KMT2E cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	KMT2E
Entrez Gene ID	100468393
Full Name	lysine methyltransferase 2E
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019806643.1	XP_019662202.1	LOW QUALITY PROTEIN: histone-lysine N-methyltransferase 2E

Pathways from BioSystems
Gene Ontology

The following KMT2E gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the KMT2E 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
OAc88800	XM_019806643.1 Latest version!	Ailuropoda melanoleuca lysine methyltransferase 2E (KMT2E), 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)

KMT2E ( XM_019806643.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019662202.1 Ailuropoda melanoleuca lysine methyltransferase 2E (KMT2E), mRNA.

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CloneID	OAc88800
Clone ID Related Accession (Same CDS sequence)	XM_019806643.1
Accession Version	XM_019806643.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5448bp) 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: histone-lysine N-methyltransferase 2E
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217316.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##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##

ATGAGCATAG TGATCCCTTT GGGGGTTGAT ACAGCAGAAA CATCATACTT GGAAATGGCT 
GCAGGCTCAG AACCAGAATC CGTAGAAGCT AGCCCTGTGG TAGTTGAGAA ATCCAACAGT 
TATCCCCACC AGTTATATAC CAGCAGCTCG CATCATTCAC ACAGTTACAT CGGTTTGCCC 
TATGCGGACC ATAATTATGG TGCTCGTCCT CCTCCAACAC CTCCGGCTTC CCCTCCTCCA 
TCAGTTCTTA TTAGCAAAAA TGAAGTAGGC ATATTCACCA CTCCTAATTT TGATGAAACT 
TCCAGTGCTA CTACAATCAG CACATCCGAG GATGGAAGTT ATGGTACTGA TGTAACCAGG 
TGCATATGTG GTTTTACACA TGATGATGGA TACATGATCT GTTGTGACAA ATGCAGCGTT 
TGGCAACATA TTGACTGCAT GGGGATTGAC AGGCAGCATA TTCCTGATAC ATATTTATGT 
GAACGTTGTC AGCCTAGGAA TTTGGATAAA GAGAGGGCAG TGCTACTACA ACGCCGGAAA 
AGGGAAAATA TGTCAGATGG TGATACCAGT GCAACTGAGA GTGGTGATGA GGTTCCTGTG 
GAATTATATA CTGCATTTCA GCACACCCCA ACATCGATTA CTTTAACTGC TTCAAGAGTT 
TCCAAGGTTA ATGATAAAAG AAGGAAAAAA AGTGGGGAGA AAGAACAAAA CATTTCAAAG 
TGTAAAAAAG CCTTTCGTGA AGGATCTAGG AAGTCATCAA GAGTTAAGGG TTCAGCTCCA 
GAGATTGATC CTTCATCTGA TGGTTCAAAT TTTGGATGGG AGACAAAAAT CAAAGCGTGG 
ATGGATCGAT ATGAAGAGGC AAATAGTAAC CAATATAGTG AGGGTGTTCA GAGGGAGGCA 
CAAAGAATAG CTCTGAGATT AGGCAATGGA AATGACAAAA AAGAAATAAA TAAATCAGAT 
TTGAATACCA ACAACTTGCT CTTCAAGCCT CCTGTGGAGA GCCATATACA AAAAAATAAG 
AAAATTCTGA AATCCGCAAA AGATTTGCCT CCTGATGCAC TTATCATTGA GTACAGAGGG 
AAGTTTATGC TAAGAGAACA GTTTGAAGCA AATGGATATT TCTTTAAGAG ACCATATCCT 
TTTGTTTTAT TTTATTCTAA ATTTCACGGG CTAGAAATGT GTGTTGATGC AAGGACTTTT 
GGGAATGAGG CTCGGTTCAT CAGGCGTTCT TGTACACCCA ATGCAGAGGT GAGGCATGAA 
ATTGAAGATG GAACCATTCA TCTTTACATT TATTCTATAC AGAGTATTCC AAAGGGAACT 
GAAATAACTA TTGCCTTTGA TTTTGACTAT GGGAATTGTA AGTACAAGGT GGACTGCGCA 
TGCCTCAAGG AAAATCCAGA GTGCCCTGTT CTGAAACGTA GTTCTGAATC CACGGAAAAC 
ATCAATAGCG GTTATGAGAC CAGAAGGAAA AAAGGAAAAA AAGAAAAGGA TATTTCAAAA 
GAAAAAGATA CACAGAATCA GAATATTACT TTGGATTGTG AAGGAACAAC CAACAAAATG 
AAGAGCCCAG AAACTAAACA GAGAAAGCTT TCTCCACTGA GACTATCAGT ATCAAATAAT 
CAGGAACCAG ATTTTATTGA CGATATAGAA GAAAAAACTC CCATTAGCAA TGAAGTAGAA 
ATGGAATCAG AGGAGCAGAT TGCAGAAAGG AAAAGGAAGA TGACAAGAGA AGAAAGGAAA 
ATGGAAGCAA TTCTGCAAGC TTTTGCCAGA CTTGAAAAAA GAGAGAAGAG AAGAGAACAA 
GCTTTGGAAA GGATCAGCAC AGCCAAAACT GAAGTTAAAA CTGAATGTAA AGATGCACAG 
ATTGTCAGTG ACGCTGAAGT TATTCAGGAA CAAGCAAAAG AAGAAACTGC TAGCAAGCCA 
ACCCCTGCCA AAGTGAATAG AACTAAACAG AGAAAAAGTT TTTCTCGAAG TCGAACTCAC 
ATTGGACAGC AGCGTCGGAG ACACAGGACT GTCAGCATGT GTTCAGATAT CCAGCCATCT 
TCCCCTGACA TAGAAGTCAC TTCACAACAG AACGATATTG AAAATACTGT ACTTGCAATA 
GAACCAGAAA CTGAAACTGC ACTAGCAGAA CTGATTCCCG AAACTGAAGT CCCAGCACTT 
ACTAAATGTC CTGCGAAGTA CCCTAAAACT AAGAAGCACT TGGTCAATGA GTGGTTAAGT 
GAGAAGAATG AGAAGACAGG AAAACCTTCA GACAGCCTTT CAGAAAGGCC TCTGCGCATA 
ACTACCGATC CTGAAGTGTT AGCTACCCAG CTCAATTCCT TACCAGGCCT GGCCTACAGT 
CCCCATGTGT ACTCTACTCC TAAGCACTAT ATCCGATTTA CTTCGCCATT CCTTTCAGAA 
AAAAGGAGAA AAAAAGAACC TACTGAAAAC GTTTCTGGCT CCTGCAAGAA GCGATGGTTG 
AAACAAGCCT TAGAAGAGGA AAACTCAGCA ATTTTACATA GATTTAATTC ACCCTGTCAA 
GAAAGATCCA GAAGTCCTAC AGTGAATGGT GAAAGTAAAA GTCCACTACT ACTAAATGAT 
AGCTGTTCCC TTCCAGATCT AACTACACCA CTAAAAAAAC GAAGACTTTA TCAGTTACTA 
GATTCTGCTT TCTCTGAAAC CTCCACACCT ACTCCTTCGC CGTATGCTAC ACCGACTCAC 
ACAGACATTA CTCCCACGGA CCCATCATTT GCCACTCCTC CACGGGTAAA ATCAGATGAT 
GAAGCTTGCA GAAATGGTTA TAAGCCCATA TATTCACCAG TTACCCCAGT AACACCTGGC 
ACACCAGGGA ATACCATGCA CTTTGAGAAT ATTTCTTCCC CAGAAAGTTC TCCAGAAATT 
AAGAGACGCA CTTATAATCA AGAGGGATAT GACCGATCTT CAACCATGTT AACATTGGGG 
CCTTTTAGAA ATTCTAATTT AACTGATCTG GGTCTGCAAG AAATAAAGAC TATTGGTTAC 
ACCAGCCCAA GGAGTAGGAC TGAAGTCAAC AGGCAGTGCC CTGGAGAAAA GGAATCTGTG 
TCAGACCTTC AGCTGGGACT CGATGCAATT GAGCAAACTG CCTTACATAA AACCATGGAA 
CCACCTACCC ATGACAGGAC TGATTCTAAC AGCCAACTGG AATCTACTCA CTCTGGACGG 
GGCACAATGT ATTCTTCCTG GGTAAAGAGT CCTGACAGAA CAGGAGTTAA CTTCTCAGTA 
AACTCTAACT TGAGGGACCT GACGCCCTCA CATCAGTTGG AGGTTGGAGG AGGCTTCCGA 
ATAAGTGAGT CAAAGTGCCT GATGCAGGAT GATACTAGAG GCATATTTAT GGAAACACCT 
GTGTTTTGTA CTTCAGAAGA TGGGCTTGTT TCTGGTTTCG GACGGACTGT TAATGACAAT 
TTGATCGACG GAAGTTGCAC ACCCCAGAAT CCACCACAAA AGAAAAAGGT CTCGCTATTA 
GAATACCGTA AAAGACAGCG GGAAGCCAGG AAGAGCGGCT CAAAGGCCGA GCACTTTCCA 
CTGGTTAGTG TGTCACCTCA CGCAAGCGGC AACTCGAGCA ACGGTGGTGA CGGGTGCGCC 
AACAGGAGTG AAAGCGGGGA GCAGCTAGAA AGTACCGCCA GCCTGCCGTT ACCAACACCA 
GCTGCGCTTT ATAGTGCTAC GTCCGAAGAA ACCAGCAGTA ACTGTCCTGT TAAGGAAGCT 
TCTGCCAGTG AGAAGAACGA CCCAGAAGTT CAATGGACCG CTTCAACCTC AGTGGAGCAA 
GTGAGAGAAA GGAGTTACCA GCGAGCGCTA CTTCTCAGTG ATCACCGCAA AGATAAAGAC 
AGTGGGGGAG AGTCACCATG TGTCCCATGT TCACCGAGTC ATGTTCCGTC TTCACCTTCA 
TCTCATTCAA ATCACATTCC CCAGTTGCAA CCCAAGGGCC CAGTCCCTCC TTTCAGTGAA 
CTTATGGAAG ATCCTGACTC TGAAAATCCA GAGCCTATGA CTACAAGTGA ATGTCCATCC 
CCAGACACCT CTCAAAACAC TTGTAAAAGC CCTTCAAAAG TGAACAAGCC TGGTTCCCCG 
GAACCCGTAC TTCCTGTTCA GCCACATGGG AAAATACCCA CAAAGTCCGA TTCCCACTGG 
GAGGCCACAG CTACTGCGTC GGAAGCAGAG AACGGGGTGC ACCTGAAAGC AGAGCTCCCC 
CAGAAGCAGC TGTTAAGTAA CACGCAAGCA CTTCCAAAGA ACCCTGCTGC TCAGCCGCTC 
GCTCGAGGCT CAGCCGAGCA ACTTTCCCAG AAGCTGCCGT CCGCGCCAGT CAAGTTGCAT 
TGTCCTCTGT CCCCTCACGT AGAAAATCCT CCCAAGTCCT CGACACCCCA CCCGCCTGTG 
CAGCACGGTT ATCTCTCACC AAAGCCCCCT TCCCAGCAGC TAGGATCGCC CTACAGGCCT 
CATCATGCAC AGTCACCTCA AGTGGGAACA CCTCAGCGAG AGCCTCAGAG AAATTTCTAC 
CCAGCAGCAC AGAACCTTCC AGCCAGTACT CAGCAGGCCC CGTCTGGAGC ACTATTCACA 
CAGACCCCCT CAGGACAATC TTCAGCGACA TATAGTCAGT TTACCGCCCC CAGTCTGAGC 
AGCACGGCAC CGCCCCCTCC ACCCCCTCCG CCCCCTTCTT CCTCGTCATA TTATCAAAAC 
CAGCAGCCCT CCGCAAACTT TCAGAATTAT AATCAGCTTA AAGGTAGTCT CGCCCAACAG 
ACTGTGTTTG CATCAGGACC AAATCAAGCA CTTCCGGGCG CCGGCAGCCA GNCACAGCAG 
CCCAGCTCCC ATCAGCAACA CACTGTCGCT CACGTCGTAG GGCCCGTTCA CGCGGTCACC 
CCTGGGTCAC ACATTCATTC TCAAACTGCT GGACACCATT TGCCACCACC CCCGCCACCT 
CCCGGTCCTG CCCCTCATCA CCACCCACCA CCCCATCCTT CCGCAGGACT CCAAGGTCTA 
CCAACACAAC ACCAGCATGT GGTCAATTCA GCACCCCCCC CGCCGCCGCC GCCGCCACCT 
TCCAGCGTTT TGGCTTCCGG GCACCATACC ACCTCTGCTC CAGCCTTACA CCATCCACCT 
CATCAAGGAC CTCCACTTTT TCCTGCAACC GCTCATCCAG CCGTACCCCC GTATCCCTCC 
CAAGCCACAC ATCACACCAC TCTGGGACCG GGACCCCAAC ACCAGCCTTC TGGAACAGGG 
CCACATTGTC CATTACCAGT CGCAGGTCCT CATCTCCAGC CCCAAGGACC AAACAGTATT 
CCAACACCTC CTGCTTCAGG GTTCTGTCCT CATCCTGGCT CTGTGGCCCT GCCGCATGGG 
GTTCAAGGAC CTCAGCAGGC CTCGCCAGTG CCTGGACAGA TTCCGATTCA CAGAGCACAG 
GTGCCACCGA CATTTCAGAA CAATTACCAT GGTTCAGGGT GGCATTAA

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

RefSeq	XP_019662202.1
CDS	421..5868
Translation	MSIVIPLGVDTAETSYLEMAAGSEPESVEASPVVVEKSNSYPHQLYTSSSHHSHSYIGLPYADHNYGARPPPTPPASPPPSVLISKNEVGIFTTPNFDETSSATTISTSEDGSYGTDVTRCICGFTHDDGYMICCDKCSVWQHIDCMGIDRQHIPDTYLCERCQPRNLDKERAVLLQRRKRENMSDGDTSATESGDEVPVELYTAFQHTPTSITLTASRVSKVNDKRRKKSGEKEQNISKCKKAFREGSRKSSRVKGSAPEIDPSSDGSNFGWETKIKAWMDRYEEANSNQYSEGVQREAQRIALRLGNGNDKKEINKSDLNTNNLLFKPPVESHIQKNKKILKSAKDLPPDALIIEYRGKFMLREQFEANGYFFKRPYPFVLFYSKFHGLEMCVDARTFGNEARFIRRSCTPNAEVRHEIEDGTIHLYIYSIQSIPKGTEITIAFDFDYGNCKYKVDCACLKENPECPVLKRSSESTENINSGYETRRKKGKKEKDISKEKDTQNQNITLDCEGTTNKMKSPETKQRKLSPLRLSVSNNQEPDFIDDIEEKTPISNEVEMESEEQIAERKRKMTREERKMEAILQAFARLEKREKRREQALERISTAKTEVKTECKDAQIVSDAEVIQEQAKEETASKPTPAKVNRTKQRKSFSRSRTHIGQQRRRHRTVSMCSDIQPSSPDIEVTSQQNDIENTVLAIEPETETALAELIPETEVPALTKCPAKYPKTKKHLVNEWLSEKNEKTGKPSDSLSERPLRITTDPEVLATQLNSLPGLAYSPHVYSTPKHYIRFTSPFLSEKRRKKEPTENVSGSCKKRWLKQALEEENSAILHRFNSPCQERSRSPTVNGESKSPLLLNDSCSLPDLTTPLKKRRLYQLLDSAFSETSTPTPSPYATPTHTDITPTDPSFATPPRVKSDDEACRNGYKPIYSPVTPVTPGTPGNTMHFENISSPESSPEIKRRTYNQEGYDRSSTMLTLGPFRNSNLTDLGLQEIKTIGYTSPRSRTEVNRQCPGEKESVSDLQLGLDAIEQTALHKTMEPPTHDRTDSNSQLESTHSGRGTMYSSWVKSPDRTGVNFSVNSNLRDLTPSHQLEVGGGFRISESKCLMQDDTRGIFMETPVFCTSEDGLVSGFGRTVNDNLIDGSCTPQNPPQKKKVSLLEYRKRQREARKSGSKAEHFPLVSVSPHASGNSSNGGDGCANRSESGEQLESTASLPLPTPAALYSATSEETSSNCPVKEASASEKNDPEVQWTASTSVEQVRERSYQRALLLSDHRKDKDSGGESPCVPCSPSHVPSSPSSHSNHIPQLQPKGPVPPFSELMEDPDSENPEPMTTSECPSPDTSQNTCKSPSKVNKPGSPEPVLPVQPHGKIPTKSDSHWEATATASEAENGVHLKAELPQKQLLSNTQALPKNPAAQPLARGSAEQLSQKLPSAPVKLHCPLSPHVENPPKSSTPHPPVQHGYLSPKPPSQQLGSPYRPHHAQSPQVGTPQREPQRNFYPAAQNLPASTQQAPSGALFTQTPSGQSSATYSQFTAPSLSSTAPPPPPPPPPSSSSYYQNQQPSANFQNYNQLKGSLAQQTVFASGPNQALPGAGSQnullQQPSSHQQHTVAHVVGPVHAVTPGSHIHSQTAGHHLPPPPPPPGPAPHHHPPPHPSAGLQGLPTQHQHVVNSAPPPPPPPPPSSVLASGHHTTSAPALHHPPHQGPPLFPATAHPAVPPYPSQATHHTTLGPGPQHQPSGTGPHCPLPVAGPHLQPQGPNSIPTPPASGFCPHPGSVALPHGVQGPQQASPVPGQIPIHRAQVPPTFQNNYHGSGWH

Target ORF information:

RefSeq Version	XM_019806643.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca lysine methyltransferase 2E (KMT2E), mRNA.

Target ORF information:

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

XM_019806643.1

ORF Insert Sequence:

ATGAGCATAG TGATCCCTTT GGGGGTTGAT ACAGCAGAAA CATCATACTT GGAAATGGCT 
GCAGGCTCAG AACCAGAATC CGTAGAAGCT AGCCCTGTGG TAGTTGAGAA ATCCAACAGT 
TATCCCCACC AGTTATATAC CAGCAGCTCG CATCATTCAC ACAGTTACAT CGGTTTGCCC 
TATGCGGACC ATAATTATGG TGCTCGTCCT CCTCCAACAC CTCCGGCTTC CCCTCCTCCA 
TCAGTTCTTA TTAGCAAAAA TGAAGTAGGC ATATTCACCA CTCCTAATTT TGATGAAACT 
TCCAGTGCTA CTACAATCAG CACATCCGAG GATGGAAGTT ATGGTACTGA TGTAACCAGG 
TGCATATGTG GTTTTACACA TGATGATGGA TACATGATCT GTTGTGACAA ATGCAGCGTT 
TGGCAACATA TTGACTGCAT GGGGATTGAC AGGCAGCATA TTCCTGATAC ATATTTATGT 
GAACGTTGTC AGCCTAGGAA TTTGGATAAA GAGAGGGCAG TGCTACTACA ACGCCGGAAA 
AGGGAAAATA TGTCAGATGG TGATACCAGT GCAACTGAGA GTGGTGATGA GGTTCCTGTG 
GAATTATATA CTGCATTTCA GCACACCCCA ACATCGATTA CTTTAACTGC TTCAAGAGTT 
TCCAAGGTTA ATGATAAAAG AAGGAAAAAA AGTGGGGAGA AAGAACAAAA CATTTCAAAG 
TGTAAAAAAG CCTTTCGTGA AGGATCTAGG AAGTCATCAA GAGTTAAGGG TTCAGCTCCA 
GAGATTGATC CTTCATCTGA TGGTTCAAAT TTTGGATGGG AGACAAAAAT CAAAGCGTGG 
ATGGATCGAT ATGAAGAGGC AAATAGTAAC CAATATAGTG AGGGTGTTCA GAGGGAGGCA 
CAAAGAATAG CTCTGAGATT AGGCAATGGA AATGACAAAA AAGAAATAAA TAAATCAGAT 
TTGAATACCA ACAACTTGCT CTTCAAGCCT CCTGTGGAGA GCCATATACA AAAAAATAAG 
AAAATTCTGA AATCCGCAAA AGATTTGCCT CCTGATGCAC TTATCATTGA GTACAGAGGG 
AAGTTTATGC TAAGAGAACA GTTTGAAGCA AATGGATATT TCTTTAAGAG ACCATATCCT 
TTTGTTTTAT TTTATTCTAA ATTTCACGGG CTAGAAATGT GTGTTGATGC AAGGACTTTT 
GGGAATGAGG CTCGGTTCAT CAGGCGTTCT TGTACACCCA ATGCAGAGGT GAGGCATGAA 
ATTGAAGATG GAACCATTCA TCTTTACATT TATTCTATAC AGAGTATTCC AAAGGGAACT 
GAAATAACTA TTGCCTTTGA TTTTGACTAT GGGAATTGTA AGTACAAGGT GGACTGCGCA 
TGCCTCAAGG AAAATCCAGA GTGCCCTGTT CTGAAACGTA GTTCTGAATC CACGGAAAAC 
ATCAATAGCG GTTATGAGAC CAGAAGGAAA AAAGGAAAAA AAGAAAAGGA TATTTCAAAA 
GAAAAAGATA CACAGAATCA GAATATTACT TTGGATTGTG AAGGAACAAC CAACAAAATG 
AAGAGCCCAG AAACTAAACA GAGAAAGCTT TCTCCACTGA GACTATCAGT ATCAAATAAT 
CAGGAACCAG ATTTTATTGA CGATATAGAA GAAAAAACTC CCATTAGCAA TGAAGTAGAA 
ATGGAATCAG AGGAGCAGAT TGCAGAAAGG AAAAGGAAGA TGACAAGAGA AGAAAGGAAA 
ATGGAAGCAA TTCTGCAAGC TTTTGCCAGA CTTGAAAAAA GAGAGAAGAG AAGAGAACAA 
GCTTTGGAAA GGATCAGCAC AGCCAAAACT GAAGTTAAAA CTGAATGTAA AGATGCACAG 
ATTGTCAGTG ACGCTGAAGT TATTCAGGAA CAAGCAAAAG AAGAAACTGC TAGCAAGCCA 
ACCCCTGCCA AAGTGAATAG AACTAAACAG AGAAAAAGTT TTTCTCGAAG TCGAACTCAC 
ATTGGACAGC AGCGTCGGAG ACACAGGACT GTCAGCATGT GTTCAGATAT CCAGCCATCT 
TCCCCTGACA TAGAAGTCAC TTCACAACAG AACGATATTG AAAATACTGT ACTTGCAATA 
GAACCAGAAA CTGAAACTGC ACTAGCAGAA CTGATTCCCG AAACTGAAGT CCCAGCACTT 
ACTAAATGTC CTGCGAAGTA CCCTAAAACT AAGAAGCACT TGGTCAATGA GTGGTTAAGT 
GAGAAGAATG AGAAGACAGG AAAACCTTCA GACAGCCTTT CAGAAAGGCC TCTGCGCATA 
ACTACCGATC CTGAAGTGTT AGCTACCCAG CTCAATTCCT TACCAGGCCT GGCCTACAGT 
CCCCATGTGT ACTCTACTCC TAAGCACTAT ATCCGATTTA CTTCGCCATT CCTTTCAGAA 
AAAAGGAGAA AAAAAGAACC TACTGAAAAC GTTTCTGGCT CCTGCAAGAA GCGATGGTTG 
AAACAAGCCT TAGAAGAGGA AAACTCAGCA ATTTTACATA GATTTAATTC ACCCTGTCAA 
GAAAGATCCA GAAGTCCTAC AGTGAATGGT GAAAGTAAAA GTCCACTACT ACTAAATGAT 
AGCTGTTCCC TTCCAGATCT AACTACACCA CTAAAAAAAC GAAGACTTTA TCAGTTACTA 
GATTCTGCTT TCTCTGAAAC CTCCACACCT ACTCCTTCGC CGTATGCTAC ACCGACTCAC 
ACAGACATTA CTCCCACGGA CCCATCATTT GCCACTCCTC CACGGGTAAA ATCAGATGAT 
GAAGCTTGCA GAAATGGTTA TAAGCCCATA TATTCACCAG TTACCCCAGT AACACCTGGC 
ACACCAGGGA ATACCATGCA CTTTGAGAAT ATTTCTTCCC CAGAAAGTTC TCCAGAAATT 
AAGAGACGCA CTTATAATCA AGAGGGATAT GACCGATCTT CAACCATGTT AACATTGGGG 
CCTTTTAGAA ATTCTAATTT AACTGATCTG GGTCTGCAAG AAATAAAGAC TATTGGTTAC 
ACCAGCCCAA GGAGTAGGAC TGAAGTCAAC AGGCAGTGCC CTGGAGAAAA GGAATCTGTG 
TCAGACCTTC AGCTGGGACT CGATGCAATT GAGCAAACTG CCTTACATAA AACCATGGAA 
CCACCTACCC ATGACAGGAC TGATTCTAAC AGCCAACTGG AATCTACTCA CTCTGGACGG 
GGCACAATGT ATTCTTCCTG GGTAAAGAGT CCTGACAGAA CAGGAGTTAA CTTCTCAGTA 
AACTCTAACT TGAGGGACCT GACGCCCTCA CATCAGTTGG AGGTTGGAGG AGGCTTCCGA 
ATAAGTGAGT CAAAGTGCCT GATGCAGGAT GATACTAGAG GCATATTTAT GGAAACACCT 
GTGTTTTGTA CTTCAGAAGA TGGGCTTGTT TCTGGTTTCG GACGGACTGT TAATGACAAT 
TTGATCGACG GAAGTTGCAC ACCCCAGAAT CCACCACAAA AGAAAAAGGT CTCGCTATTA 
GAATACCGTA AAAGACAGCG GGAAGCCAGG AAGAGCGGCT CAAAGGCCGA GCACTTTCCA 
CTGGTTAGTG TGTCACCTCA CGCAAGCGGC AACTCGAGCA ACGGTGGTGA CGGGTGCGCC 
AACAGGAGTG AAAGCGGGGA GCAGCTAGAA AGTACCGCCA GCCTGCCGTT ACCAACACCA 
GCTGCGCTTT ATAGTGCTAC GTCCGAAGAA ACCAGCAGTA ACTGTCCTGT TAAGGAAGCT 
TCTGCCAGTG AGAAGAACGA CCCAGAAGTT CAATGGACCG CTTCAACCTC AGTGGAGCAA 
GTGAGAGAAA GGAGTTACCA GCGAGCGCTA CTTCTCAGTG ATCACCGCAA AGATAAAGAC 
AGTGGGGGAG AGTCACCATG TGTCCCATGT TCACCGAGTC ATGTTCCGTC TTCACCTTCA 
TCTCATTCAA ATCACATTCC CCAGTTGCAA CCCAAGGGCC CAGTCCCTCC TTTCAGTGAA 
CTTATGGAAG ATCCTGACTC TGAAAATCCA GAGCCTATGA CTACAAGTGA ATGTCCATCC 
CCAGACACCT CTCAAAACAC TTGTAAAAGC CCTTCAAAAG TGAACAAGCC TGGTTCCCCG 
GAACCCGTAC TTCCTGTTCA GCCACATGGG AAAATACCCA CAAAGTCCGA TTCCCACTGG 
GAGGCCACAG CTACTGCGTC GGAAGCAGAG AACGGGGTGC ACCTGAAAGC AGAGCTCCCC 
CAGAAGCAGC TGTTAAGTAA CACGCAAGCA CTTCCAAAGA ACCCTGCTGC TCAGCCGCTC 
GCTCGAGGCT CAGCCGAGCA ACTTTCCCAG AAGCTGCCGT CCGCGCCAGT CAAGTTGCAT 
TGTCCTCTGT CCCCTCACGT AGAAAATCCT CCCAAGTCCT CGACACCCCA CCCGCCTGTG 
CAGCACGGTT ATCTCTCACC AAAGCCCCCT TCCCAGCAGC TAGGATCGCC CTACAGGCCT 
CATCATGCAC AGTCACCTCA AGTGGGAACA CCTCAGCGAG AGCCTCAGAG AAATTTCTAC 
CCAGCAGCAC AGAACCTTCC AGCCAGTACT CAGCAGGCCC CGTCTGGAGC ACTATTCACA 
CAGACCCCCT CAGGACAATC TTCAGCGACA TATAGTCAGT TTACCGCCCC CAGTCTGAGC 
AGCACGGCAC CGCCCCCTCC ACCCCCTCCG CCCCCTTCTT CCTCGTCATA TTATCAAAAC 
CAGCAGCCCT CCGCAAACTT TCAGAATTAT AATCAGCTTA AAGGTAGTCT CGCCCAACAG 
ACTGTGTTTG CATCAGGACC AAATCAAGCA CTTCCGGGCG CCGGCAGCCA GNCACAGCAG 
CCCAGCTCCC ATCAGCAACA CACTGTCGCT CACGTCGTAG GGCCCGTTCA CGCGGTCACC 
CCTGGGTCAC ACATTCATTC TCAAACTGCT GGACACCATT TGCCACCACC CCCGCCACCT 
CCCGGTCCTG CCCCTCATCA CCACCCACCA CCCCATCCTT CCGCAGGACT CCAAGGTCTA 
CCAACACAAC ACCAGCATGT GGTCAATTCA GCACCCCCCC CGCCGCCGCC GCCGCCACCT 
TCCAGCGTTT TGGCTTCCGG GCACCATACC ACCTCTGCTC CAGCCTTACA CCATCCACCT 
CATCAAGGAC CTCCACTTTT TCCTGCAACC GCTCATCCAG CCGTACCCCC GTATCCCTCC 
CAAGCCACAC ATCACACCAC TCTGGGACCG GGACCCCAAC ACCAGCCTTC TGGAACAGGG 
CCACATTGTC CATTACCAGT CGCAGGTCCT CATCTCCAGC CCCAAGGACC AAACAGTATT 
CCAACACCTC CTGCTTCAGG GTTCTGTCCT CATCCTGGCT CTGTGGCCCT GCCGCATGGG 
GTTCAAGGAC CTCAGCAGGC CTCGCCAGTG CCTGGACAGA TTCCGATTCA CAGAGCACAG 
GTGCCACCGA CATTTCAGAA CAATTACCAT GGTTCAGGGT GGCATTAA

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

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KMT2E cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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