XIRP1 cDNA ORF clone, Loxodonta africana(African savanna elephant)

Gene
Clones
gRNAs

Summary

Gene Symbol	XIRP1
Entrez Gene ID	100655755
Full Name	xin actin binding repeat containing 1
Gene Type	protein-coding
Organism	Loxodonta africana(African savanna elephant)

mRNA and Protein(s)

mRNA	Protein	Name
XM_023554818.1	XP_023410586.1	LOW QUALITY PROTEIN: xin actin-binding repeat-containing protein 1
XM_010595571.1	XP_010593873.1	LOW QUALITY PROTEIN: xin actin-binding repeat-containing protein 1

Pathways from BioSystems
Gene Ontology

The following XIRP1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the XIRP1 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
OLo103973	XM_023554818.1 Latest version!	Loxodonta africana xin actin binding repeat containing 1 (XIRP1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OLo47283	XM_010595571.1 Latest version!	Loxodonta africana xin actin-binding repeat containing 1 (XIRP1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

XIRP1 ( XM_023554818.1 ) cDNA ORF clone, Loxodonta africana(African savanna elephant) -> XP_023410586.1 Loxodonta africana xin actin binding repeat containing 1 (XIRP1), mRNA.

Price & Availability↑

CloneID	OLo103973
Clone ID Related Accession (Same CDS sequence)	XM_023554818.1
Accession Version	XM_023554818.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4164bp) 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: xin actin-binding repeat-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003573456.1) 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## frameshifts :: corrected 3 indels ##RefSeq-Attributes-END##

ATGTCCCCAG CCCCATCCTC ACCTCCACCC CTTCTCCACA GAAGGATGGC CGACGTCCAG 
ACACAGGCGG CCCCTGCACC GACCATCCCG GTGACCACCA CAGAGGAGCT GTCCCTGCCA 
CCACCCCCAC CCCTGGAGGA CCTGCCGCCA CCACCGCCCA AGGAATCCTT CTCCAGCTTC 
CACCGGCAGC GGCAAGCCAG TGAGCTGCGC CGACTGTACA GACATATCCA CCCCGAGCTC 
CGGAAGAACC TGGCCGAGGC TGTGGCGGAG GACCTGGCTG AAGTCCTGAG CTCTGAGGAG 
CCCACGGAGG GTGATGTCCA GTGCATGCGC TGGATCTTTG AGAACTGGAG GCTGGACGCC 
ATTGGGGACC ACGAGAAGCC AGCTGCCAAG GAGCCAGTGC CTGGTGGCGA CGTCCAGGCC 
ACCTCCCGCA AGTTTGAGGA AGGCTCCTTT GCCAACAGCA CAGGCCAGGA GCCAGCCGCC 
GCCCAGGCGT CCGGAGGGGA CGTTCGTGCA GCCCGTTGGC TGTTTGAGAC GAAGTCGCTG 
GGTGAGCTGA CTGGCCAGGA CAAGCCACCG GAGGCTACAG TGAGAGAGCC TGCAGCCAGT 
GGAGACGTCC AGGGTACCAG GATGCTCTTT GAGACGCGGC CCCTGGACCG CCTGGGCTCC 
CGCCCCTCCA TCCAGGAGCA GAGCCCCTTG GAGCTGCGCT CCGAGATCCA GGAGCTGAAG 
GGCGACGTGA AGAAGACCGT GAAGCTATTC CAGACGGAGC CGCTGTGCGC CATCCAGGAT 
GCGGAGGGCG CCATCCATGA GGTGAAGGCT GCGTGCCGTG AGGAGATCCA GAGCAATGCA 
GTCAGGACTG CCCGCTGGCT CTTCGAGACC CAGCCTCTGG ACGCCATCAA CCGGGACCCC 
AGCCAGGTGA AGGTGATCCG AGGCATCTCC CTGGAGGAGG GGGCTCGGCC TGATGTCAGT 
GCAGCTCGCT GGATCTTTGA GACACAGCCC CTGGATGCCA TCCGGGAAAT CGTTGTGGAT 
GAGAAGGACT TCCAGCCATC CCCAGACCTC ATCCCTCCTG GCCCAGATGT CCAGCAGCAG 
CGGCACCTGT TTGAGACCCA AGCTTTAGAC ACTCTGAAGG GGGATGAGGA AGCCAGAGCA 
GAGGCCCCAC CCAAGGAGGA GGTGGTCCCC GGCAACGTCC GCTCCACCCT GTGGCTGTTT 
GAGACGAAGC CCCTAGACGC TCTCAGAGAC GAGGTCCAAG TGGGTCACCT GCAGCGAGTG 
GAATCCACCA GGAGGAGGGG CTCAGGTGAG CGTTTGTCCA GTGGTGGCTG CTCAGCACTG 
CCCCTCTCTC AGAGTNGCCC TGAGAGGGAA GGGGTGAAGG GGGATGTGAA GACCTTCAAG 
NACCTTTTTG AGACGCTCCC CTTGGACAGC ATCGGGCAGG GCAAGCATCC AGCCCCTGAG 
AGTGTGAGCA GAGCAGAAGG GACTGAGTCC CGTGGACAGC CCCAGGACAC CAGGTCCCCC 
GTGTACGCCA TGCAGGACAG CAAGGGCCAC CTGCACGCCC TGACCTCAGT CAGCAGAGAG 
CAGGTGGTGG GGGGCAATGT GCAGGGCTAC AGGTGGATGT TTGAGACGCA GCCCCTAGAT 
GGACTAGCCC AACACCCCAG TACCGTTGAT GTGGTACGGG GCATCACCCG ACAGGAAGTG 
GTAGCTGGGG ACGTGGGCAC TGCTCGGTGG CTCTTTGAGA CACAGCCCCT GGAGGTGATC 
CACCAGCGGG AGAGGCAGGA ACGACAAGAA GAAGAGGGCA AAGGTCAGGG AGGCATCCAG 
CCCGAAGCCC CCCCAAAGGG TGATGTGCAG ACCATCCGGT GGTTGTTCGA GACACACCCG 
ATGAGTGAGC TGGTGGAGAA GCAGGGGTCA GAGGTCACAG ACCCCACAGC CAAGCCTGAG 
GTCCGGTCCT GCACCTGGAT GTTTGATCCC CAACCCCTGG ACAGGCCAGA GGGCTCTAGG 
GAGCAGCACC TGCGGATTGG CCAAGTCCAG GCTGGGGAAA GACAGACAGA TGGACATATC 
TTTGAGACGG AGCCTCTGCA GGCCCCAGGC CGCCCCTGCA GGAGAGGGCC TGTGCGATAC 
TGCAGCCGAG TGGAGATCCC TTCGGGCCAG GTGTCTCGTC AGAAGGAGGT TTTCCAGGCC 
CTGGAGGCAG GCAAGAGGGA CAACCAGGCG TCCAGGGTAG CCCCTGGGCC CATCCCTGGG 
GGTGCTGTGC ACAAGTTCAC ATGGCTCTTT GAGAACTGCC CCATGGGCTC CCTAGCAGCT 
GAGAGCATCC GAGGGGGCAG TCTCCAGGAA GAGCAGCCGG TGGGCCCCTC AGGCAACAGG 
GTACCAGAGA GGCAGGAGAC TGCTGCCGAG GGGACCCTGC GGACCCTGCA CGCTACTCCT 
GGCATCCTGC ACCACGGGGG CATCCTCATG GAGGCCCGCG GGCTGGGGGA GCTCTGCCTT 
GCCAAGTATG TTCTCCCAAG CCCAGGACAG GGGCGCCCCC ACGTCCGGAA GGAAGAGCTG 
GTGTCTGGGG AGCTTCCCAG GATCGTCCGA CAAGTGCTGC GCCGGCCAGA TGTGGACCAG 
CAGGGGCTGC TGGTGCAGGA GGACCCAGCG GGTCAGCTCC AGCTCACGCC ACTGAGGCTG 
CCAGATCCCA GCAGCAGCAG GAGTATTGAT GACCTGGACC CCGAGCTCCA GCAGGTGCTG 
GCCTGTAGCC TCAGGGCCTC GGTGGCAAGG ATCGGGCTGG TGATGCAGGA AACAGAGCAG 
GGCCTGGTGG CACTGACAGC TTACTCCCTG CAGCCCCGGC CAGCCAACAG AGCCCCCGAG 
AAGGGCAGTG TGCAGCTGCT GGCCAGCTGC ATAAACAAAG GAGACCTGAG TGGTCTGCAC 
AGTCTGCGGT GGGAGCCGCC AGCTGACCCA AGTCCAGTGC CAGGCAGCGA GGGGGCCCAG 
AGGCTGCCCC TGACTGACAG CATCATCCAT GTGCCTCCCC TGGACCCCAG CCTGGGCATG 
GGGCATCTTC GAGGCCCAGG GGCGGCCACC TGCCCCCTGC CGTCTGTTGG AAAGGCAGTC 
CCTCTGGCTG GGGACACTGC AACCCCAGCC CGCTTGCAGG GAGTAGAAAA GCAGGAAGAC 
AGTCACACTG GGCAGAAAGG GATGGCAACC TTGGGGAAGG CGGAGGGAGC CATGGCTGTG 
CCCCAGGGCC CCGGGACCCC AGACCTCCAG GCCGCCGTAC AGAGTCTGCG GATGGCAACG 
GCCAAGGCCC AAAGCCTGCA CCAACAAGTC CTCAACAAGC ATAAGCAGGG CCCGGGCCCC 
ACAGCCACCT CCACTCCCTT CCAGAACGGC CTTCTGCAAG CACCGGCCGT GGCCCCTGGG 
GCTGCCCGGA GCAACACCAG GCCTGTGGCC GGAGGCGACC CCAGGATCTC TGCAGGCCCC 
CGAAAGGTCA GTGGGGAAGA GAATGCACCA CCCAGAGGGC TGCCCATGGG GTGGGGGACT 
GTTCAGGACG GTGTCTACAC TGCTCACCCG GTGAGAACCT TTGACCCACT CAGGGGTGTC 
CAGCCTTCCG AAAGGGAACC ACACCCGAGG GACAAGGAGA CTGCCCTCCC AGCCCAGGCT 
CCCAGCCCAC TCTGGGGAGG CCTGGGCCAG AGTCTCGGGC CAGGGCGGGA AAAGCCGGGG 
GACTGCACAC AGAGCACCTG GGGGCCTCCG GGGAAGGCGG TGGCAGAAGT CGGCCAGGGG 
GGCCTCCAAC CTGCAGAGAC CACCCTGAAA GCTGCCCCTT TAGCCCACCA CACTCTGGCC 
ACCAGGCCTC AGGAAGCAGG TGCCAGCCTG CACTCCCATA ATGCCTCTGT TCGTCCTCCC 
CCTCCTCTCC CAGCTGCTGT GAAGAGACCC GACTTCCCAG CCCGAACACG CCACAGAGAG 
GACTCCGTCC AGCAAGGCTC CGAGCCCCTG CGGGACCCCC TCCCCCACCC CCACAGCAGC 
CCTGCTGGCC AGAGAAGCCC TGAGGGGTCA GAGACACAGA CCCTGAAGCT TGGAGCCTAC 
CACACCACCA AGGAAGAAGC CCCAACTGCC CCCCAAACCT GCCTACCTCT CCCTGACCCA 
TCCTCCTCGG AGGCTGCCCA AGCCCCCAGC TCTGTCTTCC AGATCCTTCT CAGAGGTGGG 
CCCAGGAGAA CACAAACAAG GTGA

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

RefSeq	XP_023410586.1
CDS	1245..5408
Translation	MSPAPSSPPPLLHRRMADVQTQAAPAPTIPVTTTEELSLPPPPPLEDLPPPPPKESFSSFHRQRQASELRRLYRHIHPELRKNLAEAVAEDLAEVLSSEEPTEGDVQCMRWIFENWRLDAIGDHEKPAAKEPVPGGDVQATSRKFEEGSFANSTGQEPAAAQASGGDVRAARWLFETKSLGELTGQDKPPEATVREPAASGDVQGTRMLFETRPLDRLGSRPSIQEQSPLELRSEIQELKGDVKKTVKLFQTEPLCAIQDAEGAIHEVKAACREEIQSNAVRTARWLFETQPLDAINRDPSQVKVIRGISLEEGARPDVSAARWIFETQPLDAIREIVVDEKDFQPSPDLIPPGPDVQQQRHLFETQALDTLKGDEEARAEAPPKEEVVPGNVRSTLWLFETKPLDALRDEVQVGHLQRVESTRRRGSGERLSSGGCSALPLSQSnullPEREGVKGDVKTFKnullLFETLPLDSIGQGKHPAPESVSRAEGTESRGQPQDTRSPVYAMQDSKGHLHALTSVSREQVVGGNVQGYRWMFETQPLDGLAQHPSTVDVVRGITRQEVVAGDVGTARWLFETQPLEVIHQRERQERQEEEGKGQGGIQPEAPPKGDVQTIRWLFETHPMSELVEKQGSEVTDPTAKPEVRSCTWMFDPQPLDRPEGSREQHLRIGQVQAGERQTDGHIFETEPLQAPGRPCRRGPVRYCSRVEIPSGQVSRQKEVFQALEAGKRDNQASRVAPGPIPGGAVHKFTWLFENCPMGSLAAESIRGGSLQEEQPVGPSGNRVPERQETAAEGTLRTLHATPGILHHGGILMEARGLGELCLAKYVLPSPGQGRPHVRKEELVSGELPRIVRQVLRRPDVDQQGLLVQEDPAGQLQLTPLRLPDPSSSRSIDDLDPELQQVLACSLRASVARIGLVMQETEQGLVALTAYSLQPRPANRAPEKGSVQLLASCINKGDLSGLHSLRWEPPADPSPVPGSEGAQRLPLTDSIIHVPPLDPSLGMGHLRGPGAATCPLPSVGKAVPLAGDTATPARLQGVEKQEDSHTGQKGMATLGKAEGAMAVPQGPGTPDLQAAVQSLRMATAKAQSLHQQVLNKHKQGPGPTATSTPFQNGLLQAPAVAPGAARSNTRPVAGGDPRISAGPRKVSGEENAPPRGLPMGWGTVQDGVYTAHPVRTFDPLRGVQPSEREPHPRDKETALPAQAPSPLWGGLGQSLGPGREKPGDCTQSTWGPPGKAVAEVGQGGLQPAETTLKAAPLAHHTLATRPQEAGASLHSHNASVRPPPPLPAAVKRPDFPARTRHREDSVQQGSEPLRDPLPHPHSSPAGQRSPEGSETQTLKLGAYHTTKEEAPTAPQTCLPLPDPSSSEAAQAPSSVFQILLRGGPRRTQTR

Target ORF information:

RefSeq Version	XM_023554818.1
Organism	Loxodonta africana(African savanna elephant)
Definition	Loxodonta africana xin actin binding repeat containing 1 (XIRP1), mRNA.

Target ORF information:

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

XM_023554818.1

ORF Insert Sequence:

ATGTCCCCAG CCCCATCCTC ACCTCCACCC CTTCTCCACA GAAGGATGGC CGACGTCCAG 
ACACAGGCGG CCCCTGCACC GACCATCCCG GTGACCACCA CAGAGGAGCT GTCCCTGCCA 
CCACCCCCAC CCCTGGAGGA CCTGCCGCCA CCACCGCCCA AGGAATCCTT CTCCAGCTTC 
CACCGGCAGC GGCAAGCCAG TGAGCTGCGC CGACTGTACA GACATATCCA CCCCGAGCTC 
CGGAAGAACC TGGCCGAGGC TGTGGCGGAG GACCTGGCTG AAGTCCTGAG CTCTGAGGAG 
CCCACGGAGG GTGATGTCCA GTGCATGCGC TGGATCTTTG AGAACTGGAG GCTGGACGCC 
ATTGGGGACC ACGAGAAGCC AGCTGCCAAG GAGCCAGTGC CTGGTGGCGA CGTCCAGGCC 
ACCTCCCGCA AGTTTGAGGA AGGCTCCTTT GCCAACAGCA CAGGCCAGGA GCCAGCCGCC 
GCCCAGGCGT CCGGAGGGGA CGTTCGTGCA GCCCGTTGGC TGTTTGAGAC GAAGTCGCTG 
GGTGAGCTGA CTGGCCAGGA CAAGCCACCG GAGGCTACAG TGAGAGAGCC TGCAGCCAGT 
GGAGACGTCC AGGGTACCAG GATGCTCTTT GAGACGCGGC CCCTGGACCG CCTGGGCTCC 
CGCCCCTCCA TCCAGGAGCA GAGCCCCTTG GAGCTGCGCT CCGAGATCCA GGAGCTGAAG 
GGCGACGTGA AGAAGACCGT GAAGCTATTC CAGACGGAGC CGCTGTGCGC CATCCAGGAT 
GCGGAGGGCG CCATCCATGA GGTGAAGGCT GCGTGCCGTG AGGAGATCCA GAGCAATGCA 
GTCAGGACTG CCCGCTGGCT CTTCGAGACC CAGCCTCTGG ACGCCATCAA CCGGGACCCC 
AGCCAGGTGA AGGTGATCCG AGGCATCTCC CTGGAGGAGG GGGCTCGGCC TGATGTCAGT 
GCAGCTCGCT GGATCTTTGA GACACAGCCC CTGGATGCCA TCCGGGAAAT CGTTGTGGAT 
GAGAAGGACT TCCAGCCATC CCCAGACCTC ATCCCTCCTG GCCCAGATGT CCAGCAGCAG 
CGGCACCTGT TTGAGACCCA AGCTTTAGAC ACTCTGAAGG GGGATGAGGA AGCCAGAGCA 
GAGGCCCCAC CCAAGGAGGA GGTGGTCCCC GGCAACGTCC GCTCCACCCT GTGGCTGTTT 
GAGACGAAGC CCCTAGACGC TCTCAGAGAC GAGGTCCAAG TGGGTCACCT GCAGCGAGTG 
GAATCCACCA GGAGGAGGGG CTCAGGTGAG CGTTTGTCCA GTGGTGGCTG CTCAGCACTG 
CCCCTCTCTC AGAGTNGCCC TGAGAGGGAA GGGGTGAAGG GGGATGTGAA GACCTTCAAG 
NACCTTTTTG AGACGCTCCC CTTGGACAGC ATCGGGCAGG GCAAGCATCC AGCCCCTGAG 
AGTGTGAGCA GAGCAGAAGG GACTGAGTCC CGTGGACAGC CCCAGGACAC CAGGTCCCCC 
GTGTACGCCA TGCAGGACAG CAAGGGCCAC CTGCACGCCC TGACCTCAGT CAGCAGAGAG 
CAGGTGGTGG GGGGCAATGT GCAGGGCTAC AGGTGGATGT TTGAGACGCA GCCCCTAGAT 
GGACTAGCCC AACACCCCAG TACCGTTGAT GTGGTACGGG GCATCACCCG ACAGGAAGTG 
GTAGCTGGGG ACGTGGGCAC TGCTCGGTGG CTCTTTGAGA CACAGCCCCT GGAGGTGATC 
CACCAGCGGG AGAGGCAGGA ACGACAAGAA GAAGAGGGCA AAGGTCAGGG AGGCATCCAG 
CCCGAAGCCC CCCCAAAGGG TGATGTGCAG ACCATCCGGT GGTTGTTCGA GACACACCCG 
ATGAGTGAGC TGGTGGAGAA GCAGGGGTCA GAGGTCACAG ACCCCACAGC CAAGCCTGAG 
GTCCGGTCCT GCACCTGGAT GTTTGATCCC CAACCCCTGG ACAGGCCAGA GGGCTCTAGG 
GAGCAGCACC TGCGGATTGG CCAAGTCCAG GCTGGGGAAA GACAGACAGA TGGACATATC 
TTTGAGACGG AGCCTCTGCA GGCCCCAGGC CGCCCCTGCA GGAGAGGGCC TGTGCGATAC 
TGCAGCCGAG TGGAGATCCC TTCGGGCCAG GTGTCTCGTC AGAAGGAGGT TTTCCAGGCC 
CTGGAGGCAG GCAAGAGGGA CAACCAGGCG TCCAGGGTAG CCCCTGGGCC CATCCCTGGG 
GGTGCTGTGC ACAAGTTCAC ATGGCTCTTT GAGAACTGCC CCATGGGCTC CCTAGCAGCT 
GAGAGCATCC GAGGGGGCAG TCTCCAGGAA GAGCAGCCGG TGGGCCCCTC AGGCAACAGG 
GTACCAGAGA GGCAGGAGAC TGCTGCCGAG GGGACCCTGC GGACCCTGCA CGCTACTCCT 
GGCATCCTGC ACCACGGGGG CATCCTCATG GAGGCCCGCG GGCTGGGGGA GCTCTGCCTT 
GCCAAGTATG TTCTCCCAAG CCCAGGACAG GGGCGCCCCC ACGTCCGGAA GGAAGAGCTG 
GTGTCTGGGG AGCTTCCCAG GATCGTCCGA CAAGTGCTGC GCCGGCCAGA TGTGGACCAG 
CAGGGGCTGC TGGTGCAGGA GGACCCAGCG GGTCAGCTCC AGCTCACGCC ACTGAGGCTG 
CCAGATCCCA GCAGCAGCAG GAGTATTGAT GACCTGGACC CCGAGCTCCA GCAGGTGCTG 
GCCTGTAGCC TCAGGGCCTC GGTGGCAAGG ATCGGGCTGG TGATGCAGGA AACAGAGCAG 
GGCCTGGTGG CACTGACAGC TTACTCCCTG CAGCCCCGGC CAGCCAACAG AGCCCCCGAG 
AAGGGCAGTG TGCAGCTGCT GGCCAGCTGC ATAAACAAAG GAGACCTGAG TGGTCTGCAC 
AGTCTGCGGT GGGAGCCGCC AGCTGACCCA AGTCCAGTGC CAGGCAGCGA GGGGGCCCAG 
AGGCTGCCCC TGACTGACAG CATCATCCAT GTGCCTCCCC TGGACCCCAG CCTGGGCATG 
GGGCATCTTC GAGGCCCAGG GGCGGCCACC TGCCCCCTGC CGTCTGTTGG AAAGGCAGTC 
CCTCTGGCTG GGGACACTGC AACCCCAGCC CGCTTGCAGG GAGTAGAAAA GCAGGAAGAC 
AGTCACACTG GGCAGAAAGG GATGGCAACC TTGGGGAAGG CGGAGGGAGC CATGGCTGTG 
CCCCAGGGCC CCGGGACCCC AGACCTCCAG GCCGCCGTAC AGAGTCTGCG GATGGCAACG 
GCCAAGGCCC AAAGCCTGCA CCAACAAGTC CTCAACAAGC ATAAGCAGGG CCCGGGCCCC 
ACAGCCACCT CCACTCCCTT CCAGAACGGC CTTCTGCAAG CACCGGCCGT GGCCCCTGGG 
GCTGCCCGGA GCAACACCAG GCCTGTGGCC GGAGGCGACC CCAGGATCTC TGCAGGCCCC 
CGAAAGGTCA GTGGGGAAGA GAATGCACCA CCCAGAGGGC TGCCCATGGG GTGGGGGACT 
GTTCAGGACG GTGTCTACAC TGCTCACCCG GTGAGAACCT TTGACCCACT CAGGGGTGTC 
CAGCCTTCCG AAAGGGAACC ACACCCGAGG GACAAGGAGA CTGCCCTCCC AGCCCAGGCT 
CCCAGCCCAC TCTGGGGAGG CCTGGGCCAG AGTCTCGGGC CAGGGCGGGA AAAGCCGGGG 
GACTGCACAC AGAGCACCTG GGGGCCTCCG GGGAAGGCGG TGGCAGAAGT CGGCCAGGGG 
GGCCTCCAAC CTGCAGAGAC CACCCTGAAA GCTGCCCCTT TAGCCCACCA CACTCTGGCC 
ACCAGGCCTC AGGAAGCAGG TGCCAGCCTG CACTCCCATA ATGCCTCTGT TCGTCCTCCC 
CCTCCTCTCC CAGCTGCTGT GAAGAGACCC GACTTCCCAG CCCGAACACG CCACAGAGAG 
GACTCCGTCC AGCAAGGCTC CGAGCCCCTG CGGGACCCCC TCCCCCACCC CCACAGCAGC 
CCTGCTGGCC AGAGAAGCCC TGAGGGGTCA GAGACACAGA CCCTGAAGCT TGGAGCCTAC 
CACACCACCA AGGAAGAAGC CCCAACTGCC CCCCAAACCT GCCTACCTCT CCCTGACCCA 
TCCTCCTCGG AGGCTGCCCA AGCCCCCAGC TCTGTCTTCC AGATCCTTCT CAGAGGTGGG 
CCCAGGAGAA CACAAACAAG GTGA

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

XIRP1 ( XM_010595571.1 ) cDNA ORF clone, Loxodonta africana(African savanna elephant) -> XP_010593873.1 Loxodonta africana xin actin-binding repeat containing 1 (XIRP1), mRNA.

Price & Availability↑

CloneID	OLo47283
Clone ID Related Accession (Same CDS sequence)	XM_010595571.1
Accession Version	XM_010595571.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4290bp) 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: xin actin-binding repeat-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003573456.1) 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 :: 3% of CDS bases frameshifts :: corrected 4 indels ##RefSeq-Attributes-END##

ATGGCCGACG TCCAGACACA GGCGGCCCCT GCACCGACCA TCCCGGTGAC CACCACAGAG 
GAGCTGTCCC TGCCACCACC CCCACCCCTG GAGGACCTGC CGCCACCACC GCCCAAGGAA 
TCCTTCTCCA GCTTCCACCG GCAGCGGCAA GCCAGTGAGC TGCGCCGACT GTACAGACAT 
ATCCACCCCG AGCTCCGGAA GAACCTGGCC GAGGCTGTGG CGGAGGACCT GGCTGAAGTC 
CTGAGCTCTG AGGAGCCCAC GGAGGGTGAT GTCCAGTGCA TGCGCTGGAT CTTTGAGAAC 
TGGAGGCTGG ACGCCATTGG GGACCACGAG AAGCCAGCTG CCAAGGAGCC AGTGCCTGGT 
GGCGACGTCC AGGCCACCTC CCGCAAGTTT GAGGAAGGCT CCTTTGCCAA CAGCACAGGC 
CAGGAGCCAG CCGCCGCCCA GGCGTCCGGA GGGGACGTTC GTGCAGCCCG TTGGCTGTTT 
GAGACGAAGT CGCTGGGTGA GCTGACTGGC CAGGACAAGC CACCGGAGGC TACAGTGAGA 
GAGCCTGCAG CCAGTGGAGA CGTCCAGGGT ACCAGGATGC TCTTTGAGAC GCGGCCCCTG 
GACCGCCTGG GCTCCCGCCC CTCCATCCAG GAGCAGAGCC CCTTGGAGCT GCGCTCCGAG 
ATCCAGGAGC TGAAGGGCGA CGTGAAGAAG ACCGTGAAGC TATTCCAGAC GGAGCCGCTG 
TGCGCCATCC AGGATGCGGA GGGCGCCATC CATGAGGTGA AGGCTGCGTG CCGTGAGGAG 
ATCCAGAGCA ATGCAGTCAG GACTGCCCGC TGGCTCTTCG AGACCCAGCC TCTGGACGCC 
ATCAACCGGG ACCCCAGCCA GGTGAAGGTG ATCCGAGGCA TCTCCCTGGA GGAGGGGGCT 
CGGCCTGATG TCAGTGCAGC TCGCTGGATC TTTGAGACAC AGCCCCTGGA TGCCATCCGG 
GAAATCGTTG TGGATGAGAA GGACTTCCAG CCATCCCCAG ACCTCATCCC TCCTGGCCCA 
GATGTCCAGC AGCAGCGGCA CCTGTTTGAG ACCCAAGCTT TAGACACTCT GAAGGGGGAT 
GAGGAAGCCA GAGCAGAGGC CCCACCCAAG GAGGAGGTGG TCCCCGGCAA CGTCCGCTCC 
ACCCTGTGGC TGTTTGAGAC GAAGCCCCTA GACGCTCTCA GAGACGAGGT CCAAGTGGGT 
CACCTGCAGC GANGTGGAAT CCACCAGGAG GAGGGGCTCA GGTATGAGCG TTTGTCCAGT 
GGTGGCTGCT CAGCACTGCC CCTCTCTCAG AGTNGCCCTG AGAGGGAAGG GGTGAAGGGG 
GATGTGAAGA CCTTCAAGNA CCTTTTTGAG ACGCTCCCCT TGGACAGCAT CGGGCAGGGC 
AAGCATCCAG CCCCTGAGAG TGTGAGCAGA GCAGAAGGGA CTGAGTCCCG TGGACAGCCC 
CAGGACACCA GGTCCCCCGT GTACGCCATG CAGGACAGCA AGGGCCACCT GCACGCCCTG 
ACCTCAGTCA GCAGAGAGCA GGTGGTGGGG GGCAATGTGC AGGGCTACAG GTGGATGTTT 
GAGACGCAGC CCCTAGATGG ACTAGCCCAA CACCCCAGTA CCGTTGATGT GGTACGGGGC 
ATCACCCGAC AGGAAGTGGT AGCTGGGGAC GTGGGCACTG CTCGGTGGCT CTTTGAGACA 
CAGCCCCTGG AGGTGATCCA CCAGCGGGAG AGGCAGGAAC GACAAGAAGA AGAGGGCAAA 
GGTCAGGGAG GCATCCAGCC CGAAGCCCCC CCAAAGGGTG ATGTGCAGAC CATCCGGTGG 
TTGTTCGAGA CACACCCGAT GAGTGAGCTG GTGGAGAAGC AGGGGTCAGA GGTCACAGAC 
CCCACAGCCA AGCCTGAGGT CCGGTCCTGC ACCTGGATGT TTGATCCCCA ACCCCTGGAC 
AGGCCAGAGG GCTCTAGGGA GCAGCACCTG CGGATTGGCC AAGTCCAGGC TGGGGAAAGA 
CAGACAGATG GACATATCTT TGAGACGGAG CCTCTGCAGG CCCCAGGCCG CCCCTGCAGG 
AGAGGGCCTG TGCGATACTG CAGCCGAGTG GAGATCCCTT CGGGCCAGGT GTCTCGTCAG 
AAGGAGGTTT TCCAGGCCCT GGAGGCAGGC AAGAGGGACA ACCAGGCGTC CAGGGTAGCC 
CCTGGGCCCA TCCCTGGGGG TGCTGTGCAC AAGTTCACAT GGCTCTTTGA GAACTGCCCC 
ATGGGCTCCC TAGCAGCTGA GAGCATCCGA GGGGGCAGTC TCCAGGAAGA GCAGCCGGTG 
GGCCCCTCAG GCAACAGGGT ACCAGAGAGG CAGGAGACTG CTGCCGAGGG GACCCTGCGG 
ACCCTGCACG CTACTCCTGG CATCCTGCAC CACGGGGGCA TCCTCATGGA GGCCCGCGGG 
CTGGGGGAGC TCTGCCTTGC CAAGTATGTT CTCCCAAGCC CAGGACAGGG GCGCCCCCAC 
GTCCGGAAGG AAGAGCTGGT GTCTGGGGAG CTTCCCAGGA TCGTCCGACA AGTGCTGCGC 
CGGCCAGATG TGGACCAGCA GGGGCTGCTG GTGCAGGAGG ACCCAGCGGG TCAGCTCCAG 
CTCACGCCAC TGAGGCTGCC AGATCCCAGC AGCAGCAGGA GTATTGATGA CCTGGACCCC 
GAGCTCCAGC AGGTGCTGGC CTGTAGCCTC AGGGCCTCGG TGGCAAGGAT CGGGCTGGTG 
ATGCAGGAAA CAGAGCAGGG CCTGGTGGCA CTGACAGCTT ACTCCCTGCA GCCCCGGCCA 
GCCAACAGAG CCCCCGAGAA GGGCAGTGTG CAGCTGCTGG CCAGCTGCAT AAACAAAGGA 
GACCTGAGTG GTCTGCACAG TCTGCGGTGG GAGCCGCCAG CTGACCCAAG TCCAGTGCCA 
GGCAGCGAGG GGGCCCAGAG GCTGCCCCTG ACTGACAGCA TCATCCATGT GCCTCCCCTG 
GACCCCAGCC TGGGCATGGG GCATCTTCGA GGCCCAGGGG CGGCCACCTG CCCCCTGCCG 
TCTGTTGGAA AGGCAGTCCC TCTGGCTGGG GACACTGCAA CCCCAGCCCG CTTGCAGGGA 
GTAGAAAAGC AGGAAGACAG TCACACTGGG CAGAAAGGGA TGGCAACCTT GGGGAAGGCG 
GAGGGAGCCA TGGCTGTGCC CCAGGGCCCC GGGACCCCAG ACCTCCAGGC CGCCGTACAG 
AGTCTGCGGA TGGCAACGGC CAAGGCCCAA AGCCTGCACC AACAAGTCCT CAACAAGCAT 
AAGCAGGGCC CGGGCCCCAC AGCCACCTCC ACTCCCTTCC AGAACGGCCT TCTGCAAGCA 
CCGGCCGTGG CCCCTGGGGC TGCCCGGAGC AACACCAGGC CTGTGGCCGG AGGCGACCCC 
AGGATCTCTG CAGGCCCCCG AAAGGTCAGT GGGGAAGAGA ATGCACCACC CAGAGGGCTG 
CCCATGGGGT GGGGGACTGT TCAGGACGGT GTCTACACTG CTCACCCGGT GAGAACCTTT 
GACCCACTCA GGGGTGTCCA GCCTTCCGAA AGGGAACCAC ACCCGAGGGA CAAGGAGACT 
GCCCTCCCAG CCCAGGCTCC CAGCCCACTC TGGGGAGGCC TGGGCCAGAG TCTCGGGCCA 
GGGCGGGAAA AGCCGGGGGA CTGCACACAG AGCACCTGGG GGCCTCCGGG GAAGGCGGTG 
GCAGAAGTCG GCCAGGGGGG CCTCCAACCT GCAGAGACCA CCCTGAAAGC TGCCCCTTTA 
GCCCACCACA CTCTGGCCAC CAGGCCTCAG GAAGCAGGTG CCAGCCTGCA CTCCCATAAT 
GCCTCTGTTC GTCCTCCCCC TCCTCTCCCA GCTGCTGTGA AGAGACCCGA CTTCCCAGCC 
CGAACACGCC ACAGAGAGGA CTCCGTCCAG CAAGGCTCCG AGCCCCTGCG GGACCCCCTC 
CCCCACCCCC ACAGCAGCCC TGCTGGCCAG AGAAGCCCTG AGGGGTCAGA GACACAGACC 
CTGAAGTTGG AGCCTACCAC ACCACCAAGG AAGAAGCCCC AACTGCCCCC CAAACCTGCC 
TACCTCTCCC TGACCCATCC TCCTCGGAGG CTGCCCAAGC CCCCAGCTCT GTCTTCCAGA 
TCCTTCTCAG AGGTGGGCCC AGGAGAACAC AAACAAGGTG AGAGAGATAC AGCCATCCTT 
TCAGACAGCA AAGGTAGAAG CCACCCAGAG CCCCAGGCCC CCACCTCGAG CTCCAGAGCC 
TCACCCTTGC TGCAGACAGT TCCCTACACA GCCCAGCAGA GCCTCAGCAG TAGCCTAGCC 
GACCCTGAGA TGAGCACCTG TGTCCTGTAG

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

RefSeq	XP_010593873.1
CDS	1..4290
Translation	MADVQTQAAPAPTIPVTTTEELSLPPPPPLEDLPPPPPKESFSSFHRQRQASELRRLYRHIHPELRKNLAEAVAEDLAEVLSSEEPTEGDVQCMRWIFENWRLDAIGDHEKPAAKEPVPGGDVQATSRKFEEGSFANSTGQEPAAAQASGGDVRAARWLFETKSLGELTGQDKPPEATVREPAASGDVQGTRMLFETRPLDRLGSRPSIQEQSPLELRSEIQELKGDVKKTVKLFQTEPLCAIQDAEGAIHEVKAACREEIQSNAVRTARWLFETQPLDAINRDPSQVKVIRGISLEEGARPDVSAARWIFETQPLDAIREIVVDEKDFQPSPDLIPPGPDVQQQRHLFETQALDTLKGDEEARAEAPPKEEVVPGNVRSTLWLFETKPLDALRDEVQVGHLQRnullGIHQEEGLRYERLSSGGCSALPLSQSnullPEREGVKGDVKTFKnullLFETLPLDSIGQGKHPAPESVSRAEGTESRGQPQDTRSPVYAMQDSKGHLHALTSVSREQVVGGNVQGYRWMFETQPLDGLAQHPSTVDVVRGITRQEVVAGDVGTARWLFETQPLEVIHQRERQERQEEEGKGQGGIQPEAPPKGDVQTIRWLFETHPMSELVEKQGSEVTDPTAKPEVRSCTWMFDPQPLDRPEGSREQHLRIGQVQAGERQTDGHIFETEPLQAPGRPCRRGPVRYCSRVEIPSGQVSRQKEVFQALEAGKRDNQASRVAPGPIPGGAVHKFTWLFENCPMGSLAAESIRGGSLQEEQPVGPSGNRVPERQETAAEGTLRTLHATPGILHHGGILMEARGLGELCLAKYVLPSPGQGRPHVRKEELVSGELPRIVRQVLRRPDVDQQGLLVQEDPAGQLQLTPLRLPDPSSSRSIDDLDPELQQVLACSLRASVARIGLVMQETEQGLVALTAYSLQPRPANRAPEKGSVQLLASCINKGDLSGLHSLRWEPPADPSPVPGSEGAQRLPLTDSIIHVPPLDPSLGMGHLRGPGAATCPLPSVGKAVPLAGDTATPARLQGVEKQEDSHTGQKGMATLGKAEGAMAVPQGPGTPDLQAAVQSLRMATAKAQSLHQQVLNKHKQGPGPTATSTPFQNGLLQAPAVAPGAARSNTRPVAGGDPRISAGPRKVSGEENAPPRGLPMGWGTVQDGVYTAHPVRTFDPLRGVQPSEREPHPRDKETALPAQAPSPLWGGLGQSLGPGREKPGDCTQSTWGPPGKAVAEVGQGGLQPAETTLKAAPLAHHTLATRPQEAGASLHSHNASVRPPPPLPAAVKRPDFPARTRHREDSVQQGSEPLRDPLPHPHSSPAGQRSPEGSETQTLKLEPTTPPRKKPQLPPKPAYLSLTHPPRRLPKPPALSSRSFSEVGPGEHKQGERDTAILSDSKGRSHPEPQAPTSSSRASPLLQTVPYTAQQSLSSSLADPEMSTCVL

Target ORF information:

RefSeq Version	XM_010595571.1
Organism	Loxodonta africana(African savanna elephant)
Definition	Loxodonta africana xin actin-binding repeat containing 1 (XIRP1), mRNA.

Target ORF information:

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

XM_010595571.1

ORF Insert Sequence:

ATGGCCGACG TCCAGACACA GGCGGCCCCT GCACCGACCA TCCCGGTGAC CACCACAGAG 
GAGCTGTCCC TGCCACCACC CCCACCCCTG GAGGACCTGC CGCCACCACC GCCCAAGGAA 
TCCTTCTCCA GCTTCCACCG GCAGCGGCAA GCCAGTGAGC TGCGCCGACT GTACAGACAT 
ATCCACCCCG AGCTCCGGAA GAACCTGGCC GAGGCTGTGG CGGAGGACCT GGCTGAAGTC 
CTGAGCTCTG AGGAGCCCAC GGAGGGTGAT GTCCAGTGCA TGCGCTGGAT CTTTGAGAAC 
TGGAGGCTGG ACGCCATTGG GGACCACGAG AAGCCAGCTG CCAAGGAGCC AGTGCCTGGT 
GGCGACGTCC AGGCCACCTC CCGCAAGTTT GAGGAAGGCT CCTTTGCCAA CAGCACAGGC 
CAGGAGCCAG CCGCCGCCCA GGCGTCCGGA GGGGACGTTC GTGCAGCCCG TTGGCTGTTT 
GAGACGAAGT CGCTGGGTGA GCTGACTGGC CAGGACAAGC CACCGGAGGC TACAGTGAGA 
GAGCCTGCAG CCAGTGGAGA CGTCCAGGGT ACCAGGATGC TCTTTGAGAC GCGGCCCCTG 
GACCGCCTGG GCTCCCGCCC CTCCATCCAG GAGCAGAGCC CCTTGGAGCT GCGCTCCGAG 
ATCCAGGAGC TGAAGGGCGA CGTGAAGAAG ACCGTGAAGC TATTCCAGAC GGAGCCGCTG 
TGCGCCATCC AGGATGCGGA GGGCGCCATC CATGAGGTGA AGGCTGCGTG CCGTGAGGAG 
ATCCAGAGCA ATGCAGTCAG GACTGCCCGC TGGCTCTTCG AGACCCAGCC TCTGGACGCC 
ATCAACCGGG ACCCCAGCCA GGTGAAGGTG ATCCGAGGCA TCTCCCTGGA GGAGGGGGCT 
CGGCCTGATG TCAGTGCAGC TCGCTGGATC TTTGAGACAC AGCCCCTGGA TGCCATCCGG 
GAAATCGTTG TGGATGAGAA GGACTTCCAG CCATCCCCAG ACCTCATCCC TCCTGGCCCA 
GATGTCCAGC AGCAGCGGCA CCTGTTTGAG ACCCAAGCTT TAGACACTCT GAAGGGGGAT 
GAGGAAGCCA GAGCAGAGGC CCCACCCAAG GAGGAGGTGG TCCCCGGCAA CGTCCGCTCC 
ACCCTGTGGC TGTTTGAGAC GAAGCCCCTA GACGCTCTCA GAGACGAGGT CCAAGTGGGT 
CACCTGCAGC GANGTGGAAT CCACCAGGAG GAGGGGCTCA GGTATGAGCG TTTGTCCAGT 
GGTGGCTGCT CAGCACTGCC CCTCTCTCAG AGTNGCCCTG AGAGGGAAGG GGTGAAGGGG 
GATGTGAAGA CCTTCAAGNA CCTTTTTGAG ACGCTCCCCT TGGACAGCAT CGGGCAGGGC 
AAGCATCCAG CCCCTGAGAG TGTGAGCAGA GCAGAAGGGA CTGAGTCCCG TGGACAGCCC 
CAGGACACCA GGTCCCCCGT GTACGCCATG CAGGACAGCA AGGGCCACCT GCACGCCCTG 
ACCTCAGTCA GCAGAGAGCA GGTGGTGGGG GGCAATGTGC AGGGCTACAG GTGGATGTTT 
GAGACGCAGC CCCTAGATGG ACTAGCCCAA CACCCCAGTA CCGTTGATGT GGTACGGGGC 
ATCACCCGAC AGGAAGTGGT AGCTGGGGAC GTGGGCACTG CTCGGTGGCT CTTTGAGACA 
CAGCCCCTGG AGGTGATCCA CCAGCGGGAG AGGCAGGAAC GACAAGAAGA AGAGGGCAAA 
GGTCAGGGAG GCATCCAGCC CGAAGCCCCC CCAAAGGGTG ATGTGCAGAC CATCCGGTGG 
TTGTTCGAGA CACACCCGAT GAGTGAGCTG GTGGAGAAGC AGGGGTCAGA GGTCACAGAC 
CCCACAGCCA AGCCTGAGGT CCGGTCCTGC ACCTGGATGT TTGATCCCCA ACCCCTGGAC 
AGGCCAGAGG GCTCTAGGGA GCAGCACCTG CGGATTGGCC AAGTCCAGGC TGGGGAAAGA 
CAGACAGATG GACATATCTT TGAGACGGAG CCTCTGCAGG CCCCAGGCCG CCCCTGCAGG 
AGAGGGCCTG TGCGATACTG CAGCCGAGTG GAGATCCCTT CGGGCCAGGT GTCTCGTCAG 
AAGGAGGTTT TCCAGGCCCT GGAGGCAGGC AAGAGGGACA ACCAGGCGTC CAGGGTAGCC 
CCTGGGCCCA TCCCTGGGGG TGCTGTGCAC AAGTTCACAT GGCTCTTTGA GAACTGCCCC 
ATGGGCTCCC TAGCAGCTGA GAGCATCCGA GGGGGCAGTC TCCAGGAAGA GCAGCCGGTG 
GGCCCCTCAG GCAACAGGGT ACCAGAGAGG CAGGAGACTG CTGCCGAGGG GACCCTGCGG 
ACCCTGCACG CTACTCCTGG CATCCTGCAC CACGGGGGCA TCCTCATGGA GGCCCGCGGG 
CTGGGGGAGC TCTGCCTTGC CAAGTATGTT CTCCCAAGCC CAGGACAGGG GCGCCCCCAC 
GTCCGGAAGG AAGAGCTGGT GTCTGGGGAG CTTCCCAGGA TCGTCCGACA AGTGCTGCGC 
CGGCCAGATG TGGACCAGCA GGGGCTGCTG GTGCAGGAGG ACCCAGCGGG TCAGCTCCAG 
CTCACGCCAC TGAGGCTGCC AGATCCCAGC AGCAGCAGGA GTATTGATGA CCTGGACCCC 
GAGCTCCAGC AGGTGCTGGC CTGTAGCCTC AGGGCCTCGG TGGCAAGGAT CGGGCTGGTG 
ATGCAGGAAA CAGAGCAGGG CCTGGTGGCA CTGACAGCTT ACTCCCTGCA GCCCCGGCCA 
GCCAACAGAG CCCCCGAGAA GGGCAGTGTG CAGCTGCTGG CCAGCTGCAT AAACAAAGGA 
GACCTGAGTG GTCTGCACAG TCTGCGGTGG GAGCCGCCAG CTGACCCAAG TCCAGTGCCA 
GGCAGCGAGG GGGCCCAGAG GCTGCCCCTG ACTGACAGCA TCATCCATGT GCCTCCCCTG 
GACCCCAGCC TGGGCATGGG GCATCTTCGA GGCCCAGGGG CGGCCACCTG CCCCCTGCCG 
TCTGTTGGAA AGGCAGTCCC TCTGGCTGGG GACACTGCAA CCCCAGCCCG CTTGCAGGGA 
GTAGAAAAGC AGGAAGACAG TCACACTGGG CAGAAAGGGA TGGCAACCTT GGGGAAGGCG 
GAGGGAGCCA TGGCTGTGCC CCAGGGCCCC GGGACCCCAG ACCTCCAGGC CGCCGTACAG 
AGTCTGCGGA TGGCAACGGC CAAGGCCCAA AGCCTGCACC AACAAGTCCT CAACAAGCAT 
AAGCAGGGCC CGGGCCCCAC AGCCACCTCC ACTCCCTTCC AGAACGGCCT TCTGCAAGCA 
CCGGCCGTGG CCCCTGGGGC TGCCCGGAGC AACACCAGGC CTGTGGCCGG AGGCGACCCC 
AGGATCTCTG CAGGCCCCCG AAAGGTCAGT GGGGAAGAGA ATGCACCACC CAGAGGGCTG 
CCCATGGGGT GGGGGACTGT TCAGGACGGT GTCTACACTG CTCACCCGGT GAGAACCTTT 
GACCCACTCA GGGGTGTCCA GCCTTCCGAA AGGGAACCAC ACCCGAGGGA CAAGGAGACT 
GCCCTCCCAG CCCAGGCTCC CAGCCCACTC TGGGGAGGCC TGGGCCAGAG TCTCGGGCCA 
GGGCGGGAAA AGCCGGGGGA CTGCACACAG AGCACCTGGG GGCCTCCGGG GAAGGCGGTG 
GCAGAAGTCG GCCAGGGGGG CCTCCAACCT GCAGAGACCA CCCTGAAAGC TGCCCCTTTA 
GCCCACCACA CTCTGGCCAC CAGGCCTCAG GAAGCAGGTG CCAGCCTGCA CTCCCATAAT 
GCCTCTGTTC GTCCTCCCCC TCCTCTCCCA GCTGCTGTGA AGAGACCCGA CTTCCCAGCC 
CGAACACGCC ACAGAGAGGA CTCCGTCCAG CAAGGCTCCG AGCCCCTGCG GGACCCCCTC 
CCCCACCCCC ACAGCAGCCC TGCTGGCCAG AGAAGCCCTG AGGGGTCAGA GACACAGACC 
CTGAAGTTGG AGCCTACCAC ACCACCAAGG AAGAAGCCCC AACTGCCCCC CAAACCTGCC 
TACCTCTCCC TGACCCATCC TCCTCGGAGG CTGCCCAAGC CCCCAGCTCT GTCTTCCAGA 
TCCTTCTCAG AGGTGGGCCC AGGAGAACAC AAACAAGGTG AGAGAGATAC AGCCATCCTT 
TCAGACAGCA AAGGTAGAAG CCACCCAGAG CCCCAGGCCC CCACCTCGAG CTCCAGAGCC 
TCACCCTTGC TGCAGACAGT TCCCTACACA GCCCAGCAGA GCCTCAGCAG TAGCCTAGCC 
GACCCTGAGA TGAGCACCTG TGTCCTGTAG

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

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XIRP1 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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