CACNA1E cDNA ORF clone, Loxodonta africana(African savanna elephant)

Gene
Clones
gRNAs

Summary

Gene Symbol	CACNA1E
Entrez Gene ID	100663606
Full Name	calcium voltage-gated channel subunit alpha1 E
Gene Type	protein-coding
Organism	Loxodonta africana(African savanna elephant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023549139.1	XP_023404907.1	LOW QUALITY PROTEIN: voltage-dependent R-type calcium channel subunit alpha-1E
XM_010591105.1	XP_010589407.1	LOW QUALITY PROTEIN: voltage-dependent R-type calcium channel subunit alpha-1E

Pathways from BioSystems
Gene Ontology

The following CACNA1E gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CACNA1E 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
OLo40763	XM_010591105.1 Latest version!	Loxodonta africana calcium channel, voltage-dependent, R type, alpha 1E subunit (CACNA1E), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00
OLo99961	XM_023549139.1 Latest version!	Loxodonta africana calcium voltage-gated channel subunit alpha1 E (CACNA1E), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

ORF Online Only Promotion

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)

CACNA1E ( XM_010591105.1 ) cDNA ORF clone, Loxodonta africana(African savanna elephant) -> XP_010589407.1 Loxodonta africana calcium channel, voltage-dependent, R type, alpha 1E subunit (CACNA1E), mRNA.

Price & Availability↑

CloneID	OLo40763
Clone ID Related Accession (Same CDS sequence)	XM_010591105.1
Accession Version	XM_010591105.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6552bp) 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	1418140800000
Organism	Loxodonta africana(African savanna elephant)
Product	LOW QUALITY PROTEIN: voltage-dependent R-type calcium channel subunit alpha-1E
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003573436.1) 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 :: Loxodonta africana Annotation Release 101 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases frameshifts :: corrected 3 indels ##RefSeq-Attributes-END##

ATGGCTCGCT TCGGGGAGGC AGTGGTCGGC AGGCCAGGGT CGGGCGATGG AGACTCGGAC 
CAGAGCAGGA ACCGGCAAGG AACCCCAGTG CCGGCCTCGG GGCCGGCGGC CGCCTACAAG 
CAGTCGAAAG CGCAGAGGGC GCGGACTATG GCTTTGTACA ACCCCATTCC TGTCCGGCAG 
AACTGTTTCA CCGTCAACAG ATCCTTGTTC ATCTTCGGAG AAGATAACAT TGTCAGGAAA 
TACGCCAAGA AGCTCATCGA TTGGCCGCCG TTCGAGTATA TGATCCTGGC TACCATCATT 
GCCAACTGCA TTGTCCTGGC CCTGGAACAG CACCTTCCCG AGGACGACAA GACCCCGATG 
TCCCGCAGAC TGGAGAAGAC AGAACCATAT TTCATTGGGA TCTTTTGCTT TGAAGCTGGG 
ATCAAAATTG TGGCCCTGGG GTTCATCTTC CATAAGGGCT CATACCTCCG CAATGGCTGG 
AATGTCATGG ACTTCATCGT GGTCCTCAGT GGCATCCTGG CTACTGCGGG AACCCATTTC 
AACACACACG TGGATCTGAG GACCCTGCGG GCTGTGCGTG TCCTGAGGCC CCTGAAGCTC 
GTGTCAGGGA TTCCCAGCTT GCAGATTGTA TTGAAGTCTA TCATGAAGGC CATGGTGCCT 
CTTCTGCAGA TTGGCCTTCT GCTCTTCTTT GCCATCCTGA TGTTTGCTAT CATTGGCTTG 
GAGTTCTACA GTGGGAAGTT ACACCGAGCA TGCTTCATGA ACAATTCAGG TATTCTAGAA 
GGATTTGATC CCCCTCACCC ATGTGGTGTG CAGGGCTGCC CAGCCGGTTA TGAATGCAGG 
GACTGGATCG GCCCCAACGA TGGGATCACT CAGTTTGATA ACATCCTTTT TGCTGTGCTG 
ACTGTATTCC AGTGCATCAC CATGGAAGGG TGGACCACCG TGCTGTACAA TACCAATGAT 
GCCTTAGGAG CCACCTGGAA TTGGCTGTAT TTCATCCCCC TCATCATCAT TGGATCCTTC 
TTTGTTCTCA ACCTAGTCCT GGGAGTGCTT TCTGGGGAAT TTGCCAAAGA GAGAGAGAGG 
GTGGAGAACC GAAGAGCTTT CATGAAGCTG CGGCGCCAAC AGCAGATTGA GCGGGAGTTG 
AATGGCTACC GTGCCTGGAT AGACAAAGCA GAGGAAGTCA TGCTTGCTGA AGAAAACAAA 
AATGCTGGAA CATCGGCCTT AGAAGTGCTT CGAAGGGCGA CAATCAAGAG GAGCCGGACA 
GAGGCCATGA CCCGAGACTC CAGTGATGAA CACTGCGTTG ATATCTCTTC TGTGGGCACG 
CCTCTTGCCC GAGCTAGTAT CAAAAGTGCA AAGGTGGATG GTGCTTCCTA TTTCCGGCAC 
AAGGAGAGGC TCCTGCGCAT CTCCATTCGC CACATGGTGA AATCCCAGGT GTTCTACTGG 
ATTGTGCTGA GCCTCGTGGC TCTCAACACC GCCTGCGTGG CCATTGTCCA TCACAACCAG 
CCCCAGTGGC TCACCCACCT CCTCTACTAT GCAGAATTTT TGTTTCTGGG GCTCTTCCTC 
TTAGAGATGT CCCTGAAGAT GTACGGGATG GGGCCTCGTC TTTATTTTCA CTCTTCATTC 
AACTGCTTTG ATTTTGGGGT CACTGTGGGC AGTATCTTTG AAGTGGTCTG GGCAATCTTC 
AGACCTGGTA CATCTTTTGG AATCAGTGTA TTGCGAGCTC TCCGGCTTCT AAGAATATTT 
AAAATAACCA AGTATTGGGC ATCCCTGCGC AATTTGGTGG TCTCCTTGAT GAGTTCCATG 
AAGTCTATCA TCAGTTTGCT CTTCCTCCTC TTCCTCTTCA TCGTTGTCTT TGCCCTCCTG 
GGAATGCAGC TGTTTGGAGG CAGGTTTAAC TTTAATGATG GAACTCCTTC AGCAAATTTT 
GACACCTTCC CTGCAGCCAT CATGACTGTA TTTCAGATCC TGACAGGTGA GGACTGGAAT 
GAGGTGATGT ACAACGGGAT CCGTTCCCAG GGAGGGGTCA GCTCAGGCAT GTGGTCAGCC 
ATCTACTTCA TCGTACTCAC CTTGTTTGGA AACTATACGC TGCTGAATGT GTTCTTGGCC 
ATCGCTGTGG ACAATCTGGC CAATGCGCAA GAGCTGACCA AGGATGAACA GGAGGAAGAG 
GAAGCCTTCA ACCAGAAACA TGCACTGCAG AAGGCCAAGG AGGTCAGCCC AATGTCTGCA 
CCCAACATGC CTTCTATCGA AAGAGACAGA AGGAGAAGAC ACCACATGTC GATGTGGGAG 
CCACGCAGCA GTCACCTGTA TGGCATGGGC CTGGGCCTGG GTCTGGATAA GGTGGAGGAG 
GAGCGCATCA GCCGTGGGGG GTCCCTCAAG GGGGACGGAG GTGACCGGTC CGGTGCCGTG 
GACAACCAGA GGNAGCCCTT GTCCCTGGGC ACACGGGAGC CTCCGTGGCT GGCCAGGCCC 
TGTCATGGGA ACTGTGACCC CACCCAGCAG GAGGCAGGGG GAGGAGAGAC TGTGGTGACC 
TTCGAGGACC GGGCCAGGCA CAGGCAGAGC CAGCGACGCA GTCGGCACCG CCGTGTCAGG 
ACAGAAGGCA AGGAGCTCTC CTCAGCTTCT CGGAGCAGGT CTGTCAGCCA GGAGCGGAGT 
CTGGATGAAG ATGTACCCAC CGATGGGGAG AAAGACCGGG AGCCCAGGGG CAGCCATGGG 
ACCAAGGAAC CAGCAATGCA AGAAGAGAGA GTCCAGGATT TAAGGAGGAC CAACAGCCTA 
ATGGTACCCA GAGGCTCCGG CCTGGCAGGA GCCATTGATG AGGCAAACGC ACCTCTGGTC 
CCGCCCCATC CAGAGCTGGA AGTGGGGAAG GAGGGGGCAC TGACAGAGCA GGAGCCAGAG 
GGCAGCAGTG AACAAGCCCT GCTGGGGGAT GTGCAGCTAG ATGTGGGCCG GGCCATCAGC 
CAGAGTGAGC CAGACCTCTC CTGCATCACG GCCAACACGG ACAAGGCCAC GGAGAGCAGC 
AGTGTCACCG TGGCCATCGC TGACGTGGGC CCCCTCGTGG ATTCCACCGT GGTGCACATT 
AGTAACAAGA CTGATGGAGA AGCCAGTCCC CTGAAGGAAG CAGAAATCAA AGAGGATGAA 
GAGGAGGTAG AGAAGAAGAA GCAAAAGAAG GAGAAGCGTG AGACAGGCAA AGCCATGGTG 
CCCCATAGCT CCATGTTCAT CTTCAGCACC ACCAACCCGA TCCGGAGGGC CTGCCACTAC 
GTCGTGAACC TGCGCTACTT TGAGATGTGC ATCCTCCTGG TGATTGCAGC TAGCAGCATT 
GCCCTGGCAG CTGAGGACCC TGTCCTGACC AACTCCGAGC GCAACAAAGT CCTGAGGTAT 
TTTGACTATG TTTTCACTGG TGTGTTCACC TTTGAGATGG TCATAAAGAT GATAGACCAG 
GGTTTGATCC TGCAGGATGG ATCCTACTTC CGAGACCTGT GGAACATCCT GGACTTTGTG 
GTGGTGGTTG GAGCATTGGT TGCCTTTGCT TTGGCGAATG CTTTGGGAAC AAACAAAGGG 
CGGGACATCA AGACCATCAA GTCTCTGCGG GTGCTCCGAG TTCTGAGGCC ACTGAAAACC 
ATCAAGCGCC TGCCCAAGCT CAAGGTAATA TTTTCAGAAT TTCTTCCTAT CAAATCCCCT 
TCTCCTGCTT CTGTGTTTCA CACCAAGTGG AGTGCCCCCG CTCAGAATCC CACAAGGGAC 
CTCCTCAGAG GCAACTATGT AGATCATGAG AAAAACAAGA TGGAGGTGAA GGGCCGGGAA 
TGGAAGCGCC ATGAATTCCA CTATGACAAC ATCATCTGGG CCCTGCTGAC CCTCTTCACC 
GTCTCCACAG GGGAAGGATG GCCTCAGGTT TTACAGCATT CCGTAGATGT GACAGAGGAA 
GACCGAGGCC CAAGTCGCAG CAACCGCATG GAGATGTCCA TCTTTTATGT GGTCTACTTT 
GTGGTCTTCC CATTCTTCTT TGTCAATATC TTTGTGGCCC TCATCATCAT CACCTTCCAG 
GAGCAAGGGG ACAAGATGAT GGAGGAGTGC AGCCTGGAAA AGAATGAGAG GGCGTGCATC 
GACTTTGCCA TCAGTGCCAA ACCTCTCACC CGCTACATGC CACAGAACAG GCACACCTTC 
CAGTACCGCG TCTGGCACTT TGTAGTGTCT CCATCCTTCG AGTACACCAT CATGGCCATG 
ATTGCCCTGA ACACTGTCGT GCTGATGATG AAGTACTATT CTGCTCCCTG TACCTATGAA 
CTGGCTCTCA AGTACCTGAA TATTGCCTTC ACCATGGTGT TTTCCCTGGA ATGTGTCCTA 
AAGATCATCG CTTTTGGCTT CTTGAACTAT TTCCGAGACA CCTGGAATAT CTTTGACTTC 
ATCACCGTGA TTGGCAGTAT CACAGAAATT ATCCTGACAG ACAGCAAGCT GGTCAACACC 
AGTGGCTTCA ATATGAGCTT CCTGAAGCTC TTCCGAGCTG CCCGCCTCAT AAAGCTTCTG 
CGGCAGGGCT ACACCATACG TATTTTACTT TGGACCTTCG TGCAGTCCTT TAAGGCCCTC 
CCCTACGTCT GTCTGTTGAT TGCCATGCTT TTCTTCATTT ATGCCATCAT TGGGATGCAG 
GTCTTTGGAA ACATAAAGTT AGATGAGGAG AGTCACATCA ATCGGCACAA CAACTTCCGA 
AGTTTCTTTG GGTCCCTCAT GCTGCTCTTC AGGAGTGCCA CAGGTGAGGC CTGGCAGGAG 
ATTATGCTGT CATGCCTTGG GGAGAAAGGC TGTGAGCCGG ACACCACAGC ACCATCTGGG 
CAGAACGAGA ACGAGCGCTG TGGCACCGAT CTGGCCTACG TTTACTTTGT CTCCTTCATC 
TTCTTCTGTT CCTTCTTGAT GCTCAACTTG TTTGTGGCCG TCATCATGGA CAACTTTGAG 
TACCTGACAC GAGATTCCTC CATCCTGGGA CCTCACCACT TGGATGAGTT TGTCCGTGTC 
TGGGCGGAGT ATGACAGAGC TGCATGTGGC CGCATCCATT ACACTGAGAT GTATGAAATG 
CTGACTCTCA TGTCACCACC GCTAGGCCTC GGCAAGAGAT GTCCCTCCAA AGTGGCATAT 
AAGAGATTGG TCCTGATGAA TATGCCAGTA GCTGAGGACA TGACAGTCCA CTTCACCTCC 
ACACTTATGG CTCTGATCCG GACAGCCCTG GACATCAAAA TTGCAAAAGG TGGTGCAGAC 
AGGCAGCAGC TAGATTCAGA GCTACAAAAG GAGACCCTGG CCATCTGGCC TCACCTGTCC 
CAGAAGATGC TGGATCTGCT TGTCCCCATG CCCAAAGCCT CTGACCTGAC TGTGGGCAAA 
ATCTATGCAG CAATGATGAT CATGGACTAC TACAAACAGA GTAAGGTGAA GAAGCAGAGG 
CAGCAGCTGG AGGAACAGAA AAATGCACCC ATGTTCCAGC GCATGGAGCC CTCATCTTTG 
CCTCAGGAGA TTATCGCTAA TGCCAAAGCC CTGCCTTATC TCCAGCAGGA CACTGTCGCA 
GGCCTGAGTG GCCGGAGTGG ATACCCCTCG ATGAGTCCAC TCTCCCCGCA GGAAATATTC 
CAGTTGGCGT ATATGGAGCC CACCGATGAT GGACAGTTCC AGGAACAACA GTCTCTGGTG 
TTGACAGACC CTAGCTCCAT GAGACGTTCT TTTTCCACTA TTCGGGATAA GCGTTCAAAT 
TCCTCGTGGT TGGAGGAGTT CTCCATGGAG CGAAGTAGTG AAAACACCTA CAAGTCACGT 
CGCCGGAGCT ACCACTCCTC CCTGCGGCTG TCAGCACATC GCCTGAACTC TGACTCAGGC 
CACAAGTCCG ACACCCACCG CTCAGGGGGC AGAGAGCGGG GGCGATCGAA AGAGCGAAAG 
CATCTTCTCT CTCCTGATGT CTCTCGCTGC AACTCAGAGG AGCGAGGGAC CCAGGCTGGC 
TGGGAGTCCC CAGAGCGCCG TCAATCCAGG TCACCCAGTG AAGGCAGGTC ACAGACCCCC 
AACAGACAGG GCACGGGCTC CCTGAGTGAA AGCTCCATCC CCTCTGTCTC TGACACCAGC 
ACCCCAAGAC GAAGTCGGCG GCAGCTCCCA CCAGTCCCTC CAAAGCCTCG GCCCCTCCTT 
TCCTACAGCT CCCTGCTGCG ACACTCTGGG AGCCTCTCTC CACCCGCTGA TGGGAGTGAG 
GGCGGCTCCC CACTCACCTC CAAGGCTCTG GAGAGCAACA ACACTTGCCT GACCGAGTCT 
TCCAACTCCC CGCACGCGAA GCAGAGCCAA CAGTGCTCCC CCCAGCGCTA CATCTCCGAG 
CCCTACCTGG CCCTGCACGA AGACTCCCAC GCCTCAGACT GTGGCGAGGA GGAGACGCTT 
ACCTTCGAAG CCGCTGTGGC CACTAGCCTG GGCCGCTCCA ACACCATCGG CTCCGCTCCG 
CCCCTGCGGC ACAGCTGGCA GATGCCCAAT GGGCACTATC GGCGGCGAAG GCATGGGGGG 
CCCGGGCCAG GCATGATGTG TGGAGCTGTC AGTGACCTCC TGAGTGACAC GGAAGAAGAC 
GACAAATGCT AG

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

RefSeq	XP_010589407.1
CDS	1..6552
Translation	MARFGEAVVGRPGSGDGDSDQSRNRQGTPVPASGPAAAYKQSKAQRARTMALYNPIPVRQNCFTVNRSLFIFGEDNIVRKYAKKLIDWPPFEYMILATIIANCIVLALEQHLPEDDKTPMSRRLEKTEPYFIGIFCFEAGIKIVALGFIFHKGSYLRNGWNVMDFIVVLSGILATAGTHFNTHVDLRTLRAVRVLRPLKLVSGIPSLQIVLKSIMKAMVPLLQIGLLLFFAILMFAIIGLEFYSGKLHRACFMNNSGILEGFDPPHPCGVQGCPAGYECRDWIGPNDGITQFDNILFAVLTVFQCITMEGWTTVLYNTNDALGATWNWLYFIPLIIIGSFFVLNLVLGVLSGEFAKERERVENRRAFMKLRRQQQIERELNGYRAWIDKAEEVMLAEENKNAGTSALEVLRRATIKRSRTEAMTRDSSDEHCVDISSVGTPLARASIKSAKVDGASYFRHKERLLRISIRHMVKSQVFYWIVLSLVALNTACVAIVHHNQPQWLTHLLYYAEFLFLGLFLLEMSLKMYGMGPRLYFHSSFNCFDFGVTVGSIFEVVWAIFRPGTSFGISVLRALRLLRIFKITKYWASLRNLVVSLMSSMKSIISLLFLLFLFIVVFALLGMQLFGGRFNFNDGTPSANFDTFPAAIMTVFQILTGEDWNEVMYNGIRSQGGVSSGMWSAIYFIVLTLFGNYTLLNVFLAIAVDNLANAQELTKDEQEEEEAFNQKHALQKAKEVSPMSAPNMPSIERDRRRRHHMSMWEPRSSHLYGMGLGLGLDKVEEERISRGGSLKGDGGDRSGAVDNQRnullPLSLGTREPPWLARPCHGNCDPTQQEAGGGETVVTFEDRARHRQSQRRSRHRRVRTEGKELSSASRSRSVSQERSLDEDVPTDGEKDREPRGSHGTKEPAMQEERVQDLRRTNSLMVPRGSGLAGAIDEANAPLVPPHPELEVGKEGALTEQEPEGSSEQALLGDVQLDVGRAISQSEPDLSCITANTDKATESSSVTVAIADVGPLVDSTVVHISNKTDGEASPLKEAEIKEDEEEVEKKKQKKEKRETGKAMVPHSSMFIFSTTNPIRRACHYVVNLRYFEMCILLVIAASSIALAAEDPVLTNSERNKVLRYFDYVFTGVFTFEMVIKMIDQGLILQDGSYFRDLWNILDFVVVVGALVAFALANALGTNKGRDIKTIKSLRVLRVLRPLKTIKRLPKLKVIFSEFLPIKSPSPASVFHTKWSAPAQNPTRDLLRGNYVDHEKNKMEVKGREWKRHEFHYDNIIWALLTLFTVSTGEGWPQVLQHSVDVTEEDRGPSRSNRMEMSIFYVVYFVVFPFFFVNIFVALIIITFQEQGDKMMEECSLEKNERACIDFAISAKPLTRYMPQNRHTFQYRVWHFVVSPSFEYTIMAMIALNTVVLMMKYYSAPCTYELALKYLNIAFTMVFSLECVLKIIAFGFLNYFRDTWNIFDFITVIGSITEIILTDSKLVNTSGFNMSFLKLFRAARLIKLLRQGYTIRILLWTFVQSFKALPYVCLLIAMLFFIYAIIGMQVFGNIKLDEESHINRHNNFRSFFGSLMLLFRSATGEAWQEIMLSCLGEKGCEPDTTAPSGQNENERCGTDLAYVYFVSFIFFCSFLMLNLFVAVIMDNFEYLTRDSSILGPHHLDEFVRVWAEYDRAACGRIHYTEMYEMLTLMSPPLGLGKRCPSKVAYKRLVLMNMPVAEDMTVHFTSTLMALIRTALDIKIAKGGADRQQLDSELQKETLAIWPHLSQKMLDLLVPMPKASDLTVGKIYAAMMIMDYYKQSKVKKQRQQLEEQKNAPMFQRMEPSSLPQEIIANAKALPYLQQDTVAGLSGRSGYPSMSPLSPQEIFQLAYMEPTDDGQFQEQQSLVLTDPSSMRRSFSTIRDKRSNSSWLEEFSMERSSENTYKSRRRSYHSSLRLSAHRLNSDSGHKSDTHRSGGRERGRSKERKHLLSPDVSRCNSEERGTQAGWESPERRQSRSPSEGRSQTPNRQGTGSLSESSIPSVSDTSTPRRSRRQLPPVPPKPRPLLSYSSLLRHSGSLSPPADGSEGGSPLTSKALESNNTCLTESSNSPHAKQSQQCSPQRYISEPYLALHEDSHASDCGEEETLTFEAAVATSLGRSNTIGSAPPLRHSWQMPNGHYRRRRHGGPGPGMMCGAVSDLLSDTEEDDKC

Target ORF information:

RefSeq Version	XM_010591105.1
Organism	Loxodonta africana(African savanna elephant)
Definition	Loxodonta africana calcium channel, voltage-dependent, R type, alpha 1E subunit (CACNA1E), mRNA.

Target ORF information:

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

XM_010591105.1

ORF Insert Sequence:

ATGGCTCGCT TCGGGGAGGC AGTGGTCGGC AGGCCAGGGT CGGGCGATGG AGACTCGGAC 
CAGAGCAGGA ACCGGCAAGG AACCCCAGTG CCGGCCTCGG GGCCGGCGGC CGCCTACAAG 
CAGTCGAAAG CGCAGAGGGC GCGGACTATG GCTTTGTACA ACCCCATTCC TGTCCGGCAG 
AACTGTTTCA CCGTCAACAG ATCCTTGTTC ATCTTCGGAG AAGATAACAT TGTCAGGAAA 
TACGCCAAGA AGCTCATCGA TTGGCCGCCG TTCGAGTATA TGATCCTGGC TACCATCATT 
GCCAACTGCA TTGTCCTGGC CCTGGAACAG CACCTTCCCG AGGACGACAA GACCCCGATG 
TCCCGCAGAC TGGAGAAGAC AGAACCATAT TTCATTGGGA TCTTTTGCTT TGAAGCTGGG 
ATCAAAATTG TGGCCCTGGG GTTCATCTTC CATAAGGGCT CATACCTCCG CAATGGCTGG 
AATGTCATGG ACTTCATCGT GGTCCTCAGT GGCATCCTGG CTACTGCGGG AACCCATTTC 
AACACACACG TGGATCTGAG GACCCTGCGG GCTGTGCGTG TCCTGAGGCC CCTGAAGCTC 
GTGTCAGGGA TTCCCAGCTT GCAGATTGTA TTGAAGTCTA TCATGAAGGC CATGGTGCCT 
CTTCTGCAGA TTGGCCTTCT GCTCTTCTTT GCCATCCTGA TGTTTGCTAT CATTGGCTTG 
GAGTTCTACA GTGGGAAGTT ACACCGAGCA TGCTTCATGA ACAATTCAGG TATTCTAGAA 
GGATTTGATC CCCCTCACCC ATGTGGTGTG CAGGGCTGCC CAGCCGGTTA TGAATGCAGG 
GACTGGATCG GCCCCAACGA TGGGATCACT CAGTTTGATA ACATCCTTTT TGCTGTGCTG 
ACTGTATTCC AGTGCATCAC CATGGAAGGG TGGACCACCG TGCTGTACAA TACCAATGAT 
GCCTTAGGAG CCACCTGGAA TTGGCTGTAT TTCATCCCCC TCATCATCAT TGGATCCTTC 
TTTGTTCTCA ACCTAGTCCT GGGAGTGCTT TCTGGGGAAT TTGCCAAAGA GAGAGAGAGG 
GTGGAGAACC GAAGAGCTTT CATGAAGCTG CGGCGCCAAC AGCAGATTGA GCGGGAGTTG 
AATGGCTACC GTGCCTGGAT AGACAAAGCA GAGGAAGTCA TGCTTGCTGA AGAAAACAAA 
AATGCTGGAA CATCGGCCTT AGAAGTGCTT CGAAGGGCGA CAATCAAGAG GAGCCGGACA 
GAGGCCATGA CCCGAGACTC CAGTGATGAA CACTGCGTTG ATATCTCTTC TGTGGGCACG 
CCTCTTGCCC GAGCTAGTAT CAAAAGTGCA AAGGTGGATG GTGCTTCCTA TTTCCGGCAC 
AAGGAGAGGC TCCTGCGCAT CTCCATTCGC CACATGGTGA AATCCCAGGT GTTCTACTGG 
ATTGTGCTGA GCCTCGTGGC TCTCAACACC GCCTGCGTGG CCATTGTCCA TCACAACCAG 
CCCCAGTGGC TCACCCACCT CCTCTACTAT GCAGAATTTT TGTTTCTGGG GCTCTTCCTC 
TTAGAGATGT CCCTGAAGAT GTACGGGATG GGGCCTCGTC TTTATTTTCA CTCTTCATTC 
AACTGCTTTG ATTTTGGGGT CACTGTGGGC AGTATCTTTG AAGTGGTCTG GGCAATCTTC 
AGACCTGGTA CATCTTTTGG AATCAGTGTA TTGCGAGCTC TCCGGCTTCT AAGAATATTT 
AAAATAACCA AGTATTGGGC ATCCCTGCGC AATTTGGTGG TCTCCTTGAT GAGTTCCATG 
AAGTCTATCA TCAGTTTGCT CTTCCTCCTC TTCCTCTTCA TCGTTGTCTT TGCCCTCCTG 
GGAATGCAGC TGTTTGGAGG CAGGTTTAAC TTTAATGATG GAACTCCTTC AGCAAATTTT 
GACACCTTCC CTGCAGCCAT CATGACTGTA TTTCAGATCC TGACAGGTGA GGACTGGAAT 
GAGGTGATGT ACAACGGGAT CCGTTCCCAG GGAGGGGTCA GCTCAGGCAT GTGGTCAGCC 
ATCTACTTCA TCGTACTCAC CTTGTTTGGA AACTATACGC TGCTGAATGT GTTCTTGGCC 
ATCGCTGTGG ACAATCTGGC CAATGCGCAA GAGCTGACCA AGGATGAACA GGAGGAAGAG 
GAAGCCTTCA ACCAGAAACA TGCACTGCAG AAGGCCAAGG AGGTCAGCCC AATGTCTGCA 
CCCAACATGC CTTCTATCGA AAGAGACAGA AGGAGAAGAC ACCACATGTC GATGTGGGAG 
CCACGCAGCA GTCACCTGTA TGGCATGGGC CTGGGCCTGG GTCTGGATAA GGTGGAGGAG 
GAGCGCATCA GCCGTGGGGG GTCCCTCAAG GGGGACGGAG GTGACCGGTC CGGTGCCGTG 
GACAACCAGA GGNAGCCCTT GTCCCTGGGC ACACGGGAGC CTCCGTGGCT GGCCAGGCCC 
TGTCATGGGA ACTGTGACCC CACCCAGCAG GAGGCAGGGG GAGGAGAGAC TGTGGTGACC 
TTCGAGGACC GGGCCAGGCA CAGGCAGAGC CAGCGACGCA GTCGGCACCG CCGTGTCAGG 
ACAGAAGGCA AGGAGCTCTC CTCAGCTTCT CGGAGCAGGT CTGTCAGCCA GGAGCGGAGT 
CTGGATGAAG ATGTACCCAC CGATGGGGAG AAAGACCGGG AGCCCAGGGG CAGCCATGGG 
ACCAAGGAAC CAGCAATGCA AGAAGAGAGA GTCCAGGATT TAAGGAGGAC CAACAGCCTA 
ATGGTACCCA GAGGCTCCGG CCTGGCAGGA GCCATTGATG AGGCAAACGC ACCTCTGGTC 
CCGCCCCATC CAGAGCTGGA AGTGGGGAAG GAGGGGGCAC TGACAGAGCA GGAGCCAGAG 
GGCAGCAGTG AACAAGCCCT GCTGGGGGAT GTGCAGCTAG ATGTGGGCCG GGCCATCAGC 
CAGAGTGAGC CAGACCTCTC CTGCATCACG GCCAACACGG ACAAGGCCAC GGAGAGCAGC 
AGTGTCACCG TGGCCATCGC TGACGTGGGC CCCCTCGTGG ATTCCACCGT GGTGCACATT 
AGTAACAAGA CTGATGGAGA AGCCAGTCCC CTGAAGGAAG CAGAAATCAA AGAGGATGAA 
GAGGAGGTAG AGAAGAAGAA GCAAAAGAAG GAGAAGCGTG AGACAGGCAA AGCCATGGTG 
CCCCATAGCT CCATGTTCAT CTTCAGCACC ACCAACCCGA TCCGGAGGGC CTGCCACTAC 
GTCGTGAACC TGCGCTACTT TGAGATGTGC ATCCTCCTGG TGATTGCAGC TAGCAGCATT 
GCCCTGGCAG CTGAGGACCC TGTCCTGACC AACTCCGAGC GCAACAAAGT CCTGAGGTAT 
TTTGACTATG TTTTCACTGG TGTGTTCACC TTTGAGATGG TCATAAAGAT GATAGACCAG 
GGTTTGATCC TGCAGGATGG ATCCTACTTC CGAGACCTGT GGAACATCCT GGACTTTGTG 
GTGGTGGTTG GAGCATTGGT TGCCTTTGCT TTGGCGAATG CTTTGGGAAC AAACAAAGGG 
CGGGACATCA AGACCATCAA GTCTCTGCGG GTGCTCCGAG TTCTGAGGCC ACTGAAAACC 
ATCAAGCGCC TGCCCAAGCT CAAGGTAATA TTTTCAGAAT TTCTTCCTAT CAAATCCCCT 
TCTCCTGCTT CTGTGTTTCA CACCAAGTGG AGTGCCCCCG CTCAGAATCC CACAAGGGAC 
CTCCTCAGAG GCAACTATGT AGATCATGAG AAAAACAAGA TGGAGGTGAA GGGCCGGGAA 
TGGAAGCGCC ATGAATTCCA CTATGACAAC ATCATCTGGG CCCTGCTGAC CCTCTTCACC 
GTCTCCACAG GGGAAGGATG GCCTCAGGTT TTACAGCATT CCGTAGATGT GACAGAGGAA 
GACCGAGGCC CAAGTCGCAG CAACCGCATG GAGATGTCCA TCTTTTATGT GGTCTACTTT 
GTGGTCTTCC CATTCTTCTT TGTCAATATC TTTGTGGCCC TCATCATCAT CACCTTCCAG 
GAGCAAGGGG ACAAGATGAT GGAGGAGTGC AGCCTGGAAA AGAATGAGAG GGCGTGCATC 
GACTTTGCCA TCAGTGCCAA ACCTCTCACC CGCTACATGC CACAGAACAG GCACACCTTC 
CAGTACCGCG TCTGGCACTT TGTAGTGTCT CCATCCTTCG AGTACACCAT CATGGCCATG 
ATTGCCCTGA ACACTGTCGT GCTGATGATG AAGTACTATT CTGCTCCCTG TACCTATGAA 
CTGGCTCTCA AGTACCTGAA TATTGCCTTC ACCATGGTGT TTTCCCTGGA ATGTGTCCTA 
AAGATCATCG CTTTTGGCTT CTTGAACTAT TTCCGAGACA CCTGGAATAT CTTTGACTTC 
ATCACCGTGA TTGGCAGTAT CACAGAAATT ATCCTGACAG ACAGCAAGCT GGTCAACACC 
AGTGGCTTCA ATATGAGCTT CCTGAAGCTC TTCCGAGCTG CCCGCCTCAT AAAGCTTCTG 
CGGCAGGGCT ACACCATACG TATTTTACTT TGGACCTTCG TGCAGTCCTT TAAGGCCCTC 
CCCTACGTCT GTCTGTTGAT TGCCATGCTT TTCTTCATTT ATGCCATCAT TGGGATGCAG 
GTCTTTGGAA ACATAAAGTT AGATGAGGAG AGTCACATCA ATCGGCACAA CAACTTCCGA 
AGTTTCTTTG GGTCCCTCAT GCTGCTCTTC AGGAGTGCCA CAGGTGAGGC CTGGCAGGAG 
ATTATGCTGT CATGCCTTGG GGAGAAAGGC TGTGAGCCGG ACACCACAGC ACCATCTGGG 
CAGAACGAGA ACGAGCGCTG TGGCACCGAT CTGGCCTACG TTTACTTTGT CTCCTTCATC 
TTCTTCTGTT CCTTCTTGAT GCTCAACTTG TTTGTGGCCG TCATCATGGA CAACTTTGAG 
TACCTGACAC GAGATTCCTC CATCCTGGGA CCTCACCACT TGGATGAGTT TGTCCGTGTC 
TGGGCGGAGT ATGACAGAGC TGCATGTGGC CGCATCCATT ACACTGAGAT GTATGAAATG 
CTGACTCTCA TGTCACCACC GCTAGGCCTC GGCAAGAGAT GTCCCTCCAA AGTGGCATAT 
AAGAGATTGG TCCTGATGAA TATGCCAGTA GCTGAGGACA TGACAGTCCA CTTCACCTCC 
ACACTTATGG CTCTGATCCG GACAGCCCTG GACATCAAAA TTGCAAAAGG TGGTGCAGAC 
AGGCAGCAGC TAGATTCAGA GCTACAAAAG GAGACCCTGG CCATCTGGCC TCACCTGTCC 
CAGAAGATGC TGGATCTGCT TGTCCCCATG CCCAAAGCCT CTGACCTGAC TGTGGGCAAA 
ATCTATGCAG CAATGATGAT CATGGACTAC TACAAACAGA GTAAGGTGAA GAAGCAGAGG 
CAGCAGCTGG AGGAACAGAA AAATGCACCC ATGTTCCAGC GCATGGAGCC CTCATCTTTG 
CCTCAGGAGA TTATCGCTAA TGCCAAAGCC CTGCCTTATC TCCAGCAGGA CACTGTCGCA 
GGCCTGAGTG GCCGGAGTGG ATACCCCTCG ATGAGTCCAC TCTCCCCGCA GGAAATATTC 
CAGTTGGCGT ATATGGAGCC CACCGATGAT GGACAGTTCC AGGAACAACA GTCTCTGGTG 
TTGACAGACC CTAGCTCCAT GAGACGTTCT TTTTCCACTA TTCGGGATAA GCGTTCAAAT 
TCCTCGTGGT TGGAGGAGTT CTCCATGGAG CGAAGTAGTG AAAACACCTA CAAGTCACGT 
CGCCGGAGCT ACCACTCCTC CCTGCGGCTG TCAGCACATC GCCTGAACTC TGACTCAGGC 
CACAAGTCCG ACACCCACCG CTCAGGGGGC AGAGAGCGGG GGCGATCGAA AGAGCGAAAG 
CATCTTCTCT CTCCTGATGT CTCTCGCTGC AACTCAGAGG AGCGAGGGAC CCAGGCTGGC 
TGGGAGTCCC CAGAGCGCCG TCAATCCAGG TCACCCAGTG AAGGCAGGTC ACAGACCCCC 
AACAGACAGG GCACGGGCTC CCTGAGTGAA AGCTCCATCC CCTCTGTCTC TGACACCAGC 
ACCCCAAGAC GAAGTCGGCG GCAGCTCCCA CCAGTCCCTC CAAAGCCTCG GCCCCTCCTT 
TCCTACAGCT CCCTGCTGCG ACACTCTGGG AGCCTCTCTC CACCCGCTGA TGGGAGTGAG 
GGCGGCTCCC CACTCACCTC CAAGGCTCTG GAGAGCAACA ACACTTGCCT GACCGAGTCT 
TCCAACTCCC CGCACGCGAA GCAGAGCCAA CAGTGCTCCC CCCAGCGCTA CATCTCCGAG 
CCCTACCTGG CCCTGCACGA AGACTCCCAC GCCTCAGACT GTGGCGAGGA GGAGACGCTT 
ACCTTCGAAG CCGCTGTGGC CACTAGCCTG GGCCGCTCCA ACACCATCGG CTCCGCTCCG 
CCCCTGCGGC ACAGCTGGCA GATGCCCAAT GGGCACTATC GGCGGCGAAG GCATGGGGGG 
CCCGGGCCAG GCATGATGTG TGGAGCTGTC AGTGACCTCC TGAGTGACAC GGAAGAAGAC 
GACAAATGCT AG

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

CACNA1E ( XM_023549139.1 ) cDNA ORF clone, Loxodonta africana(African savanna elephant) -> XP_023404907.1 Loxodonta africana calcium voltage-gated channel subunit alpha1 E (CACNA1E), mRNA.

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CloneID	OLo99961
Clone ID Related Accession (Same CDS sequence)	XM_023549139.1
Accession Version	XM_023549139.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6546bp) 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	1515945600000
Organism	Loxodonta africana(African savanna elephant)
Product	LOW QUALITY PROTEIN: voltage-dependent R-type calcium channel subunit alpha-1E
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003573436.1) 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 Name :: Loxodonta africana Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases frameshifts :: corrected 3 indels ##RefSeq-Attributes-END##

ATGGCTCGCT TCGGGGAGGC AGTGGTCGGC AGGCCAGGGT CGGGCGATGG AGACTCGGAC 
CAGAGCAGGA ACCGGCAAGG AACCCCAGTG CCGGCCTCGG GGCCGGCGGC CGCCTACAAG 
CAGTCGAAAG CGCAGAGGGC GCGGACTATG GCTTTGTACA ACCCCATTCC TGTCCGGCAG 
AACTGTTTCA CCGTCAACAG ATCCTTGTTC ATCTTCGGAG AAGATAACAT TGTCAGGAAA 
TACGCCAAGA AGCTCATCGA TTGGCCGCCG TTCGAGTATA TGATCCTGGC TACCATCATT 
GCCAACTGCA TTGTCCTGGC CCTGGAACAG CACCTTCCCG AGGACGACAA GACCCCGATG 
TCCCGCAGAC TGGAGAAGAC AGAACCATAT TTCATTGGGA TCTTTTGCTT TGAAGCTGGG 
ATCAAAATTG TGGCCCTGGG GTTCATCTTC CATAAGGGCT CATACCTCCG CAATGGCTGG 
AATGTCATGG ACTTCATCGT GGTCCTCAGT GGCATCCTGG CTACTGCGGG AACCCATTTC 
AACACACACG TGGATCTGAG GACCCTGCGG GCTGTGCGTG TCCTGAGGCC CCTGAAGCTC 
GTGTCAGGGA TTCCCAGCTT GCAGATTGTA TTGAAGTCTA TCATGAAGGC CATGGTGCCT 
CTTCTGCAGA TTGGCCTTCT GCTCTTCTTT GCCATCCTGA TGTTTGCTAT CATTGGCTTG 
GAGTTCTACA GTGGGAAGTT ACACCGAGCA TGCTTCATGA ACAATTCAGG TATTCTAGAA 
GGATTTGATC CCCCTCACCC ATGTGGTGTG CAGGGCTGCC CAGCCGGTTA TGAATGCAGG 
GACTGGATCG GCCCCAACGA TGGGATCACT CAGTTTGATA ACATCCTTTT TGCTGTGCTG 
ACTGTATTCC AGTGCATCAC CATGGAAGGG TGGACCACCG TGCTGTACAA TACCAATGAT 
GCCTTAGGAG CCACCTGGAA TTGGCTGTAT TTCATCCCCC TCATCATCAT TGGATCCTTC 
TTTGTTCTCA ACCTAGTCCT GGGAGTGCTT TCTGGGGAAT TTGCCAAAGA GAGAGAGAGG 
GTGGAGAACC GAAGAGCTTT CATGAAGCTG CGGCGCCAAC AGCAGATTGA GCGGGAGTTG 
AATGGCTACC GTGCCTGGAT AGACAAAGCA GAGGAAGTCA TGCTTGCTGA AGAAAACAAA 
AATGCTGGAA CATCGGCCTT AGAAGTGCTT CGAAGGGCGA CAATCAAGAG GAGCCGGACA 
GAGGCCATGA CCCGAGACTC CAGTGATGAA CACTGCGTTG ATATCTCTTC TGTGGGCACG 
CCTCTTGCCC GAGCTAGTAT CAAAAGTGCA AAGGTGGATG GTGCTTCCTA TTTCCGGCAC 
AAGGAGAGGC TCCTGCGCAT CTCCATTCGC CACATGGTGA AATCCCAGGT GTTCTACTGG 
ATTGTGCTGA GCCTCGTGGC TCTCAACACC GCCTGCGTGG CCATTGTCCA TCACAACCAG 
CCCCAGTGGC TCACCCACCT CCTCTACTAT GCAGAATTTT TGTTTCTGGG GCTCTTCCTC 
TTAGAGATGT CCCTGAAGAT GTACGGGATG GGGCCTCGTC TTTATTTTCA CTCTTCATTC 
AACTGCTTTG ATTTTGGGGT CACTGTGGGC AGTATCTTTG AAGTGGTCTG GGCAATCTTC 
AGACCTGGTA CATCTTTTGG AATCAGTGTA TTGCGAGCTC TCCGGCTTCT AAGAATATTT 
AAAATAACCA AGTATTGGGC ATCCCTGCGC AATTTGGTGG TCTCCTTGAT GAGTTCCATG 
AAGTCTATCA TCAGTTTGCT CTTCCTCCTC TTCCTCTTCA TCGTTGTCTT TGCCCTCCTG 
GGAATGCAGC TGTTTGGAGG CAGGTTTAAC TTTAATGATG GAACTCCTTC AGCAAATTTT 
GACACCTTCC CTGCAGCCAT CATGACTGTA TTTCAGATCC TGACAGGTGA GGACTGGAAT 
GAGGTGATGT ACAACGGGAT CCGTTCCCAG GGAGGGGTCA GCTCAGGCAT GTGGTCAGCC 
ATCTACTTCA TCGTACTCAC CTTGTTTGGA AACTATACGC TGCTGAATGT GTTCTTGGCC 
ATCGCTGTGG ACAATCTGGC CAATGCGCAA GAGCTGACCA AGGATGAACA GGAGGAAGAG 
GAAGCCTTCA ACCAGAAACA TGCACTGCAG AAGGCCAAGG AGGTCAGCCC AATGTCTGCA 
CCCAACATGC CTTCTATCGA AAGAGACAGA AGGAGAAGAC ACCACATGTC GATGTGGGAG 
CCACGCAGCA GTCACCTGTA TGGCATGGGC CTGGGCCTGG GTCTGGATAA GGTGGAGGAG 
GAGCGCATCA GCCGTGGGGG GTCCCTCAAG GGGGACGGAG GTGACCGGTC CGGTGCCGTG 
GACAACCAGA GGNAGCCCTT GTCCCTGGGC ACACGGGAGC CTCCGTGGCT GGCCAGGCCC 
TGTCATGGGA ACTGTGACCC CACCCAGCAG GAGGCAGGGG GAGGAGAGAC TGTGGTGACC 
TTCGAGGACC GGGCCAGGCA CAGGCAGAGC CAGCGACGCA GTCGGCACCG CCGTGTCAGG 
ACAGAAGGCA AGGAGCTCTC CTCAGCTTCT CGGAGCAGGT CTGTCAGCCA GGAGCGGAGT 
CTGGATGAAG ATGTACCCAC CGATGGGGAG AAAGACCGGG AGCCCAGGGG CAGCCATGGG 
ACCAAGGAAC CAGCAATGCA AGAAGAGAGA GTCCAGGATT TAAGGAGGAC CAACAGCCTA 
ATGGTACCCA GAGGCTCCGG CCTGGCAGGA GCCATTGATG AGGCAAACGC ACCTCTGGTC 
CCGCCCCATC CAGAGCTGGA AGTGGGGAAG GAGGGGGCAC TGACAGAGCA GGAGCCAGAG 
GGCAGCAGTG AACAAGCCCT GCTGGGGGAT GTGCAGCTAG ATGTGGGCCG GGCCATCAGC 
CAGAGTGAGC CAGACCTCTC CTGCATCACG GCCAACACGG ACAAGGCCAC GGAGAGCAGC 
AGTGTCACCG TGGCCATCGC TGACGTGGGC CCCCTCGTGG ATTCCACCGT GGTGCACATT 
AGTAACAAGA CTGATGGAGA AGCCAGTCCC CTGAAGGAAG CAGAAATCAA AGAGGATGAA 
GAGGAGGTAG AGAAGAAGAA GCAAAAGAAG GAGAAGCGTG AGACAGGCAA AGCCATGGTG 
CCCCATAGCT CCATGTTCAT CTTCAGCACC ACCAACCCGA TCCGGAGGGC CTGCCACTAC 
GTCGTGAACC TGCGCTACTT TGAGATGTGC ATCCTCCTGG TGATTGCAGC TAGCAGCATT 
GCCCTGGCAG CTGAGGACCC TGTCCTGACC AACTCCGAGC GCAACAAAGT CCTGAGGTAT 
TTTGACTATG TTTTCACTGG TGTGTTCACC TTTGAGATGG TCATAAAGAT GATAGACCAG 
GGTTTGATCC TGCAGGATGG ATCCTACTTC CGAGACCTGT GGAACATCCT GGACTTTGTG 
GTGGTGGTTG GAGCATTGGT TGCCTTTGCT TTGGCGAATG CTTTGGGAAC AAACAAAGGG 
CGGGACATCA AGACCATCAA GTCTCTGCGG GTGCTCCGAG TTCTGAGGCC ACTGAAAACC 
ATCAAGCGCC TGCCCAAGCT CAAGGTAATA TTTTCAGAAT TTCTTCCTAT CAAATCCCCT 
TCTCCTGCCT TCTTTCTTTA CTATAGTGAA AAGGTCCTAT TTTATTTCTA CTCTGGTTTT 
AGAGGCAACT ATGTAGATCA TGAGAAAAAC AAGATGGAGG TGAAGGGCCG GGAATGGAAG 
CGCCATGAAT TCCACTATGA CAACATCATC TGGGCCCTGC TGACCCTCTT CACCGTCTCC 
ACAGGGGAAG GATGGCCTCA GGTTTTACAG CATTCCGTAG ATGTGACAGA GGAAGACCGA 
GGCCCAAGTC GCAGCAACCG CATGGAGATG TCCATCTTTT ATGTGGTCTA CTTTGTGGTC 
TTCCCATTCT TCTTTGTCAA TATCTTTGTG GCCCTCATCA TCATCACCTT CCAGGAGCAA 
GGGGACAAGA TGATGGAGGA GTGCAGCCTG GAAAAGAATG AGAGGGCGTG CATCGACTTT 
GCCATCAGTG CCAAACCTCT CACCCGCTAC ATGCCACAGA ACAGGCACAC CTTCCAGTAC 
CGCGTCTGGC ACTTTGTAGT GTCTCCATCC TTCGAGTACA CCATCATGGC CATGATTGCC 
CTGAACACTG TCGTGCTGAT GATGAAGTAC TATTCTGCTC CCTGTACCTA TGAACTGGCT 
CTCAAGTACC TGAATATTGC CTTCACCATG GTGTTTTCCC TGGAATGTGT CCTAAAGATC 
ATCGCTTTTG GCTTCTTGAA CTATTTCCGA GACACCTGGA ATATCTTTGA CTTCATCACC 
GTGATTGGCA GTATCACAGA AATTATCCTG ACAGACAGCA AGCTGGTCAA CACCAGTGGC 
TTCAATATGA GCTTCCTGAA GCTCTTCCGA GCTGCCCGCC TCATAAAGCT TCTGCGGCAG 
GGCTACACCA TACGTATTTT ACTTTGGACC TTCGTGCAGT CCTTTAAGGC CCTCCCCTAC 
GTCTGTCTGT TGATTGCCAT GCTTTTCTTC ATTTATGCCA TCATTGGGAT GCAGGTCTTT 
GGAAACATAA AGTTAGATGA GGAGAGTCAC ATCAATCGGC ACAACAACTT CCGAAGTTTC 
TTTGGGTCCC TCATGCTGCT CTTCAGGAGT GCCACAGGTG AGGCCTGGCA GGAGATTATG 
CTGTCATGCC TTGGGGAGAA AGGCTGTGAG CCGGACACCA CAGCACCATC TGGGCAGAAC 
GAGAACGAGC GCTGTGGCAC CGATCTGGCC TACGTTTACT TTGTCTCCTT CATCTTCTTC 
TGTTCCTTCT TGATGCTCAA CTTGTTTGTG GCCGTCATCA TGGACAACTT TGAGTACCTG 
ACACGAGATT CCTCCATCCT GGGACCTCAC CACTTGGATG AGTTTGTCCG TGTCTGGGCG 
GAGTATGACA GAGCTGCATG TGGCCGCATC CATTACACTG AGATGTATGA AATGCTGACT 
CTCATGTCAC CACCGCTAGG CCTCGGCAAG AGATGTCCCT CCAAAGTGGC ATATAAGAGA 
TTGGTCCTGA TGAATATGCC AGTAGCTGAG GACATGACAG TCCACTTCAC CTCCACACTT 
ATGGCTCTGA TCCGGACAGC CCTGGACATC AAAATTGCAA AAGGTGGTGC AGACAGGCAG 
CAGCTAGATT CAGAGCTACA AAAGGAGACC CTGGCCATCT GGCCTCACCT GTCCCAGAAG 
ATGCTGGATC TGCTTGTCCC CATGCCCAAA GCCTCTGACC TGACTGTGGG CAAAATCTAT 
GCAGCAATGA TGATCATGGA CTACTACAAA CAGAGTAAGG TGAAGAAGCA GAGGCAGCAG 
CTGGAGGAAC AGAAAAATGC ACCCATGTTC CAGCGCATGG AGCCCTCATC TTTGCCTCAG 
GAGATTATCG CTAATGCCAA AGCCCTGCCT TATCTCCAGC AGGACACTGT CGCAGGCCTG 
AGTGGCCGGA GTGGATACCC CTCGATGAGT CCACTCTCCC CGCAGGAAAT ATTCCAGTTG 
GCGTATATGG AGCCCACCGA TGATGGACAG TTCCAGGAAC AACAGTCTCT GGTGTTGACA 
GACCCTAGCT CCATGAGACG TTCTTTTTCC ACTATTCGGG ATAAGCGTTC AAATTCCTCG 
TGGTTGGAGG AGTTCTCCAT GGAGCGAAGT AGTGAAAACA CCTACAAGTC ACGTCGCCGG 
AGCTACCACT CCTCCCTGCG GCTGTCAGCA CATCGCCTGA ACTCTGACTC AGGCCACAAG 
TCCGACACCC ACCGCTCAGG GGGCAGAGAG CGGGGGCGAT CGAAAGAGCG AAAGCATCTT 
CTCTCTCCTG ATGTCTCTCG CTGCAACTCA GAGGAGCGAG GGACCCAGGC TGGCTGGGAG 
TCCCCAGAGC GCCGTCAATC CAGGTCACCC AGTGAAGGCA GGTCACAGAC CCCCAACAGA 
CAGGGCACGG GCTCCCTGAG TGAAAGCTCC ATCCCCTCTG TCTCTGACAC CAGCACCCCA 
AGACGAAGTC GGCGGCAGCT CCCACCAGTC CCTCCAAAGC CTCGGCCCCT CCTTTCCTAC 
AGCTCCCTGC TGCGACACTC TGGGAGCCTC TCTCCACCCG CTGATGGGAG TGAGGGCGGC 
TCCCCACTCA CCTCCAAGGC TCTGGAGAGC AACAACACTT GCCTGACCGA GTCTTCCAAC 
TCCCCGCACG CGAAGCAGAG CCAACAGTGC TCCCCCCAGC GCTACATCTC CGAGCCCTAC 
CTGGCCCTGC ACGAAGACTC CCACGCCTCA GACTGTGGCG AGGAGGAGAC GCTTACCTTC 
GAAGCCGCTG TGGCCACTAG CCTGGGCCGC TCCAACACCA TCGGCTCCGC TCCGCCCCTG 
CGGCACAGCT GGCAGATGCC CAATGGGCAC TATCGGCGGC GAAGGCATGG GGGGCCCGGG 
CCAGGCATGA TGTGTGGAGC TGTCAGTGAC CTCCTGAGTG ACACGGAAGA AGACGACAAA 
TGCTAG

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

RefSeq	XP_023404907.1
CDS	1..6546
Translation	MARFGEAVVGRPGSGDGDSDQSRNRQGTPVPASGPAAAYKQSKAQRARTMALYNPIPVRQNCFTVNRSLFIFGEDNIVRKYAKKLIDWPPFEYMILATIIANCIVLALEQHLPEDDKTPMSRRLEKTEPYFIGIFCFEAGIKIVALGFIFHKGSYLRNGWNVMDFIVVLSGILATAGTHFNTHVDLRTLRAVRVLRPLKLVSGIPSLQIVLKSIMKAMVPLLQIGLLLFFAILMFAIIGLEFYSGKLHRACFMNNSGILEGFDPPHPCGVQGCPAGYECRDWIGPNDGITQFDNILFAVLTVFQCITMEGWTTVLYNTNDALGATWNWLYFIPLIIIGSFFVLNLVLGVLSGEFAKERERVENRRAFMKLRRQQQIERELNGYRAWIDKAEEVMLAEENKNAGTSALEVLRRATIKRSRTEAMTRDSSDEHCVDISSVGTPLARASIKSAKVDGASYFRHKERLLRISIRHMVKSQVFYWIVLSLVALNTACVAIVHHNQPQWLTHLLYYAEFLFLGLFLLEMSLKMYGMGPRLYFHSSFNCFDFGVTVGSIFEVVWAIFRPGTSFGISVLRALRLLRIFKITKYWASLRNLVVSLMSSMKSIISLLFLLFLFIVVFALLGMQLFGGRFNFNDGTPSANFDTFPAAIMTVFQILTGEDWNEVMYNGIRSQGGVSSGMWSAIYFIVLTLFGNYTLLNVFLAIAVDNLANAQELTKDEQEEEEAFNQKHALQKAKEVSPMSAPNMPSIERDRRRRHHMSMWEPRSSHLYGMGLGLGLDKVEEERISRGGSLKGDGGDRSGAVDNQRnullPLSLGTREPPWLARPCHGNCDPTQQEAGGGETVVTFEDRARHRQSQRRSRHRRVRTEGKELSSASRSRSVSQERSLDEDVPTDGEKDREPRGSHGTKEPAMQEERVQDLRRTNSLMVPRGSGLAGAIDEANAPLVPPHPELEVGKEGALTEQEPEGSSEQALLGDVQLDVGRAISQSEPDLSCITANTDKATESSSVTVAIADVGPLVDSTVVHISNKTDGEASPLKEAEIKEDEEEVEKKKQKKEKRETGKAMVPHSSMFIFSTTNPIRRACHYVVNLRYFEMCILLVIAASSIALAAEDPVLTNSERNKVLRYFDYVFTGVFTFEMVIKMIDQGLILQDGSYFRDLWNILDFVVVVGALVAFALANALGTNKGRDIKTIKSLRVLRVLRPLKTIKRLPKLKVIFSEFLPIKSPSPAFFLYYSEKVLFYFYSGFRGNYVDHEKNKMEVKGREWKRHEFHYDNIIWALLTLFTVSTGEGWPQVLQHSVDVTEEDRGPSRSNRMEMSIFYVVYFVVFPFFFVNIFVALIIITFQEQGDKMMEECSLEKNERACIDFAISAKPLTRYMPQNRHTFQYRVWHFVVSPSFEYTIMAMIALNTVVLMMKYYSAPCTYELALKYLNIAFTMVFSLECVLKIIAFGFLNYFRDTWNIFDFITVIGSITEIILTDSKLVNTSGFNMSFLKLFRAARLIKLLRQGYTIRILLWTFVQSFKALPYVCLLIAMLFFIYAIIGMQVFGNIKLDEESHINRHNNFRSFFGSLMLLFRSATGEAWQEIMLSCLGEKGCEPDTTAPSGQNENERCGTDLAYVYFVSFIFFCSFLMLNLFVAVIMDNFEYLTRDSSILGPHHLDEFVRVWAEYDRAACGRIHYTEMYEMLTLMSPPLGLGKRCPSKVAYKRLVLMNMPVAEDMTVHFTSTLMALIRTALDIKIAKGGADRQQLDSELQKETLAIWPHLSQKMLDLLVPMPKASDLTVGKIYAAMMIMDYYKQSKVKKQRQQLEEQKNAPMFQRMEPSSLPQEIIANAKALPYLQQDTVAGLSGRSGYPSMSPLSPQEIFQLAYMEPTDDGQFQEQQSLVLTDPSSMRRSFSTIRDKRSNSSWLEEFSMERSSENTYKSRRRSYHSSLRLSAHRLNSDSGHKSDTHRSGGRERGRSKERKHLLSPDVSRCNSEERGTQAGWESPERRQSRSPSEGRSQTPNRQGTGSLSESSIPSVSDTSTPRRSRRQLPPVPPKPRPLLSYSSLLRHSGSLSPPADGSEGGSPLTSKALESNNTCLTESSNSPHAKQSQQCSPQRYISEPYLALHEDSHASDCGEEETLTFEAAVATSLGRSNTIGSAPPLRHSWQMPNGHYRRRRHGGPGPGMMCGAVSDLLSDTEEDDKC

Target ORF information:

RefSeq Version	XM_023549139.1
Organism	Loxodonta africana(African savanna elephant)
Definition	Loxodonta africana calcium voltage-gated channel subunit alpha1 E (CACNA1E), mRNA.

Target ORF information:

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

XM_023549139.1

ORF Insert Sequence:

ATGGCTCGCT TCGGGGAGGC AGTGGTCGGC AGGCCAGGGT CGGGCGATGG AGACTCGGAC 
CAGAGCAGGA ACCGGCAAGG AACCCCAGTG CCGGCCTCGG GGCCGGCGGC CGCCTACAAG 
CAGTCGAAAG CGCAGAGGGC GCGGACTATG GCTTTGTACA ACCCCATTCC TGTCCGGCAG 
AACTGTTTCA CCGTCAACAG ATCCTTGTTC ATCTTCGGAG AAGATAACAT TGTCAGGAAA 
TACGCCAAGA AGCTCATCGA TTGGCCGCCG TTCGAGTATA TGATCCTGGC TACCATCATT 
GCCAACTGCA TTGTCCTGGC CCTGGAACAG CACCTTCCCG AGGACGACAA GACCCCGATG 
TCCCGCAGAC TGGAGAAGAC AGAACCATAT TTCATTGGGA TCTTTTGCTT TGAAGCTGGG 
ATCAAAATTG TGGCCCTGGG GTTCATCTTC CATAAGGGCT CATACCTCCG CAATGGCTGG 
AATGTCATGG ACTTCATCGT GGTCCTCAGT GGCATCCTGG CTACTGCGGG AACCCATTTC 
AACACACACG TGGATCTGAG GACCCTGCGG GCTGTGCGTG TCCTGAGGCC CCTGAAGCTC 
GTGTCAGGGA TTCCCAGCTT GCAGATTGTA TTGAAGTCTA TCATGAAGGC CATGGTGCCT 
CTTCTGCAGA TTGGCCTTCT GCTCTTCTTT GCCATCCTGA TGTTTGCTAT CATTGGCTTG 
GAGTTCTACA GTGGGAAGTT ACACCGAGCA TGCTTCATGA ACAATTCAGG TATTCTAGAA 
GGATTTGATC CCCCTCACCC ATGTGGTGTG CAGGGCTGCC CAGCCGGTTA TGAATGCAGG 
GACTGGATCG GCCCCAACGA TGGGATCACT CAGTTTGATA ACATCCTTTT TGCTGTGCTG 
ACTGTATTCC AGTGCATCAC CATGGAAGGG TGGACCACCG TGCTGTACAA TACCAATGAT 
GCCTTAGGAG CCACCTGGAA TTGGCTGTAT TTCATCCCCC TCATCATCAT TGGATCCTTC 
TTTGTTCTCA ACCTAGTCCT GGGAGTGCTT TCTGGGGAAT TTGCCAAAGA GAGAGAGAGG 
GTGGAGAACC GAAGAGCTTT CATGAAGCTG CGGCGCCAAC AGCAGATTGA GCGGGAGTTG 
AATGGCTACC GTGCCTGGAT AGACAAAGCA GAGGAAGTCA TGCTTGCTGA AGAAAACAAA 
AATGCTGGAA CATCGGCCTT AGAAGTGCTT CGAAGGGCGA CAATCAAGAG GAGCCGGACA 
GAGGCCATGA CCCGAGACTC CAGTGATGAA CACTGCGTTG ATATCTCTTC TGTGGGCACG 
CCTCTTGCCC GAGCTAGTAT CAAAAGTGCA AAGGTGGATG GTGCTTCCTA TTTCCGGCAC 
AAGGAGAGGC TCCTGCGCAT CTCCATTCGC CACATGGTGA AATCCCAGGT GTTCTACTGG 
ATTGTGCTGA GCCTCGTGGC TCTCAACACC GCCTGCGTGG CCATTGTCCA TCACAACCAG 
CCCCAGTGGC TCACCCACCT CCTCTACTAT GCAGAATTTT TGTTTCTGGG GCTCTTCCTC 
TTAGAGATGT CCCTGAAGAT GTACGGGATG GGGCCTCGTC TTTATTTTCA CTCTTCATTC 
AACTGCTTTG ATTTTGGGGT CACTGTGGGC AGTATCTTTG AAGTGGTCTG GGCAATCTTC 
AGACCTGGTA CATCTTTTGG AATCAGTGTA TTGCGAGCTC TCCGGCTTCT AAGAATATTT 
AAAATAACCA AGTATTGGGC ATCCCTGCGC AATTTGGTGG TCTCCTTGAT GAGTTCCATG 
AAGTCTATCA TCAGTTTGCT CTTCCTCCTC TTCCTCTTCA TCGTTGTCTT TGCCCTCCTG 
GGAATGCAGC TGTTTGGAGG CAGGTTTAAC TTTAATGATG GAACTCCTTC AGCAAATTTT 
GACACCTTCC CTGCAGCCAT CATGACTGTA TTTCAGATCC TGACAGGTGA GGACTGGAAT 
GAGGTGATGT ACAACGGGAT CCGTTCCCAG GGAGGGGTCA GCTCAGGCAT GTGGTCAGCC 
ATCTACTTCA TCGTACTCAC CTTGTTTGGA AACTATACGC TGCTGAATGT GTTCTTGGCC 
ATCGCTGTGG ACAATCTGGC CAATGCGCAA GAGCTGACCA AGGATGAACA GGAGGAAGAG 
GAAGCCTTCA ACCAGAAACA TGCACTGCAG AAGGCCAAGG AGGTCAGCCC AATGTCTGCA 
CCCAACATGC CTTCTATCGA AAGAGACAGA AGGAGAAGAC ACCACATGTC GATGTGGGAG 
CCACGCAGCA GTCACCTGTA TGGCATGGGC CTGGGCCTGG GTCTGGATAA GGTGGAGGAG 
GAGCGCATCA GCCGTGGGGG GTCCCTCAAG GGGGACGGAG GTGACCGGTC CGGTGCCGTG 
GACAACCAGA GGNAGCCCTT GTCCCTGGGC ACACGGGAGC CTCCGTGGCT GGCCAGGCCC 
TGTCATGGGA ACTGTGACCC CACCCAGCAG GAGGCAGGGG GAGGAGAGAC TGTGGTGACC 
TTCGAGGACC GGGCCAGGCA CAGGCAGAGC CAGCGACGCA GTCGGCACCG CCGTGTCAGG 
ACAGAAGGCA AGGAGCTCTC CTCAGCTTCT CGGAGCAGGT CTGTCAGCCA GGAGCGGAGT 
CTGGATGAAG ATGTACCCAC CGATGGGGAG AAAGACCGGG AGCCCAGGGG CAGCCATGGG 
ACCAAGGAAC CAGCAATGCA AGAAGAGAGA GTCCAGGATT TAAGGAGGAC CAACAGCCTA 
ATGGTACCCA GAGGCTCCGG CCTGGCAGGA GCCATTGATG AGGCAAACGC ACCTCTGGTC 
CCGCCCCATC CAGAGCTGGA AGTGGGGAAG GAGGGGGCAC TGACAGAGCA GGAGCCAGAG 
GGCAGCAGTG AACAAGCCCT GCTGGGGGAT GTGCAGCTAG ATGTGGGCCG GGCCATCAGC 
CAGAGTGAGC CAGACCTCTC CTGCATCACG GCCAACACGG ACAAGGCCAC GGAGAGCAGC 
AGTGTCACCG TGGCCATCGC TGACGTGGGC CCCCTCGTGG ATTCCACCGT GGTGCACATT 
AGTAACAAGA CTGATGGAGA AGCCAGTCCC CTGAAGGAAG CAGAAATCAA AGAGGATGAA 
GAGGAGGTAG AGAAGAAGAA GCAAAAGAAG GAGAAGCGTG AGACAGGCAA AGCCATGGTG 
CCCCATAGCT CCATGTTCAT CTTCAGCACC ACCAACCCGA TCCGGAGGGC CTGCCACTAC 
GTCGTGAACC TGCGCTACTT TGAGATGTGC ATCCTCCTGG TGATTGCAGC TAGCAGCATT 
GCCCTGGCAG CTGAGGACCC TGTCCTGACC AACTCCGAGC GCAACAAAGT CCTGAGGTAT 
TTTGACTATG TTTTCACTGG TGTGTTCACC TTTGAGATGG TCATAAAGAT GATAGACCAG 
GGTTTGATCC TGCAGGATGG ATCCTACTTC CGAGACCTGT GGAACATCCT GGACTTTGTG 
GTGGTGGTTG GAGCATTGGT TGCCTTTGCT TTGGCGAATG CTTTGGGAAC AAACAAAGGG 
CGGGACATCA AGACCATCAA GTCTCTGCGG GTGCTCCGAG TTCTGAGGCC ACTGAAAACC 
ATCAAGCGCC TGCCCAAGCT CAAGGTAATA TTTTCAGAAT TTCTTCCTAT CAAATCCCCT 
TCTCCTGCCT TCTTTCTTTA CTATAGTGAA AAGGTCCTAT TTTATTTCTA CTCTGGTTTT 
AGAGGCAACT ATGTAGATCA TGAGAAAAAC AAGATGGAGG TGAAGGGCCG GGAATGGAAG 
CGCCATGAAT TCCACTATGA CAACATCATC TGGGCCCTGC TGACCCTCTT CACCGTCTCC 
ACAGGGGAAG GATGGCCTCA GGTTTTACAG CATTCCGTAG ATGTGACAGA GGAAGACCGA 
GGCCCAAGTC GCAGCAACCG CATGGAGATG TCCATCTTTT ATGTGGTCTA CTTTGTGGTC 
TTCCCATTCT TCTTTGTCAA TATCTTTGTG GCCCTCATCA TCATCACCTT CCAGGAGCAA 
GGGGACAAGA TGATGGAGGA GTGCAGCCTG GAAAAGAATG AGAGGGCGTG CATCGACTTT 
GCCATCAGTG CCAAACCTCT CACCCGCTAC ATGCCACAGA ACAGGCACAC CTTCCAGTAC 
CGCGTCTGGC ACTTTGTAGT GTCTCCATCC TTCGAGTACA CCATCATGGC CATGATTGCC 
CTGAACACTG TCGTGCTGAT GATGAAGTAC TATTCTGCTC CCTGTACCTA TGAACTGGCT 
CTCAAGTACC TGAATATTGC CTTCACCATG GTGTTTTCCC TGGAATGTGT CCTAAAGATC 
ATCGCTTTTG GCTTCTTGAA CTATTTCCGA GACACCTGGA ATATCTTTGA CTTCATCACC 
GTGATTGGCA GTATCACAGA AATTATCCTG ACAGACAGCA AGCTGGTCAA CACCAGTGGC 
TTCAATATGA GCTTCCTGAA GCTCTTCCGA GCTGCCCGCC TCATAAAGCT TCTGCGGCAG 
GGCTACACCA TACGTATTTT ACTTTGGACC TTCGTGCAGT CCTTTAAGGC CCTCCCCTAC 
GTCTGTCTGT TGATTGCCAT GCTTTTCTTC ATTTATGCCA TCATTGGGAT GCAGGTCTTT 
GGAAACATAA AGTTAGATGA GGAGAGTCAC ATCAATCGGC ACAACAACTT CCGAAGTTTC 
TTTGGGTCCC TCATGCTGCT CTTCAGGAGT GCCACAGGTG AGGCCTGGCA GGAGATTATG 
CTGTCATGCC TTGGGGAGAA AGGCTGTGAG CCGGACACCA CAGCACCATC TGGGCAGAAC 
GAGAACGAGC GCTGTGGCAC CGATCTGGCC TACGTTTACT TTGTCTCCTT CATCTTCTTC 
TGTTCCTTCT TGATGCTCAA CTTGTTTGTG GCCGTCATCA TGGACAACTT TGAGTACCTG 
ACACGAGATT CCTCCATCCT GGGACCTCAC CACTTGGATG AGTTTGTCCG TGTCTGGGCG 
GAGTATGACA GAGCTGCATG TGGCCGCATC CATTACACTG AGATGTATGA AATGCTGACT 
CTCATGTCAC CACCGCTAGG CCTCGGCAAG AGATGTCCCT CCAAAGTGGC ATATAAGAGA 
TTGGTCCTGA TGAATATGCC AGTAGCTGAG GACATGACAG TCCACTTCAC CTCCACACTT 
ATGGCTCTGA TCCGGACAGC CCTGGACATC AAAATTGCAA AAGGTGGTGC AGACAGGCAG 
CAGCTAGATT CAGAGCTACA AAAGGAGACC CTGGCCATCT GGCCTCACCT GTCCCAGAAG 
ATGCTGGATC TGCTTGTCCC CATGCCCAAA GCCTCTGACC TGACTGTGGG CAAAATCTAT 
GCAGCAATGA TGATCATGGA CTACTACAAA CAGAGTAAGG TGAAGAAGCA GAGGCAGCAG 
CTGGAGGAAC AGAAAAATGC ACCCATGTTC CAGCGCATGG AGCCCTCATC TTTGCCTCAG 
GAGATTATCG CTAATGCCAA AGCCCTGCCT TATCTCCAGC AGGACACTGT CGCAGGCCTG 
AGTGGCCGGA GTGGATACCC CTCGATGAGT CCACTCTCCC CGCAGGAAAT ATTCCAGTTG 
GCGTATATGG AGCCCACCGA TGATGGACAG TTCCAGGAAC AACAGTCTCT GGTGTTGACA 
GACCCTAGCT CCATGAGACG TTCTTTTTCC ACTATTCGGG ATAAGCGTTC AAATTCCTCG 
TGGTTGGAGG AGTTCTCCAT GGAGCGAAGT AGTGAAAACA CCTACAAGTC ACGTCGCCGG 
AGCTACCACT CCTCCCTGCG GCTGTCAGCA CATCGCCTGA ACTCTGACTC AGGCCACAAG 
TCCGACACCC ACCGCTCAGG GGGCAGAGAG CGGGGGCGAT CGAAAGAGCG AAAGCATCTT 
CTCTCTCCTG ATGTCTCTCG CTGCAACTCA GAGGAGCGAG GGACCCAGGC TGGCTGGGAG 
TCCCCAGAGC GCCGTCAATC CAGGTCACCC AGTGAAGGCA GGTCACAGAC CCCCAACAGA 
CAGGGCACGG GCTCCCTGAG TGAAAGCTCC ATCCCCTCTG TCTCTGACAC CAGCACCCCA 
AGACGAAGTC GGCGGCAGCT CCCACCAGTC CCTCCAAAGC CTCGGCCCCT CCTTTCCTAC 
AGCTCCCTGC TGCGACACTC TGGGAGCCTC TCTCCACCCG CTGATGGGAG TGAGGGCGGC 
TCCCCACTCA CCTCCAAGGC TCTGGAGAGC AACAACACTT GCCTGACCGA GTCTTCCAAC 
TCCCCGCACG CGAAGCAGAG CCAACAGTGC TCCCCCCAGC GCTACATCTC CGAGCCCTAC 
CTGGCCCTGC ACGAAGACTC CCACGCCTCA GACTGTGGCG AGGAGGAGAC GCTTACCTTC 
GAAGCCGCTG TGGCCACTAG CCTGGGCCGC TCCAACACCA TCGGCTCCGC TCCGCCCCTG 
CGGCACAGCT GGCAGATGCC CAATGGGCAC TATCGGCGGC GAAGGCATGG GGGGCCCGGG 
CCAGGCATGA TGTGTGGAGC TGTCAGTGAC CTCCTGAGTG ACACGGAAGA AGACGACAAA 
TGCTAG

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

PubMed

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CACNA1E cDNA ORF clone, Loxodonta africana(African savanna elephant)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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