BRWD1 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	BRWD1
Entrez Gene ID	105408267
Full Name	bromodomain and WD repeat domain containing 1
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011588299.1	XP_011586601.1	bromodomain and WD repeat-containing protein 1

Pathways from BioSystems
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
OAq24522	XM_011588299.1 Latest version!	Aquila chrysaetos canadensis bromodomain and WD repeat domain containing 1 (BRWD1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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** 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_011588299.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011586601.1 Aquila chrysaetos canadensis bromodomain and WD repeat domain containing 1 (BRWD1), mRNA.

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CloneID	OAq24522
Clone ID Related Accession (Same CDS sequence)	XM_011588299.1
Accession Version	XM_011588299.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6936bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2015-03-12
Organism	Aquila chrysaetos canadensis
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 (NW_011950934.1) 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 :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCGAGC CCCCGGCCTC TTCCAACTCC GGCGGCGTGT CCCTGCCGCT CATTGAATCA 
GAGCTCTACT TCCTCATAGC CCGGTTCCTG ACCACCGGGC CCTGCAGGCG AGCGCTGAAG 
GTGCTGGTGC AGGAGCTGGA GCAGCACCAG TTGCTTCCTA AAAGGTTGGA TTGGCAAGGA 
AATGAGCATT ATAGAAGTTA TGAAGAATTG GTGCTGTCCA ACAAACATGT GGCTCCAGAC 
CATTTGTTAC AAATTTGCAA GCGTATTGGC CCTATACTGG ATAAGGAGAT ACCACCCAGC 
ATTTCAAGAG TGAATTCCTT ACTTGGTGCA GGGAGACAGT CATTGTTACG TACAGCAAAA 
GATTGCAGGA GCACTGTTTG GAAGGGCTCT GCATTTGCTG CTCTTCATAG AGGAAGACCT 
CCAGAAATTC CTGTGAACTA TGGCACACCA CCAAATCTTG TGGAAGTACA TCGAGCAAAA 
CAATTAACTG GATATGCAAA GTTCAGTACT TCATTTCCAG GAAGTATGTA TCAGCATATC 
AAGATGCACA GACGGATTCT TGGCCATCTT TCTTCTGTAT ATTGTGTTGC ATTCGATAGG 
ACTGGACATA GAATATTTAC TGGCTCAGAT GACTGTTTGG TAAAGATTTG GTCAACTCAT 
AACGGCAGGT TATTTGCCAC ATTACGAGGA CATTCAGCGG AGATTTCTGA TATGGCTGTC 
AATTATGAAA ACACTATGAT TGCAGCTGGA AGCTGTGATA AAATGATCAG AGTGTGGTGT 
CTGAGAACTT GTGCACCAGT TGCGGTCCTC CATGGACATA CAGGGTCAAT TACCTCATTA 
CAGTTTAGTC CAATGGTGAA AGGCTCCATG CGATACATGG TCTCTACTGG TGCAGATGGA 
ACTGTTTGCT TTTGGCAATG GGATACAGAT TCCATGAAAT TCAACAATCG GCCAGTGAAA 
TTCACAGAGA AACCTAGACC AGGGGTTCAG ATGCTTTGTT CTTCATTCAG TGTAGGTGGT 
ATGTTTTTAG CAACTGGCAG CACTGACCAT GTCATCAGGA TGTATTTTTT TGGCTCTGAA 
ACACCTGAGA AAATAGCTGA ATTGGAAAGT CATGCTGACA AAGTTGACAG CATTCAGTTT 
TCTAACAGTG GTGATAGGTT CATAAGTGGC AGTAGAGATG GAACAGCTCG AATCTGGCAT 
TTTGAGCAAG CAGAATGGAG GAGTATTTTG CTGGATATGT CCGATCGATT ACCAGGTGAC 
ACATGTTCAG AAGAAGACAA ATTTATGAAG CCTAAAGTAA CCATGATAGC TTGGAACCAA 
AATGATAACT ATGTTGTTAC GGCTGTGAAT AATCATCTGC TCAAAGTTTG GAATTCCTGT 
ACAGGGCAAC TGCTTCATGA CTTGGTGGGG CATGCAGATG AAGTATTTGT CTTGGAGACC 
CATCCTTTTG ATTCCAGGAT AATGTTGTCT GCGGGTCATG ATGGCAACAT CTTTATATGG 
GACATTACCA AAGGCACAAA AACAAAGCAT TATTTTAACA TGATTGAAGG CCAAGGACAC 
GGTGCTGTTT TTGACTGTAA ATTTTCACCA GATGGGCAGC ATTTTGCATG TACAGATTCT 
CATGGGCATC TATTGATATT TGGTTTTGGC TGTAGCAGGT CTTATGAAAA GATTCCTGAT 
CAGATGTTCT TCCACACTGA CTATCGGCCA CTTATTCGAG ACTCTAACAA TTATGTCCTA 
GATGAGCAGA CTCAACAGGC TCCTCATCTT ATGCCCCCTC CCTTCTTAGT AGATGTGGAT 
GGAAACCCTC ATCCAACAAA ATATCAAAGA TTGGTGCCAG GAAGAGAGAA TTGTGCAGAT 
GAACATTTGA TTCCTCAACT TGGATATGTA GCAACAAGTG ATGGAGAAGT GGTTGAACAA 
GTTATAGGCC AACAGACGGT TGATCAGGAT GAACAAGGCT TAGAGCCCAG CATTCTCGAT 
GGCATGATTA GACAGTTACA ATTACAACAA GATCAAAGAA CTGGAGCCGA TCAAGAATCT 
GCTTCAAGTG GTCCACAAAA TGGGGAAGGA ACACCTAGAA GAGCTTTTAG AAGACCAAGT 
TTCGACATCC AATCTCCTCC TAATATTGGT CTGCGACGTA GTGGGCAAGT TGAAGGTGTG 
CGTCAGATGC ATCAGAATGC TCCACGAAGT CAGATGGCTA CTGAGCGGGA CCTTCAGGCT 
TGGAGGCGAA GAGTTGTTGT ACCAGAAATA CCACCAAGCT TACTCAGGAA GCAGGAAGAA 
TATCGAATTG CAAAAGGGGA AGAAGAGAGA GATCTTTATG CAACAGAGAA GAAAAAGTCA 
TTCGAGTCAT TGGAAAAGAG TGACTCTGAG TCTTCATTAA TACAATCTAA GCGTAGACTG 
CATAGACGGA AATATCCCAA TTACCGAACA CGGAATAACA TTGAACAACT GGAGTCTTCT 
GATGAGGAAA GAGATAACTG CTTTGGCTTG ATCGAGCAGG AAGCCGAAGA AAGTGAGGGC 
TCTGGCTCAT CTGATGAAGA GGAGGAGTGG AGAAGTGACA AGAAAAGCAA CAGTAATAGT 
TCTAGTGATT CTTCAAGTAG ATACTCTGAC TGGATTGCTG ATGCAGGGAT TAACCTACAA 
CCTCCCGTAC GGACTTCTCG GCGGAAAGCT ATCAGATATT GCAGTACTTC AGAAGATGAA 
GTATCAGCAG AGAAATCATC TCCTCCAAAG AGAAGAAGAA GAAAGAGGAG AAAAAAGCCC 
AAACCAAAAA AGCAGGAGGA GGCTAATGCT CCAACACAAC CAGTAAACCT GGAATTGTCA 
TATGATTGGC ATCCTCCTGT TTGGATAACA GACACAGCTC TTCGAAGATC CCCTTTTGTT 
CCTCAGATGG GTGACGAGGT AATATATTTC CGACAAGGAC ATGAAGCTTA CATTGAAGCA 
GTTAGAAGAA ATAACATTTA TGAACTGAAT CCACACAAGG AGCCATGGAG AAAAGTAGTC 
CTTAGGGATC AAGAATTGGT AAAAATTGTT GGAATTAGAT ATGAAGTTGG TCCTCCCACA 
TTGTGTTGCC TCAAGCTTGC CTTTATAGAT CATGCCACCG GAAAACACAC AGACAAATCA 
TTTTCCATCA GATACCATGA TATGCCAGAT GTTATCGACT TCCTTATATT ACGTCAGTTC 
TATGATGAAG CACGGCAAAG GAACTGGCAA GCTTCTGATA GGTTCCGATC CATTATTGAT 
GATGCATGGT GGTTTGGAAC AGTGCTGGGT CAAGAACCGT ATCAGCCTCA ATATCCAGAT 
AGTCACTTCC AGTGTTACAG TGTTAAATGG GACAACGGTG AAATTGAAAA GCTTAGCCCG 
TGGGACATGG AACCAGTTCC TGATAATGTT GATCAGCCTG AAGAATTAGG AGCTAGTGTT 
TCTGTGACTT TTGAAGAGGT GGAGAAGCTC CTATACAAAC CCCAAGAAGG GGAGTGGGGA 
ATGAGATCTC GTGATGAAGC ATGTGAACGG ATTATCAGTG GTATTGATCA GCTTCTGACT 
CTTGACATTT CAGCAGCTTT TGCTGGTCCA GTTGACCTGT GTACATATCC CAAGTACTGT 
ACTGTGATTG CTTATCCGAC AGACCTGAAC ACTATTCGGA CAAGACTGGC TAACCGATTT 
TACAGGAGAA TCTCTGCATT GGTTTGGGAA GTAAGATATA TTGAAAGCAA TGCTAGGACC 
TTCAATGAAC CTGGGAGTGC TATTGCTAGA GCTGCAAAAA AGATCACTAC CCAGCTCTTA 
AAGTTTATCA ATGATCAAGA CTGTACAAAC ATTTTTGACC TATGTAGCAC AACAGATGAT 
GAACAAGATT GTCTTGATGC TGATCTGGCT GATGAAAAAT GTCTTCCAAG AACATCATAT 
AGAAGAAGAA AAGGACGGGG CTTAAAAAAA GGAAAAAGCG TGAAAACTGG CTATGATGAA 
AACTGTTGGA AGAAGCAGTG TATGGAAGTG GTGAATTTAA TTTTCCAGTG TGAAGATTCT 
GAACCTTTCA GGCAGCCGGT TGATTTGGAT CAGTATCCTG ATTACAGACA TATTATAGAC 
ACTCCAATGG ACTTTGGTAC AGTGAAAGAA ACTCTGGAAG CTGGAAATTA TGACACTCCC 
ATGGAACTGT GCAAAGATAT AAGACTAATA TTTAGTAATG CAAAATCTTA TACTCCAAAC 
AAAAAGTCAA AGATTTATAG TATGACCTTG AGATTGTCAG CACTATTTGA AGAGAAAATA 
AGAAGAATTG TTTCAGATTT CAAAAATGGT CAGAAACAGA ATGAAAAACT ACGAAGAAAC 
CAGAGATATA CTAGAAGATT TCATAATCAA AGCTCAGTGC AGCATCCTAC CAAAATGCTC 
AGAAATTTGA AGCAGAAACC ATTGAAGTCT CAGGCAAAAA TTGAATCTGA GCCGGAAGAT 
TCTTTTACTC AACCTACCTC AAGCAGAGCC ACCTGTGTTG CAAGCCATAA AATGAATGCT 
AGCAATTACA ACCGTAGTTC CTCTGGTGAA TCCTCTGATT CTGCATGCCT GGCATCCTTT 
GAGAGGAATG GAAAAGCTAG ATCCACAACA CTAACAAATT GTTCTGCATT ATCATCAGAA 
AGTGAAATAG AGGGTTCTTT GGTTTCTTCA TCTACTTCCT CTTCATCTTC ATCCTCTACA 
AGTAGCTCAG AAGACAGCAA AGAAAGCTCT GTGACTCTTG TGTCACCTCT ACTACACAAT 
GGTGTCTGTA GACGAAAGAA CAGCAATTGT AGGATAACTA GAAATCAAGC TGCTCAGAGA 
AAACAAATTG GAACACTTAT TCAGGAGAAT GGGAATACAC GAAAAACTGT CAGGAAAAAG 
TTATATGGAA GTGACTCTGA AAATACTTCA GTGGTGACGT TGGAGTCGCT GAGTAATAGT 
ACTGGTAGGC ATAGAAAAAC TCCACGCAGA AGTGCTGCTG TGGCTGCTAA TAAGTTAAGG 
CTAATGAGTG ATGTGGAGGA AGAGGTTTCA AGCTCAGAAA GTATTGGCAT TGGATGCAAG 
AATAGAAAAC TGCCTCACCG AAATGCCTCA GCTGCAGCCA GGCGAATGTT ACTGGAGGGG 
TCTGAAGATG ATGTAGGCTT AAAGTCTGAA AGTGAAAAAG AAATAGAAGA GCAGCTTACC 
AAGAGGAAAA TTCTTTCTCA ATCTGGTTCA TCTGCTGCAC GAAGAAAATT TGTTAGTGAA 
TCTGAAAATG GAACTTCAGA TTCTGAGACA GACATGCAGA TGAAGCAGAA AAACTGGCAA 
AGCAATGGTC ATAAACAGTT ACGTGGGACA GTCCATTCTG TATCTCCCAA AATGAAAAGT 
CCCACCCTAG ACTTTTCAGA GGAGGACTCT AAAAGCCATA ATTCAGAGGA TGGGAGCAGT 
CAAAAAGTTT CTGACCAGTC AACATCTGCA CATAATAAAC CTGCAGTGAG CAACTCTGAG 
GATGAAGTGG ATTCTGAATC TGATAGATGG AATGGCAGAA AAGCAACTGG TCTGCAGCTT 
GCTCTTCCTT TAAAAAAAGC TAAAGTCTTG AGTGATTTAG AGGACACAGC AGAATCTGAA 
ACAGAAGATA AGGAGGATGG GAGAAGTTTT GTCTCTGAGA GCTTGGTGCC AACTAAAATT 
GCAGGGAGTT CAAAATCTGG ACCTGGTGCC AGCTTCAACC ACTCTTCTGA TACAGAACCT 
GAGACAGATT CCAATAACAG TAATTATTGT GAAACTTCAA AAACAAAAAA GAGGAAGAGA 
AAAGGAAGAA CAAAAATCGT TAGAAAAGAA TCAACATCTG AGGAGACTGG ACAAAGTGCA 
AAAGTGCTCA GGAGCAGGAC ATGTATCATT AACTACAAGA AACACATAAA GCTGTCAAAT 
GTGACTGAGA AGAAAAATCC ACGCAGATGT GCCACTTTGG CAGCTAGTAA GATTAAGATA 
ATGAGCGATA CAAAGGAAGA ATTATCAAGC TCGGAAAGTG TTTACACAGT AAAAAAGAAC 
AGGAGGCAGC TTCATGGCAA TGTGTCTGCA GCATCCAGGA AGAAACTGAT CGGCAGCTTG 
GAGATAGATG CTTGCTTGAA GTCTGAAAAT GAGAAAGAAC AGCTTTATGG CAGAAAAAAA 
CTTTCCTGCC CTGAATCATC TGCTCCTAAG AGAAAATACA TTAGTGAGTC TGAGAATGAA 
AAAACAGAAT CTGAGGCAGA GATAAAAGTG ACTCAAAAGC AGAATGATGA TAACCACAAT 
CAGGCACACA AAACAGTCTG TGCTGCAGCT CTTAAAAATC TCGAATATGA CTCTTCGGAA 
GAGAATTCCA CAAATCACAA GATGGCAAAT GGGAGAAACT GGGGAGGTTC TAGTCAGTCA 
ACTTCAGCCC ACAACCATCA TACGAGCAAC TCTGAAGAGG AGGTAGATTC TGACTTAGCT 
AAACACGAAA CTAAAAATAT CAGAGAAGTA TCAAATAAAA AATGTAGAGC TGCTTTCAAA 
AGATCAAAAT TATTGGATAA CTTCAAAGAA ACAGCAGAAT CTGAAACAGG AGGGAAGAAA 
GATGAAAAAA GCTCGGTATC AGAGAACGTG GAAGCACCTG GGACTGCAGG AAGTTCAAAA 
GCCAGTTTCA ATTGTTCTTC TGATTCAGAC TCTGGAACAG ATAACAGTAT CTATAGTGAT 
GCCACAGAAA CAAGAAAGAG GAAAAGGAAA TCGGAAATGG TTAGAAAAGA AATTACCAAT 
TCCAATTTAC CTAAGCCTTC CAGAAGACCC CAGCGAAGGA AACGTTGGAA ACCTAACCAA 
GAAAATGACT CTGAAGATTT GGATTACACC AAATATAGAA GAGCTAATAG GCGTTCTAAG 
ATAAGAACTC GGAATGGTGG TAGACGGACT GTGAGATACG ACGATTGTGA TGATGATGAT 
GACAGAAGTT TAGATGATGT AGATTGTGAA ACGTAA

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

RefSeq	XP_011586601.1
CDS	28..6963
Translation	MAEPPASSNSGGVSLPLIESELYFLIARFLTTGPCRRALKVLVQELEQHQLLPKRLDWQGNEHYRSYEELVLSNKHVAPDHLLQICKRIGPILDKEIPPSISRVNSLLGAGRQSLLRTAKDCRSTVWKGSAFAALHRGRPPEIPVNYGTPPNLVEVHRAKQLTGYAKFSTSFPGSMYQHIKMHRRILGHLSSVYCVAFDRTGHRIFTGSDDCLVKIWSTHNGRLFATLRGHSAEISDMAVNYENTMIAAGSCDKMIRVWCLRTCAPVAVLHGHTGSITSLQFSPMVKGSMRYMVSTGADGTVCFWQWDTDSMKFNNRPVKFTEKPRPGVQMLCSSFSVGGMFLATGSTDHVIRMYFFGSETPEKIAELESHADKVDSIQFSNSGDRFISGSRDGTARIWHFEQAEWRSILLDMSDRLPGDTCSEEDKFMKPKVTMIAWNQNDNYVVTAVNNHLLKVWNSCTGQLLHDLVGHADEVFVLETHPFDSRIMLSAGHDGNIFIWDITKGTKTKHYFNMIEGQGHGAVFDCKFSPDGQHFACTDSHGHLLIFGFGCSRSYEKIPDQMFFHTDYRPLIRDSNNYVLDEQTQQAPHLMPPPFLVDVDGNPHPTKYQRLVPGRENCADEHLIPQLGYVATSDGEVVEQVIGQQTVDQDEQGLEPSILDGMIRQLQLQQDQRTGADQESASSGPQNGEGTPRRAFRRPSFDIQSPPNIGLRRSGQVEGVRQMHQNAPRSQMATERDLQAWRRRVVVPEIPPSLLRKQEEYRIAKGEEERDLYATEKKKSFESLEKSDSESSLIQSKRRLHRRKYPNYRTRNNIEQLESSDEERDNCFGLIEQEAEESEGSGSSDEEEEWRSDKKSNSNSSSDSSSRYSDWIADAGINLQPPVRTSRRKAIRYCSTSEDEVSAEKSSPPKRRRRKRRKKPKPKKQEEANAPTQPVNLELSYDWHPPVWITDTALRRSPFVPQMGDEVIYFRQGHEAYIEAVRRNNIYELNPHKEPWRKVVLRDQELVKIVGIRYEVGPPTLCCLKLAFIDHATGKHTDKSFSIRYHDMPDVIDFLILRQFYDEARQRNWQASDRFRSIIDDAWWFGTVLGQEPYQPQYPDSHFQCYSVKWDNGEIEKLSPWDMEPVPDNVDQPEELGASVSVTFEEVEKLLYKPQEGEWGMRSRDEACERIISGIDQLLTLDISAAFAGPVDLCTYPKYCTVIAYPTDLNTIRTRLANRFYRRISALVWEVRYIESNARTFNEPGSAIARAAKKITTQLLKFINDQDCTNIFDLCSTTDDEQDCLDADLADEKCLPRTSYRRRKGRGLKKGKSVKTGYDENCWKKQCMEVVNLIFQCEDSEPFRQPVDLDQYPDYRHIIDTPMDFGTVKETLEAGNYDTPMELCKDIRLIFSNAKSYTPNKKSKIYSMTLRLSALFEEKIRRIVSDFKNGQKQNEKLRRNQRYTRRFHNQSSVQHPTKMLRNLKQKPLKSQAKIESEPEDSFTQPTSSRATCVASHKMNASNYNRSSSGESSDSACLASFERNGKARSTTLTNCSALSSESEIEGSLVSSSTSSSSSSSTSSSEDSKESSVTLVSPLLHNGVCRRKNSNCRITRNQAAQRKQIGTLIQENGNTRKTVRKKLYGSDSENTSVVTLESLSNSTGRHRKTPRRSAAVAANKLRLMSDVEEEVSSSESIGIGCKNRKLPHRNASAAARRMLLEGSEDDVGLKSESEKEIEEQLTKRKILSQSGSSAARRKFVSESENGTSDSETDMQMKQKNWQSNGHKQLRGTVHSVSPKMKSPTLDFSEEDSKSHNSEDGSSQKVSDQSTSAHNKPAVSNSEDEVDSESDRWNGRKATGLQLALPLKKAKVLSDLEDTAESETEDKEDGRSFVSESLVPTKIAGSSKSGPGASFNHSSDTEPETDSNNSNYCETSKTKKRKRKGRTKIVRKESTSEETGQSAKVLRSRTCIINYKKHIKLSNVTEKKNPRRCATLAASKIKIMSDTKEELSSSESVYTVKKNRRQLHGNVSAASRKKLIGSLEIDACLKSENEKEQLYGRKKLSCPESSAPKRKYISESENEKTESEAEIKVTQKQNDDNHNQAHKTVCAAALKNLEYDSSEENSTNHKMANGRNWGGSSQSTSAHNHHTSNSEEEVDSDLAKHETKNIREVSNKKCRAAFKRSKLLDNFKETAESETGGKKDEKSSVSENVEAPGTAGSSKASFNCSSDSDSGTDNSIYSDATETRKRKRKSEMVRKEITNSNLPKPSRRPQRRKRWKPNQENDSEDLDYTKYRRANRRSKIRTRNGGRRTVRYDDCDDDDDRSLDDVDCET

Target ORF information:

RefSeq Version	XM_011588299.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis 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_011588299.1

ORF Insert Sequence:

ATGGCCGAGC CCCCGGCCTC TTCCAACTCC GGCGGCGTGT CCCTGCCGCT CATTGAATCA 
GAGCTCTACT TCCTCATAGC CCGGTTCCTG ACCACCGGGC CCTGCAGGCG AGCGCTGAAG 
GTGCTGGTGC AGGAGCTGGA GCAGCACCAG TTGCTTCCTA AAAGGTTGGA TTGGCAAGGA 
AATGAGCATT ATAGAAGTTA TGAAGAATTG GTGCTGTCCA ACAAACATGT GGCTCCAGAC 
CATTTGTTAC AAATTTGCAA GCGTATTGGC CCTATACTGG ATAAGGAGAT ACCACCCAGC 
ATTTCAAGAG TGAATTCCTT ACTTGGTGCA GGGAGACAGT CATTGTTACG TACAGCAAAA 
GATTGCAGGA GCACTGTTTG GAAGGGCTCT GCATTTGCTG CTCTTCATAG AGGAAGACCT 
CCAGAAATTC CTGTGAACTA TGGCACACCA CCAAATCTTG TGGAAGTACA TCGAGCAAAA 
CAATTAACTG GATATGCAAA GTTCAGTACT TCATTTCCAG GAAGTATGTA TCAGCATATC 
AAGATGCACA GACGGATTCT TGGCCATCTT TCTTCTGTAT ATTGTGTTGC ATTCGATAGG 
ACTGGACATA GAATATTTAC TGGCTCAGAT GACTGTTTGG TAAAGATTTG GTCAACTCAT 
AACGGCAGGT TATTTGCCAC ATTACGAGGA CATTCAGCGG AGATTTCTGA TATGGCTGTC 
AATTATGAAA ACACTATGAT TGCAGCTGGA AGCTGTGATA AAATGATCAG AGTGTGGTGT 
CTGAGAACTT GTGCACCAGT TGCGGTCCTC CATGGACATA CAGGGTCAAT TACCTCATTA 
CAGTTTAGTC CAATGGTGAA AGGCTCCATG CGATACATGG TCTCTACTGG TGCAGATGGA 
ACTGTTTGCT TTTGGCAATG GGATACAGAT TCCATGAAAT TCAACAATCG GCCAGTGAAA 
TTCACAGAGA AACCTAGACC AGGGGTTCAG ATGCTTTGTT CTTCATTCAG TGTAGGTGGT 
ATGTTTTTAG CAACTGGCAG CACTGACCAT GTCATCAGGA TGTATTTTTT TGGCTCTGAA 
ACACCTGAGA AAATAGCTGA ATTGGAAAGT CATGCTGACA AAGTTGACAG CATTCAGTTT 
TCTAACAGTG GTGATAGGTT CATAAGTGGC AGTAGAGATG GAACAGCTCG AATCTGGCAT 
TTTGAGCAAG CAGAATGGAG GAGTATTTTG CTGGATATGT CCGATCGATT ACCAGGTGAC 
ACATGTTCAG AAGAAGACAA ATTTATGAAG CCTAAAGTAA CCATGATAGC TTGGAACCAA 
AATGATAACT ATGTTGTTAC GGCTGTGAAT AATCATCTGC TCAAAGTTTG GAATTCCTGT 
ACAGGGCAAC TGCTTCATGA CTTGGTGGGG CATGCAGATG AAGTATTTGT CTTGGAGACC 
CATCCTTTTG ATTCCAGGAT AATGTTGTCT GCGGGTCATG ATGGCAACAT CTTTATATGG 
GACATTACCA AAGGCACAAA AACAAAGCAT TATTTTAACA TGATTGAAGG CCAAGGACAC 
GGTGCTGTTT TTGACTGTAA ATTTTCACCA GATGGGCAGC ATTTTGCATG TACAGATTCT 
CATGGGCATC TATTGATATT TGGTTTTGGC TGTAGCAGGT CTTATGAAAA GATTCCTGAT 
CAGATGTTCT TCCACACTGA CTATCGGCCA CTTATTCGAG ACTCTAACAA TTATGTCCTA 
GATGAGCAGA CTCAACAGGC TCCTCATCTT ATGCCCCCTC CCTTCTTAGT AGATGTGGAT 
GGAAACCCTC ATCCAACAAA ATATCAAAGA TTGGTGCCAG GAAGAGAGAA TTGTGCAGAT 
GAACATTTGA TTCCTCAACT TGGATATGTA GCAACAAGTG ATGGAGAAGT GGTTGAACAA 
GTTATAGGCC AACAGACGGT TGATCAGGAT GAACAAGGCT TAGAGCCCAG CATTCTCGAT 
GGCATGATTA GACAGTTACA ATTACAACAA GATCAAAGAA CTGGAGCCGA TCAAGAATCT 
GCTTCAAGTG GTCCACAAAA TGGGGAAGGA ACACCTAGAA GAGCTTTTAG AAGACCAAGT 
TTCGACATCC AATCTCCTCC TAATATTGGT CTGCGACGTA GTGGGCAAGT TGAAGGTGTG 
CGTCAGATGC ATCAGAATGC TCCACGAAGT CAGATGGCTA CTGAGCGGGA CCTTCAGGCT 
TGGAGGCGAA GAGTTGTTGT ACCAGAAATA CCACCAAGCT TACTCAGGAA GCAGGAAGAA 
TATCGAATTG CAAAAGGGGA AGAAGAGAGA GATCTTTATG CAACAGAGAA GAAAAAGTCA 
TTCGAGTCAT TGGAAAAGAG TGACTCTGAG TCTTCATTAA TACAATCTAA GCGTAGACTG 
CATAGACGGA AATATCCCAA TTACCGAACA CGGAATAACA TTGAACAACT GGAGTCTTCT 
GATGAGGAAA GAGATAACTG CTTTGGCTTG ATCGAGCAGG AAGCCGAAGA AAGTGAGGGC 
TCTGGCTCAT CTGATGAAGA GGAGGAGTGG AGAAGTGACA AGAAAAGCAA CAGTAATAGT 
TCTAGTGATT CTTCAAGTAG ATACTCTGAC TGGATTGCTG ATGCAGGGAT TAACCTACAA 
CCTCCCGTAC GGACTTCTCG GCGGAAAGCT ATCAGATATT GCAGTACTTC AGAAGATGAA 
GTATCAGCAG AGAAATCATC TCCTCCAAAG AGAAGAAGAA GAAAGAGGAG AAAAAAGCCC 
AAACCAAAAA AGCAGGAGGA GGCTAATGCT CCAACACAAC CAGTAAACCT GGAATTGTCA 
TATGATTGGC ATCCTCCTGT TTGGATAACA GACACAGCTC TTCGAAGATC CCCTTTTGTT 
CCTCAGATGG GTGACGAGGT AATATATTTC CGACAAGGAC ATGAAGCTTA CATTGAAGCA 
GTTAGAAGAA ATAACATTTA TGAACTGAAT CCACACAAGG AGCCATGGAG AAAAGTAGTC 
CTTAGGGATC AAGAATTGGT AAAAATTGTT GGAATTAGAT ATGAAGTTGG TCCTCCCACA 
TTGTGTTGCC TCAAGCTTGC CTTTATAGAT CATGCCACCG GAAAACACAC AGACAAATCA 
TTTTCCATCA GATACCATGA TATGCCAGAT GTTATCGACT TCCTTATATT ACGTCAGTTC 
TATGATGAAG CACGGCAAAG GAACTGGCAA GCTTCTGATA GGTTCCGATC CATTATTGAT 
GATGCATGGT GGTTTGGAAC AGTGCTGGGT CAAGAACCGT ATCAGCCTCA ATATCCAGAT 
AGTCACTTCC AGTGTTACAG TGTTAAATGG GACAACGGTG AAATTGAAAA GCTTAGCCCG 
TGGGACATGG AACCAGTTCC TGATAATGTT GATCAGCCTG AAGAATTAGG AGCTAGTGTT 
TCTGTGACTT TTGAAGAGGT GGAGAAGCTC CTATACAAAC CCCAAGAAGG GGAGTGGGGA 
ATGAGATCTC GTGATGAAGC ATGTGAACGG ATTATCAGTG GTATTGATCA GCTTCTGACT 
CTTGACATTT CAGCAGCTTT TGCTGGTCCA GTTGACCTGT GTACATATCC CAAGTACTGT 
ACTGTGATTG CTTATCCGAC AGACCTGAAC ACTATTCGGA CAAGACTGGC TAACCGATTT 
TACAGGAGAA TCTCTGCATT GGTTTGGGAA GTAAGATATA TTGAAAGCAA TGCTAGGACC 
TTCAATGAAC CTGGGAGTGC TATTGCTAGA GCTGCAAAAA AGATCACTAC CCAGCTCTTA 
AAGTTTATCA ATGATCAAGA CTGTACAAAC ATTTTTGACC TATGTAGCAC AACAGATGAT 
GAACAAGATT GTCTTGATGC TGATCTGGCT GATGAAAAAT GTCTTCCAAG AACATCATAT 
AGAAGAAGAA AAGGACGGGG CTTAAAAAAA GGAAAAAGCG TGAAAACTGG CTATGATGAA 
AACTGTTGGA AGAAGCAGTG TATGGAAGTG GTGAATTTAA TTTTCCAGTG TGAAGATTCT 
GAACCTTTCA GGCAGCCGGT TGATTTGGAT CAGTATCCTG ATTACAGACA TATTATAGAC 
ACTCCAATGG ACTTTGGTAC AGTGAAAGAA ACTCTGGAAG CTGGAAATTA TGACACTCCC 
ATGGAACTGT GCAAAGATAT AAGACTAATA TTTAGTAATG CAAAATCTTA TACTCCAAAC 
AAAAAGTCAA AGATTTATAG TATGACCTTG AGATTGTCAG CACTATTTGA AGAGAAAATA 
AGAAGAATTG TTTCAGATTT CAAAAATGGT CAGAAACAGA ATGAAAAACT ACGAAGAAAC 
CAGAGATATA CTAGAAGATT TCATAATCAA AGCTCAGTGC AGCATCCTAC CAAAATGCTC 
AGAAATTTGA AGCAGAAACC ATTGAAGTCT CAGGCAAAAA TTGAATCTGA GCCGGAAGAT 
TCTTTTACTC AACCTACCTC AAGCAGAGCC ACCTGTGTTG CAAGCCATAA AATGAATGCT 
AGCAATTACA ACCGTAGTTC CTCTGGTGAA TCCTCTGATT CTGCATGCCT GGCATCCTTT 
GAGAGGAATG GAAAAGCTAG ATCCACAACA CTAACAAATT GTTCTGCATT ATCATCAGAA 
AGTGAAATAG AGGGTTCTTT GGTTTCTTCA TCTACTTCCT CTTCATCTTC ATCCTCTACA 
AGTAGCTCAG AAGACAGCAA AGAAAGCTCT GTGACTCTTG TGTCACCTCT ACTACACAAT 
GGTGTCTGTA GACGAAAGAA CAGCAATTGT AGGATAACTA GAAATCAAGC TGCTCAGAGA 
AAACAAATTG GAACACTTAT TCAGGAGAAT GGGAATACAC GAAAAACTGT CAGGAAAAAG 
TTATATGGAA GTGACTCTGA AAATACTTCA GTGGTGACGT TGGAGTCGCT GAGTAATAGT 
ACTGGTAGGC ATAGAAAAAC TCCACGCAGA AGTGCTGCTG TGGCTGCTAA TAAGTTAAGG 
CTAATGAGTG ATGTGGAGGA AGAGGTTTCA AGCTCAGAAA GTATTGGCAT TGGATGCAAG 
AATAGAAAAC TGCCTCACCG AAATGCCTCA GCTGCAGCCA GGCGAATGTT ACTGGAGGGG 
TCTGAAGATG ATGTAGGCTT AAAGTCTGAA AGTGAAAAAG AAATAGAAGA GCAGCTTACC 
AAGAGGAAAA TTCTTTCTCA ATCTGGTTCA TCTGCTGCAC GAAGAAAATT TGTTAGTGAA 
TCTGAAAATG GAACTTCAGA TTCTGAGACA GACATGCAGA TGAAGCAGAA AAACTGGCAA 
AGCAATGGTC ATAAACAGTT ACGTGGGACA GTCCATTCTG TATCTCCCAA AATGAAAAGT 
CCCACCCTAG ACTTTTCAGA GGAGGACTCT AAAAGCCATA ATTCAGAGGA TGGGAGCAGT 
CAAAAAGTTT CTGACCAGTC AACATCTGCA CATAATAAAC CTGCAGTGAG CAACTCTGAG 
GATGAAGTGG ATTCTGAATC TGATAGATGG AATGGCAGAA AAGCAACTGG TCTGCAGCTT 
GCTCTTCCTT TAAAAAAAGC TAAAGTCTTG AGTGATTTAG AGGACACAGC AGAATCTGAA 
ACAGAAGATA AGGAGGATGG GAGAAGTTTT GTCTCTGAGA GCTTGGTGCC AACTAAAATT 
GCAGGGAGTT CAAAATCTGG ACCTGGTGCC AGCTTCAACC ACTCTTCTGA TACAGAACCT 
GAGACAGATT CCAATAACAG TAATTATTGT GAAACTTCAA AAACAAAAAA GAGGAAGAGA 
AAAGGAAGAA CAAAAATCGT TAGAAAAGAA TCAACATCTG AGGAGACTGG ACAAAGTGCA 
AAAGTGCTCA GGAGCAGGAC ATGTATCATT AACTACAAGA AACACATAAA GCTGTCAAAT 
GTGACTGAGA AGAAAAATCC ACGCAGATGT GCCACTTTGG CAGCTAGTAA GATTAAGATA 
ATGAGCGATA CAAAGGAAGA ATTATCAAGC TCGGAAAGTG TTTACACAGT AAAAAAGAAC 
AGGAGGCAGC TTCATGGCAA TGTGTCTGCA GCATCCAGGA AGAAACTGAT CGGCAGCTTG 
GAGATAGATG CTTGCTTGAA GTCTGAAAAT GAGAAAGAAC AGCTTTATGG CAGAAAAAAA 
CTTTCCTGCC CTGAATCATC TGCTCCTAAG AGAAAATACA TTAGTGAGTC TGAGAATGAA 
AAAACAGAAT CTGAGGCAGA GATAAAAGTG ACTCAAAAGC AGAATGATGA TAACCACAAT 
CAGGCACACA AAACAGTCTG TGCTGCAGCT CTTAAAAATC TCGAATATGA CTCTTCGGAA 
GAGAATTCCA CAAATCACAA GATGGCAAAT GGGAGAAACT GGGGAGGTTC TAGTCAGTCA 
ACTTCAGCCC ACAACCATCA TACGAGCAAC TCTGAAGAGG AGGTAGATTC TGACTTAGCT 
AAACACGAAA CTAAAAATAT CAGAGAAGTA TCAAATAAAA AATGTAGAGC TGCTTTCAAA 
AGATCAAAAT TATTGGATAA CTTCAAAGAA ACAGCAGAAT CTGAAACAGG AGGGAAGAAA 
GATGAAAAAA GCTCGGTATC AGAGAACGTG GAAGCACCTG GGACTGCAGG AAGTTCAAAA 
GCCAGTTTCA ATTGTTCTTC TGATTCAGAC TCTGGAACAG ATAACAGTAT CTATAGTGAT 
GCCACAGAAA CAAGAAAGAG GAAAAGGAAA TCGGAAATGG TTAGAAAAGA AATTACCAAT 
TCCAATTTAC CTAAGCCTTC CAGAAGACCC CAGCGAAGGA AACGTTGGAA ACCTAACCAA 
GAAAATGACT CTGAAGATTT GGATTACACC AAATATAGAA GAGCTAATAG GCGTTCTAAG 
ATAAGAACTC GGAATGGTGG TAGACGGACT GTGAGATACG ACGATTGTGA TGATGATGAT 
GACAGAAGTT TAGATGATGT AGATTGTGAA ACGTAA