BRD8 cDNA ORF clone, Oryctolagus cuniculus(rabbit)

Gene
Clones
gRNAs

Summary

Gene Symbol	BRD8
Entrez Gene ID	100344896
Full Name	bromodomain containing 8
Gene Type	protein-coding
Organism	Oryctolagus cuniculus(rabbit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017341085.1	XP_017196574.1	LOW QUALITY PROTEIN: bromodomain-containing protein 8

Pathways from BioSystems
Gene Ontology

The following BRD8 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BRD8 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
OOb39397	XM_017341085.1 Latest version!	Oryctolagus cuniculus bromodomain containing 8 (BRD8), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

BRD8 ( XM_017341085.1 ) cDNA ORF clone, Oryctolagus cuniculus(rabbit) -> XP_017196574.1 Oryctolagus cuniculus bromodomain containing 8 (BRD8), mRNA.

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CloneID	OOb39397
Clone ID Related Accession (Same CDS sequence)	XM_017341085.1
Accession Version	XM_017341085.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3708bp) 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	2016-06-22
Organism	Oryctolagus cuniculus(rabbit)
Product	LOW QUALITY PROTEIN: bromodomain-containing protein 8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_013671.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Oryctolagus cuniculus Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGCGACGG GGACGGGCAA ACACAAGCTG CTGAGTACTG GCCCCACAGA GCCATGGTCC 
ATCCGAGAGA AGCTGTGTTT AGCATCTTCT GTCATGAGGA GTGGAGATCA AAATTGGGTA 
TCAGTTAGCA GAGCAATCAA GCCCTTCGCA GAACCTGGAC GTCCTCCAGA CTGGTTTTCC 
CAAAAACATT GTGCTTCTCA GTATTCAGAG CTTCTGGAGA CCACTGAAAC TCCAAAACGG 
AAACGGGGTG AGAAGGGAGA AGTGGTAGAA ACTGTTGAAG ATGTGATTGT TCGGAAACTG 
ACGGCTGAGC GAGTAGAGGA GCTAAAGAAA GTGATAAAGG AAACCCAGGA GAGATATAGA 
AGGCTAAAAA GAGATGCAGA ACTAATTCAA GCTGGACACA TGGATAGCAG ACTGGATGAG 
CTTTGCAATG ACATTGCAAT GAAAAAGAAA TTGGAGGAAG AAGAGGCTGA AGTAAAAAGG 
AAAGCTACAG ATGCTGCATA TCAGGCCCGT CAAGCAGTAA AAACACCCCC TCGGAGGTTA 
CCCACTGTGA TGGTCCGCTC TCCTATAGAT TCTGCCTCCC CTGGAGGTGA TTATCCACTT 
GGGGACTTGA CTCCGGCTAC TATGGAAGAG GCCACCTCTG GGGTCAATGA GAGTGAAATG 
GCTGTGGCTT CTGGCCACCT GAACAGTACA GGTGTTCTCC TGGAGGTAGG CGGGGTCCTT 
CCCATGATAC ATGGTGGGGA GATACAGCAA ACACCCAATA CTGTTGCAGC CTCCCCTGCT 
GCCTCAGGTG CTCCCACTCT TTCCCGGCTT TTAGAAGCTG GTCCTACACA GTTTACCACA 
CCTCTTGCTT CCTTCACTAC TGTTGCCAGT GAGCCTCCAG TTAAACTTGT GCCACCCCCT 
GTAGAGTCTG TGTCCCAGGC TACCATTGTC ATGATGCCTG CGCTGCCAGC ACCGTCCTCT 
GCTCCGGCTG TCTCCACTCC TGAAAGTGTA GCTCCAGTGA GTCAGCCTGA TGCCTGTGTT 
CCTATGGAGA CTGTGGGAGA TCCACATACA GTGACTGTTT CCATGGATAG CAGTGAAATC 
TCCATGATTA TTAATTCTAT CAAAGAAGAG TGTTTCCGAT CAGGGGTAGC AGAGGCCCCT 
GGAGGATCAA AACCTCCCAG CATAGATGGG AAGGAAGATT TAGATCTGGC TGAGAAGATG 
GATATTGCTG TGTCTTACAC AGGTGAAGAG CTGGACTTTG AAACTGTTGG AGACATCATT 
GCCATCATTG AGGACAAGGT AGATGATCAC CCTGAAGTGC TGGATGTGGC AGCAGTGGAA 
GCAGCACTAT CATTCTGTGA AGAGAATGAT GATCCCCAGT CCCTGCCTGG CCCCTGGGAG 
CATCCTATCC AGCAGGAGCG GGAAAAGCCA GTACCTCTCC CTGCACCCGA ATTGATGGTT 
AAGCAAGAGA GATTGGACTT TGAGGAAACA GAAAACAAGG GGATCCATGA ACTGGTGGAC 
ATGAGGGAAC CCAGTGTTGA GATCAAGGTG GAACCTGCAG AAACAGAGCC AGGCATTTCG 
GGGCCTGAAA TGGTAGCTGG AGTTGTCCCA GCCACAAGTA TGGAACCACC TGAACTCAGG 
AGTCAGGACT TAGATGAAGA ACCCAGAAGT ATTGCAACTG GAGAGATCTC TGAAGCAGAT 
GTTTCCAGTG GGAAAGGCGA TGAGACCACA CTTACAACTG TGAAGACAGA GGCATCCCCT 
GAGAGCATGT TATCTCCCTC ACATGGCTCA AATCCCATTG AAGATCCTTT AGAGACAGAG 
ACTCAACACA AATTTGAAAT GTCAGACTCA TTGAAAGAAG AATCAGGGGC TATTTTTGGA 
AGCCAGATAA AGGATGCCCC AGGTGAGGAT GAGGAAGAAG ATGGGGTCAG TGAAGCAGCC 
AGCCTAGAGG AGCCTAAGGA AGAAGATCAA GGAGAAGGCT ATTTGTCANG AATGGATAAT 
GAACCCCCTG TGAGCGAGAG TGATGATGGC TTTAGCATAC ACAATGTACA CGTGCAGGCT 
TTTTTTTCTT TCACCTTGCC TACTGATCTG TGTGTCTATT TCAGTTCTGT CTGTAGTGAG 
GATCAAGAAG CTATTCAGGC ACAGAAAATA TGGAAGAAAG CCATCATGCT TGTGTGGAGA 
GCGGCAGCTA ATCATAGATA TGCGAATGTC TTCTTACAGC CTGTTACAGA TGACATAGCA 
CCTGGTTATC ACAGCATTGT ACAGAGGCCT ATGGATTTAT CAACTATTAA GAAAAACATT 
GAAAATGGAC TGATTCGCAG CACAGCTGAA TTTCAGCGTG ACATTATGCT GATGTTTCAG 
AATGCTGTGA TGTACAATAG CTCAGACCAC GATGTCTATC ACATGGCAGT GGAGATGCAG 
CGAGATGTAT TGGAACAGAT CCAGCAATTC TTGGCCACAC AGTTGATTAT GCAAACATCA 
GAGTCTGGTA TCAGTGCTAA AAGTCTTCGA GGGAGAGATT CTACCCGCAA ACAGGATTCT 
TCAGAGAAGG ACAGTGTCCC CATGGGCTCT CCTGCCTTCC TTCTCTCTCT CTTTATGGGG 
CATGAGTGGG TTTGGTTGGA TTCTGTACAA GACTATCCCA GTGACTCTGA GTTGAGCAAC 
TACTACAGGT CCCTCTTCAG CTCATGGGAC TCCAGTCTGG ATCTTGATGT GGGCAGCTGG 
AGGGAAACTG AGGATCCAGG GGCTGAGGAA CTAGAAGAAA GCAGCCCAAG GAGAGAACCT 
AGTGAGCTGC TTGCAGGGGA TGAAGGCAGT GAGGAATCTC AGAGAGAGGC AGAGCAAGTG 
AACCGCCAGA ACCTCCTCCA CTTTCTTTCT GAGGTAGCTT ATTTAATGGA GCCATTGTGC 
ATTAGCAGCA GAGAATCAAG TGAAGGCTGC TGCCTTCCAT CCTGTACCAG GCAACAAGAG 
GAAAGGAAAA TTGAAGCTAC GAAAGGAGAA AGGGAGTCCT GTAGAATGAC TGAAGAGCTC 
TCAGCCAGTG TAGACCCCTT AGAAGCTGAA AAAATGTCAC TGAGAGACAA TGGAAAGCCA 
GAGGAAGCTC CAGTTCCTTT GGATATTTGT GCAGTTCAGG GACTAACCAC AGAGAGTGAA 
GAGGAGCAGG CTCAACAAGA ATCCAAAGAG GAGGACCAGG GTGAAGGGTA TGTGTCAGAG 
ACAGAAGAGT CCCCTTCAGG TGAGTGTGAT GATGGCTTCA GCATTCAAGA GACTCCCCTG 
GTGGATATCC TTTTCAGCCG AGCAACCTCC TCAAAGCTGA CTGATCTAAG CCAGGGTGAC 
CCTCTTCAGG ATCATTTGCT GTTTAAGAAG ACTGTTATGC CAGTTTGGAA GATGATTGCT 
AGTCACAGAT TCAGCAGTCC ATTTCTGAAG CCCGTGTCAG AAAGGCAGGC CCCAGGATAC 
AAGGATGTGG TAAAAAGACC CATGGACTTA ACTAGCCTGA AGAGAAATCT GTCTAAGGGA 
CGAATTCGCA CCTTGGCTCA GTTCCAGCGG GACCTGATGC TGATGTTCCA GAATGCTGTG 
ATGTACAATG ATTCTGATCA TCATGTGTAC CATATGGCTG TGGAGATGCA GCGAGAAGTC 
TTGGAGCAGA TTCAGGTGCT GAGTATTTGG TTAGACAAAA GGAGAGACTT AAGTAGTCTG 
GAGTGAGAAC CAACCAATCC AGTGGGTGAT GAAAACGTAT TTGGTTGA

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

RefSeq	XP_017196574.1
CDS	135..3842
Translation	MATGTGKHKLLSTGPTEPWSIREKLCLASSVMRSGDQNWVSVSRAIKPFAEPGRPPDWFSQKHCASQYSELLETTETPKRKRGEKGEVVETVEDVIVRKLTAERVEELKKVIKETQERYRRLKRDAELIQAGHMDSRLDELCNDIAMKKKLEEEEAEVKRKATDAAYQARQAVKTPPRRLPTVMVRSPIDSASPGGDYPLGDLTPATMEEATSGVNESEMAVASGHLNSTGVLLEVGGVLPMIHGGEIQQTPNTVAASPAASGAPTLSRLLEAGPTQFTTPLASFTTVASEPPVKLVPPPVESVSQATIVMMPALPAPSSAPAVSTPESVAPVSQPDACVPMETVGDPHTVTVSMDSSEISMIINSIKEECFRSGVAEAPGGSKPPSIDGKEDLDLAEKMDIAVSYTGEELDFETVGDIIAIIEDKVDDHPEVLDVAAVEAALSFCEENDDPQSLPGPWEHPIQQEREKPVPLPAPELMVKQERLDFEETENKGIHELVDMREPSVEIKVEPAETEPGISGPEMVAGVVPATSMEPPELRSQDLDEEPRSIATGEISEADVSSGKGDETTLTTVKTEASPESMLSPSHGSNPIEDPLETETQHKFEMSDSLKEESGAIFGSQIKDAPGEDEEEDGVSEAASLEEPKEEDQGEGYLSnullMDNEPPVSESDDGFSIHNVHVQAFFSFTLPTDLCVYFSSVCSEDQEAIQAQKIWKKAIMLVWRAAANHRYANVFLQPVTDDIAPGYHSIVQRPMDLSTIKKNIENGLIRSTAEFQRDIMLMFQNAVMYNSSDHDVYHMAVEMQRDVLEQIQQFLATQLIMQTSESGISAKSLRGRDSTRKQDSSEKDSVPMGSPAFLLSLFMGHEWVWLDSVQDYPSDSELSNYYRSLFSSWDSSLDLDVGSWRETEDPGAEELEESSPRREPSELLAGDEGSEESQREAEQVNRQNLLHFLSEVAYLMEPLCISSRESSEGCCLPSCTRQQEERKIEATKGERESCRMTEELSASVDPLEAEKMSLRDNGKPEEAPVPLDICAVQGLTTESEEEQAQQESKEEDQGEGYVSETEESPSGECDDGFSIQETPLVDILFSRATSSKLTDLSQGDPLQDHLLFKKTVMPVWKMIASHRFSSPFLKPVSERQAPGYKDVVKRPMDLTSLKRNLSKGRIRTLAQFQRDLMLMFQNAVMYNDSDHHVYHMAVEMQREVLEQIQVLSIWLDKRRDLSSLE*EPTNPVGDENVFG

Target ORF information:

RefSeq Version	XM_017341085.1
Organism	Oryctolagus cuniculus(rabbit)
Definition	Oryctolagus cuniculus bromodomain containing 8 (BRD8), mRNA.

Target ORF information:

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

XM_017341085.1

ORF Insert Sequence:

ATGGCGACGG GGACGGGCAA ACACAAGCTG CTGAGTACTG GCCCCACAGA GCCATGGTCC 
ATCCGAGAGA AGCTGTGTTT AGCATCTTCT GTCATGAGGA GTGGAGATCA AAATTGGGTA 
TCAGTTAGCA GAGCAATCAA GCCCTTCGCA GAACCTGGAC GTCCTCCAGA CTGGTTTTCC 
CAAAAACATT GTGCTTCTCA GTATTCAGAG CTTCTGGAGA CCACTGAAAC TCCAAAACGG 
AAACGGGGTG AGAAGGGAGA AGTGGTAGAA ACTGTTGAAG ATGTGATTGT TCGGAAACTG 
ACGGCTGAGC GAGTAGAGGA GCTAAAGAAA GTGATAAAGG AAACCCAGGA GAGATATAGA 
AGGCTAAAAA GAGATGCAGA ACTAATTCAA GCTGGACACA TGGATAGCAG ACTGGATGAG 
CTTTGCAATG ACATTGCAAT GAAAAAGAAA TTGGAGGAAG AAGAGGCTGA AGTAAAAAGG 
AAAGCTACAG ATGCTGCATA TCAGGCCCGT CAAGCAGTAA AAACACCCCC TCGGAGGTTA 
CCCACTGTGA TGGTCCGCTC TCCTATAGAT TCTGCCTCCC CTGGAGGTGA TTATCCACTT 
GGGGACTTGA CTCCGGCTAC TATGGAAGAG GCCACCTCTG GGGTCAATGA GAGTGAAATG 
GCTGTGGCTT CTGGCCACCT GAACAGTACA GGTGTTCTCC TGGAGGTAGG CGGGGTCCTT 
CCCATGATAC ATGGTGGGGA GATACAGCAA ACACCCAATA CTGTTGCAGC CTCCCCTGCT 
GCCTCAGGTG CTCCCACTCT TTCCCGGCTT TTAGAAGCTG GTCCTACACA GTTTACCACA 
CCTCTTGCTT CCTTCACTAC TGTTGCCAGT GAGCCTCCAG TTAAACTTGT GCCACCCCCT 
GTAGAGTCTG TGTCCCAGGC TACCATTGTC ATGATGCCTG CGCTGCCAGC ACCGTCCTCT 
GCTCCGGCTG TCTCCACTCC TGAAAGTGTA GCTCCAGTGA GTCAGCCTGA TGCCTGTGTT 
CCTATGGAGA CTGTGGGAGA TCCACATACA GTGACTGTTT CCATGGATAG CAGTGAAATC 
TCCATGATTA TTAATTCTAT CAAAGAAGAG TGTTTCCGAT CAGGGGTAGC AGAGGCCCCT 
GGAGGATCAA AACCTCCCAG CATAGATGGG AAGGAAGATT TAGATCTGGC TGAGAAGATG 
GATATTGCTG TGTCTTACAC AGGTGAAGAG CTGGACTTTG AAACTGTTGG AGACATCATT 
GCCATCATTG AGGACAAGGT AGATGATCAC CCTGAAGTGC TGGATGTGGC AGCAGTGGAA 
GCAGCACTAT CATTCTGTGA AGAGAATGAT GATCCCCAGT CCCTGCCTGG CCCCTGGGAG 
CATCCTATCC AGCAGGAGCG GGAAAAGCCA GTACCTCTCC CTGCACCCGA ATTGATGGTT 
AAGCAAGAGA GATTGGACTT TGAGGAAACA GAAAACAAGG GGATCCATGA ACTGGTGGAC 
ATGAGGGAAC CCAGTGTTGA GATCAAGGTG GAACCTGCAG AAACAGAGCC AGGCATTTCG 
GGGCCTGAAA TGGTAGCTGG AGTTGTCCCA GCCACAAGTA TGGAACCACC TGAACTCAGG 
AGTCAGGACT TAGATGAAGA ACCCAGAAGT ATTGCAACTG GAGAGATCTC TGAAGCAGAT 
GTTTCCAGTG GGAAAGGCGA TGAGACCACA CTTACAACTG TGAAGACAGA GGCATCCCCT 
GAGAGCATGT TATCTCCCTC ACATGGCTCA AATCCCATTG AAGATCCTTT AGAGACAGAG 
ACTCAACACA AATTTGAAAT GTCAGACTCA TTGAAAGAAG AATCAGGGGC TATTTTTGGA 
AGCCAGATAA AGGATGCCCC AGGTGAGGAT GAGGAAGAAG ATGGGGTCAG TGAAGCAGCC 
AGCCTAGAGG AGCCTAAGGA AGAAGATCAA GGAGAAGGCT ATTTGTCANG AATGGATAAT 
GAACCCCCTG TGAGCGAGAG TGATGATGGC TTTAGCATAC ACAATGTACA CGTGCAGGCT 
TTTTTTTCTT TCACCTTGCC TACTGATCTG TGTGTCTATT TCAGTTCTGT CTGTAGTGAG 
GATCAAGAAG CTATTCAGGC ACAGAAAATA TGGAAGAAAG CCATCATGCT TGTGTGGAGA 
GCGGCAGCTA ATCATAGATA TGCGAATGTC TTCTTACAGC CTGTTACAGA TGACATAGCA 
CCTGGTTATC ACAGCATTGT ACAGAGGCCT ATGGATTTAT CAACTATTAA GAAAAACATT 
GAAAATGGAC TGATTCGCAG CACAGCTGAA TTTCAGCGTG ACATTATGCT GATGTTTCAG 
AATGCTGTGA TGTACAATAG CTCAGACCAC GATGTCTATC ACATGGCAGT GGAGATGCAG 
CGAGATGTAT TGGAACAGAT CCAGCAATTC TTGGCCACAC AGTTGATTAT GCAAACATCA 
GAGTCTGGTA TCAGTGCTAA AAGTCTTCGA GGGAGAGATT CTACCCGCAA ACAGGATTCT 
TCAGAGAAGG ACAGTGTCCC CATGGGCTCT CCTGCCTTCC TTCTCTCTCT CTTTATGGGG 
CATGAGTGGG TTTGGTTGGA TTCTGTACAA GACTATCCCA GTGACTCTGA GTTGAGCAAC 
TACTACAGGT CCCTCTTCAG CTCATGGGAC TCCAGTCTGG ATCTTGATGT GGGCAGCTGG 
AGGGAAACTG AGGATCCAGG GGCTGAGGAA CTAGAAGAAA GCAGCCCAAG GAGAGAACCT 
AGTGAGCTGC TTGCAGGGGA TGAAGGCAGT GAGGAATCTC AGAGAGAGGC AGAGCAAGTG 
AACCGCCAGA ACCTCCTCCA CTTTCTTTCT GAGGTAGCTT ATTTAATGGA GCCATTGTGC 
ATTAGCAGCA GAGAATCAAG TGAAGGCTGC TGCCTTCCAT CCTGTACCAG GCAACAAGAG 
GAAAGGAAAA TTGAAGCTAC GAAAGGAGAA AGGGAGTCCT GTAGAATGAC TGAAGAGCTC 
TCAGCCAGTG TAGACCCCTT AGAAGCTGAA AAAATGTCAC TGAGAGACAA TGGAAAGCCA 
GAGGAAGCTC CAGTTCCTTT GGATATTTGT GCAGTTCAGG GACTAACCAC AGAGAGTGAA 
GAGGAGCAGG CTCAACAAGA ATCCAAAGAG GAGGACCAGG GTGAAGGGTA TGTGTCAGAG 
ACAGAAGAGT CCCCTTCAGG TGAGTGTGAT GATGGCTTCA GCATTCAAGA GACTCCCCTG 
GTGGATATCC TTTTCAGCCG AGCAACCTCC TCAAAGCTGA CTGATCTAAG CCAGGGTGAC 
CCTCTTCAGG ATCATTTGCT GTTTAAGAAG ACTGTTATGC CAGTTTGGAA GATGATTGCT 
AGTCACAGAT TCAGCAGTCC ATTTCTGAAG CCCGTGTCAG AAAGGCAGGC CCCAGGATAC 
AAGGATGTGG TAAAAAGACC CATGGACTTA ACTAGCCTGA AGAGAAATCT GTCTAAGGGA 
CGAATTCGCA CCTTGGCTCA GTTCCAGCGG GACCTGATGC TGATGTTCCA GAATGCTGTG 
ATGTACAATG ATTCTGATCA TCATGTGTAC CATATGGCTG TGGAGATGCA GCGAGAAGTC 
TTGGAGCAGA TTCAGGTGCT GAGTATTTGG TTAGACAAAA GGAGAGACTT AAGTAGTCTG 
GAGTGAGAAC CAACCAATCC AGTGGGTGAT GAAAACGTAT TTGGTTGA