTGAG GTTCCTGAGA AAATTGCTGA ATTAGAGTCA 
CATACGGATA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTC GAGATGGAAC GGCAAGAATT TGGCAGTATC AGCAACAAGA ATGGAAGAGT 
ATAGTGCTAG ACATGGCTAC TAAAATGACT GGCAATAATT TGCCATCTGG AGAAGACAAG 
ATCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGATACCAC AGTTATTACT 
GCAGTGAACA ATTTTCTTTT GAAAGTGTGG AATTCTATCA CAGGACAGCT TCTTCATACA 
TTATCTGGAC ATGATGATGA AGTATTCGTT CTAGAAGCCC ATCCATTTGA TCAAAGGATC 
ATACTTTCAG CAGGTCATGA TGGGAACATT TTTATTTGGG ACCTTGACCG GGGGACCAAA 
ATTCGGAATT ACTTTAACAT GATTGAAGGC CAAGGCCATG GTGCGGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGACATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTACGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGTCCTC TTATTCGTGA TGCCAATAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCTCC ATTTTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAACGGT TGGTACCAGG ACGGGAAAAT TGTAAAGATG AACAGCTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTA GTAGAACAGG TAATTGGGCA GCAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TGCAGAGAGA ACAAGACCTG 
AGACTAATTA ATGAAGGAGA TGTTCCACAT TTACCAGTTA ATAGAGCATA CTCTGTTAAT 
GGTGCTCTGA GAAGTCCAAA CATGGACATA TCTTCTTCCC CAAACATCAG GCTTCGAAGA 
CATAGTAGTC AAATTGAAGG TGTTAGACAA ATGCATAACA ATGCTCCTCG GAGCCAGATG 
GCCACTGAAA GAGATCTCAT GGCGTGGAGC AGAAGAGTGG TGGTCAATGA ACTAAATAAT 
GGGGTTAGTA GGGTACAGGA AGAATGTCGA ACTGCAAAAG GTGACATAGA AATCAGTCTT 
TATACAGTTG AAAAGAAGAA AAAGCCATCT TACACTACTC AAAGGAATGA TTATGAGCCT 
AGCTGTGGGC GTTCTTTACG CAGGACACAG CGCAAACGTC AGCATACTTA CCAAACACGG 
TCCAACATAG AGCATAATTC ACAGGCATCA TGTCAAAATT CAGGTGTACA GGAAGACTCA 
GACAGTTCTT CAGAGGAAGA TGAAACTGTT GGCACAAGTG ACGCTTCGGT AGAGGATCCT 
GTTGTTGAAT GGCAAAGTGA AAGTTCTTCC AGTGACTCAT CAAGTGAATA TTCTGATTGG 
ACAGCAGATG CTGGAATAAA TTTACAACCC CCAAAAAGAC AAACCAGACA GACAACACGT 
AAAATATGCA GCAGCTCTGA TGAGGAAAAT TTGAAGTCCC TAGAAGAAAG GCAGAAGAAA 
CCTAAGCAGA CTAGAAAGAA GAAAGGAGGA CTGGTTTCTA TAGCAGGTGA GCCTAATGAA 
GAATGGTTTG CCCCTCAGTG GATCTTGGAT ACTATACCCC GACGTTCCCC ATTTGTCCCA 
CAAATGGGAG ATGAGCTTAT CTATTTTAGG CAAGGACATG AAGCTTATGT TCGGGCTGTA 
AGGAAATCGA AAATATACAG TGTTAATTTA CAAAAACAGC CATGGAACAA AATGGATCTC 
AGGGAGCAAG AGTTTGTTAA GATTGTAGGA ATCAAATATG AGGTTGGCCC ACCCACACTG 
TGCTGCTTGA AGCTTGCATT TCTGGACCCA ATTTCAGGCA AAATGACTGG AGAATCTTTT 
TCCATTAAGT ATCATGACAT GCCGGATGTC ATTGACTTCC TTGTGCTACA TCAGTTTTAT 
AATGAAGCCA AAGAAAGGAA CTGGCAGATT GGTGATAGAT TCCGCAGTAT AATAGATGAC 
GCCTGGTGGT TTGGGACTGT GGAGAGTCAG CAGCCTTTTC AACCAGAGTA TCCTGATAGT 
TCTTTCCAGT GTTACAGTGT TCACTGGGAC AATAATGAGA GAGAAAAGAT GAGCCCATGG 
GATATGGAGC CAATTCCAGA AGGAACTGCC TTTCCAGATG AAGTTGGTGC TGGTGTTCCT 
GTCTCCCAGG AAGAATTGAC TGCTTTGCTA TACAAACCCC AGGAAGGAGA GTGGGGGGCT 
CATTCCAGAG ACGAAGAATG TGAACGGGTT ATTCAGGGCA TCAACCACCT TCTTTCCCTG 
GATTTTGCCA GCCCTTTTGC TGTTCCAGTG GATCTCAGTG CCTACCCCTT GTATTGTACT 
GTAGTTGCTT ATCCAACTGA CCTCAATACC ATCAGGCGGA GACTTGAAAA TCGCTTTTAC 
AGGAGAATAT CAGCATTAAT GTGGGAGGTA CGCTATATTG AACATAATGC CAGGACTTTC 
AATGAGCCAG ACAGTCCTAT AGTTAAAGCA GCTAAAATTG TAACTGATGT CTTACTTCGA 
TTTATTGGGG ATCAGAGCTG TACTGATATA CTGGATACTT ATAATAAAAT TAAAGCAGAA 
GAACGAAACA GTACTGATGC AGAGGAGGAT ACAGAAATTG TTGATTTAGA TTCAGACGGT 
CCTGGTACTT CATCTGGAAG AAGGGTCAAA TGCCGAGGCA GAAGACAGTC TTTAAAGTGT 
AATCCTGATG CTTGGAAAAA ACAATGCAAG GAACTATTGA GCCTCATTTA TGAACGTGAA 
GACTCGGAGC CATTTCGACA GCCAGCTGAT CTTCTTTCTT ACCCAGGTCA TCAGGAGCAA 
GAGGGAGAAT CCTCAGAGTC TGTTGTTCCA GAAAGACAAC AAGATTCATC TCTTTCTGAG 
GATTATCAAG ATGTTATAGA TACTCCTGTG GACTTCAGCA CTGTGAAAGA AACTTTGGAA 
GCAGGAAACT ATGGTAGTCC TCTGGAATTT TATAAGGATG TTCGCCAAAT ATTCAACAAC 
TCCAAAGCTT ATACCTCTAA TAAAAAGTCA AGGATCTATA GCATGATGCT GCGATTATCT 
GCCTTATTTG AAAGTCATAT CAAAAATATC ATCTCTGAAT ATAAGTCAGC AATCCAGAGT 
CAGAAGAGGA GAAGGCCACG GTACAGAAAA CGTCTAAGAA GCAGCAGCAG TTCATTATCT 
AGTAGTGGAG CACCTAGTCC AAAAGGGAAG CAGAAACAAA TGAAGTTGCA GCCTAAAAAT 
GACCAGAATA CCTCAGTATC TCATGCCAGG ACTAGCTCTC CTTTCTCATC TCCTGTTTCA 
GATGCTGCTG AAGGGCTTTC ACTATATCTA CTTGATGATG AGCCAGATGG GCCATTTTCT 
TCATCGAGCT TCGGTGGATA TAGCCGAAGT GGAAATAGCC ATGACCCAGG GAAAGCCAAA 
TCATTTCGGA ATAGAGTTTT GCCAGTTAAA CAAGATCACT CCCTTGATGG ACCCCTTACA 
AATGGTGATG GCAGAGAGCC CCGGACAGGA ATCAAGAGAA AACTACTTAG TGCATCAGAA 
GAAGATGAAA ACATGGGAGG AGAAGATAAA GAGAAAAAAG AAACAAAAGA GAAATCTCAT 
TTATCCACCT CAGAGAGTGG AGAGTTAGGA TCCAGTTTAA GTTCTGAAAG TACCTGTGGT 
TCTGACTCTG ACTCTGAATC AACTTCCAGA ACAGATCAAG ATTACGTAGA TGGAGACCAT 
GATTATAGCA AATTCATACA AACCAGACCT AAAAGAAAAC TCAGAAAGCA ACATGGCAAT 
GGAAAAAGAA ATTGGAAGAC CAGAGGCACA GGAGGAAGAG GCAGATGGGG AAGATGGGGT 
AGATGGAGTA GAGGAGGCAG AGGAAGAGGA GGCAGGGGAC GAGGGAGTCG AGGAAGAGGT 
GGAGGTGGCA CTAGGGGGAG GGGAAGAGGG AGAGGAGGAA GAGGTGCTTC TAGAGGAGCT 
ACCAGAGCCA AACGAGCACG TATTGCAGAT GATGAATTTG ATACCATGTT TTCAGGACGT 
TTCAGTAGAC TGCCTCGAAT TAAAACAAGA AACCAAGGCA GGAGGACTGT TTTATATAAT 
GATGATTCTG ATAATGACAA TTTTGTGTCC ACTGAGGATC CTCTGAATCT TGGTACATCC 
AGATCAGGCA GAGTGCGTAA AATGACAGAA AAAGCCAGGG TTAGCCATCT CATGGGATGG 
AATTATTAA

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

RefSeq	NP_694984.4
CDS	264..5672
Translation	MAAAPTQIEAELYYLIARFLQSGPCNKSAQVLVQELEEHQLIPRRLDWEGKEHRRSFEDLVAANAHIPPDYLLKICERIGPLLDKEIPQSVPGVQTLLGVGRQSLLRDAKDCKSTLWNGSAFAALHRGRPPELPVNYVKPPNVVNITSARQLTGCSRFGHIFPSSAYQHIKMHKRILGHLSSVYCVAFDRSGRRIFTGSDDCLVKIWATDDGRLLATLRGHSAEISDMAVNYENTLIAAGSCDKVVRVWCLRTCAPVAVLQGHSASITSIQFCPSTKGTNRYLTSTGADGTICFWQWHVKTMKFRDRPVKFTERSRPGVQISCSSFSSGGMFITTGSTDHVIRIYYLGSEVPEKIAELESHTDKVVAVQFCNNGDSLRFVSGSRDGTARIWQYQQQEWKSIVLDMATKMTGNNLPSGEDKITKLKVTMVAWDRYDTTVITAVNNFLLKVWNSITGQLLHTLSGHDDEVFVLEAHPFDQRIILSAGHDGNIFIWDLDRGTKIRNYFNMIEGQGHGAVFDCKFSPDGNHFACTDSHGHLLLFGFGCSKYYEKIPDQMFFHTDYRPLIRDANNYVLDEQTQQAPHLMPPPFLVDVDGNPHPTKFQRLVPGRENCKDEQLIPQLGYVANGDGEVVEQVIGQQTNDQDESILDGIIRELQREQDLRLINEGDVPHLPVNRAYSVNGALRSPNMDISSSPNIRLRRHSSQIEGVRQMHNNAPRSQMATERDLMAWSRRVVVNELNNGVSRVQEECRTAKGDIEISLYTVEKKKKPSYTTQRNDYEPSCGRSLRRTQRKRQHTYQTRSNIEHNSQASCQNSGVQEDSDSSSEEDETVGTSDASVEDPVVEWQSESSSSDSSSEYSDWTADAGINLQPPKRQTRQTTRKICSSSDEENLKSLEERQKKPKQTRKKKGGLVSIAGEPNEEWFAPQWILDTIPRRSPFVPQMGDELIYFRQGHEAYVRAVRKSKIYSVNLQKQPWNKMDLREQEFVKIVGIKYEVGPPTLCCLKLAFLDPISGKMTGESFSIKYHDMPDVIDFLVLHQFYNEAKERNWQIGDRFRSIIDDAWWFGTVESQQPFQPEYPDSSFQCYSVHWDNNEREKMSPWDMEPIPEGTAFPDEVGAGVPVSQEELTALLYKPQEGEWGAHSRDEECERVIQGINHLLSLDFASPFAVPVDLSAYPLYCTVVAYPTDLNTIRRRLENRFYRRISALMWEVRYIEHNARTFNEPDSPIVKAAKIVTDVLLRFIGDQSCTDILDTYNKIKAEERNSTDAEEDTEIVDLDSDGPGTSSGRRVKCRGRRQSLKCNPDAWKKQCKELLSLIYEREDSEPFRQPADLLSYPGHQEQEGESSESVVPERQQDSSLSEDYQDVIDTPVDFSTVKETLEAGNYGSPLEFYKDVRQIFNNSKAYTSNKKSRIYSMMLRLSALFESHIKNIISEYKSAIQSQKRRRPRYRKRLRSSSSSLSSSGAPSPKGKQKQMKLQPKNDQNTSVSHARTSSPFSSPVSDAAEGLSLYLLDDEPDGPFSSSSFGGYSRSGNSHDPGKAKSFRNRVLPVKQDHSLDGPLTNGDGREPRTGIKRKLLSASEEDENMGGEDKEKKETKEKSHLSTSESGELGSSLSSESTCGSDSDSESTSRTDQDYVDGDHDYSKFIQTRPKRKLRKQHGNGKRNWKTRGTGGRGRWGRWGRWSRGGRGRGGRGRGSRGRGGGGTRGRGRGRGGRGASRGATRAKRARIADDEFDTMFSGRFSRLPRIKTRNQGRRTVLYNDDSDNDNFVSTEDPLNLGTSRSGRVRKMTEKARVSHLMGWNY

Target ORF information:

RefSeq Version	NM_153252.4
Organism	Homo sapiens(human)
Definition	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), mRNA.

Target ORF information:

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

NM_153252.4

ORF Insert Sequence:

ATGGCGGCAG CACCTACCCA GATCGAAGCC GAGCTGTATT ACCTGATCGC TAGGTTCTTG 
CAGTCTGGAC CCTGCAACAA ATCCGCTCAG GTGCTAGTGC AGGAGCTCGA GGAGCATCAG 
CTGATTCCGC GCCGCTTAGA TTGGGAGGGG AAAGAGCACC GAAGAAGCTT CGAGGATCTG 
GTGGCAGCAA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GAGAATTGGT 
CCTTTACTAG ATAAAGAGAT CCCTCAGAGT GTTCCTGGGG TACAGACATT ATTAGGTGTT 
GGTCGGCAGT CTCTGCTACG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCGG CTCTGCATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAATGTGG TGAATATCAC CTCTGCCAGG CAATTAACCG GCTGTAGTCG CTTTGGTCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGACCGA AGCGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TAAAAATTTG GGCTACAGAT GATGGACGCC TTCTTGCTAC ACTTCGTGGA 
CACTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTTAT TGCTGCAGGC 
AGCTGTGATA AGGTAGTAAG AGTATGGTGT CTTCGAACTT GTGCACCCGT TGCAGTCCTT 
CAGGGCCATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAAAC 
AGATACCTCA CTTCTACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCGGTGAAA TTTACTGAGA GATCCAGACC TGGAGTCCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACTGGTAG TACTGACCAT 
GTGATTAGAA TATATTATTT GGGTTCTGAG GTTCCTGAGA AAATTGCTGA ATTAGAGTCA 
CATACGGATA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTC GAGATGGAAC GGCAAGAATT TGGCAGTATC AGCAACAAGA ATGGAAGAGT 
ATAGTGCTAG ACATGGCTAC TAAAATGACT GGCAATAATT TGCCATCTGG AGAAGACAAG 
ATCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGATACCAC AGTTATTACT 
GCAGTGAACA ATTTTCTTTT GAAAGTGTGG AATTCTATCA CAGGACAGCT TCTTCATACA 
TTATCTGGAC ATGATGATGA AGTATTCGTT CTAGAAGCCC ATCCATTTGA TCAAAGGATC 
ATACTTTCAG CAGGTCATGA TGGGAACATT TTTATTTGGG ACCTTGACCG GGGGACCAAA 
ATTCGGAATT ACTTTAACAT GATTGAAGGC CAAGGCCATG GTGCGGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGACATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTACGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGTCCTC TTATTCGTGA TGCCAATAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCTCC ATTTTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAACGGT TGGTACCAGG ACGGGAAAAT TGTAAAGATG AACAGCTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTA GTAGAACAGG TAATTGGGCA GCAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TGCAGAGAGA ACAAGACCTG 
AGACTAATTA ATGAAGGAGA TGTTCCACAT TTACCAGTTA ATAGAGCATA CTCTGTTAAT 
GGTGCTCTGA GAAGTCCAAA CATGGACATA TCTTCTTCCC CAAACATCAG GCTTCGAAGA 
CATAGTAGTC AAATTGAAGG TGTTAGACAA ATGCATAACA ATGCTCCTCG GAGCCAGATG 
GCCACTGAAA GAGATCTCAT GGCGTGGAGC AGAAGAGTGG TGGTCAATGA ACTAAATAAT 
GGGGTTAGTA GGGTACAGGA AGAATGTCGA ACTGCAAAAG GTGACATAGA AATCAGTCTT 
TATACAGTTG AAAAGAAGAA AAAGCCATCT TACACTACTC AAAGGAATGA TTATGAGCCT 
AGCTGTGGGC GTTCTTTACG CAGGACACAG CGCAAACGTC AGCATACTTA CCAAACACGG 
TCCAACATAG AGCATAATTC ACAGGCATCA TGTCAAAATT CAGGTGTACA GGAAGACTCA 
GACAGTTCTT CAGAGGAAGA TGAAACTGTT GGCACAAGTG ACGCTTCGGT AGAGGATCCT 
GTTGTTGAAT GGCAAAGTGA AAGTTCTTCC AGTGACTCAT CAAGTGAATA TTCTGATTGG 
ACAGCAGATG CTGGAATAAA TTTACAACCC CCAAAAAGAC AAACCAGACA GACAACACGT 
AAAATATGCA GCAGCTCTGA TGAGGAAAAT TTGAAGTCCC TAGAAGAAAG GCAGAAGAAA 
CCTAAGCAGA CTAGAAAGAA GAAAGGAGGA CTGGTTTCTA TAGCAGGTGA GCCTAATGAA 
GAATGGTTTG CCCCTCAGTG GATCTTGGAT ACTATACCCC GACGTTCCCC ATTTGTCCCA 
CAAATGGGAG ATGAGCTTAT CTATTTTAGG CAAGGACATG AAGCTTATGT TCGGGCTGTA 
AGGAAATCGA AAATATACAG TGTTAATTTA CAAAAACAGC CATGGAACAA AATGGATCTC 
AGGGAGCAAG AGTTTGTTAA GATTGTAGGA ATCAAATATG AGGTTGGCCC ACCCACACTG 
TGCTGCTTGA AGCTTGCATT TCTGGACCCA ATTTCAGGCA AAATGACTGG AGAATCTTTT 
TCCATTAAGT ATCATGACAT GCCGGATGTC ATTGACTTCC TTGTGCTACA TCAGTTTTAT 
AATGAAGCCA AAGAAAGGAA CTGGCAGATT GGTGATAGAT TCCGCAGTAT AATAGATGAC 
GCCTGGTGGT TTGGGACTGT GGAGAGTCAG CAGCCTTTTC AACCAGAGTA TCCTGATAGT 
TCTTTCCAGT GTTACAGTGT TCACTGGGAC AATAATGAGA GAGAAAAGAT GAGCCCATGG 
GATATGGAGC CAATTCCAGA AGGAACTGCC TTTCCAGATG AAGTTGGTGC TGGTGTTCCT 
GTCTCCCAGG AAGAATTGAC TGCTTTGCTA TACAAACCCC AGGAAGGAGA GTGGGGGGCT 
CATTCCAGAG ACGAAGAATG TGAACGGGTT ATTCAGGGCA TCAACCACCT TCTTTCCCTG 
GATTTTGCCA GCCCTTTTGC TGTTCCAGTG GATCTCAGTG CCTACCCCTT GTATTGTACT 
GTAGTTGCTT ATCCAACTGA CCTCAATACC ATCAGGCGGA GACTTGAAAA TCGCTTTTAC 
AGGAGAATAT CAGCATTAAT GTGGGAGGTA CGCTATATTG AACATAATGC CAGGACTTTC 
AATGAGCCAG ACAGTCCTAT AGTTAAAGCA GCTAAAATTG TAACTGATGT CTTACTTCGA 
TTTATTGGGG ATCAGAGCTG TACTGATATA CTGGATACTT ATAATAAAAT TAAAGCAGAA 
GAACGAAACA GTACTGATGC AGAGGAGGAT ACAGAAATTG TTGATTTAGA TTCAGACGGT 
CCTGGTACTT CATCTGGAAG AAGGGTCAAA TGCCGAGGCA GAAGACAGTC TTTAAAGTGT 
AATCCTGATG CTTGGAAAAA ACAATGCAAG GAACTATTGA GCCTCATTTA TGAACGTGAA 
GACTCGGAGC CATTTCGACA GCCAGCTGAT CTTCTTTCTT ACCCAGGTCA TCAGGAGCAA 
GAGGGAGAAT CCTCAGAGTC TGTTGTTCCA GAAAGACAAC AAGATTCATC TCTTTCTGAG 
GATTATCAAG ATGTTATAGA TACTCCTGTG GACTTCAGCA CTGTGAAAGA AACTTTGGAA 
GCAGGAAACT ATGGTAGTCC TCTGGAATTT TATAAGGATG TTCGCCAAAT ATTCAACAAC 
TCCAAAGCTT ATACCTCTAA TAAAAAGTCA AGGATCTATA GCATGATGCT GCGATTATCT 
GCCTTATTTG AAAGTCATAT CAAAAATATC ATCTCTGAAT ATAAGTCAGC AATCCAGAGT 
CAGAAGAGGA GAAGGCCACG GTACAGAAAA CGTCTAAGAA GCAGCAGCAG TTCATTATCT 
AGTAGTGGAG CACCTAGTCC AAAAGGGAAG CAGAAACAAA TGAAGTTGCA GCCTAAAAAT 
GACCAGAATA CCTCAGTATC TCATGCCAGG ACTAGCTCTC CTTTCTCATC TCCTGTTTCA 
GATGCTGCTG AAGGGCTTTC ACTATATCTA CTTGATGATG AGCCAGATGG GCCATTTTCT 
TCATCGAGCT TCGGTGGATA TAGCCGAAGT GGAAATAGCC ATGACCCAGG GAAAGCCAAA 
TCATTTCGGA ATAGAGTTTT GCCAGTTAAA CAAGATCACT CCCTTGATGG ACCCCTTACA 
AATGGTGATG GCAGAGAGCC CCGGACAGGA ATCAAGAGAA AACTACTTAG TGCATCAGAA 
GAAGATGAAA ACATGGGAGG AGAAGATAAA GAGAAAAAAG AAACAAAAGA GAAATCTCAT 
TTATCCACCT CAGAGAGTGG AGAGTTAGGA TCCAGTTTAA GTTCTGAAAG TACCTGTGGT 
TCTGACTCTG ACTCTGAATC AACTTCCAGA ACAGATCAAG ATTACGTAGA TGGAGACCAT 
GATTATAGCA AATTCATACA AACCAGACCT AAAAGAAAAC TCAGAAAGCA ACATGGCAAT 
GGAAAAAGAA ATTGGAAGAC CAGAGGCACA GGAGGAAGAG GCAGATGGGG AAGATGGGGT 
AGATGGAGTA GAGGAGGCAG AGGAAGAGGA GGCAGGGGAC GAGGGAGTCG AGGAAGAGGT 
GGAGGTGGCA CTAGGGGGAG GGGAAGAGGG AGAGGAGGAA GAGGTGCTTC TAGAGGAGCT 
ACCAGAGCCA AACGAGCACG TATTGCAGAT GATGAATTTG ATACCATGTT TTCAGGACGT 
TTCAGTAGAC TGCCTCGAAT TAAAACAAGA AACCAAGGCA GGAGGACTGT TTTATATAAT 
GATGATTCTG ATAATGACAA TTTTGTGTCC ACTGAGGATC CTCTGAATCT TGGTACATCC 
AGATCAGGCA GAGTGCGTAA AATGACAGAA AAAGCCAGGG TTAGCCATCT CATGGGATGG 
AATTATTAA

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

BRWD3 ( XM_005262113.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_005262170.1 Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu54143
Clone ID Related Accession (Same CDS sequence)	XM_005262113.3
Accession Version	XM_005262113.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5259bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	bromodomain and WD repeat-containing protein 3 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_005262113.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGCAG CACCTACCCA GATCGAAGCC GAGCTGTATT ACCTGATCGC TAGGTTCTTG 
CAGTCTGGAC CCTGCAACAA ATCCGCTCAG GTGCTAGTGC AGGAGCTCGA GGAGCATCAG 
CTGATTCCGC GCCGCTTAGA TTGGGAGGGG AAAGAGCACC GAAGAAGCTT CGAGGATCTG 
GTGGCAGCAA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GAGAATTGGT 
CCTTTACTAG ATAAAGAGAT CCCTCAGAGT GTTCCTGGGG TACAGACATT ATTAGGTGTT 
GGTCGGCAGT CTCTGCTACG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCGG CTCTGCATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAATGTGG TGAATATCAC CTCTGCCAGG CAATTAACCG GCTGTAGTCG CTTTGGTCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGACCGA AGCGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TAAAAATTTG GGCTACAGAT GATGGACGCC TTCTTGCTAC ACTTCGTGGA 
CACTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTTAT TGCTGCAGGC 
AGCTGTGATA AGGTAGTAAG AGTATGGTGT CTTCGAACTT GTGCACCCGT TGCAGTCCTT 
CAGGGCCATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAAAC 
AGATACCTCA CTTCTACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCGGTGAAA TTTACTGAGA GATCCAGACC TGGAGTCCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACTGGTAG TACTGACCAT 
GTGATTAGAA TATATTATTT GGGTTCTGAG GTTCCTGAGA AAATTGCTGA ATTAGAGTCA 
CATACGGATA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTC GAGATGGAAC GGCAAGAATT TGGCAGTATC AGCAACAAGA ATGGAAGAGT 
ATAGTGCTAG ACATGGCTAC TAAAATGACT GGCAATAATT TGCCATCTGG AGAAGACAAG 
ATCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGATACCAC AGTTATTACT 
GCAGTGAACA ATTTTCTTTT GAAAGTGTGG AATTCTATCA CAGGACAGCT TCTTCATACA 
TTATCTGGAC ATGATGATGA AGTATTCGTT CTAGAAGCCC ATCCATTTGA TCAAAGGATC 
ATACTTTCAG CAGGTCATGA TGGGAACATT TTTATTTGGG ACCTTGACCG GGGGACCAAA 
ATTCGGAATT ACTTTAACAT GATTGAAGGC CAAGGCCATG GTGCGGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGACATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTACGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGTCCTC TTATTCGTGA TGCCAATAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCTCC ATTTTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAACGGT TGGTACCAGG ACGGGAAAAT TGTAAAGATG AACAGCTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTA GTAGAACAGG TAATTGGGCA GCAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TGCAGAGAGA ACAAGACCTG 
AGACTAATTA ATGAAGGAGA TGTTCCACAT TTACCAGTTA ATAGAGCATA CTCTGTTAAT 
GGTGCTCTGA GAAGTCCAAA CATGGACATA TCTTCTTCCC CAAACATCAG GCTTCGAAGA 
CATAGTAGTC AAATTGAAGG TGTTAGACAA ATGCATAACA ATGCTCCTCG GAGCCAGATG 
GCCACTGAAA GAGATCTCAT GGCGTGGAGC AGAAGAGTGG TGGTCAATGA ACTAAATAAT 
GGGGTTAGTA GGGTACAGGA AGAATGTCGA ACTGCAAAAG GTGACATAGA AATCAGTCTT 
TATACAGTTG AAAAGAAGAA AAAGCCATCT TACACTACTC AAAGGGAAGA TGAAACTGTT 
GGCACAAGTG ACGCTTCGGT AGAGGATCCT GTTGTTGAAT GGCAAAGTGA AAGTTCTTCC 
AGTGACTCAT CAAGTGAATA TTCTGATTGG ACAGCAGATG CTGGAATAAA TTTACAACCC 
CCAAAAAGAC AAACCAGACA GACAACACGT AAAATATGCA GCAGCTCTGA TGAGGAAAAT 
TTGAAGTCCC TAGAAGAAAG GCAGAAGAAA CCTAAGCAGA CTAGAAAGAA GAAAGGAGGA 
CTGGTTTCTA TAGCAGGTGA GCCTAATGAA GAATGGTTTG CCCCTCAGTG GATCTTGGAT 
ACTATACCCC GACGTTCCCC ATTTGTCCCA CAAATGGGAG ATGAGCTTAT CTATTTTAGG 
CAAGGACATG AAGCTTATGT TCGGGCTGTA AGGAAATCGA AAATATACAG TGTTAATTTA 
CAAAAACAGC CATGGAACAA AATGGATCTC AGGGAGCAAG AGTTTGTTAA GATTGTAGGA 
ATCAAATATG AGGTTGGCCC ACCCACACTG TGCTGCTTGA AGCTTGCATT TCTGGACCCA 
ATTTCAGGCA AAATGACTGG AGAATCTTTT TCCATTAAGT ATCATGACAT GCCGGATGTC 
ATTGACTTCC TTGTGCTACA TCAGTTTTAT AATGAAGCCA AAGAAAGGAA CTGGCAGATT 
GGTGATAGAT TCCGCAGTAT AATAGATGAC GCCTGGTGGT TTGGGACTGT GGAGAGTCAG 
CAGCCTTTTC AACCAGAGTA TCCTGATAGT TCTTTCCAGT GTTACAGTGT TCACTGGGAC 
AATAATGAGA GAGAAAAGAT GAGCCCATGG GATATGGAGC CAATTCCAGA AGGAACTGCC 
TTTCCAGATG AAGTTGGTGC TGGTGTTCCT GTCTCCCAGG AAGAATTGAC TGCTTTGCTA 
TACAAACCCC AGGAAGGAGA GTGGGGGGCT CATTCCAGAG ACGAAGAATG TGAACGGGTT 
ATTCAGGGCA TCAACCACCT TCTTTCCCTG GATTTTGCCA GCCCTTTTGC TGTTCCAGTG 
GATCTCAGTG CCTACCCCTT GTATTGTACT GTAGTTGCTT ATCCAACTGA CCTCAATACC 
ATCAGGCGGA GACTTGAAAA TCGCTTTTAC AGGAGAATAT CAGCATTAAT GTGGGAGGTA 
CGCTATATTG AACATAATGC CAGGACTTTC AATGAGCCAG ACAGTCCTAT AGTTAAAGCA 
GCTAAAATTG TAACTGATGT CTTACTTCGA TTTATTGGGG ATCAGAGCTG TACTGATATA 
CTGGATACTT ATAATAAAAT TAAAGCAGAA GAACGAAACA GTACTGATGC AGAGGAGGAT 
ACAGAAATTG TTGATTTAGA TTCAGACGGT CCTGGTACTT CATCTGGAAG AAAGGTCAAA 
TGCCGAGGCA GAAGACAGTC TTTAAAGTGT AATCCTGATG CTTGGAAAAA ACAATGCAAG 
GAACTATTGA GCCTCATTTA TGAACGTGAA GACTCGGAGC CATTTCGACA GCCAGCTGAT 
CTTCTTTCTT ACCCAGGTCA TCAGGAGCAA GAGGGAGAAT CCTCAGAGTC TGTTGTTCCA 
GAAAGACAAC AAGATTCATC TCTTTCTGAG GATTATCAAG ATGTTATAGA TACTCCTGTG 
GACTTCAGCA CTGTGAAAGA AACTTTGGAA GCAGGAAACT ATGGTAGTCC TCTGGAATTT 
TATAAGGATG TTCGCCAAAT ATTCAACAAC TCCAAAGCTT ATACCTCTAA TAAAAAGTCA 
AGGATCTATA GCATGATGCT GCGATTATCT GCCTTATTTG AAAGTCATAT CAAAAATATC 
ATCTCTGAAT ATAAGTCAGC AATCCAGAGT CAGAAGAGGA GAAGGCCACG GTACAGAAAA 
CGTCTAAGAA GCAGCAGCAG TTCATTATCT AGTAGTGGAG CACCTAGTCC AAAAGGGAAG 
CAGAAACAAA TGAAGTTGCA GCCTAAAAAT GACCAGAATA CCTCAGTATC TCATGCCAGG 
ACTAGCTCTC CTTTCTCATC TCCTGTTTCA GATGCTGCTG AAGGGCTTTC ACTATATCTA 
CTTGATGATG AGCCAGATGG GCCATTTTCT TCATCGAGCT TCGGTGGATA TAGCCGAAGT 
GGAAATAGCC ATGACCCAGG GAAAGCCAAA TCATTTCGGA ATAGAGTTTT GCCAGTTAAA 
CAAGATCACT CCCTTGATGG ACCCCTTACA AATGGTGATG GCAGAGAGCC CCGGACAGGA 
ATCAAGAGAA AACTACTTAG TGCATCAGAA GAAGATGAAA ACATGGGAGG AGAAGATAAA 
GAGAAAAAAG AAACAAAAGA GAAATCTCAT TTATCCACCT CAGAGAGTGG AGAGTTAGGA 
TCCAGTTTAA GTTCTGAAAG TACCTGTGGT TCTGACTCTG ACTCTGAATC AACTTCCAGA 
ACAGATCAAG ATTACGTAGA TGGAGACCAT GATTATAGCA AATTCATACA AACCAGACCT 
AAAAGAAAAC TCAGAAAGCA ACATGGCAAT GGAAAAAGAA ATTGGAAGAC CAGAGGCACA 
GGAGGAAGAG GCAGATGGGG AAGATGGGGT AGATGGAGTA GAGGAGGCAG AGGAAGAGGA 
GGCAGGGGAC GAGGGAGTCG AGGAAGAGGT GGAGGTGGCA CTAGGGGGAG GGGAAGAGGG 
AGAGGAGGAA GAGGTGCTTC TAGAGGAGCT ACCAGAGCCA AACGAGCACG TATTGCAGAT 
GATGAATTTG ATACCATGTT TTCAGGACGT TTCAGTAGAC TGCCTCGAAT TAAAACAAGA 
AACCAAGGCA GGAGGACTGT TTTATATAAT GATGATTCTG ATAATGACAA TTTTGTGTCC 
ACTGAGGATC CTCTGAATCT TGGTACATCC AGATCAGGCA GAGTGCGTAA AATGACAGAA 
AAAGCCAGGG TTAGCCATCT CATGGGATGG AATTATTAA

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

RefSeq	XP_005262170.1
CDS	266..5524
Translation	MAAAPTQIEAELYYLIARFLQSGPCNKSAQVLVQELEEHQLIPRRLDWEGKEHRRSFEDLVAANAHIPPDYLLKICERIGPLLDKEIPQSVPGVQTLLGVGRQSLLRDAKDCKSTLWNGSAFAALHRGRPPELPVNYVKPPNVVNITSARQLTGCSRFGHIFPSSAYQHIKMHKRILGHLSSVYCVAFDRSGRRIFTGSDDCLVKIWATDDGRLLATLRGHSAEISDMAVNYENTLIAAGSCDKVVRVWCLRTCAPVAVLQGHSASITSIQFCPSTKGTNRYLTSTGADGTICFWQWHVKTMKFRDRPVKFTERSRPGVQISCSSFSSGGMFITTGSTDHVIRIYYLGSEVPEKIAELESHTDKVVAVQFCNNGDSLRFVSGSRDGTARIWQYQQQEWKSIVLDMATKMTGNNLPSGEDKITKLKVTMVAWDRYDTTVITAVNNFLLKVWNSITGQLLHTLSGHDDEVFVLEAHPFDQRIILSAGHDGNIFIWDLDRGTKIRNYFNMIEGQGHGAVFDCKFSPDGNHFACTDSHGHLLLFGFGCSKYYEKIPDQMFFHTDYRPLIRDANNYVLDEQTQQAPHLMPPPFLVDVDGNPHPTKFQRLVPGRENCKDEQLIPQLGYVANGDGEVVEQVIGQQTNDQDESILDGIIRELQREQDLRLINEGDVPHLPVNRAYSVNGALRSPNMDISSSPNIRLRRHSSQIEGVRQMHNNAPRSQMATERDLMAWSRRVVVNELNNGVSRVQEECRTAKGDIEISLYTVEKKKKPSYTTQREDETVGTSDASVEDPVVEWQSESSSSDSSSEYSDWTADAGINLQPPKRQTRQTTRKICSSSDEENLKSLEERQKKPKQTRKKKGGLVSIAGEPNEEWFAPQWILDTIPRRSPFVPQMGDELIYFRQGHEAYVRAVRKSKIYSVNLQKQPWNKMDLREQEFVKIVGIKYEVGPPTLCCLKLAFLDPISGKMTGESFSIKYHDMPDVIDFLVLHQFYNEAKERNWQIGDRFRSIIDDAWWFGTVESQQPFQPEYPDSSFQCYSVHWDNNEREKMSPWDMEPIPEGTAFPDEVGAGVPVSQEELTALLYKPQEGEWGAHSRDEECERVIQGINHLLSLDFASPFAVPVDLSAYPLYCTVVAYPTDLNTIRRRLENRFYRRISALMWEVRYIEHNARTFNEPDSPIVKAAKIVTDVLLRFIGDQSCTDILDTYNKIKAEERNSTDAEEDTEIVDLDSDGPGTSSGRKVKCRGRRQSLKCNPDAWKKQCKELLSLIYEREDSEPFRQPADLLSYPGHQEQEGESSESVVPERQQDSSLSEDYQDVIDTPVDFSTVKETLEAGNYGSPLEFYKDVRQIFNNSKAYTSNKKSRIYSMMLRLSALFESHIKNIISEYKSAIQSQKRRRPRYRKRLRSSSSSLSSSGAPSPKGKQKQMKLQPKNDQNTSVSHARTSSPFSSPVSDAAEGLSLYLLDDEPDGPFSSSSFGGYSRSGNSHDPGKAKSFRNRVLPVKQDHSLDGPLTNGDGREPRTGIKRKLLSASEEDENMGGEDKEKKETKEKSHLSTSESGELGSSLSSESTCGSDSDSESTSRTDQDYVDGDHDYSKFIQTRPKRKLRKQHGNGKRNWKTRGTGGRGRWGRWGRWSRGGRGRGGRGRGSRGRGGGGTRGRGRGRGGRGASRGATRAKRARIADDEFDTMFSGRFSRLPRIKTRNQGRRTVLYNDDSDNDNFVSTEDPLNLGTSRSGRVRKMTEKARVSHLMGWNY

Target ORF information:

RefSeq Version	XM_005262113.3
Organism	Homo sapiens(human)
Definition	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X1, mRNA.

Target ORF information:

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

XM_005262113.3

ORF Insert Sequence:

ATGGCGGCAG CACCTACCCA GATCGAAGCC GAGCTGTATT ACCTGATCGC TAGGTTCTTG 
CAGTCTGGAC CCTGCAACAA ATCCGCTCAG GTGCTAGTGC AGGAGCTCGA GGAGCATCAG 
CTGATTCCGC GCCGCTTAGA TTGGGAGGGG AAAGAGCACC GAAGAAGCTT CGAGGATCTG 
GTGGCAGCAA ATGCACACAT TCCTCCAGAC TACCTCCTTA AAATTTGTGA GAGAATTGGT 
CCTTTACTAG ATAAAGAGAT CCCTCAGAGT GTTCCTGGGG TACAGACATT ATTAGGTGTT 
GGTCGGCAGT CTCTGCTACG GGATGCCAAA GACTGTAAGA GTACACTATG GAATGGGTCT 
GCTTTTGCGG CTCTGCATAG AGGCAGACCT CCAGAACTAC CTGTAAATTA TGTGAAACCT 
CCAAATGTGG TGAATATCAC CTCTGCCAGG CAATTAACCG GCTGTAGTCG CTTTGGTCAT 
ATTTTCCCTT CATCTGCTTA CCAGCACATT AAGATGCATA AGAGAATTCT GGGGCACTTG 
TCATCTGTCT ACTGTGTAGC ATTTGACCGA AGCGGGAGAA GAATTTTTAC AGGTTCAGAT 
GACTGTTTAG TAAAAATTTG GGCTACAGAT GATGGACGCC TTCTTGCTAC ACTTCGTGGA 
CACTCTGCTG AAATTTCTGA CATGGCTGTT AACTATGAAA ACACTCTTAT TGCTGCAGGC 
AGCTGTGATA AGGTAGTAAG AGTATGGTGT CTTCGAACTT GTGCACCCGT TGCAGTCCTT 
CAGGGCCATT CAGCTTCTAT TACTTCCATA CAGTTTTGTC CATCAACTAA AGGCACAAAC 
AGATACCTCA CTTCTACTGG TGCTGATGGA ACAATCTGTT TCTGGCAATG GCATGTAAAA 
ACAATGAAGT TTAGAGATCG CCCGGTGAAA TTTACTGAGA GATCCAGACC TGGAGTCCAG 
ATATCTTGTT CATCTTTCAG TTCTGGTGGT ATGTTCATTA CAACTGGTAG TACTGACCAT 
GTGATTAGAA TATATTATTT GGGTTCTGAG GTTCCTGAGA AAATTGCTGA ATTAGAGTCA 
CATACGGATA AAGTTGTTGC TGTTCAGTTC TGTAACAATG GAGACAGTTT AAGATTTGTT 
AGTGGAAGTC GAGATGGAAC GGCAAGAATT TGGCAGTATC AGCAACAAGA ATGGAAGAGT 
ATAGTGCTAG ACATGGCTAC TAAAATGACT GGCAATAATT TGCCATCTGG AGAAGACAAG 
ATCACTAAAC TTAAGGTGAC TATGGTGGCC TGGGATCGCT ATGATACCAC AGTTATTACT 
GCAGTGAACA ATTTTCTTTT GAAAGTGTGG AATTCTATCA CAGGACAGCT TCTTCATACA 
TTATCTGGAC ATGATGATGA AGTATTCGTT CTAGAAGCCC ATCCATTTGA TCAAAGGATC 
ATACTTTCAG CAGGTCATGA TGGGAACATT TTTATTTGGG ACCTTGACCG GGGGACCAAA 
ATTCGGAATT ACTTTAACAT GATTGAAGGC CAAGGCCATG GTGCGGTGTT TGATTGTAAA 
TTTTCACCAG ATGGAAACCA TTTTGCCTGC ACAGATTCTC ATGGACATTT GCTGCTTTTT 
GGTTTTGGAT GCAGTAAATA CTACGAAAAG ATTCCAGATC AGATGTTCTT CCACACGGAT 
TATCGTCCTC TTATTCGTGA TGCCAATAAC TATGTATTGG ATGAACAAAC CCAACAAGCT 
CCTCACCTCA TGCCTCCTCC ATTTTTGGTG GATGTTGATG GAAATCCTCA TCCCACAAAA 
TTCCAACGGT TGGTACCAGG ACGGGAAAAT TGTAAAGATG AACAGCTTAT ACCACAGCTG 
GGATATGTGG CTAATGGTGA TGGTGAGGTA GTAGAACAGG TAATTGGGCA GCAAACCAAT 
GACCAAGATG AGAGCATTCT TGATGGAATA ATCAGGGAGC TGCAGAGAGA ACAAGACCTG 
AGACTAATTA ATGAAGGAGA TGTTCCACAT TTACCAGTTA ATAGAGCATA CTCTGTTAAT 
GGTGCTCTGA GAAGTCCAAA CATGGACATA TCTTCTTCCC CAAACATCAG GCTTCGAAGA 
CATAGTAGTC AAATTGAAGG TGTTAGACAA ATGCATAACA ATGCTCCTCG GAGCCAGATG 
GCCACTGAAA GAGATCTCAT GGCGTGGAGC AGAAGAGTGG TGGTCAATGA ACTAAATAAT 
GGGGTTAGTA GGGTACAGGA AGAATGTCGA ACTGCAAAAG GTGACATAGA AATCAGTCTT 
TATACAGTTG AAAAGAAGAA AAAGCCATCT TACACTACTC AAAGGGAAGA TGAAACTGTT 
GGCACAAGTG ACGCTTCGGT AGAGGATCCT GTTGTTGAAT GGCAAAGTGA AAGTTCTTCC 
AGTGACTCAT CAAGTGAATA TTCTGATTGG ACAGCAGATG CTGGAATAAA TTTACAACCC 
CCAAAAAGAC AAACCAGACA GACAACACGT AAAATATGCA GCAGCTCTGA TGAGGAAAAT 
TTGAAGTCCC TAGAAGAAAG GCAGAAGAAA CCTAAGCAGA CTAGAAAGAA GAAAGGAGGA 
CTGGTTTCTA TAGCAGGTGA GCCTAATGAA GAATGGTTTG CCCCTCAGTG GATCTTGGAT 
ACTATACCCC GACGTTCCCC ATTTGTCCCA CAAATGGGAG ATGAGCTTAT CTATTTTAGG 
CAAGGACATG AAGCTTATGT TCGGGCTGTA AGGAAATCGA AAATATACAG TGTTAATTTA 
CAAAAACAGC CATGGAACAA AATGGATCTC AGGGAGCAAG AGTTTGTTAA GATTGTAGGA 
ATCAAATATG AGGTTGGCCC ACCCACACTG TGCTGCTTGA AGCTTGCATT TCTGGACCCA 
ATTTCAGGCA AAATGACTGG AGAATCTTTT TCCATTAAGT ATCATGACAT GCCGGATGTC 
ATTGACTTCC TTGTGCTACA TCAGTTTTAT AATGAAGCCA AAGAAAGGAA CTGGCAGATT 
GGTGATAGAT TCCGCAGTAT AATAGATGAC GCCTGGTGGT TTGGGACTGT GGAGAGTCAG 
CAGCCTTTTC AACCAGAGTA TCCTGATAGT TCTTTCCAGT GTTACAGTGT TCACTGGGAC 
AATAATGAGA GAGAAAAGAT GAGCCCATGG GATATGGAGC CAATTCCAGA AGGAACTGCC 
TTTCCAGATG AAGTTGGTGC TGGTGTTCCT GTCTCCCAGG AAGAATTGAC TGCTTTGCTA 
TACAAACCCC AGGAAGGAGA GTGGGGGGCT CATTCCAGAG ACGAAGAATG TGAACGGGTT 
ATTCAGGGCA TCAACCACCT TCTTTCCCTG GATTTTGCCA GCCCTTTTGC TGTTCCAGTG 
GATCTCAGTG CCTACCCCTT GTATTGTACT GTAGTTGCTT ATCCAACTGA CCTCAATACC 
ATCAGGCGGA GACTTGAAAA TCGCTTTTAC AGGAGAATAT CAGCATTAAT GTGGGAGGTA 
CGCTATATTG AACATAATGC CAGGACTTTC AATGAGCCAG ACAGTCCTAT AGTTAAAGCA 
GCTAAAATTG TAACTGATGT CTTACTTCGA TTTATTGGGG ATCAGAGCTG TACTGATATA 
CTGGATACTT ATAATAAAAT TAAAGCAGAA GAACGAAACA GTACTGATGC AGAGGAGGAT 
ACAGAAATTG TTGATTTAGA TTCAGACGGT CCTGGTACTT CATCTGGAAG AAAGGTCAAA 
TGCCGAGGCA GAAGACAGTC TTTAAAGTGT AATCCTGATG CTTGGAAAAA ACAATGCAAG 
GAACTATTGA GCCTCATTTA TGAACGTGAA GACTCGGAGC CATTTCGACA GCCAGCTGAT 
CTTCTTTCTT ACCCAGGTCA TCAGGAGCAA GAGGGAGAAT CCTCAGAGTC TGTTGTTCCA 
GAAAGACAAC AAGATTCATC TCTTTCTGAG GATTATCAAG ATGTTATAGA TACTCCTGTG 
GACTTCAGCA CTGTGAAAGA AACTTTGGAA GCAGGAAACT ATGGTAGTCC TCTGGAATTT 
TATAAGGATG TTCGCCAAAT ATTCAACAAC TCCAAAGCTT ATACCTCTAA TAAAAAGTCA 
AGGATCTATA GCATGATGCT GCGATTATCT GCCTTATTTG AAAGTCATAT CAAAAATATC 
ATCTCTGAAT ATAAGTCAGC AATCCAGAGT CAGAAGAGGA GAAGGCCACG GTACAGAAAA 
CGTCTAAGAA GCAGCAGCAG TTCATTATCT AGTAGTGGAG CACCTAGTCC AAAAGGGAAG 
CAGAAACAAA TGAAGTTGCA GCCTAAAAAT GACCAGAATA CCTCAGTATC TCATGCCAGG 
ACTAGCTCTC CTTTCTCATC TCCTGTTTCA GATGCTGCTG AAGGGCTTTC ACTATATCTA 
CTTGATGATG AGCCAGATGG GCCATTTTCT TCATCGAGCT TCGGTGGATA TAGCCGAAGT 
GGAAATAGCC ATGACCCAGG GAAAGCCAAA TCATTTCGGA ATAGAGTTTT GCCAGTTAAA 
CAAGATCACT CCCTTGATGG ACCCCTTACA AATGGTGATG GCAGAGAGCC CCGGACAGGA 
ATCAAGAGAA AACTACTTAG TGCATCAGAA GAAGATGAAA ACATGGGAGG AGAAGATAAA 
GAGAAAAAAG AAACAAAAGA GAAATCTCAT TTATCCACCT CAGAGAGTGG AGAGTTAGGA 
TCCAGTTTAA GTTCTGAAAG TACCTGTGGT TCTGACTCTG ACTCTGAATC AACTTCCAGA 
ACAGATCAAG ATTACGTAGA TGGAGACCAT GATTATAGCA AATTCATACA AACCAGACCT 
AAAAGAAAAC TCAGAAAGCA ACATGGCAAT GGAAAAAGAA ATTGGAAGAC CAGAGGCACA 
GGAGGAAGAG GCAGATGGGG AAGATGGGGT AGATGGAGTA GAGGAGGCAG AGGAAGAGGA 
GGCAGGGGAC GAGGGAGTCG AGGAAGAGGT GGAGGTGGCA CTAGGGGGAG GGGAAGAGGG 
AGAGGAGGAA GAGGTGCTTC TAGAGGAGCT ACCAGAGCCA AACGAGCACG TATTGCAGAT 
GATGAATTTG ATACCATGTT TTCAGGACGT TTCAGTAGAC TGCCTCGAAT TAAAACAAGA 
AACCAAGGCA GGAGGACTGT TTTATATAAT GATGATTCTG ATAATGACAA TTTTGTGTCC 
ACTGAGGATC CTCTGAATCT TGGTACATCC AGATCAGGCA GAGTGCGTAA AATGACAGAA 
AAAGCCAGGG TTAGCCATCT CATGGGATGG AATTATTAA

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

BRWD3 ( XM_017029384.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016884873.1 Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OHu54145
Clone ID Related Accession (Same CDS sequence)	XM_017029384.1
Accession Version	XM_017029384.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4197bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	bromodomain and WD repeat-containing protein 3 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000023.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTACTA AAATGACTGG CAATAATTTG CCATCTGGAG AAGACAAGAT CACTAAACTT 
AAGGTGACTA TGGTGGCCTG GGATCGCTAT GATACCACAG TTATTACTGC AGTGAACAAT 
TTTCTTTTGA AAGTGTGGAA TTCTATCACA GGACAGCTTC TTCATACATT ATCTGGACAT 
GATGATGAAG TATTCGTTCT AGAAGCCCAT CCATTTGATC AAAGGATCAT ACTTTCAGCA 
GGTCATGATG GGAACATTTT TATTTGGGAC CTTGACCGGG GGACCAAAAT TCGGAATTAC 
TTTAACATGA TTGAAGGCCA AGGCCATGGT GCGGTGTTTG ATTGTAAATT TTCACCAGAT 
GGAAACCATT TTGCCTGCAC AGATTCTCAT GGACATTTGC TGCTTTTTGG TTTTGGATGC 
AGTAAATACT ACGAAAAGAT TCCAGATCAG ATGTTCTTCC ACACGGATTA TCGTCCTCTT 
ATTCGTGATG CCAATAACTA TGTATTGGAT GAACAAACCC AACAAGCTCC TCACCTCATG 
CCTCCTCCAT TTTTGGTGGA TGTTGATGGA AATCCTCATC CCACAAAATT CCAACGGTTG 
GTACCAGGAC GGGAAAATTG TAAAGATGAA CAGCTTATAC CACAGCTGGG ATATGTGGCT 
AATGGTGATG GTGAGGTAGT AGAACAGGTA ATTGGGCAGC AAACCAATGA CCAAGATGAG 
AGCATTCTTG ATGGAATAAT CAGGGAGCTG CAGAGAGAAC AAGACCTGAG ACTAATTAAT 
GAAGGAGATG TTCCACATTT ACCAGTTAAT AGAGCATACT CTGTTAATGG TGCTCTGAGA 
AGTCCAAACA TGGACATATC TTCTTCCCCA AACATCAGGC TTCGAAGACA TAGTAGTCAA 
ATTGAAGGTG TTAGACAAAT GCATAACAAT GCTCCTCGGA GCCAGATGGC CACTGAAAGA 
GATCTCATGG CGTGGAGCAG AAGAGTGGTG GTCAATGAAC TAAATAATGG GGTTAGTAGG 
GTACAGGAAG AATGTCGAAC TGCAAAAGGT GACATAGAAA TCAGTCTTTA TACAGTTGAA 
AAGAAGAAAA AGCCATCTTA CACTACTCAA AGGAATGATT ATGAGCCTAG CTGTGGGCGT 
TCTTTACGCA GGACACAGCG CAAACGTCAG CATACTTACC AAACACGGTC CAACATAGAG 
CATAATTCAC AGGCATCATG TCAAAATTCA GGTGTACAGG AAGACTCAGA CAGTTCTTCA 
GAGGAAGATG AAACTGTTGG CACAAGTGAC GCTTCGGTAG AGGATCCTGT TGTTGAATGG 
CAAAGTGAAA GTTCTTCCAG TGACTCATCA AGTGAATATT CTGATTGGAC AGCAGATGCT 
GGAATAAATT TACAACCCCC AAAAAGACAA ACCAGACAGA CAACACGTAA AATATGCAGC 
AGCTCTGATG AGGAAAATTT GAAGTCCCTA GAAGAAAGGC AGAAGAAACC TAAGCAGACT 
AGAAAGAAGA AAGGAGGACT GGTTTCTATA GCAGGTGAGC CTAATGAAGA ATGGTTTGCC 
CCTCAGTGGA TCTTGGATAC TATACCCCGA CGTTCCCCAT TTGTCCCACA AATGGGAGAT 
GAGCTTATCT ATTTTAGGCA AGGACATGAA GCTTATGTTC GGGCTGTAAG GAAATCGAAA 
ATATACAGTG TTAATTTACA AAAACAGCCA TGGAACAAAA TGGATCTCAG GGAGCAAGAG 
TTTGTTAAGA TTGTAGGAAT CAAATATGAG GTTGGCCCAC CCACACTGTG CTGCTTGAAG 
CTTGCATTTC TGGACCCAAT TTCAGGCAAA ATGACTGGAG AATCTTTTTC CATTAAGTAT 
CATGACATGC CGGATGTCAT TGACTTCCTT GTGCTACATC AGTTTTATAA TGAAGCCAAA 
GAAAGGAACT GGCAGATTGG TGATAGATTC CGCAGTATAA TAGATGACGC CTGGTGGTTT 
GGGACTGTGG AGAGTCAGCA GCCTTTTCAA CCAGAGTATC CTGATAGTTC TTTCCAGTGT 
TACAGTGTTC ACTGGGACAA TAATGAGAGA GAAAAGATGA GCCCATGGGA TATGGAGCCA 
ATTCCAGAAG GAACTGCCTT TCCAGATGAA GTTGGTGCTG GTGTTCCTGT CTCCCAGGAA 
GAATTGACTG CTTTGCTATA CAAACCCCAG GAAGGAGAGT GGGGGGCTCA TTCCAGAGAC 
GAAGAATGTG AACGGGTTAT TCAGGGCATC AACCACCTTC TTTCCCTGGA TTTTGCCAGC 
CCTTTTGCTG TTCCAGTGGA TCTCAGTGCC TACCCCTTGT ATTGTACTGT AGTTGCTTAT 
CCAACTGACC TCAATACCAT CAGGCGGAGA CTTGAAAATC GCTTTTACAG GAGAATATCA 
GCATTAATGT GGGAGGTACG CTATATTGAA CATAATGCCA GGACTTTCAA TGAGCCAGAC 
AGTCCTATAG TTAAAGCAGC TAAAATTGTA ACTGATGTCT TACTTCGATT TATTGGGGAT 
CAGAGCTGTA CTGATATACT GGATACTTAT AATAAAATTA AAGCAGAAGA ACGAAACAGT 
ACTGATGCAG AGGAGGATAC AGAAATTGTT GATTTAGATT CAGACGGTCC TGGTACTTCA 
TCTGGAAGAA AGGTCAAATG CCGAGGCAGA AGACAGTCTT TAAAGTGTAA TCCTGATGCT 
TGGAAAAAAC AATGCAAGGA ACTATTGAGC CTCATTTATG AACGTGAAGA CTCGGAGCCA 
TTTCGACAGC CAGCTGATCT TCTTTCTTAC CCAGGTCATC AGGAGCAAGA GGGAGAATCC 
TCAGAGTCTG TTGTTCCAGA AAGACAACAA GATTCATCTC TTTCTGAGGA TTATCAAGAT 
GTTATAGATA CTCCTGTGGA CTTCAGCACT GTGAAAGAAA CTTTGGAAGC AGGAAACTAT 
GGTAGTCCTC TGGAATTTTA TAAGGATGTT CGCCAAATAT TCAACAACTC CAAAGCTTAT 
ACCTCTAATA AAAAGTCAAG GATCTATAGC ATGATGCTGC GATTATCTGC CTTATTTGAA 
AGTCATATCA AAAATATCAT CTCTGAATAT AAGTCAGCAA TCCAGAGTCA GAAGAGGAGA 
AGGCCACGGT ACAGAAAACG TCTAAGAAGC AGCAGCAGTT CATTATCTAG TAGTGGAGCA 
CCTAGTCCAA AAGGGAAGCA GAAACAAATG AAGTTGCAGC CTAAAAATGA CCAGAATACC 
TCAGTATCTC ATGCCAGGAC TAGCTCTCCT TTCTCATCTC CTGTTTCAGA TGCTGCTGAA 
GGGCTTTCAC TATATCTACT TGATGATGAG CCAGATGGGC CATTTTCTTC ATCGAGCTTC 
GGTGGATATA GCCGAAGTGG AAATAGCCAT GACCCAGGGA AAGCCAAATC ATTTCGGAAT 
AGAGTTTTGC CAGTTAAACA AGATCACTCC CTTGATGGAC CCCTTACAAA TGGTGATGGC 
AGAGAGCCCC GGACAGGAAT CAAGAGAAAA CTACTTAGTG CATCAGAAGA AGATGAAAAC 
ATGGGAGGAG AAGATAAAGA GAAAAAAGAA ACAAAAGAGA AATCTCATTT ATCCACCTCA 
GAGAGTGGAG AGTTAGGATC CAGTTTAAGT TCTGAAAGTA CCTGTGGTTC TGACTCTGAC 
TCTGAATCAA CTTCCAGAAC AGATCAAGAT TACGTAGATG GAGACCATGA TTATAGCAAA 
TTCATACAAA CCAGACCTAA AAGAAAACTC AGAAAGCAAC ATGGCAATGG AAAAAGAAAT 
TGGAAGACCA GAGGCACAGG AGGAAGAGGC AGATGGGGAA GATGGGGTAG ATGGAGTAGA 
GGAGGCAGAG GAAGAGGAGG CAGGGGACGA GGGAGTCGAG GAAGAGGTGG AGGTGGCACT 
AGGGGGAGGG GAAGAGGGAG AGGAGGAAGA GGTGCTTCTA GAGGAGCTAC CAGAGCCAAA 
CGAGCACGTA TTGCAGATGA TGAATTTGAT ACCATGTTTT CAGGACGTTT CAGTAGACTG 
CCTCGAATTA AAACAAGAAA CCAAGGCAGG AGGACTGTTT TATATAATGA TGATTCTGAT 
AATGACAATT TTGTGTCCAC TGAGGATCCT CTGAATCTTG GTACATCCAG ATCAGGCAGA 
GTGCGTAAAA TGACAGAAAA AGCCAGGGTT AGCCATCTCA TGGGATGGAA TTATTAA

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

RefSeq	XP_016884873.1
CDS	1006..5202
Translation	MATKMTGNNLPSGEDKITKLKVTMVAWDRYDTTVITAVNNFLLKVWNSITGQLLHTLSGHDDEVFVLEAHPFDQRIILSAGHDGNIFIWDLDRGTKIRNYFNMIEGQGHGAVFDCKFSPDGNHFACTDSHGHLLLFGFGCSKYYEKIPDQMFFHTDYRPLIRDANNYVLDEQTQQAPHLMPPPFLVDVDGNPHPTKFQRLVPGRENCKDEQLIPQLGYVANGDGEVVEQVIGQQTNDQDESILDGIIRELQREQDLRLINEGDVPHLPVNRAYSVNGALRSPNMDISSSPNIRLRRHSSQIEGVRQMHNNAPRSQMATERDLMAWSRRVVVNELNNGVSRVQEECRTAKGDIEISLYTVEKKKKPSYTTQRNDYEPSCGRSLRRTQRKRQHTYQTRSNIEHNSQASCQNSGVQEDSDSSSEEDETVGTSDASVEDPVVEWQSESSSSDSSSEYSDWTADAGINLQPPKRQTRQTTRKICSSSDEENLKSLEERQKKPKQTRKKKGGLVSIAGEPNEEWFAPQWILDTIPRRSPFVPQMGDELIYFRQGHEAYVRAVRKSKIYSVNLQKQPWNKMDLREQEFVKIVGIKYEVGPPTLCCLKLAFLDPISGKMTGESFSIKYHDMPDVIDFLVLHQFYNEAKERNWQIGDRFRSIIDDAWWFGTVESQQPFQPEYPDSSFQCYSVHWDNNEREKMSPWDMEPIPEGTAFPDEVGAGVPVSQEELTALLYKPQEGEWGAHSRDEECERVIQGINHLLSLDFASPFAVPVDLSAYPLYCTVVAYPTDLNTIRRRLENRFYRRISALMWEVRYIEHNARTFNEPDSPIVKAAKIVTDVLLRFIGDQSCTDILDTYNKIKAEERNSTDAEEDTEIVDLDSDGPGTSSGRKVKCRGRRQSLKCNPDAWKKQCKELLSLIYEREDSEPFRQPADLLSYPGHQEQEGESSESVVPERQQDSSLSEDYQDVIDTPVDFSTVKETLEAGNYGSPLEFYKDVRQIFNNSKAYTSNKKSRIYSMMLRLSALFESHIKNIISEYKSAIQSQKRRRPRYRKRLRSSSSSLSSSGAPSPKGKQKQMKLQPKNDQNTSVSHARTSSPFSSPVSDAAEGLSLYLLDDEPDGPFSSSSFGGYSRSGNSHDPGKAKSFRNRVLPVKQDHSLDGPLTNGDGREPRTGIKRKLLSASEEDENMGGEDKEKKETKEKSHLSTSESGELGSSLSSESTCGSDSDSESTSRTDQDYVDGDHDYSKFIQTRPKRKLRKQHGNGKRNWKTRGTGGRGRWGRWGRWSRGGRGRGGRGRGSRGRGGGGTRGRGRGRGGRGASRGATRAKRARIADDEFDTMFSGRFSRLPRIKTRNQGRRTVLYNDDSDNDNFVSTEDPLNLGTSRSGRVRKMTEKARVSHLMGWNY

Target ORF information:

RefSeq Version	XM_017029384.1
Organism	Homo sapiens(human)
Definition	Homo sapiens bromodomain and WD repeat domain containing 3 (BRWD3), transcript variant X2, mRNA.

Target ORF information:

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

XM_017029384.1

ORF Insert Sequence:

ATGGCTACTA AAATGACTGG CAATAATTTG CCATCTGGAG AAGACAAGAT CACTAAACTT 
AAGGTGACTA TGGTGGCCTG GGATCGCTAT GATACCACAG TTATTACTGC AGTGAACAAT 
TTTCTTTTGA AAGTGTGGAA TTCTATCACA GGACAGCTTC TTCATACATT ATCTGGACAT 
GATGATGAAG TATTCGTTCT AGAAGCCCAT CCATTTGATC AAAGGATCAT ACTTTCAGCA 
GGTCATGATG GGAACATTTT TATTTGGGAC CTTGACCGGG GGACCAAAAT TCGGAATTAC 
TTTAACATGA TTGAAGGCCA AGGCCATGGT GCGGTGTTTG ATTGTAAATT TTCACCAGAT 
GGAAACCATT TTGCCTGCAC AGATTCTCAT GGACATTTGC TGCTTTTTGG TTTTGGATGC 
AGTAAATACT ACGAAAAGAT TCCAGATCAG ATGTTCTTCC ACACGGATTA TCGTCCTCTT 
ATTCGTGATG CCAATAACTA TGTATTGGAT GAACAAACCC AACAAGCTCC TCACCTCATG 
CCTCCTCCAT TTTTGGTGGA TGTTGATGGA AATCCTCATC CCACAAAATT CCAACGGTTG 
GTACCAGGAC GGGAAAATTG TAAAGATGAA CAGCTTATAC CACAGCTGGG ATATGTGGCT 
AATGGTGATG GTGAGGTAGT AGAACAGGTA ATTGGGCAGC AAACCAATGA CCAAGATGAG 
AGCATTCTTG ATGGAATAAT CAGGGAGCTG CAGAGAGAAC AAGACCTGAG ACTAATTAAT 
GAAGGAGATG TTCCACATTT ACCAGTTAAT AGAGCATACT CTGTTAATGG TGCTCTGAGA 
AGTCCAAACA TGGACATATC TTCTTCCCCA AACATCAGGC TTCGAAGACA TAGTAGTCAA 
ATTGAAGGTG TTAGACAAAT GCATAACAAT GCTCCTCGGA GCCAGATGGC CACTGAAAGA 
GATCTCATGG CGTGGAGCAG AAGAGTGGTG GTCAATGAAC TAAATAATGG GGTTAGTAGG 
GTACAGGAAG AATGTCGAAC TGCAAAAGGT GACATAGAAA TCAGTCTTTA TACAGTTGAA 
AAGAAGAAAA AGCCATCTTA CACTACTCAA AGGAATGATT ATGAGCCTAG CTGTGGGCGT 
TCTTTACGCA GGACACAGCG CAAACGTCAG CATACTTACC AAACACGGTC CAACATAGAG 
CATAATTCAC AGGCATCATG TCAAAATTCA GGTGTACAGG AAGACTCAGA CAGTTCTTCA 
GAGGAAGATG AAACTGTTGG CACAAGTGAC GCTTCGGTAG AGGATCCTGT TGTTGAATGG 
CAAAGTGAAA GTTCTTCCAG TGACTCATCA AGTGAATATT CTGATTGGAC AGCAGATGCT 
GGAATAAATT TACAACCCCC AAAAAGACAA ACCAGACAGA CAACACGTAA AATATGCAGC 
AGCTCTGATG AGGAAAATTT GAAGTCCCTA GAAGAAAGGC AGAAGAAACC TAAGCAGACT 
AGAAAGAAGA AAGGAGGACT GGTTTCTATA GCAGGTGAGC CTAATGAAGA ATGGTTTGCC 
CCTCAGTGGA TCTTGGATAC TATACCCCGA CGTTCCCCAT TTGTCCCACA AATGGGAGAT 
GAGCTTATCT ATTTTAGGCA AGGACATGAA GCTTATGTTC GGGCTGTAAG GAAATCGAAA 
ATATACAGTG TTAATTTACA AAAACAGCCA TGGAACAAAA TGGATCTCAG GGAGCAAGAG 
TTTGTTAAGA TTGTAGGAAT CAAATATGAG GTTGGCCCAC CCACACTGTG CTGCTTGAAG 
CTTGCATTTC TGGACCCAAT TTCAGGCAAA ATGACTGGAG AATCTTTTTC CATTAAGTAT 
CATGACATGC CGGATGTCAT TGACTTCCTT GTGCTACATC AGTTTTATAA TGAAGCCAAA 
GAAAGGAACT GGCAGATTGG TGATAGATTC CGCAGTATAA TAGATGACGC CTGGTGGTTT 
GGGACTGTGG AGAGTCAGCA GCCTTTTCAA CCAGAGTATC CTGATAGTTC TTTCCAGTGT 
TACAGTGTTC ACTGGGACAA TAATGAGAGA GAAAAGATGA GCCCATGGGA TATGGAGCCA 
ATTCCAGAAG GAACTGCCTT TCCAGATGAA GTTGGTGCTG GTGTTCCTGT CTCCCAGGAA 
GAATTGACTG CTTTGCTATA CAAACCCCAG GAAGGAGAGT GGGGGGCTCA TTCCAGAGAC 
GAAGAATGTG AACGGGTTAT TCAGGGCATC AACCACCTTC TTTCCCTGGA TTTTGCCAGC 
CCTTTTGCTG TTCCAGTGGA TCTCAGTGCC TACCCCTTGT ATTGTACTGT AGTTGCTTAT 
CCAACTGACC TCAATACCAT CAGGCGGAGA CTTGAAAATC GCTTTTACAG GAGAATATCA 
GCATTAATGT GGGAGGTACG CTATATTGAA CATAATGCCA GGACTTTCAA TGAGCCAGAC 
AGTCCTATAG TTAAAGCAGC TAAAATTGTA ACTGATGTCT TACTTCGATT TATTGGGGAT 
CAGAGCTGTA CTGATATACT GGATACTTAT AATAAAATTA AAGCAGAAGA ACGAAACAGT 
ACTGATGCAG AGGAGGATAC AGAAATTGTT GATTTAGATT CAGACGGTCC TGGTACTTCA 
TCTGGAAGAA AGGTCAAATG CCGAGGCAGA AGACAGTCTT TAAAGTGTAA TCCTGATGCT 
TGGAAAAAAC AATGCAAGGA ACTATTGAGC CTCATTTATG AACGTGAAGA CTCGGAGCCA 
TTTCGACAGC CAGCTGATCT TCTTTCTTAC CCAGGTCATC AGGAGCAAGA GGGAGAATCC 
TCAGAGTCTG TTGTTCCAGA AAGACAACAA GATTCATCTC TTTCTGAGGA TTATCAAGAT 
GTTATAGATA CTCCTGTGGA CTTCAGCACT GTGAAAGAAA CTTTGGAAGC AGGAAACTAT 
GGTAGTCCTC TGGAATTTTA TAAGGATGTT CGCCAAATAT TCAACAACTC CAAAGCTTAT 
ACCTCTAATA AAAAGTCAAG GATCTATAGC ATGATGCTGC GATTATCTGC CTTATTTGAA 
AGTCATATCA AAAATATCAT CTCTGAATAT AAGTCAGCAA TCCAGAGTCA GAAGAGGAGA 
AGGCCACGGT ACAGAAAACG TCTAAGAAGC AGCAGCAGTT CATTATCTAG TAGTGGAGCA 
CCTAGTCCAA AAGGGAAGCA GAAACAAATG AAGTTGCAGC CTAAAAATGA CCAGAATACC 
TCAGTATCTC ATGCCAGGAC TAGCTCTCCT TTCTCATCTC CTGTTTCAGA TGCTGCTGAA 
GGGCTTTCAC TATATCTACT TGATGATGAG CCAGATGGGC CATTTTCTTC ATCGAGCTTC 
GGTGGATATA GCCGAAGTGG AAATAGCCAT GACCCAGGGA AAGCCAAATC ATTTCGGAAT 
AGAGTTTTGC CAGTTAAACA AGATCACTCC CTTGATGGAC CCCTTACAAA TGGTGATGGC 
AGAGAGCCCC GGACAGGAAT CAAGAGAAAA CTACTTAGTG CATCAGAAGA AGATGAAAAC 
ATGGGAGGAG AAGATAAAGA GAAAAAAGAA ACAAAAGAGA AATCTCATTT ATCCACCTCA 
GAGAGTGGAG AGTTAGGATC CAGTTTAAGT TCTGAAAGTA CCTGTGGTTC TGACTCTGAC 
TCTGAATCAA CTTCCAGAAC AGATCAAGAT TACGTAGATG GAGACCATGA TTATAGCAAA 
TTCATACAAA CCAGACCTAA AAGAAAACTC AGAAAGCAAC ATGGCAATGG AAAAAGAAAT 
TGGAAGACCA GAGGCACAGG AGGAAGAGGC AGATGGGGAA GATGGGGTAG ATGGAGTAGA 
GGAGGCAGAG GAAGAGGAGG CAGGGGACGA GGGAGTCGAG GAAGAGGTGG AGGTGGCACT 
AGGGGGAGGG GAAGAGGGAG AGGAGGAAGA GGTGCTTCTA GAGGAGCTAC CAGAGCCAAA 
CGAGCACGTA TTGCAGATGA TGAATTTGAT ACCATGTTTT CAGGACGTTT CAGTAGACTG 
CCTCGAATTA AAACAAGAAA CCAAGGCAGG AGGACTGTTT TATATAATGA TGATTCTGAT 
AATGACAATT TTGTGTCCAC TGAGGATCCT CTGAATCTTG GTACATCCAG ATCAGGCAGA 
GTGCGTAAAA TGACAGAAAA AGCCAGGGTT AGCCATCTCA TGGGATGGAA TTATTAA

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

PubMed

Comprehensive molecular profiling of 718 Multiple Myelomas reveals significant differences in mutation frequencies between African and European descent cases.
PLoS genetics13(11)e1007087(2017 Nov)
Manojlovic Z,Christofferson A,Liang WS,Aldrich J,Washington M,Wong S,Rohrer D,Jewell S,Kittles RA,Derome M,Auclair D,Craig DW,Keats J,Carpten JD

Clinical assessment of five patients with BRWD3 mutation at Xq21.1 gives further evidence for mild to moderate intellectual disability and macrocephaly.
European journal of medical genetics57(5)200-6(2014 Apr)
Grotto S,Drouin-Garraud V,Ounap K,Puusepp-Benazzouz H,Schuurs-Hoeijmakers J,Le Meur N,Chambon P,Fehrenbach S,van Bokhoven H,Fr?bourg T,de Brouwer AP,Saugier-Veber P

Comparative profiling of plasma proteome from breast cancer patients reveals thrombospondin-1 and BRWD3 as serological biomarkers.
Experimental & molecular medicine44(1)36-44(2012 Jan)
Suh EJ,Kabir MH,Kang UB,Lee JW,Yu J,Noh DY,Lee C

Identification and characterization of a set of conserved and new regulators of cytoskeletal organization, cell morphology and migration.
BMC biology954(2011 Aug)
Bai SW,Herrera-Abreu MT,Rohn JL,Racine V,Tajadura V,Suryavanshi N,Bechtel S,Wiemann S,Baum B,Ridley AJ

A systematic, large-scale resequencing screen of X-chromosome coding exons in mental retardation.
Nature genetics41(5)535-43(2009 May)
Tarpey PS,Smith R,Pleasance E,Whibley A,Edkins S,Hardy C,O'Meara S,Latimer C,Dicks E,Menzies A,Stephens P,Blow M,Greenman C,Xue Y,Tyler-Smith C,Thompson D,Gray K,Andrews J,Barthorpe S,Buck G,Cole J,Dunmore R,Jones D,Maddison M,Mironenko T,Turner R,Turrell K,Varian J,West S,Widaa S,Wray P,Teague J,Butler A,Jenkinson A,Jia M,Richardson D,Shepherd R,Wooster R,Tejada MI,Martinez F,Carvill G,Goliath R,de Brouwer AP,van Bokhoven H,Van Esch H,Chelly J,Raynaud M,Ropers HH,Abidi FE,Srivastava AK,Cox J,Luo Y,Mallya U,Moon J,Parnau J,Mohammed S,Tolmie JL,Shoubridge C,Corbett M,Gardner A,Haan E,Rujirabanjerd S,Shaw M,Vandeleur L,Fullston T,Easton DF,Boyle J,Partington M,Hackett A,Field M,Skinner C,Stevenson RE,Bobrow M,Turner G,Schwartz CE,Gecz J,Raymond FL,Futreal PA,Stratton MR

- Most Popular Services
  - 人工遺伝子合成& DNA合成-納期保証
- Services & Products

見積依頼

Eメール

japanmarket@genscript.com

電話

03-6811-6572

FAX

03-6811-6573
050-3174-7589(受注専用)

オンラインフォーム

オンライン注文

BRWD3 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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:

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:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム

サポート

会社情報

サポート

会社情報