BCL9L cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	BCL9L
Entrez Gene ID	100466206
Full Name	B cell CLL/lymphoma 9 like
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002929602.3	XP_002929648.3	LOW QUALITY PROTEIN: B-cell CLL/lymphoma 9-like protein

Pathways from BioSystems
Gene Ontology

The following BCL9L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BCL9L 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
OAc99763	XM_002929602.3 Latest version!	Ailuropoda melanoleuca B-cell CLL/lymphoma 9-like (BCL9L), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

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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)

BCL9L ( XM_002929602.3 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_002929648.3 Ailuropoda melanoleuca B-cell CLL/lymphoma 9-like (BCL9L), mRNA.

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CloneID	OAc99763
Clone ID Related Accession (Same CDS sequence)	XM_002929602.3
Accession Version	XM_002929602.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4401bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	LOW QUALITY PROTEIN: B-cell CLL/lymphoma 9-like protein
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003219206.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_002929602.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGAGGATCC TGGCTAACAA GACAAGGTTA CCCCACCCCA GGAGGAGAGA AGCTCCAGGG 
AGCCCGCCGC TGTCCCCACG TGGCCACTGC CCCCCGGCCC CAGCCAAGCC AATGCACCCA 
GAAAATAAGT TGACCAATCA TGGCAAGACA GGGAATGGCG GGGCCCAATC CCAGCACCAG 
AATGTGAACC AAGGACCCAC CTGCAACCTG GGCCCAAAGG GCGTGGGGGC GGGGAGCCAT 
GGGGCCAAGA CCAACCAGAT CTCACCCAGC AACTCAAGTC TGAAGAACCC CCAGGCAGGA 
GTGCCCCCTT TCAGCTCACT CAAGGGCAAG GTGAAGAGGG AGCGGAGCGT GTCTGTGGAC 
TCTGGAGAGC AGCGAGAGGC TGGGACCCCA TCCCTGGATT CAGAGGCCAA AGAGGTGGCT 
CCCCGGAGCA AGCGGAGGTG TGTGCTGGAG CGGAAGCAGC CATACAGTGG GGACGAATGG 
TGCTCAGGAC CCGACAGCGA GGAGGACGAC AAGCCCATTG GGGCCACCCA CAACTGTAAT 
GTAGCAGACC CAGCCATGGC GGCCCCACAG CTGGGTCCTG GCCAAGCCGC CCAACTGCCC 
CTCAGCGAGA GCAGCGCACC AGGACCCCCG CATGGGCCGC CACCGGGCCT TCGGCCCGAC 
GCCCCTGGGG GCGGGGGTGG GGGTGTCCCC GGAAAGCCCC CCTCACAGTA CGTGTATGTC 
TTCACCACCC ACCTGGCCAA CACGGCTGCT GAGGCGGTGC TGCAGGGCCG GGCTGACTCC 
ATCCTGGCCT ACCACCAGCA GAACGTGCCC CGGGCCAAGC TGGACCAGGT CCCGAAAGTG 
CCACCTACCC CAGAACCTCT ACCCTTAAGC ACGCCGNGCC CGCCCCCCCC CCCCCCCCCC 
CCCCCGCCAC TCCCGCCGCC GCCACCCCCG GCCCCGGGCA GCGCCCCGCC CGCTCTGCCT 
TCTGATGGTC CTCCCGAGGA CGCTGGCCAG GACCTGACGC CCANNGCTGC CAGCACAGGT 
GGTGGCACCG GGGGCACCCA CCCTAACACC CCTACAGCTG CCGCCTCCAG CAACCCGCTG 
CCTCCTGGAG GAGACCCCAG CAGTGCCCCT GGCCCTGCCC TGCTTGGGGA GGCTGCCCCC 
ACGGGCAATG GGCAGCGGAG CCTTGTGGGC TCTGAAGGGC TGTCCAAGGA GCAGCTGGAG 
CACCGGGAGC GTTCCCTGCA GACGCTTCGA GACATTGAGA GGCTGNNGGG GCCCCAGCAG 
CCCCCCACGG CCCCTCCCAG TGGGCTGAAA AAGTACGAGG AGCCCTTGCA GTCTATGATC 
TCACAGACGC AGAGCCTGGG GGGCCCCCCG CTGGAGCACG AAGTGCCTGG GCACCCCCCA 
GGCGGGGACA TGGGGCAGCA GATGAACATG ATGATGCAGA GGCTGGGCCA GGACAGCCTG 
ACGCCGGAGC AGGTGGCCTG GCGCAAGCTG CAGGAAGAGT ACTACGAGGA GAAGCGGCGG 
AAGGAGGAGC AGATCGGGCT GCACGGGGGC CGCCCTCTGC AGGACATGAT GGGCATGGGG 
GGCATGATGG TGAGGGGGCC ACCGCCTCCC TACCACAGCA AGCCTGGGGA TCAGTGGCCC 
CCCGGCATGG GGGCACAGCT GCGGGGACCC ATGGATGTCC AAGATCCCAT GCAACTCCGG 
GGCGGACCTC CCTTTCCCGG CCCCCGTTTC CCAGGCAACC AGATGCAACG GGTGCCTGGG 
TTTGGAGGCA TGCAGGGTAT GCCCATGGAG GTGCCCATGA ATGCCATGCA GAGGCCTGTG 
AGGCCGGGTA TGGGCTGGAC CGAAGACTTG CCCCCCATGG GGGGGCCCAG CAATTTTGCC 
CAGAATGCTG TGCCCTACCC AGGTGGGCAG GGTGAAGCGG AGCGATTCAT GACCCCCCGG 
GTCCGGGAGG AGCTTCTGCG GCACCAGCTG CTGGAGAAGC GGTCGATGGG CATGCAGCGC 
CCCCTGGGCA TGGCAGGCAG TGCCATGGGG CAGGGCATGG AGGTGGAGCG GATGATGCAG 
GCGCACCGGC AGATGGACCC GGCCATGTTT CCTGGGCAGA TGGCTGGTGG TGAGGGCCTG 
GCGGGCACTC CCATGGGCAT GGAGTTTGGT GGAGGCCGGG GCCTCTTGAG TCCCCCCATG 
GGGCAGTCTG GGCTGAGAGA GGTGGACCCT CCCATGGGGC CAGGCAACCT CAACATGAAC 
ATGAATGTGA ACATGAACAT GAACATGAAC TTGAATGTCC AGATGACCCC ACAGCAGCAG 
ATGCTGATGT CACAGAAGAT GCGGGGCCCA GGGGACATGA TGGGGCCGCA GGGCCTCAGT 
CCCGAGGAGA TGGCCCGGGT GCGGGCCCAG AACAGCAGCG GCATGATGGG TGGCCCCCAG 
AAGATGCTCA TGCCCTCGCA GTTCCCCAAC CAGGGCCAGC AGGGATTCTC TGGGGGCCAG 
GGGCCCTATC AAGCCATGCC CCAGGACATG GGCAACACAC AAGACATGTT CAGTCCCGAC 
CAGAGCTCAA TGCCCATGGG CAACGTGGGC ACCACCCGGC TCAGCCACAT GCCCCTGCCC 
CCTGCGTCCA ATCCTCCCGG GTCTGTGCAT TCAGCCCCTA ACCGGGGACT GGGCAGACGG 
CCTTCAGACC TCACCATCAG TATTAATCAG ATGGGCTCGC CGGGCATGGG GCACCTGAAG 
TCGCCCACCC TTAGCCAGGT GCACTCGCCC CTGGTCACCT CGCCCTCCGC TAACCTCAAG 
TCACCCCAGA CTCCCTCACA GATGGTGCCC TTGCCTTCGG CCAACCCGCC GGGACCTCTC 
AAGTCGCCAC AGGTCCTCAG CTCCTCCCTC AGTGTCCGTT CACCCACTGG CTCGCCCAGC 
AGGCTCAAGT CTCCTTCCGT GGCGGTGCCT TCTCCCGGCT GGGTCGCCTC ACCCAAGACA 
GCCATGCCCA GCCCTGGGGT CCCCCAGAAC AAGCAGCCGC CCCTCAACAT GAACTCTTCT 
ACCACCCTGG GCAGCATGGA ACAGGGTGCC CTCCCGCCTA GCGGCCCCCG GAGCAGCTCC 
TCAGCGCCTC CCGCCAACCC TCCCAGCGGC CTCATGAACC CCAGCTTGCC ATTCACTTCC 
TCCCCAGACC CCACGCCTTC CCAGAACCCC CTGTCACTGA TGATGTCCCA GATGTCCAAG 
TACGCCATGC CCAGCTCCAC CCCGCTCTAC CACAACGCCA TCAAGACCAT CGCCACCTCC 
GACGACGAGC TGCTGCCCGA CCGGCCCCTG CTCCCCCCTC CACCACCGCC ACAGGGCTCT 
GGGCCAGGGA TCAGCAATAA CCAGCCCAGC CAGCTGCACC TGAACTCAGC TGCTGCCCAG 
AGCCCCATGG GCATGAACCT GCCAGGCCAG CAGCCCCTGT CCCATGAACC CCCGCCTACT 
ATGTTGCCCT CCCCTACCCC TCTGGGGTCC AACATTCCAC TGCACCCCAA TGCACAGGGG 
ACAGGAGGGC CCCCTCAGAA CTCGATTATA CTGCCTCCAG GGGGCCCAGA CTCCCTGAGT 
GCCCCCTGTG GCCCTGTGCC CAGCTCGTCC CAGATGATGC CCTTCCCCCC TCGGCTGCAG 
CAGCCCCATG GTGCCATGGC CCCCAGCGGG GGTGGGGGCG GGGGGCCTGG CCTGCAGCAG 
CACTACCCTT CGGGCATGCC CCTGCCCCCA GAGGACCTGC CTAGCCAGCC GCCGGGCCCC 
ATGCCCCCTC AGCAGCACCT GATGGGCAAA GGCATGGCTG GGCGCATGGG CGATGCCTAC 
CCCCCGGGCG TGCTCCCTGG GGTGGCATCC GTGCTGAACG ACCCTGAGCT GAGCGAGGTG 
ATCCGGCCCA CCCCGACGGG GATCCCTGAG TTCGACTTAT CGAGGATCAT CCCCTCTGAG 
AAGCCAAGCA GCACCCTCCA ATACTTCCCC AAGAGCGAGA ACCAGCCCCC CAAGGCCCAG 
CCCCCCAATC TGCATCTCAT GAACCTGCAG AACATGATGG CGGAGCAGAC CCCCTCACGG 
CCCCCCAACC TCCCGGGCCA ACAGGGCGTC CAGCGGGGTC TCAACATGTC CATGTGCCAC 
CCTGGACAGA TGTCCTTGCT GGGCAGGACA GGTGTGCCCC CGCAGCAGGG CATGGTGCCC 
CACGGTCTGC ACCAGGGAGT CATGTCCCCG CCACAAGGCC TCATGGCCCA GCAGAATTTC 
ATGCTGATGA AGCAACGGGG CGTAGGGGGC GAGGTCTATA GCCAGCCCCC CCACATGCTC 
TCCCCACAGG GCTCCCTCAT GGGCCCCCCG CCCCAGCAGA ACCTCATGGT GTCCCACCCC 
TTGCGGCAGC GCAGCGTGTC TCTGGACAGC CAGATGGGGT ACCTCCCGGC GCCGGGCAGC 
ATGGCCAACC TGCCCTTCTA G

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

RefSeq	XP_002929648.3
CDS	456..4856
Translation	MRILANKTRLPHPRRREAPGSPPLSPRGHCPPAPAKPMHPENKLTNHGKTGNGGAQSQHQNVNQGPTCNLGPKGVGAGSHGAKTNQISPSNSSLKNPQAGVPPFSSLKGKVKRERSVSVDSGEQREAGTPSLDSEAKEVAPRSKRRCVLERKQPYSGDEWCSGPDSEEDDKPIGATHNCNVADPAMAAPQLGPGQAAQLPLSESSAPGPPHGPPPGLRPDAPGGGGGGVPGKPPSQYVYVFTTHLANTAAEAVLQGRADSILAYHQQNVPRAKLDQVPKVPPTPEPLPLSTPnullPPPPPPPPPPLPPPPPPAPGSAPPALPSDGPPEDAGQDLTPnullAASTGGGTGGTHPNTPTAAASSNPLPPGGDPSSAPGPALLGEAAPTGNGQRSLVGSEGLSKEQLEHRERSLQTLRDIERLnullGPQQPPTAPPSGLKKYEEPLQSMISQTQSLGGPPLEHEVPGHPPGGDMGQQMNMMMQRLGQDSLTPEQVAWRKLQEEYYEEKRRKEEQIGLHGGRPLQDMMGMGGMMVRGPPPPYHSKPGDQWPPGMGAQLRGPMDVQDPMQLRGGPPFPGPRFPGNQMQRVPGFGGMQGMPMEVPMNAMQRPVRPGMGWTEDLPPMGGPSNFAQNAVPYPGGQGEAERFMTPRVREELLRHQLLEKRSMGMQRPLGMAGSAMGQGMEVERMMQAHRQMDPAMFPGQMAGGEGLAGTPMGMEFGGGRGLLSPPMGQSGLREVDPPMGPGNLNMNMNVNMNMNMNLNVQMTPQQQMLMSQKMRGPGDMMGPQGLSPEEMARVRAQNSSGMMGGPQKMLMPSQFPNQGQQGFSGGQGPYQAMPQDMGNTQDMFSPDQSSMPMGNVGTTRLSHMPLPPASNPPGSVHSAPNRGLGRRPSDLTISINQMGSPGMGHLKSPTLSQVHSPLVTSPSANLKSPQTPSQMVPLPSANPPGPLKSPQVLSSSLSVRSPTGSPSRLKSPSVAVPSPGWVASPKTAMPSPGVPQNKQPPLNMNSSTTLGSMEQGALPPSGPRSSSSAPPANPPSGLMNPSLPFTSSPDPTPSQNPLSLMMSQMSKYAMPSSTPLYHNAIKTIATSDDELLPDRPLLPPPPPPQGSGPGISNNQPSQLHLNSAAAQSPMGMNLPGQQPLSHEPPPTMLPSPTPLGSNIPLHPNAQGTGGPPQNSIILPPGGPDSLSAPCGPVPSSSQMMPFPPRLQQPHGAMAPSGGGGGGPGLQQHYPSGMPLPPEDLPSQPPGPMPPQQHLMGKGMAGRMGDAYPPGVLPGVASVLNDPELSEVIRPTPTGIPEFDLSRIIPSEKPSSTLQYFPKSENQPPKAQPPNLHLMNLQNMMAEQTPSRPPNLPGQQGVQRGLNMSMCHPGQMSLLGRTGVPPQQGMVPHGLHQGVMSPPQGLMAQQNFMLMKQRGVGGEVYSQPPHMLSPQGSLMGPPPQQNLMVSHPLRQRSVSLDSQMGYLPAPGSMANLPF

Target ORF information:

RefSeq Version	XM_002929602.3
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca B-cell CLL/lymphoma 9-like (BCL9L), mRNA.

Target ORF information:

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

XM_002929602.3

ORF Insert Sequence:

ATGAGGATCC TGGCTAACAA GACAAGGTTA CCCCACCCCA GGAGGAGAGA AGCTCCAGGG 
AGCCCGCCGC TGTCCCCACG TGGCCACTGC CCCCCGGCCC CAGCCAAGCC AATGCACCCA 
GAAAATAAGT TGACCAATCA TGGCAAGACA GGGAATGGCG GGGCCCAATC CCAGCACCAG 
AATGTGAACC AAGGACCCAC CTGCAACCTG GGCCCAAAGG GCGTGGGGGC GGGGAGCCAT 
GGGGCCAAGA CCAACCAGAT CTCACCCAGC AACTCAAGTC TGAAGAACCC CCAGGCAGGA 
GTGCCCCCTT TCAGCTCACT CAAGGGCAAG GTGAAGAGGG AGCGGAGCGT GTCTGTGGAC 
TCTGGAGAGC AGCGAGAGGC TGGGACCCCA TCCCTGGATT CAGAGGCCAA AGAGGTGGCT 
CCCCGGAGCA AGCGGAGGTG TGTGCTGGAG CGGAAGCAGC CATACAGTGG GGACGAATGG 
TGCTCAGGAC CCGACAGCGA GGAGGACGAC AAGCCCATTG GGGCCACCCA CAACTGTAAT 
GTAGCAGACC CAGCCATGGC GGCCCCACAG CTGGGTCCTG GCCAAGCCGC CCAACTGCCC 
CTCAGCGAGA GCAGCGCACC AGGACCCCCG CATGGGCCGC CACCGGGCCT TCGGCCCGAC 
GCCCCTGGGG GCGGGGGTGG GGGTGTCCCC GGAAAGCCCC CCTCACAGTA CGTGTATGTC 
TTCACCACCC ACCTGGCCAA CACGGCTGCT GAGGCGGTGC TGCAGGGCCG GGCTGACTCC 
ATCCTGGCCT ACCACCAGCA GAACGTGCCC CGGGCCAAGC TGGACCAGGT CCCGAAAGTG 
CCACCTACCC CAGAACCTCT ACCCTTAAGC ACGCCGNGCC CGCCCCCCCC CCCCCCCCCC 
CCCCCGCCAC TCCCGCCGCC GCCACCCCCG GCCCCGGGCA GCGCCCCGCC CGCTCTGCCT 
TCTGATGGTC CTCCCGAGGA CGCTGGCCAG GACCTGACGC CCANNGCTGC CAGCACAGGT 
GGTGGCACCG GGGGCACCCA CCCTAACACC CCTACAGCTG CCGCCTCCAG CAACCCGCTG 
CCTCCTGGAG GAGACCCCAG CAGTGCCCCT GGCCCTGCCC TGCTTGGGGA GGCTGCCCCC 
ACGGGCAATG GGCAGCGGAG CCTTGTGGGC TCTGAAGGGC TGTCCAAGGA GCAGCTGGAG 
CACCGGGAGC GTTCCCTGCA GACGCTTCGA GACATTGAGA GGCTGNNGGG GCCCCAGCAG 
CCCCCCACGG CCCCTCCCAG TGGGCTGAAA AAGTACGAGG AGCCCTTGCA GTCTATGATC 
TCACAGACGC AGAGCCTGGG GGGCCCCCCG CTGGAGCACG AAGTGCCTGG GCACCCCCCA 
GGCGGGGACA TGGGGCAGCA GATGAACATG ATGATGCAGA GGCTGGGCCA GGACAGCCTG 
ACGCCGGAGC AGGTGGCCTG GCGCAAGCTG CAGGAAGAGT ACTACGAGGA GAAGCGGCGG 
AAGGAGGAGC AGATCGGGCT GCACGGGGGC CGCCCTCTGC AGGACATGAT GGGCATGGGG 
GGCATGATGG TGAGGGGGCC ACCGCCTCCC TACCACAGCA AGCCTGGGGA TCAGTGGCCC 
CCCGGCATGG GGGCACAGCT GCGGGGACCC ATGGATGTCC AAGATCCCAT GCAACTCCGG 
GGCGGACCTC CCTTTCCCGG CCCCCGTTTC CCAGGCAACC AGATGCAACG GGTGCCTGGG 
TTTGGAGGCA TGCAGGGTAT GCCCATGGAG GTGCCCATGA ATGCCATGCA GAGGCCTGTG 
AGGCCGGGTA TGGGCTGGAC CGAAGACTTG CCCCCCATGG GGGGGCCCAG CAATTTTGCC 
CAGAATGCTG TGCCCTACCC AGGTGGGCAG GGTGAAGCGG AGCGATTCAT GACCCCCCGG 
GTCCGGGAGG AGCTTCTGCG GCACCAGCTG CTGGAGAAGC GGTCGATGGG CATGCAGCGC 
CCCCTGGGCA TGGCAGGCAG TGCCATGGGG CAGGGCATGG AGGTGGAGCG GATGATGCAG 
GCGCACCGGC AGATGGACCC GGCCATGTTT CCTGGGCAGA TGGCTGGTGG TGAGGGCCTG 
GCGGGCACTC CCATGGGCAT GGAGTTTGGT GGAGGCCGGG GCCTCTTGAG TCCCCCCATG 
GGGCAGTCTG GGCTGAGAGA GGTGGACCCT CCCATGGGGC CAGGCAACCT CAACATGAAC 
ATGAATGTGA ACATGAACAT GAACATGAAC TTGAATGTCC AGATGACCCC ACAGCAGCAG 
ATGCTGATGT CACAGAAGAT GCGGGGCCCA GGGGACATGA TGGGGCCGCA GGGCCTCAGT 
CCCGAGGAGA TGGCCCGGGT GCGGGCCCAG AACAGCAGCG GCATGATGGG TGGCCCCCAG 
AAGATGCTCA TGCCCTCGCA GTTCCCCAAC CAGGGCCAGC AGGGATTCTC TGGGGGCCAG 
GGGCCCTATC AAGCCATGCC CCAGGACATG GGCAACACAC AAGACATGTT CAGTCCCGAC 
CAGAGCTCAA TGCCCATGGG CAACGTGGGC ACCACCCGGC TCAGCCACAT GCCCCTGCCC 
CCTGCGTCCA ATCCTCCCGG GTCTGTGCAT TCAGCCCCTA ACCGGGGACT GGGCAGACGG 
CCTTCAGACC TCACCATCAG TATTAATCAG ATGGGCTCGC CGGGCATGGG GCACCTGAAG 
TCGCCCACCC TTAGCCAGGT GCACTCGCCC CTGGTCACCT CGCCCTCCGC TAACCTCAAG 
TCACCCCAGA CTCCCTCACA GATGGTGCCC TTGCCTTCGG CCAACCCGCC GGGACCTCTC 
AAGTCGCCAC AGGTCCTCAG CTCCTCCCTC AGTGTCCGTT CACCCACTGG CTCGCCCAGC 
AGGCTCAAGT CTCCTTCCGT GGCGGTGCCT TCTCCCGGCT GGGTCGCCTC ACCCAAGACA 
GCCATGCCCA GCCCTGGGGT CCCCCAGAAC AAGCAGCCGC CCCTCAACAT GAACTCTTCT 
ACCACCCTGG GCAGCATGGA ACAGGGTGCC CTCCCGCCTA GCGGCCCCCG GAGCAGCTCC 
TCAGCGCCTC CCGCCAACCC TCCCAGCGGC CTCATGAACC CCAGCTTGCC ATTCACTTCC 
TCCCCAGACC CCACGCCTTC CCAGAACCCC CTGTCACTGA TGATGTCCCA GATGTCCAAG 
TACGCCATGC CCAGCTCCAC CCCGCTCTAC CACAACGCCA TCAAGACCAT CGCCACCTCC 
GACGACGAGC TGCTGCCCGA CCGGCCCCTG CTCCCCCCTC CACCACCGCC ACAGGGCTCT 
GGGCCAGGGA TCAGCAATAA CCAGCCCAGC CAGCTGCACC TGAACTCAGC TGCTGCCCAG 
AGCCCCATGG GCATGAACCT GCCAGGCCAG CAGCCCCTGT CCCATGAACC CCCGCCTACT 
ATGTTGCCCT CCCCTACCCC TCTGGGGTCC AACATTCCAC TGCACCCCAA TGCACAGGGG 
ACAGGAGGGC CCCCTCAGAA CTCGATTATA CTGCCTCCAG GGGGCCCAGA CTCCCTGAGT 
GCCCCCTGTG GCCCTGTGCC CAGCTCGTCC CAGATGATGC CCTTCCCCCC TCGGCTGCAG 
CAGCCCCATG GTGCCATGGC CCCCAGCGGG GGTGGGGGCG GGGGGCCTGG CCTGCAGCAG 
CACTACCCTT CGGGCATGCC CCTGCCCCCA GAGGACCTGC CTAGCCAGCC GCCGGGCCCC 
ATGCCCCCTC AGCAGCACCT GATGGGCAAA GGCATGGCTG GGCGCATGGG CGATGCCTAC 
CCCCCGGGCG TGCTCCCTGG GGTGGCATCC GTGCTGAACG ACCCTGAGCT GAGCGAGGTG 
ATCCGGCCCA CCCCGACGGG GATCCCTGAG TTCGACTTAT CGAGGATCAT CCCCTCTGAG 
AAGCCAAGCA GCACCCTCCA ATACTTCCCC AAGAGCGAGA ACCAGCCCCC CAAGGCCCAG 
CCCCCCAATC TGCATCTCAT GAACCTGCAG AACATGATGG CGGAGCAGAC CCCCTCACGG 
CCCCCCAACC TCCCGGGCCA ACAGGGCGTC CAGCGGGGTC TCAACATGTC CATGTGCCAC 
CCTGGACAGA TGTCCTTGCT GGGCAGGACA GGTGTGCCCC CGCAGCAGGG CATGGTGCCC 
CACGGTCTGC ACCAGGGAGT CATGTCCCCG CCACAAGGCC TCATGGCCCA GCAGAATTTC 
ATGCTGATGA AGCAACGGGG CGTAGGGGGC GAGGTCTATA GCCAGCCCCC CCACATGCTC 
TCCCCACAGG GCTCCCTCAT GGGCCCCCCG CCCCAGCAGA ACCTCATGGT GTCCCACCCC 
TTGCGGCAGC GCAGCGTGTC TCTGGACAGC CAGATGGGGT ACCTCCCGGC GCCGGGCAGC 
ATGGCCAACC TGCCCTTCTA G

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

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BCL9L cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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