COL4A2 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL4A2
Entrez Gene ID	100479004
Full Name	collagen type IV alpha 2 chain
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011231547.2	XP_011229849.1	LOW QUALITY PROTEIN: collagen alpha-2(IV) chain

Pathways from BioSystems
Gene Ontology

The following COL4A2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL4A2 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
OAc29188	XM_011231547.2 Latest version!	Ailuropoda melanoleuca collagen type IV alpha 2 chain (COL4A2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

COL4A2 ( XM_011231547.2 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011229849.1 Ailuropoda melanoleuca collagen type IV alpha 2 chain (COL4A2), mRNA.

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CloneID	OAc29188
Clone ID Related Accession (Same CDS sequence)	XM_011231547.2
Accession Version	XM_011231547.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5151bp) 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: collagen alpha-2(IV) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218114.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_011231547.1. ##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 internal stop codons :: corrected 2 genomic stop codon ##RefSeq-Attributes-END##

ATGGACAGAC ACCAGTGCCC GGCGTCCAGC CCTGCCTTGC GGCGGTGGCT GCTGCTGGGG 
GCTGTGACAG TGGGGCTCCT GGCCCAGAGC GTTCTGGCGG GGGTGAAGAA GTTCGATGTG 
CCCTGCGGAG GGAGAGACTG CAGCGGGGGC TGCCAGTGTT ACCCCGAGAA GGGAGGACGG 
GGCCAGCCTG GGCCAGTGGG CCCCCAGGGG TACACCGGGC CCCCAGGCCT GCAGGGATTC 
CCAGGACTGC AAGGCCGCAA AGGTGACAAG GGCGAACGGG GGTCACCCGG GATCACAGGA 
CCGAAAGGAG ACGTGGGAGC GAGAGGTGTG TCTGGATTCC CTGGTGCTGA CGGAATTCCC 
GGACACCCCG GGCAAGGTGG GCCCAGAGGA CCACCCGGCT ACGATGGCTG CAACGGGACC 
AGAGGAGACG TGGGCCGGCA GGGACCCGAC GGCCCTGCGG GGTTCCTTGG CCCTCCCGGG 
CCCCAAGGAC CCAAAGGACA GAAAGGCGAG CCATATGCGC TATCCAGTGA GGACCGCGAC 
AGATACAGGG GTGAACCCGG AGAGCCTGGA TTGGTTGGTT TCCCGGGCAC CCCCGGCCGC 
CCTGGGCCTG TAGGACAGAT GGGTCCGGTT GGAGCTCCGG GAAGACCAGG CCCGCCTGGA 
CCCCCTGGAC CGAAAGGACA GCCAGGCAAC AGAGGACTTG GCTTTTATGG AGAAAAGGGT 
GAAAAGGGTG ACGTGGGAGT GCCAGGACCC AATGGGATCC CATCAGACAC CCACCATGCC 
ATCATCGGAC CCACGAAGGA AATGTTCCAC CCAGAGCATT ATAAGGGTGA AAAGGGGAGT 
GAAGGGGAGC CAGGAATAAA AGGCATCTCC TTGAGGGGAG AAGAAGGAGT CATGGGTTTT 
TCGGGTCCAC GGGGTGCTGC TGGCTTTGAT GGTGAAAAAG GTTCACCGGG ACAGAAAGGG 
ATCAAAGGAC TGGATGGTTA TGAAGGCCCC CACGGACCCC CAGGACCCAA GGGAGAAGCA 
GGCGATCGTG GCCCCCCGGG TGCACCTGCT TACTTCCCTC ACCCCTCCCT AACCAAAGGT 
GCCAGAGGTG ACCCAGGATT CTCAGGGACC CACGGGGAGC CGGGAAGCCG GGGTGAACCA 
GGAGACCCAG GCCCCCCGGG CCTCCCCGGC ACGTCCGTCA GAGACGAAGA TGGCAAGAGA 
GGCCTCCCGG GTGAAATGGG CCCCAAAGGC TTCACAGGAG ACCCAGGCAT CCCTGCACAG 
TACCCCGGCC CGCCAGGCAC TGATGGAAGG CCAGGACTCC AAGGACTCCC AGGGCCTGCT 
GGACCACCGG GACCAGACGG TTTCCTATTT GGCCTTAAAG GAACAGAAGG GACAGTGGGC 
TACCCTGGGC CTTCTGGCTT CCCTGGGGCT CGCGGACAGA AAGGATGGAA AGGTGACTCT 
GGGGACTGTA AGTGCGCTGA GAGTGATCAG TTCATCACGG GGCTCCCGGG GCTGCCAGGA 
CCCAAGGGCT TTCCCGGCAT CAATGGGGAG CCAGGGAAGA AAGGGATCCA AGGAGACCCC 
GGCCAGCACG GCATCCCTGG GTTCCCAGGG TTCAAGGGTG CCCCTGGCAA CATGGGACCA 
CCCGGGCCCA AAGGGGTGAA GGGGGATTCC AGAGCAGTCA CCACCAAAGG TGACAGAGGA 
CAGCCAGGGG TCCCAGGTGT GCCGGGGCTG AAAGGTGACG ACGGTGTCCC TGGGCGCGAT 
GGGCTGGATG GGTTCCCAGG CCTCCCAGGC CCTCCGGGTG ATGGCATCAA AGGCCCCCCA 
GGTGACTCGG GTTACCCAGG AGCACCTGGC ACTAAGGGCG TTCCAGGAGA AAGGGGCCCC 
CCAGGACTGG GCCTGCCTGG CCCCAAGGGC CAGCGTGGTT TCCCCGGAGA TGCTGGACTA 
CCTGGACCAC CAGGCTTTCC CGGTCCCCCT GGCCTCCCAG GCACTCCCGG ACTAATAGAC 
TGTGACACAG GTGTGAAGAG GCCCATCGGA GGTGACGGAC AGGAGGTCGT GCAGCCAGGT 
TGCGTCGGAG GGCCCAAGGG ATCACCAGGC CTGCCGGGAC CCCCGGGCCC CACAGGTGCC 
AAGGGCCTGC AAGGGATACC AGGACTCTCG GGCGCTGACG GAGCACCAGG GCTCAAGGGT 
CTCCCCGGAG ACCCAGGTCG TGAAGGGTTC CCGGGACCCC CAGGGTTCGT GGGGCCCCGA 
GGATCCAAAG GAGCAGCGGG CCTTCCTGGC GCGGATGGAC ACCCGGGTCC CACTGGTCTG 
CCAGGCCCCG TTGGGCCCCC AGGGGATAGG GGCCTTCCCG GAGAAGTTCT GGGAGCCCAG 
CCCGGGCCCC GGGGAGATGC TGGACTGCCT GGACACCCCG GGGTCAAAGG CCCTCCGGGA 
GAGAGAGGCC CACCTGGATT CAGGGGAAGC CAGGGCATGC CGGGAATGCC AGGCCTGAAG 
GGCCAGCCGG GCTTCCCAGG ACCCTCGGGC CAGCCAGGCC TGCCTGGGCC GCCAGGACAG 
CACGGATTCC CAGGAGCTCC CGGCCGGGAG GGGCCCTTCG GGCTGCCAGG TGCCCCTGGT 
CACGGAGGTC TGCCTGGAGA CAGAGGGGAC CCAGGGGACA CAGGTGTCCC TGGCCCTGTG 
GGCATGAAGG GTCTCTCCGG CGATATAGGT GACCCTGGTT TGCTGGGGGA GAGAGGCCCC 
CCAGGAAGTC CTGGGTTTAA AGGAATGAGC GGAATGCCTG GCATCCCTGG GGAGAAAGGT 
GGGAGAGGCT CACCCGGGAT GGATGGTTTC CAAGGCATGG TTGGGCTCAA AGGAAGATCC 
GGGATTCCGG GAAACAAAGG AGAGGCCGGA TTTTTTGGAA TTCCAGGACT GAAGGGTCTG 
GCTGGGGAGC CGGGTGTGAA AGGCAGTCGT GGGGACCCCG GACCCCCAGG ACCACCGCCC 
ATCATCCTGC CAGGAATGAA AGACATCAAA GGAGAGAAAG GAGATGAAGG GCCTATGGGG 
TTGAAAGGAT ACCTGGGCCT GAAAGGTGTT CCCGGAATGC CAGGGATCCC CGGGCTGTCG 
GGAGTCCCCG GGTTGCCGGG GAAGCCAGGA CACATCAAAG GAGTCAAAGG AGACATTGGC 
GTTCCCGGCG TGCCCGGTTT ACCAGGATTC CCCGGTGTGC CCGGCCCCCC TGGAATCATA 
GGGTTTCCCG GGTTCACAGG AAGTAGGGGC GACAAGGGAG CTCCGGGGAG AGCAGGCCTG 
TACGGCGAGG TTGGCCCCAC CGGAGACTTC GGTGACATTG GAGACACTAT AGACCTGCTG 
GGAAGCCCAG GCCTGAAGGG GGAGCGGGGC GTCGCTGGAG CACCAGGTCT GAAGGGATTC 
TTCGGGGAGA GAGGAACGGC GGGCGAAGTC GGCTTCCCCG GGATAACCGG CGTGCCGGGC 
GTCCAAGGCC CTCCCGGACC CAAAGGGCAA ACAGGCTTCC CAGGACTGAC AGGGCTGCAG 
GGGCCACAGG GAGAGCCGGG GCGTGTGGGA CTGCCCGGCG ATAAAGGAGA CTACGGCTGG 
CCGGGGATTC GAGGCTCCCC AGGTTTTCCA GGCATCCGAG GCATCAGCGG ACTGCACGGC 
CTGCCAGGCA CCAAAGGCTT TCCAGGATCC CCAGGTGCGG ACATCCACGG AGACCCCGGC 
TTCCCCGGTC CTGCTGGGGA CAGGGGTGAC CCAGGAGAAG CCAACACCAG CCCAGGCCCT 
TTCGGAGCCC CGGGACAGAA GGGGGAACGA GGCGAGCCAG GGGAACGAGG CCCAGTCGGG 
AGTCCAGGAC TTCAGGGTTT CCCAGGCATC ACCCCCCCTT CCAACATGTC TGGCTCGCCC 
GGTGACAAAG GGGCGCCAGG CATATTTGGC CTGGAAGGTT ATCAAGGGCC CCCCGGGCCA 
CCCGGGCCTG CTGCTCTTCC TGGAACCAAA GGAGATGAGG GGAACCCAGG AGCTCTGGGA 
AACCCCGGGA CCAAAGGATG GGGCGGGGAC CCCGGGCCCC AAGGCCGACC CGGTGTGTTC 
GGTCTCCCGG GAGAGAAAGG GCCCAGAGGG GAGCCGGGAT TCATGGGAAA CACAGGAGCC 
ACCGGGACTG TGGGCGACAG AGGCCCCAAG GGACCCAAGG GAGACCGAGG CCTTCCAGGT 
GCCCCTGGTT CCGTGGGATC CCCTGGGATT GCAGGAATCC CCCAGAAGAT TTCCGTCCAG 
CCGGGGCCAG TGGGTCCGCA GGGAAGGAGA GGCCCCCCGG GGGCGCAGGG AGAGATGGGG 
CCCCAGGGCC CCCCAGGAGA ACCAGGTTTC CGCGGGGCTC CCGGGAAGGC GGGGCCCCAG 
GGGAGAGGTG GTGTGTCTGC TATTCCCGGA TTCCGAGGAG ACCAGGGGCC CATGGGACAG 
CAGGGGCCGG TGGGCCAGGA AGGGGAGCCG GGCCGCCCAG GGACCCCCGG CCTGCCGGGC 
ATGCCGGGCC GCAGCGTCAG CATCGGCTAC CTGCTGGTGA AGCACAGCCA GACGGACCAG 
GAGCCCATGT GCCCCGTGGG CATGAAGACT CTGTGGAGGG GGTCAGCCTC CTGAGGTACC 
GCCGCCCAGC ACCCCAGCCC CGTTCAGCAG TGACCCCTCT CCACAGGTCT GGCGGGCTCC 
TGCCTGGCTC GGTTCAGCAC CATGCCCTTC CTGTACTGCA ACCCCGGTGA TGTGTGCTAC 
TATGCCAGCC GAAATGACAA GTCCTACTGG CTGTCCACCA CCGCCCCGCT GCCCATGATG 
CCTGTGGCCG AGGAGGACAT CAAGCCCTAC ATCAGCCGCT GCTCCGTGTG CGAGGCCCCA 
GCCGTTGCCA TAGCGGTACA CAGCCAAGAT GTCTCCATCC CCCACTGCCC AGCCGGATGG 
CGGAGTCTGT GGATTGGATA CTCCTTCCTC ATGCACACGG CCGCCGGCGA CGAAGGTGGC 
GGCCAGTCGC TGGTGTCGCC GGGCNAGNNN NNNNNNNNNN NNNNNNNNNN NNNNNTCATC 
GAGTGCAACG GGGGCCGCGG GACCTGCCAC TACTACGCCA ACAAGTACAG CTTCTGGCTC 
ACCACCATCC CCGAGCAGAG CTTCCAGGGC GCGCCCTCGG CCGACACGCT CAAGGCGGGG 
CTCATCCGCA CGCACATCAG CCGCTGCCAG GTGTGCATGA AGAACCTGTG A

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

RefSeq	XP_011229849.1
CDS	85..5235
Translation	MDRHQCPASSPALRRWLLLGAVTVGLLAQSVLAGVKKFDVPCGGRDCSGGCQCYPEKGGRGQPGPVGPQGYTGPPGLQGFPGLQGRKGDKGERGSPGITGPKGDVGARGVSGFPGADGIPGHPGQGGPRGPPGYDGCNGTRGDVGRQGPDGPAGFLGPPGPQGPKGQKGEPYALSSEDRDRYRGEPGEPGLVGFPGTPGRPGPVGQMGPVGAPGRPGPPGPPGPKGQPGNRGLGFYGEKGEKGDVGVPGPNGIPSDTHHAIIGPTKEMFHPEHYKGEKGSEGEPGIKGISLRGEEGVMGFSGPRGAAGFDGEKGSPGQKGIKGLDGYEGPHGPPGPKGEAGDRGPPGAPAYFPHPSLTKGARGDPGFSGTHGEPGSRGEPGDPGPPGLPGTSVRDEDGKRGLPGEMGPKGFTGDPGIPAQYPGPPGTDGRPGLQGLPGPAGPPGPDGFLFGLKGTEGTVGYPGPSGFPGARGQKGWKGDSGDCKCAESDQFITGLPGLPGPKGFPGINGEPGKKGIQGDPGQHGIPGFPGFKGAPGNMGPPGPKGVKGDSRAVTTKGDRGQPGVPGVPGLKGDDGVPGRDGLDGFPGLPGPPGDGIKGPPGDSGYPGAPGTKGVPGERGPPGLGLPGPKGQRGFPGDAGLPGPPGFPGPPGLPGTPGLIDCDTGVKRPIGGDGQEVVQPGCVGGPKGSPGLPGPPGPTGAKGLQGIPGLSGADGAPGLKGLPGDPGREGFPGPPGFVGPRGSKGAAGLPGADGHPGPTGLPGPVGPPGDRGLPGEVLGAQPGPRGDAGLPGHPGVKGPPGERGPPGFRGSQGMPGMPGLKGQPGFPGPSGQPGLPGPPGQHGFPGAPGREGPFGLPGAPGHGGLPGDRGDPGDTGVPGPVGMKGLSGDIGDPGLLGERGPPGSPGFKGMSGMPGIPGEKGGRGSPGMDGFQGMVGLKGRSGIPGNKGEAGFFGIPGLKGLAGEPGVKGSRGDPGPPGPPPIILPGMKDIKGEKGDEGPMGLKGYLGLKGVPGMPGIPGLSGVPGLPGKPGHIKGVKGDIGVPGVPGLPGFPGVPGPPGIIGFPGFTGSRGDKGAPGRAGLYGEVGPTGDFGDIGDTIDLLGSPGLKGERGVAGAPGLKGFFGERGTAGEVGFPGITGVPGVQGPPGPKGQTGFPGLTGLQGPQGEPGRVGLPGDKGDYGWPGIRGSPGFPGIRGISGLHGLPGTKGFPGSPGADIHGDPGFPGPAGDRGDPGEANTSPGPFGAPGQKGERGEPGERGPVGSPGLQGFPGITPPSNMSGSPGDKGAPGIFGLEGYQGPPGPPGPAALPGTKGDEGNPGALGNPGTKGWGGDPGPQGRPGVFGLPGEKGPRGEPGFMGNTGATGTVGDRGPKGPKGDRGLPGAPGSVGSPGIAGIPQKISVQPGPVGPQGRRGPPGAQGEMGPQGPPGEPGFRGAPGKAGPQGRGGVSAIPGFRGDQGPMGQQGPVGQEGEPGRPGTPGLPGMPGRSVSIGYLLVKHSQTDQEPMCPVGMKTLWRGSASGTAAQHPSPVQQPLSTGLAGSCLARFSTMPFLYCNPGDVCYYASRNDKSYWLSTTAPLPMMPVAEEDIKPYISRCSVCEAPAVAIAVHSQDVSIPHCPAGWRSLWIGYSFLMHTAAGDEGGGQSLVSPGnullnullnullnullnullnullnullnullnullnullnullIECNGGRGTCHYYANKYSFWLTTIPEQSFQGAPSADTLKAGLIRTHISRCQVCMKNL

Target ORF information:

RefSeq Version	XM_011231547.2
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca collagen type IV alpha 2 chain (COL4A2), mRNA.

Target ORF information:

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

XM_011231547.2

ORF Insert Sequence:

ATGGACAGAC ACCAGTGCCC GGCGTCCAGC CCTGCCTTGC GGCGGTGGCT GCTGCTGGGG 
GCTGTGACAG TGGGGCTCCT GGCCCAGAGC GTTCTGGCGG GGGTGAAGAA GTTCGATGTG 
CCCTGCGGAG GGAGAGACTG CAGCGGGGGC TGCCAGTGTT ACCCCGAGAA GGGAGGACGG 
GGCCAGCCTG GGCCAGTGGG CCCCCAGGGG TACACCGGGC CCCCAGGCCT GCAGGGATTC 
CCAGGACTGC AAGGCCGCAA AGGTGACAAG GGCGAACGGG GGTCACCCGG GATCACAGGA 
CCGAAAGGAG ACGTGGGAGC GAGAGGTGTG TCTGGATTCC CTGGTGCTGA CGGAATTCCC 
GGACACCCCG GGCAAGGTGG GCCCAGAGGA CCACCCGGCT ACGATGGCTG CAACGGGACC 
AGAGGAGACG TGGGCCGGCA GGGACCCGAC GGCCCTGCGG GGTTCCTTGG CCCTCCCGGG 
CCCCAAGGAC CCAAAGGACA GAAAGGCGAG CCATATGCGC TATCCAGTGA GGACCGCGAC 
AGATACAGGG GTGAACCCGG AGAGCCTGGA TTGGTTGGTT TCCCGGGCAC CCCCGGCCGC 
CCTGGGCCTG TAGGACAGAT GGGTCCGGTT GGAGCTCCGG GAAGACCAGG CCCGCCTGGA 
CCCCCTGGAC CGAAAGGACA GCCAGGCAAC AGAGGACTTG GCTTTTATGG AGAAAAGGGT 
GAAAAGGGTG ACGTGGGAGT GCCAGGACCC AATGGGATCC CATCAGACAC CCACCATGCC 
ATCATCGGAC CCACGAAGGA AATGTTCCAC CCAGAGCATT ATAAGGGTGA AAAGGGGAGT 
GAAGGGGAGC CAGGAATAAA AGGCATCTCC TTGAGGGGAG AAGAAGGAGT CATGGGTTTT 
TCGGGTCCAC GGGGTGCTGC TGGCTTTGAT GGTGAAAAAG GTTCACCGGG ACAGAAAGGG 
ATCAAAGGAC TGGATGGTTA TGAAGGCCCC CACGGACCCC CAGGACCCAA GGGAGAAGCA 
GGCGATCGTG GCCCCCCGGG TGCACCTGCT TACTTCCCTC ACCCCTCCCT AACCAAAGGT 
GCCAGAGGTG ACCCAGGATT CTCAGGGACC CACGGGGAGC CGGGAAGCCG GGGTGAACCA 
GGAGACCCAG GCCCCCCGGG CCTCCCCGGC ACGTCCGTCA GAGACGAAGA TGGCAAGAGA 
GGCCTCCCGG GTGAAATGGG CCCCAAAGGC TTCACAGGAG ACCCAGGCAT CCCTGCACAG 
TACCCCGGCC CGCCAGGCAC TGATGGAAGG CCAGGACTCC AAGGACTCCC AGGGCCTGCT 
GGACCACCGG GACCAGACGG TTTCCTATTT GGCCTTAAAG GAACAGAAGG GACAGTGGGC 
TACCCTGGGC CTTCTGGCTT CCCTGGGGCT CGCGGACAGA AAGGATGGAA AGGTGACTCT 
GGGGACTGTA AGTGCGCTGA GAGTGATCAG TTCATCACGG GGCTCCCGGG GCTGCCAGGA 
CCCAAGGGCT TTCCCGGCAT CAATGGGGAG CCAGGGAAGA AAGGGATCCA AGGAGACCCC 
GGCCAGCACG GCATCCCTGG GTTCCCAGGG TTCAAGGGTG CCCCTGGCAA CATGGGACCA 
CCCGGGCCCA AAGGGGTGAA GGGGGATTCC AGAGCAGTCA CCACCAAAGG TGACAGAGGA 
CAGCCAGGGG TCCCAGGTGT GCCGGGGCTG AAAGGTGACG ACGGTGTCCC TGGGCGCGAT 
GGGCTGGATG GGTTCCCAGG CCTCCCAGGC CCTCCGGGTG ATGGCATCAA AGGCCCCCCA 
GGTGACTCGG GTTACCCAGG AGCACCTGGC ACTAAGGGCG TTCCAGGAGA AAGGGGCCCC 
CCAGGACTGG GCCTGCCTGG CCCCAAGGGC CAGCGTGGTT TCCCCGGAGA TGCTGGACTA 
CCTGGACCAC CAGGCTTTCC CGGTCCCCCT GGCCTCCCAG GCACTCCCGG ACTAATAGAC 
TGTGACACAG GTGTGAAGAG GCCCATCGGA GGTGACGGAC AGGAGGTCGT GCAGCCAGGT 
TGCGTCGGAG GGCCCAAGGG ATCACCAGGC CTGCCGGGAC CCCCGGGCCC CACAGGTGCC 
AAGGGCCTGC AAGGGATACC AGGACTCTCG GGCGCTGACG GAGCACCAGG GCTCAAGGGT 
CTCCCCGGAG ACCCAGGTCG TGAAGGGTTC CCGGGACCCC CAGGGTTCGT GGGGCCCCGA 
GGATCCAAAG GAGCAGCGGG CCTTCCTGGC GCGGATGGAC ACCCGGGTCC CACTGGTCTG 
CCAGGCCCCG TTGGGCCCCC AGGGGATAGG GGCCTTCCCG GAGAAGTTCT GGGAGCCCAG 
CCCGGGCCCC GGGGAGATGC TGGACTGCCT GGACACCCCG GGGTCAAAGG CCCTCCGGGA 
GAGAGAGGCC CACCTGGATT CAGGGGAAGC CAGGGCATGC CGGGAATGCC AGGCCTGAAG 
GGCCAGCCGG GCTTCCCAGG ACCCTCGGGC CAGCCAGGCC TGCCTGGGCC GCCAGGACAG 
CACGGATTCC CAGGAGCTCC CGGCCGGGAG GGGCCCTTCG GGCTGCCAGG TGCCCCTGGT 
CACGGAGGTC TGCCTGGAGA CAGAGGGGAC CCAGGGGACA CAGGTGTCCC TGGCCCTGTG 
GGCATGAAGG GTCTCTCCGG CGATATAGGT GACCCTGGTT TGCTGGGGGA GAGAGGCCCC 
CCAGGAAGTC CTGGGTTTAA AGGAATGAGC GGAATGCCTG GCATCCCTGG GGAGAAAGGT 
GGGAGAGGCT CACCCGGGAT GGATGGTTTC CAAGGCATGG TTGGGCTCAA AGGAAGATCC 
GGGATTCCGG GAAACAAAGG AGAGGCCGGA TTTTTTGGAA TTCCAGGACT GAAGGGTCTG 
GCTGGGGAGC CGGGTGTGAA AGGCAGTCGT GGGGACCCCG GACCCCCAGG ACCACCGCCC 
ATCATCCTGC CAGGAATGAA AGACATCAAA GGAGAGAAAG GAGATGAAGG GCCTATGGGG 
TTGAAAGGAT ACCTGGGCCT GAAAGGTGTT CCCGGAATGC CAGGGATCCC CGGGCTGTCG 
GGAGTCCCCG GGTTGCCGGG GAAGCCAGGA CACATCAAAG GAGTCAAAGG AGACATTGGC 
GTTCCCGGCG TGCCCGGTTT ACCAGGATTC CCCGGTGTGC CCGGCCCCCC TGGAATCATA 
GGGTTTCCCG GGTTCACAGG AAGTAGGGGC GACAAGGGAG CTCCGGGGAG AGCAGGCCTG 
TACGGCGAGG TTGGCCCCAC CGGAGACTTC GGTGACATTG GAGACACTAT AGACCTGCTG 
GGAAGCCCAG GCCTGAAGGG GGAGCGGGGC GTCGCTGGAG CACCAGGTCT GAAGGGATTC 
TTCGGGGAGA GAGGAACGGC GGGCGAAGTC GGCTTCCCCG GGATAACCGG CGTGCCGGGC 
GTCCAAGGCC CTCCCGGACC CAAAGGGCAA ACAGGCTTCC CAGGACTGAC AGGGCTGCAG 
GGGCCACAGG GAGAGCCGGG GCGTGTGGGA CTGCCCGGCG ATAAAGGAGA CTACGGCTGG 
CCGGGGATTC GAGGCTCCCC AGGTTTTCCA GGCATCCGAG GCATCAGCGG ACTGCACGGC 
CTGCCAGGCA CCAAAGGCTT TCCAGGATCC CCAGGTGCGG ACATCCACGG AGACCCCGGC 
TTCCCCGGTC CTGCTGGGGA CAGGGGTGAC CCAGGAGAAG CCAACACCAG CCCAGGCCCT 
TTCGGAGCCC CGGGACAGAA GGGGGAACGA GGCGAGCCAG GGGAACGAGG CCCAGTCGGG 
AGTCCAGGAC TTCAGGGTTT CCCAGGCATC ACCCCCCCTT CCAACATGTC TGGCTCGCCC 
GGTGACAAAG GGGCGCCAGG CATATTTGGC CTGGAAGGTT ATCAAGGGCC CCCCGGGCCA 
CCCGGGCCTG CTGCTCTTCC TGGAACCAAA GGAGATGAGG GGAACCCAGG AGCTCTGGGA 
AACCCCGGGA CCAAAGGATG GGGCGGGGAC CCCGGGCCCC AAGGCCGACC CGGTGTGTTC 
GGTCTCCCGG GAGAGAAAGG GCCCAGAGGG GAGCCGGGAT TCATGGGAAA CACAGGAGCC 
ACCGGGACTG TGGGCGACAG AGGCCCCAAG GGACCCAAGG GAGACCGAGG CCTTCCAGGT 
GCCCCTGGTT CCGTGGGATC CCCTGGGATT GCAGGAATCC CCCAGAAGAT TTCCGTCCAG 
CCGGGGCCAG TGGGTCCGCA GGGAAGGAGA GGCCCCCCGG GGGCGCAGGG AGAGATGGGG 
CCCCAGGGCC CCCCAGGAGA ACCAGGTTTC CGCGGGGCTC CCGGGAAGGC GGGGCCCCAG 
GGGAGAGGTG GTGTGTCTGC TATTCCCGGA TTCCGAGGAG ACCAGGGGCC CATGGGACAG 
CAGGGGCCGG TGGGCCAGGA AGGGGAGCCG GGCCGCCCAG GGACCCCCGG CCTGCCGGGC 
ATGCCGGGCC GCAGCGTCAG CATCGGCTAC CTGCTGGTGA AGCACAGCCA GACGGACCAG 
GAGCCCATGT GCCCCGTGGG CATGAAGACT CTGTGGAGGG GGTCAGCCTC CTGAGGTACC 
GCCGCCCAGC ACCCCAGCCC CGTTCAGCAG TGACCCCTCT CCACAGGTCT GGCGGGCTCC 
TGCCTGGCTC GGTTCAGCAC CATGCCCTTC CTGTACTGCA ACCCCGGTGA TGTGTGCTAC 
TATGCCAGCC GAAATGACAA GTCCTACTGG CTGTCCACCA CCGCCCCGCT GCCCATGATG 
CCTGTGGCCG AGGAGGACAT CAAGCCCTAC ATCAGCCGCT GCTCCGTGTG CGAGGCCCCA 
GCCGTTGCCA TAGCGGTACA CAGCCAAGAT GTCTCCATCC CCCACTGCCC AGCCGGATGG 
CGGAGTCTGT GGATTGGATA CTCCTTCCTC ATGCACACGG CCGCCGGCGA CGAAGGTGGC 
GGCCAGTCGC TGGTGTCGCC GGGCNAGNNN NNNNNNNNNN NNNNNNNNNN NNNNNTCATC 
GAGTGCAACG GGGGCCGCGG GACCTGCCAC TACTACGCCA ACAAGTACAG CTTCTGGCTC 
ACCACCATCC CCGAGCAGAG CTTCCAGGGC GCGCCCTCGG CCGACACGCT CAAGGCGGGG 
CTCATCCGCA CGCACATCAG CCGCTGCCAG GTGTGCATGA AGAACCTGTG A

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

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COL4A2 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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