BRWD1 cDNA ORF clone, Canis lupus familiaris(dog)

Gene
Clones
gRNAs

Summary

Gene Symbol	BRWD1
Entrez Gene ID	487764
Full Name	bromodomain and WD repeat domain containing 1
General protein information	Preferred Names bromodomain and WD repeat domain containing 1 Names bromodomain and WD repeat-containing protein 1
Gene Type	protein-coding
Organism	Canis lupus familiaris(dog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_544889.6	XP_544889.4	bromodomain and WD repeat-containing protein 1

Pathways from BioSystems

Homologies

Pan troglodytes (chimpanzee)	BRWD1	XP_001170924.1
Gallus gallus (chicken)	BRWD1	XP_416730.4
Canis lupus familiaris (dog)	BRWD1	XP_544889.4
Bos taurus (cattle)	BRWD1	NP_001096644.1
Homo sapiens (human)	BRWD1	NP_061836.2
Mus musculus (house mouse)	Brwd1	NP_660107.2
Rattus norvegicus (Norway rat)	Brwd1	XP_006248248.1
Danio rerio (zebrafish)	brwd1	XP_001920441.4
Xenopus tropicalis (tropical clawed frog)	brwd1	XP_002938777.2
	BRWD1	XP_001108760.2

Gene Ontology

The following BRWD1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BRWD1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OCe29438	XM_544889.6 Latest version!	Canis lupus familiaris bromodomain and WD repeat domain containing 1 (BRWD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1161.30 $1659.00

ORF Online Only Promotion

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

BRWD1 ( XM_544889.6 ) cDNA ORF clone, Canis lupus familiaris(dog) -> XP_544889.4 Canis lupus familiaris bromodomain and WD repeat domain containing 1 (BRWD1), mRNA.

Price & Availability↑

CloneID	OCe29438
Clone ID Related Accession (Same CDS sequence)	XM_544889.6
Accession Version	XM_544889.6 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6981bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-09-04
Organism	Canis lupus familiaris(dog)
Product	bromodomain and WD repeat-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_006613.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 17, 2015 this sequence version replaced XM_544889.5. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Canis lupus familiaris Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGAGC CCCCGCCCGC CCGACGCCCG GTGCCCCTCA TCGAGTCGGA GCTCTACTTC 
CTCATCGCCC GGTACCTCTC GGCCGGCCCG TGTCGCAGAG CCGCCCAGGT GCTGGTGCAG 
GAGCTGGAGC AGTACCAGTT GCTGCCGAAG AGGTTGGACT GGGAGGGCAA CGAGCACAAC 
AGGAGCTACG AGGAATTGGT CTTGTCCAAT AAACATGTGG CTCCTGATCA TCTGTTGCAA 
ATCTGCCAAC GCATTGGTCC CATGTTGGAT AAAGAAATTC CACCCAGTAT TTCAAGAGTC 
ACTTCTTTAC TTGGTGCAGG AAGGCAGTCT TTGCTACGTA CAGCAAAAGA CTGCAGGCAC 
ACAGTTTGGA AGGGCTCTGC CTTTGCTGCT CTTCACAGAG GAAGACCTCC AGAAATGCCG 
GTGAATTACG GTTCCCCACC CAGTCTTGTG GAGATACATC GAGGAAAACA ACTCACAGGG 
TGTTCCACTT TTAGCACAGC ATTTCCAGGA ACTATGTATC AGCATATAAA AATGCACAGA 
AGGATTCTCG GACATCTATC TGCTGTTTAC TGTGTAGCAT TTGATAGGAC AGGACATAGA 
ATCTTTACCG GTTCAGATGA TTGTTTGGTG AAGATTTGGT CAACACACAA TGGCCGCCTA 
TTATCCACAC TAAGAGGTCA TTCTGCAGAA ATTTCAGATA TGGCAGTAAA CTATGAGAAT 
ACAATGATTG CTGCAGGGAG CTGTGATAAG ATAATTAGAG TGTGGTGCTT GAGAACTTGT 
GCCCCAGTTG CTGTGCTCCA AGGACACACG GGGTCAATCA CATCTTTACA GTTTAGCCCA 
ATGGCCAAAG GCTCCCAAAG ATACATGGTC TCTACTGGTG CTGATGGGAC AGTTTGTTTC 
TGGCAGTGGG ATTTAGAATC CCTGAAATTC AGCCCACGTC CCCTGAAGTT CACTGAAAAG 
CCTAGACCAG GTGTTCAGAT GCTTTGTTCT TCTTTTAGTG TTGGTGGTAT GTTTTTAGCC 
ACTGGTAGTA CTGATCATGT TATCAGAATG TATTTTTTGG GTTTTGAAGC ACCTGAAAAA 
ATTGCAGAAC TTGAAAGCCA CACTGATAAA GTTGATAGTA TCCAATTTTG TAACAATGGT 
GATCGGTTCT TAAGTGGTAG CAGAGATGGA ACAGCAAGAA TTTGGAGATT TGAGCAGTTG 
GAATGGAGAA GTATTTTATT GGATATGGCA ACCAGAGTCT CAGGGGACTT ATCTTTGGAA 
GAGGAAAGGT TTATGAAACC CAAAGTCACA ATGATTGCTT GGAATCAGAA TGATAGCATT 
GTCGTCACAG CTGTGAATGA TCACGTCCTT AAAGTGTGGA ATTCTTACAC AGGACAACTG 
CTTCATAACT TACTGGGACA TGCTGATGAA GTATTTGTTT TGGAGACACA TCCCTTTGAT 
TCCAGAATTA TGTTATCTGC AGGACATGAT GGCAGCATAT TTATATGGGA TATTACAAAA 
GGCACCAAGG TGAAACATTA TTTTAATATG ATTGAAGGGC AAGGACATGG AGCTGTCTTT 
GACTGTAAGT TTTCACAGGA TGGACAGCAT TTTGCCTGTA CAGATTCTCA TGGACACCTT 
CTGATATTTG GTTTTGGATG CAGCAAGCCA TATGAAAAGA TTCCTGATCA GATGTTCTTC 
CATACTGACT ATCGACCACT GATTAGAGAT TCTAATAATT ATGTCTTAGA TGAGCAAACT 
CAGCAGGCTC CTCACCTTAT GCCTCCACCA TTCTTGGTAG ATGTAGATGG AAATCCTCAT 
CCAACTAAAT ATCAGAGATT AGTACCAGGC CGAGAAAATT CTGCAGATGA ACATTTGGTT 
CCACAGCTAG GCTATGTGGC AACAAGTGAC GGAGAGGTGA TTGAACAGAT TATAAGCCTA 
CAAACCAATG ATAATGGTGA ACGAAGCCCA GAGTCCAGTG TTCTTGATGG AATGATAAGA 
CAGTTGCAGC AGCAGCAGGA TCAGAGAATG GGAGCAGATC AGGATACTCT TCCCAGTGGA 
CTTCCAAGTG GAGAAGAAAC ACCTCGAAGA GGTTTTAGAA GGCTGAGCTT AGACATCCAG 
TCCCCTCCAA ACATTGGTCT GCGTCGCAGT GGACAAGTTG AAGGTGTTCG TCAGATGCAT 
CAAAATGCTC CACGTAGTCA GATTGCTACA GAACGTGACC TGCAGGCTTG GAAACGAAGA 
GTGGTTGTAC CAGAGGTACC ACTAGGCATA TTTAGGAAGT TGGAAGACTT CAGAATAGAG 
AAAGGTGAAG AGGAAAGAAA TCTTTATATA ATAGGAAGAA AAAGGAAGAC TCTCCAGTTC 
ACACAAAAGT CTGATTCGGT GGTTTTGCTG TCACAGTCTA GGCAGAGGTC ATGCAGGCGC 
AAATACCCAA ATTATGGAAG AAGAAATCTT GGCCGGCTTG AGTTATCTTC TGGAAATGAA 
TCTTCAAGCT CTATAAGACA TACTTCCTGT GATCAGAGTG AAGGCTCTTG TTCCTCTGAA 
GAAGAAGAGT GGAGGAGTGA TAGAAGAAGT GAGAGTGACA GCGAGAGTTC AAGTGACTCA 
TCATCTAGAT ACTCTGATTG GACTGCTGAT GCAGGCATCA ATCTGCAGCC GCCTTTACGG 
ACATCTTCGC GTCGGCGAGT TACTCGCTTT TGCAGTAGTT CAGAGGATGA GATGTCTACT 
GAGAATTTAT CTCCTCCAAA AAGGAGGCGA AAGAGAAAAA AAGAAAATAA GCCTAAAAAA 
GAGAACTTGC GGAGGATGAC TCCAATGGAG CTTGCAAATA TGGAACATTT ATATGAATTT 
CATCCTCCAG TTTGGATAAC TGACACCACC CTTCGGAAGT CTCCTTTTGT TCCTCAAATG 
GGTGATGAGG TAATATATTT TCGACAGGGT CATGAAGCTT ATATTGAGGC TGTCAGAAGA 
AATAACATTT ATGAACTGAA CCCTAACAAA GAGCCATGGA GAAAAATGGA CCTTAGGGAT 
CAAGAATTGG TCAAAATAGT TGGAATACGA TATGAGGTTG GGCCCCCTAC ACTCTGTTGC 
CTCAAACTAG CATTTATAGA TCCTGCGACT GGAAGACTAA TGGACAAATC GTTCTCTATT 
AGATATCATG ATATGCCAGA TGTTATTGAC TTTCTTGTAT TGCGTCAATT TTATGATGAA 
GCAAGACAGA GGAATTGGCA GTCTTGTGAC AGGTTTCGTT CTATCATTGA TGATGCCTGG 
TGGTTTGGGA CGGTGCTGAG TCAAGAGCCA TATCAGCCAC AGTACCCAGA TAGTCATTTC 
CAGTGCTACA TCGTTAGGTG GGACAATACT GAAATTGAAA AACTTAGCCC ATGGGACATG 
GAACCAATTC CTGATAATGT TGATCCACCT GAAGAATTAG GAGCTAGTAT TTCTGTCACT 
TCAGATGAGC TAGAGAAATT GCTCTACAAA CCACAAGATG GTGAATGGGG TCAGAAATCG 
AGAGATGAAG AGTGTGAACG AATTATTAGT GGCATAGATC AACTTTTGAA TCTTGACATA 
GCAGCAGCTT TTGCAGGTCC AGTTGATCTG TGTACATATC CGAAGTACTG TACTGTAGTA 
GCTTATCCAA CTGATCTTTA CACAATCCGA ATGAGACTTG TTAATAGATT TTACAGGAGG 
CTATCCGCAT TAGTTTGGGA AGTCAGATAT ATAGAACATA ATGCCAGGAC ATTTAATGAA 
CCTGAGAGTG TAATTGCAAG ATCAGCTAAG AAGATAACTG ACCAACTTTT AAAATTTATA 
AAGAATCAAG ACTGTACAAA TATCTCAGAA CTTTCCAACA CTTCTGAAAA TGATGAGCAA 
AATGCCGAGG ATTTGGATGA TAGTGATCTT CCTAAAACAT CTTCGGGAAG AAGGAGAGTC 
CGCGATTGGA AAAAAAGGAG CATCAAAGCA ACCAACTATG TTGAAAGTAA CTGGAAGAAA 
CAGTGTAAGG AACTAGTGAA CTTAATTTTT CAGTGTGAAG ATTCTGAACC ATTTAGACAA 
CCTGTTGATT TGGTTGAATA TCCAGACTAC CGAGATATTA TAGATACTCC AATGGATTTT 
GGAACAGTAA GGGAAACTTT AGAAGCAGGA AATTATGACA GCCCTTTGGA ATTTTGCAAA 
GACATCCGGT TGATATTTAG CAATGCAAAA GCATATACAC CAAACAAAAG ATCAAAGATT 
TACAGTATGA CCTTGAGATT GTCTGCCTTA TTTGAAGAAA AAATGAAGAA AATCTCCTCT 
GATTTTAAAA TTGGCCAAAA ATTCAATGAG AAACTCCGAA GAAGCCAGAG GTTCAAGAGA 
CGACAGAATT GTAACCGTGT CAATCAGGCT AACAAAAGTA TCAGAAATAT CAAGCAGAAG 
CGGTTAAAAT CTCAGACAAA AGTAATTCCT GAATTGGTAG GTTCTCCTAC TCAGTCTACC 
TCCAGTAGGG CTGCTTATTC TGCAAGCCAC AAGACCAGTG CTAGTGTCTC TTCAGGTATG 
ACGTCTGGGG ACTCCTCAGA TTCAGCAGGA TCAGGATCAT CAGAAAGAAT GAGAAGTAGG 
CCTGTCACTC TAAACAATGG CTCTACATTA TCTGAAAGTG AAATGGAAGA TTCCTTAGGT 
ACCTCTTCAT CATCAGCTTC AAATAGTTCA GAGGAAAGCA AAGAGAGTTC AAGACCTCGT 
GAATCTTCTT TACGTAGTGG GCTGGCCAGA AGCAGCAATC TCAGGGTGAC CAGAACCAGA 
GCTGCTCAAA GAAAAACTGG TCCAGTTTCT TTAGAAAATG GTTGTGGCAA AAAAGCCACT 
CGAAAGAGAG TCTATTTAAG TGACTCGGAT AACAATTCAT TGGAGACTGG TGAAAGTCTG 
AAAGCCAGGG CTGGAAATAA CCGGAAAGTG CTCCGGAAGT GTGCTGCTGT GGCTGCCAAT 
AAGATAAAAC TAATGAGTGA TGTGGAAGAG AACTCCAGCT CTGAAAGTGT CTGTTCTGGA 
CGTAAGCTGC CTCACCGTAA TGCTTCTGCT GTGGCTAGAA AAAAGTTATT ACACAATTCT 
GAAGATGATC AGAGCTTAAA GTCAGAGATT GAAGAAGAGG ATCTGAAAGA TGGAAATCAG 
CCATCACCAC TGGCTGGTTC TCATGCTGCC CAGAATACTG TGAATGAGTC TGAAAATGGG 
GATTCAGAGT CAGAAAGTGA TTTGCGAGTA GCCCGCAAAA ATTGGCATGC CAATGGTTAT 
AAGTCACATA CTCCAGCAAC TTCTAAAACA AAATTTCTTA AAATAGAGTC CTCTGAGGAA 
GATTCTAAAA GTCATGATTC AGATAATGTA CATAACAGAA CTGCTGGTCC ATCCACATCT 
GGGCAGAAAC TTAAGGCTGA GAGTGCCTCA GAGGAAGAAG AGGAAGCAGA TTCTGAACCA 
AGAAAGTATG CCGGTAGGAA ATACAACACA GGCCGCAAGA ATCTTGCTTT CCTTAAAAAA 
GCAAAGATTT TCAGTGACTC GGAGGACTCC GAATCTGAAG AGCAAGATAG AGAAGATGGC 
AGCTGTCACA GAATGGAAGC GACCTTGATT AGAGGGGGTT CGAAGTGTGA ACCCACTGCT 
GGGTCCCATT GCTTCTCAGA TCACGTATCT GAGACTGATT TGGATTCAGA TGATGACAAA 
ACAAAAGAAA AACCAAACAA TTTTATGAAA GATTCTACAT CACAGGACCA TGGTCAGAGC 
AGAAAAGTTT CCAGGAAAAG GGTCTGTTCC AGTGACTCAG ACAGCAACTC AAAGGTGGTT 
AAGAGGTCAT CAAAAGCCAG AATGGGTCTC CTCAGGACTC CTCGAAGATG TGCAACTACT 
GCTGCCAGTA AGATTAAGCT CATGAGTGAC GTGGAAGATG GCTGCTTAGA AAGCATGTGT 
ACTAGAAGCA AAAATGGAAG GAAAAAACCC CTCCATTCTG CAGGTGCCAC AGCAAAGAAG 
ACGGTGAGTG ATTCTGAGGG AGACGTAAAC TGTGAAGTGC CAAATGAGAA GTGTGCCTGC 
GAAGGGAGGC CACCTGAAGC GGACTCGGAA GGCAGTGCGA AGAGTATTCG TCCGTCTGTA 
AATGGAGACT CGGACTCCGA AGGTCTGCTG AGCCCCGACC ATAAGAAGAG GCACAGCAAG 
AGTCTCAGAA CAAATGTTGG ACCTTCTGAC ACAAAGAATT CCTCGATTGG GTCTTCAGAG 
GAAGAGTCAA AAAGCCATAT TCCAGGGGGT GAGATGGATA GAAAATGTCC TTCAGAATCT 
GCTTTGGTGC AGAAAGCTAC CGCAGAGAAT ACGTTCGAGG AGGACCTGAA TTACGGGCTG 
CGCAGGTGGA ACGGCAGGAG GCTCAGGACC TACGGGAAGG CCCCGTTCAG CAAGACCAAA 
GTGCTGCGGG CGTCGCAGGC CGCTGAGGCG GAGGTGAGGA GGAAGCGGCT GCATCCTGAG 
CCCGAGGAGG GCGTGCGGGC TGAAACAGCA GGTGCTTCCC AGCTTGGGCC TGACCCTGGC 
CCCAAATCCG ACTCTGAGTT GGTGTCTGTG ACTGAATCAG ACGTGGACTG TGCCAAGGAT 
GCGAAAACCA AAAAGAGGAA AACGAGAGGA AAAGCAAAAG CGGTGAGAAA AGAATCTGTT 
CCTAGAGACA GAGAACCCAA TACAAAAATG AGAACATGCA TGCATAATCA GAAGGCTGCA 
GTGCAAATGC CTAGTGAGAC TCTGAAAGCA AACATGGTGC CTGAGAAAGT TCTCCGCAGA 
TGTGCCGCTG TGGCTGCAAA TAAAATAAAA ATAATGAGTA ATCTAAAGGA AACGATTTCA 
GGACCAGAAA ATGTCTGGAT TAGGAAGAGC AGCAGAAAGC TGCCCCATCG AAATGCTTCT 
GCTGCGGCTA AGAAAAAATT ACTGAGTGTT TATAAAGAGG ATGATACAAC CAGAAATTCT 
GACAGTGAAA AAGAGCTAGA AGACACTAAT AGCAAAATGC CTTTTTTAAG GCGGTTCAGA 
TCCTGGAAAG AAACCGCATA A

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

RefSeq	XP_544889.4
CDS	3..6983
Translation	MAEPPPARRPVPLIESELYFLIARYLSAGPCRRAAQVLVQELEQYQLLPKRLDWEGNEHNRSYEELVLSNKHVAPDHLLQICQRIGPMLDKEIPPSISRVTSLLGAGRQSLLRTAKDCRHTVWKGSAFAALHRGRPPEMPVNYGSPPSLVEIHRGKQLTGCSTFSTAFPGTMYQHIKMHRRILGHLSAVYCVAFDRTGHRIFTGSDDCLVKIWSTHNGRLLSTLRGHSAEISDMAVNYENTMIAAGSCDKIIRVWCLRTCAPVAVLQGHTGSITSLQFSPMAKGSQRYMVSTGADGTVCFWQWDLESLKFSPRPLKFTEKPRPGVQMLCSSFSVGGMFLATGSTDHVIRMYFLGFEAPEKIAELESHTDKVDSIQFCNNGDRFLSGSRDGTARIWRFEQLEWRSILLDMATRVSGDLSLEEERFMKPKVTMIAWNQNDSIVVTAVNDHVLKVWNSYTGQLLHNLLGHADEVFVLETHPFDSRIMLSAGHDGSIFIWDITKGTKVKHYFNMIEGQGHGAVFDCKFSQDGQHFACTDSHGHLLIFGFGCSKPYEKIPDQMFFHTDYRPLIRDSNNYVLDEQTQQAPHLMPPPFLVDVDGNPHPTKYQRLVPGRENSADEHLVPQLGYVATSDGEVIEQIISLQTNDNGERSPESSVLDGMIRQLQQQQDQRMGADQDTLPSGLPSGEETPRRGFRRLSLDIQSPPNIGLRRSGQVEGVRQMHQNAPRSQIATERDLQAWKRRVVVPEVPLGIFRKLEDFRIEKGEEERNLYIIGRKRKTLQFTQKSDSVVLLSQSRQRSCRRKYPNYGRRNLGRLELSSGNESSSSIRHTSCDQSEGSCSSEEEEWRSDRRSESDSESSSDSSSRYSDWTADAGINLQPPLRTSSRRRVTRFCSSSEDEMSTENLSPPKRRRKRKKENKPKKENLRRMTPMELANMEHLYEFHPPVWITDTTLRKSPFVPQMGDEVIYFRQGHEAYIEAVRRNNIYELNPNKEPWRKMDLRDQELVKIVGIRYEVGPPTLCCLKLAFIDPATGRLMDKSFSIRYHDMPDVIDFLVLRQFYDEARQRNWQSCDRFRSIIDDAWWFGTVLSQEPYQPQYPDSHFQCYIVRWDNTEIEKLSPWDMEPIPDNVDPPEELGASISVTSDELEKLLYKPQDGEWGQKSRDEECERIISGIDQLLNLDIAAAFAGPVDLCTYPKYCTVVAYPTDLYTIRMRLVNRFYRRLSALVWEVRYIEHNARTFNEPESVIARSAKKITDQLLKFIKNQDCTNISELSNTSENDEQNAEDLDDSDLPKTSSGRRRVRDWKKRSIKATNYVESNWKKQCKELVNLIFQCEDSEPFRQPVDLVEYPDYRDIIDTPMDFGTVRETLEAGNYDSPLEFCKDIRLIFSNAKAYTPNKRSKIYSMTLRLSALFEEKMKKISSDFKIGQKFNEKLRRSQRFKRRQNCNRVNQANKSIRNIKQKRLKSQTKVIPELVGSPTQSTSSRAAYSASHKTSASVSSGMTSGDSSDSAGSGSSERMRSRPVTLNNGSTLSESEMEDSLGTSSSSASNSSEESKESSRPRESSLRSGLARSSNLRVTRTRAAQRKTGPVSLENGCGKKATRKRVYLSDSDNNSLETGESLKARAGNNRKVLRKCAAVAANKIKLMSDVEENSSSESVCSGRKLPHRNASAVARKKLLHNSEDDQSLKSEIEEEDLKDGNQPSPLAGSHAAQNTVNESENGDSESESDLRVARKNWHANGYKSHTPATSKTKFLKIESSEEDSKSHDSDNVHNRTAGPSTSGQKLKAESASEEEEEADSEPRKYAGRKYNTGRKNLAFLKKAKIFSDSEDSESEEQDREDGSCHRMEATLIRGGSKCEPTAGSHCFSDHVSETDLDSDDDKTKEKPNNFMKDSTSQDHGQSRKVSRKRVCSSDSDSNSKVVKRSSKARMGLLRTPRRCATTAASKIKLMSDVEDGCLESMCTRSKNGRKKPLHSAGATAKKTVSDSEGDVNCEVPNEKCACEGRPPEADSEGSAKSIRPSVNGDSDSEGLLSPDHKKRHSKSLRTNVGPSDTKNSSIGSSEEESKSHIPGGEMDRKCPSESALVQKATAENTFEEDLNYGLRRWNGRRLRTYGKAPFSKTKVLRASQAAEAEVRRKRLHPEPEEGVRAETAGASQLGPDPGPKSDSELVSVTESDVDCAKDAKTKKRKTRGKAKAVRKESVPRDREPNTKMRTCMHNQKAAVQMPSETLKANMVPEKVLRRCAAVAANKIKIMSNLKETISGPENVWIRKSSRKLPHRNASAAAKKKLLSVYKEDDTTRNSDSEKELEDTNSKMPFLRRFRSWKETA

Target ORF information:

RefSeq Version	XM_544889.6
Organism	Canis lupus familiaris(dog)
Definition	Canis lupus familiaris bromodomain and WD repeat domain containing 1 (BRWD1), mRNA.

Target ORF information:

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

XM_544889.6

ORF Insert Sequence:

ATGGCGGAGC CCCCGCCCGC CCGACGCCCG GTGCCCCTCA TCGAGTCGGA GCTCTACTTC 
CTCATCGCCC GGTACCTCTC GGCCGGCCCG TGTCGCAGAG CCGCCCAGGT GCTGGTGCAG 
GAGCTGGAGC AGTACCAGTT GCTGCCGAAG AGGTTGGACT GGGAGGGCAA CGAGCACAAC 
AGGAGCTACG AGGAATTGGT CTTGTCCAAT AAACATGTGG CTCCTGATCA TCTGTTGCAA 
ATCTGCCAAC GCATTGGTCC CATGTTGGAT AAAGAAATTC CACCCAGTAT TTCAAGAGTC 
ACTTCTTTAC TTGGTGCAGG AAGGCAGTCT TTGCTACGTA CAGCAAAAGA CTGCAGGCAC 
ACAGTTTGGA AGGGCTCTGC CTTTGCTGCT CTTCACAGAG GAAGACCTCC AGAAATGCCG 
GTGAATTACG GTTCCCCACC CAGTCTTGTG GAGATACATC GAGGAAAACA ACTCACAGGG 
TGTTCCACTT TTAGCACAGC ATTTCCAGGA ACTATGTATC AGCATATAAA AATGCACAGA 
AGGATTCTCG GACATCTATC TGCTGTTTAC TGTGTAGCAT TTGATAGGAC AGGACATAGA 
ATCTTTACCG GTTCAGATGA TTGTTTGGTG AAGATTTGGT CAACACACAA TGGCCGCCTA 
TTATCCACAC TAAGAGGTCA TTCTGCAGAA ATTTCAGATA TGGCAGTAAA CTATGAGAAT 
ACAATGATTG CTGCAGGGAG CTGTGATAAG ATAATTAGAG TGTGGTGCTT GAGAACTTGT 
GCCCCAGTTG CTGTGCTCCA AGGACACACG GGGTCAATCA CATCTTTACA GTTTAGCCCA 
ATGGCCAAAG GCTCCCAAAG ATACATGGTC TCTACTGGTG CTGATGGGAC AGTTTGTTTC 
TGGCAGTGGG ATTTAGAATC CCTGAAATTC AGCCCACGTC CCCTGAAGTT CACTGAAAAG 
CCTAGACCAG GTGTTCAGAT GCTTTGTTCT TCTTTTAGTG TTGGTGGTAT GTTTTTAGCC 
ACTGGTAGTA CTGATCATGT TATCAGAATG TATTTTTTGG GTTTTGAAGC ACCTGAAAAA 
ATTGCAGAAC TTGAAAGCCA CACTGATAAA GTTGATAGTA TCCAATTTTG TAACAATGGT 
GATCGGTTCT TAAGTGGTAG CAGAGATGGA ACAGCAAGAA TTTGGAGATT TGAGCAGTTG 
GAATGGAGAA GTATTTTATT GGATATGGCA ACCAGAGTCT CAGGGGACTT ATCTTTGGAA 
GAGGAAAGGT TTATGAAACC CAAAGTCACA ATGATTGCTT GGAATCAGAA TGATAGCATT 
GTCGTCACAG CTGTGAATGA TCACGTCCTT AAAGTGTGGA ATTCTTACAC AGGACAACTG 
CTTCATAACT TACTGGGACA TGCTGATGAA GTATTTGTTT TGGAGACACA TCCCTTTGAT 
TCCAGAATTA TGTTATCTGC AGGACATGAT GGCAGCATAT TTATATGGGA TATTACAAAA 
GGCACCAAGG TGAAACATTA TTTTAATATG ATTGAAGGGC AAGGACATGG AGCTGTCTTT 
GACTGTAAGT TTTCACAGGA TGGACAGCAT TTTGCCTGTA CAGATTCTCA TGGACACCTT 
CTGATATTTG GTTTTGGATG CAGCAAGCCA TATGAAAAGA TTCCTGATCA GATGTTCTTC 
CATACTGACT ATCGACCACT GATTAGAGAT TCTAATAATT ATGTCTTAGA TGAGCAAACT 
CAGCAGGCTC CTCACCTTAT GCCTCCACCA TTCTTGGTAG ATGTAGATGG AAATCCTCAT 
CCAACTAAAT ATCAGAGATT AGTACCAGGC CGAGAAAATT CTGCAGATGA ACATTTGGTT 
CCACAGCTAG GCTATGTGGC AACAAGTGAC GGAGAGGTGA TTGAACAGAT TATAAGCCTA 
CAAACCAATG ATAATGGTGA ACGAAGCCCA GAGTCCAGTG TTCTTGATGG AATGATAAGA 
CAGTTGCAGC AGCAGCAGGA TCAGAGAATG GGAGCAGATC AGGATACTCT TCCCAGTGGA 
CTTCCAAGTG GAGAAGAAAC ACCTCGAAGA GGTTTTAGAA GGCTGAGCTT AGACATCCAG 
TCCCCTCCAA ACATTGGTCT GCGTCGCAGT GGACAAGTTG AAGGTGTTCG TCAGATGCAT 
CAAAATGCTC CACGTAGTCA GATTGCTACA GAACGTGACC TGCAGGCTTG GAAACGAAGA 
GTGGTTGTAC CAGAGGTACC ACTAGGCATA TTTAGGAAGT TGGAAGACTT CAGAATAGAG 
AAAGGTGAAG AGGAAAGAAA TCTTTATATA ATAGGAAGAA AAAGGAAGAC TCTCCAGTTC 
ACACAAAAGT CTGATTCGGT GGTTTTGCTG TCACAGTCTA GGCAGAGGTC ATGCAGGCGC 
AAATACCCAA ATTATGGAAG AAGAAATCTT GGCCGGCTTG AGTTATCTTC TGGAAATGAA 
TCTTCAAGCT CTATAAGACA TACTTCCTGT GATCAGAGTG AAGGCTCTTG TTCCTCTGAA 
GAAGAAGAGT GGAGGAGTGA TAGAAGAAGT GAGAGTGACA GCGAGAGTTC AAGTGACTCA 
TCATCTAGAT ACTCTGATTG GACTGCTGAT GCAGGCATCA ATCTGCAGCC GCCTTTACGG 
ACATCTTCGC GTCGGCGAGT TACTCGCTTT TGCAGTAGTT CAGAGGATGA GATGTCTACT 
GAGAATTTAT CTCCTCCAAA AAGGAGGCGA AAGAGAAAAA AAGAAAATAA GCCTAAAAAA 
GAGAACTTGC GGAGGATGAC TCCAATGGAG CTTGCAAATA TGGAACATTT ATATGAATTT 
CATCCTCCAG TTTGGATAAC TGACACCACC CTTCGGAAGT CTCCTTTTGT TCCTCAAATG 
GGTGATGAGG TAATATATTT TCGACAGGGT CATGAAGCTT ATATTGAGGC TGTCAGAAGA 
AATAACATTT ATGAACTGAA CCCTAACAAA GAGCCATGGA GAAAAATGGA CCTTAGGGAT 
CAAGAATTGG TCAAAATAGT TGGAATACGA TATGAGGTTG GGCCCCCTAC ACTCTGTTGC 
CTCAAACTAG CATTTATAGA TCCTGCGACT GGAAGACTAA TGGACAAATC GTTCTCTATT 
AGATATCATG ATATGCCAGA TGTTATTGAC TTTCTTGTAT TGCGTCAATT TTATGATGAA 
GCAAGACAGA GGAATTGGCA GTCTTGTGAC AGGTTTCGTT CTATCATTGA TGATGCCTGG 
TGGTTTGGGA CGGTGCTGAG TCAAGAGCCA TATCAGCCAC AGTACCCAGA TAGTCATTTC 
CAGTGCTACA TCGTTAGGTG GGACAATACT GAAATTGAAA AACTTAGCCC ATGGGACATG 
GAACCAATTC CTGATAATGT TGATCCACCT GAAGAATTAG GAGCTAGTAT TTCTGTCACT 
TCAGATGAGC TAGAGAAATT GCTCTACAAA CCACAAGATG GTGAATGGGG TCAGAAATCG 
AGAGATGAAG AGTGTGAACG AATTATTAGT GGCATAGATC AACTTTTGAA TCTTGACATA 
GCAGCAGCTT TTGCAGGTCC AGTTGATCTG TGTACATATC CGAAGTACTG TACTGTAGTA 
GCTTATCCAA CTGATCTTTA CACAATCCGA ATGAGACTTG TTAATAGATT TTACAGGAGG 
CTATCCGCAT TAGTTTGGGA AGTCAGATAT ATAGAACATA ATGCCAGGAC ATTTAATGAA 
CCTGAGAGTG TAATTGCAAG ATCAGCTAAG AAGATAACTG ACCAACTTTT AAAATTTATA 
AAGAATCAAG ACTGTACAAA TATCTCAGAA CTTTCCAACA CTTCTGAAAA TGATGAGCAA 
AATGCCGAGG ATTTGGATGA TAGTGATCTT CCTAAAACAT CTTCGGGAAG AAGGAGAGTC 
CGCGATTGGA AAAAAAGGAG CATCAAAGCA ACCAACTATG TTGAAAGTAA CTGGAAGAAA 
CAGTGTAAGG AACTAGTGAA CTTAATTTTT CAGTGTGAAG ATTCTGAACC ATTTAGACAA 
CCTGTTGATT TGGTTGAATA TCCAGACTAC CGAGATATTA TAGATACTCC AATGGATTTT 
GGAACAGTAA GGGAAACTTT AGAAGCAGGA AATTATGACA GCCCTTTGGA ATTTTGCAAA 
GACATCCGGT TGATATTTAG CAATGCAAAA GCATATACAC CAAACAAAAG ATCAAAGATT 
TACAGTATGA CCTTGAGATT GTCTGCCTTA TTTGAAGAAA AAATGAAGAA AATCTCCTCT 
GATTTTAAAA TTGGCCAAAA ATTCAATGAG AAACTCCGAA GAAGCCAGAG GTTCAAGAGA 
CGACAGAATT GTAACCGTGT CAATCAGGCT AACAAAAGTA TCAGAAATAT CAAGCAGAAG 
CGGTTAAAAT CTCAGACAAA AGTAATTCCT GAATTGGTAG GTTCTCCTAC TCAGTCTACC 
TCCAGTAGGG CTGCTTATTC TGCAAGCCAC AAGACCAGTG CTAGTGTCTC TTCAGGTATG 
ACGTCTGGGG ACTCCTCAGA TTCAGCAGGA TCAGGATCAT CAGAAAGAAT GAGAAGTAGG 
CCTGTCACTC TAAACAATGG CTCTACATTA TCTGAAAGTG AAATGGAAGA TTCCTTAGGT 
ACCTCTTCAT CATCAGCTTC AAATAGTTCA GAGGAAAGCA AAGAGAGTTC AAGACCTCGT 
GAATCTTCTT TACGTAGTGG GCTGGCCAGA AGCAGCAATC TCAGGGTGAC CAGAACCAGA 
GCTGCTCAAA GAAAAACTGG TCCAGTTTCT TTAGAAAATG GTTGTGGCAA AAAAGCCACT 
CGAAAGAGAG TCTATTTAAG TGACTCGGAT AACAATTCAT TGGAGACTGG TGAAAGTCTG 
AAAGCCAGGG CTGGAAATAA CCGGAAAGTG CTCCGGAAGT GTGCTGCTGT GGCTGCCAAT 
AAGATAAAAC TAATGAGTGA TGTGGAAGAG AACTCCAGCT CTGAAAGTGT CTGTTCTGGA 
CGTAAGCTGC CTCACCGTAA TGCTTCTGCT GTGGCTAGAA AAAAGTTATT ACACAATTCT 
GAAGATGATC AGAGCTTAAA GTCAGAGATT GAAGAAGAGG ATCTGAAAGA TGGAAATCAG 
CCATCACCAC TGGCTGGTTC TCATGCTGCC CAGAATACTG TGAATGAGTC TGAAAATGGG 
GATTCAGAGT CAGAAAGTGA TTTGCGAGTA GCCCGCAAAA ATTGGCATGC CAATGGTTAT 
AAGTCACATA CTCCAGCAAC TTCTAAAACA AAATTTCTTA AAATAGAGTC CTCTGAGGAA 
GATTCTAAAA GTCATGATTC AGATAATGTA CATAACAGAA CTGCTGGTCC ATCCACATCT 
GGGCAGAAAC TTAAGGCTGA GAGTGCCTCA GAGGAAGAAG AGGAAGCAGA TTCTGAACCA 
AGAAAGTATG CCGGTAGGAA ATACAACACA GGCCGCAAGA ATCTTGCTTT CCTTAAAAAA 
GCAAAGATTT TCAGTGACTC GGAGGACTCC GAATCTGAAG AGCAAGATAG AGAAGATGGC 
AGCTGTCACA GAATGGAAGC GACCTTGATT AGAGGGGGTT CGAAGTGTGA ACCCACTGCT 
GGGTCCCATT GCTTCTCAGA TCACGTATCT GAGACTGATT TGGATTCAGA TGATGACAAA 
ACAAAAGAAA AACCAAACAA TTTTATGAAA GATTCTACAT CACAGGACCA TGGTCAGAGC 
AGAAAAGTTT CCAGGAAAAG GGTCTGTTCC AGTGACTCAG ACAGCAACTC AAAGGTGGTT 
AAGAGGTCAT CAAAAGCCAG AATGGGTCTC CTCAGGACTC CTCGAAGATG TGCAACTACT 
GCTGCCAGTA AGATTAAGCT CATGAGTGAC GTGGAAGATG GCTGCTTAGA AAGCATGTGT 
ACTAGAAGCA AAAATGGAAG GAAAAAACCC CTCCATTCTG CAGGTGCCAC AGCAAAGAAG 
ACGGTGAGTG ATTCTGAGGG AGACGTAAAC TGTGAAGTGC CAAATGAGAA GTGTGCCTGC 
GAAGGGAGGC CACCTGAAGC GGACTCGGAA GGCAGTGCGA AGAGTATTCG TCCGTCTGTA 
AATGGAGACT CGGACTCCGA AGGTCTGCTG AGCCCCGACC ATAAGAAGAG GCACAGCAAG 
AGTCTCAGAA CAAATGTTGG ACCTTCTGAC ACAAAGAATT CCTCGATTGG GTCTTCAGAG 
GAAGAGTCAA AAAGCCATAT TCCAGGGGGT GAGATGGATA GAAAATGTCC TTCAGAATCT 
GCTTTGGTGC AGAAAGCTAC CGCAGAGAAT ACGTTCGAGG AGGACCTGAA TTACGGGCTG 
CGCAGGTGGA ACGGCAGGAG GCTCAGGACC TACGGGAAGG CCCCGTTCAG CAAGACCAAA 
GTGCTGCGGG CGTCGCAGGC CGCTGAGGCG GAGGTGAGGA GGAAGCGGCT GCATCCTGAG 
CCCGAGGAGG GCGTGCGGGC TGAAACAGCA GGTGCTTCCC AGCTTGGGCC TGACCCTGGC 
CCCAAATCCG ACTCTGAGTT GGTGTCTGTG ACTGAATCAG ACGTGGACTG TGCCAAGGAT 
GCGAAAACCA AAAAGAGGAA AACGAGAGGA AAAGCAAAAG CGGTGAGAAA AGAATCTGTT 
CCTAGAGACA GAGAACCCAA TACAAAAATG AGAACATGCA TGCATAATCA GAAGGCTGCA 
GTGCAAATGC CTAGTGAGAC TCTGAAAGCA AACATGGTGC CTGAGAAAGT TCTCCGCAGA 
TGTGCCGCTG TGGCTGCAAA TAAAATAAAA ATAATGAGTA ATCTAAAGGA AACGATTTCA 
GGACCAGAAA ATGTCTGGAT TAGGAAGAGC AGCAGAAAGC TGCCCCATCG AAATGCTTCT 
GCTGCGGCTA AGAAAAAATT ACTGAGTGTT TATAAAGAGG ATGATACAAC CAGAAATTCT 
GACAGTGAAA AAGAGCTAGA AGACACTAAT AGCAAAATGC CTTTTTTAAG GCGGTTCAGA 
TCCTGGAAAG AAACCGCATA A