LOC110286736 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110286736
Entrez Gene ID	110286736
Full Name	la-related protein 1-like
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021153311.2	XP_021008970.2	LOW QUALITY PROTEIN: la-related protein 1-like
XM_021153311.1	XP_021008970.1	LOW QUALITY PROTEIN: la-related protein 1-like

Pathways from BioSystems
Gene Ontology

The following LOC110286736 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110286736 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
OMv10123	XM_021153311.1 Latest version!	Mus caroli la-related protein 1-like (LOC110286736), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$426.30 $609.00
OMv76358	XM_021153311.2 Latest version!	Mus caroli la-related protein 1-like (LOC110286736), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00

ORF Online Only Promotion

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

LOC110286736 ( XM_021153311.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021008970.1 Mus caroli la-related protein 1-like (LOC110286736), mRNA.

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CloneID	OMv10123
Clone ID Related Accession (Same CDS sequence)	XM_021153311.1
Accession Version	XM_021153311.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2160bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	LOW QUALITY PROTEIN: la-related protein 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034589.1) 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 :: Mus caroli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 4 indels ##RefSeq-Attributes-END##

ATGAACAACA TCACTTACTA CTTTGACAAT GTCAGCAGCA ATGAGATTTA CAGTATGGAC 
CAGGAGCTGC TCAAGGATTA TATCAAGCGC CAGATTGAAT ATTACTTCAG CGTGGACAAT 
TTAGAGCGAG ACTTCTTCCT GAGACGGAAA ATGGATGCTG ATGGCTTCCT TCCCATCACC 
CTTATTGCTT CCTTTCACCA TGTACAGGCC CTAACCACTG ACATTTCACT CATCTTTGCG 
GCTCTAAAGG ACAGCAAGGT GGTAGAGATG GTTGAGGAGA AAGTCCGCAG GAGGGAAGAA 
CCTGAAAAGT GGCCACTGCT TGGACCCCCG ATAGTGGATT ATTCACAAAC TGATTTTTCT 
CAGCTTCTCA ACTGCCCAGA GTTTGTTCCC CGACAGCACT ACCAGAAAGA GACAGAGTCG 
GCACCTGGCT CTCCCCGTGC AGTCACCCCA GTGCCAACAA AAACAGAGGA GGTCAGCAAC 
CTGAAGACCC TTCCCAAGGG CTTGTCTGCC AGCCTCCCAG ATCTGGATTC TGAGAGCTGG 
ATTGAAGTGA AGAAAAGGCC TCGGCCCTCA CCAGCACGCC CCAAGAAGCC AGAGGAGCCC 
AGGTTCTCCC ACCCAACTGC TCTGCCTCAG CAGCTTCCCT CCCAGCAGCT GATGTCTAAG 
GATCAGGATG AGCAAGAAGA ACTAGACTTT CTGTTTGACG AGGAGATGGA GCAGATGGAT 
GGGNGGAAGA ATACCTTCAC TGCCTGGTCT GAAGAGGACT CTGACTATGA AATTGATGAC 
CGGGATGTCA ATAAGATCCT CATCGTCACT CAAACACCAC CTTACATGCG TCGCCACCCT 
GGAGGAGACC GTACAGGCAA CTACACTTCT CGTGCCAAGA TGAGTGCTGA ACTGGCCAAG 
GTCATTAATG ATGGACTCTT CTACTATAAA CAAGACCTAT GGACTGAGAA GTTTGAGCCT 
GAGTATTCAC AGATCAAGCA AGAAGTGGAG AACTTCAAGA AAGTGAATAT GATTAGTCGG 
GAACAGTTTG ACACTCTGAC CCCTGAGCCC CCTGTGGATC CTAACCAGGA GGTTCCTTCT 
GGGCCACCTT GGTTCCAGCA AGTTCCTACT GATGCCCTGG CCAACAAGCT GTTTGGTGGT 
CCCGAGCCAT CTACCATTGC CCGTTCTCTA CCAACCACTG TCCCAGAGTC TCCAAACTAC 
CGAAATGCCA GGACTCCCCG CACACCCCGG ACCCCCCAGC TCAAAGACTC TAGTCAGACA 
CCACAGTTTT ACCCCGTGGT GAAAGAAGGA TGGACCCTAG ATGCCAAGAT GCCTCGAAAA 
AGAAAGACAA GGCACAGCTT GAATCCCCCC TTGGAAAGTC ATGTGGGCTG GGTGATGGAT 
TCTCGGGAGC ACAGGCCCNA GGACTCTTCT ATTAGCTCCA GTCCTTCAGA GGGAACACCT 
GCAGTCGGCA GCTATGGCTG TACCCCTCAG TCACTGCCCA AGTTCCAGCA TCCTTCCCAT 
GAGCTGCTCA AGGAAAATGG CTTCACACAA CACGTCTACC ACAAGTATCG GAGGCGCTGC 
CTTAATGAGC GGAAGCGCTT GGGCATTGGC CAGTCTCAGG AGATGAACAC CCTCTTCCGC 
TTTTGGTCCT TCTTCCTCCG AGATCACTTC AATNNAAAGA TGTATGAAGA GTTCAAGCAG 
CTCGCACTGG AGGATGCCAA AGAAGGCTAC TGTAGGTACG GTTTGGAGTG CCTTTTTCGA 
TACTACAGTT ATGGTCTAGA GAAAAAGTTC CGGCTGGACA TATTCAAGGA TTTCCAGGAG 
GAGACAGTGA AGGACTATGA GGCTGGCCAG CTCTATGGAT TGGAGAAGTT CTGGGCCTTC 
TTGAAATACT CCAAAGGCAA AAATTTGGAC ACTGACCCCA AACTGCAAGA ATACCTCGGC 
AAATTCCGCC GCTTAGAAGA CTTCCGAGTG GACCCCCCCA TGGGCGAGGA AGGCAACCAC 
AAGCGACACC CAGTAGTAGC AGGAGGCAGC GGAGAGGGCA GGAAGCAGTG CCCTTCCCAG 
TCTTCCAGCA GGCTTGCCAC TGGGATCAGC CAGCCCCCTA CGACACCTAC TGGCCAGGCC 
ACTCGAGAAG ATGCCAAATG GACAAGCCAG CACTCGGACA CACTGACTTT GGGAAAGTGA

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

RefSeq	XP_021008970.1
CDS	185..2344
Translation	MNNITYYFDNVSSNEIYSMDQELLKDYIKRQIEYYFSVDNLERDFFLRRKMDADGFLPITLIASFHHVQALTTDISLIFAALKDSKVVEMVEEKVRRREEPEKWPLLGPPIVDYSQTDFSQLLNCPEFVPRQHYQKETESAPGSPRAVTPVPTKTEEVSNLKTLPKGLSASLPDLDSESWIEVKKRPRPSPARPKKPEEPRFSHPTALPQQLPSQQLMSKDQDEQEELDFLFDEEMEQMDGnullKNTFTAWSEEDSDYEIDDRDVNKILIVTQTPPYMRRHPGGDRTGNYTSRAKMSAELAKVINDGLFYYKQDLWTEKFEPEYSQIKQEVENFKKVNMISREQFDTLTPEPPVDPNQEVPSGPPWFQQVPTDALANKLFGGPEPSTIARSLPTTVPESPNYRNARTPRTPRTPQLKDSSQTPQFYPVVKEGWTLDAKMPRKRKTRHSLNPPLESHVGWVMDSREHRPnullDSSISSSPSEGTPAVGSYGCTPQSLPKFQHPSHELLKENGFTQHVYHKYRRRCLNERKRLGIGQSQEMNTLFRFWSFFLRDHFNnullKMYEEFKQLALEDAKEGYCRYGLECLFRYYSYGLEKKFRLDIFKDFQEETVKDYEAGQLYGLEKFWAFLKYSKGKNLDTDPKLQEYLGKFRRLEDFRVDPPMGEEGNHKRHPVVAGGSGEGRKQCPSQSSSRLATGISQPPTTPTGQATREDAKWTSQHSDTLTLGK

Target ORF information:

RefSeq Version	XM_021153311.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli la-related protein 1-like (LOC110286736), mRNA.

Target ORF information:

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

XM_021153311.1

ORF Insert Sequence:

ATGAACAACA TCACTTACTA CTTTGACAAT GTCAGCAGCA ATGAGATTTA CAGTATGGAC 
CAGGAGCTGC TCAAGGATTA TATCAAGCGC CAGATTGAAT ATTACTTCAG CGTGGACAAT 
TTAGAGCGAG ACTTCTTCCT GAGACGGAAA ATGGATGCTG ATGGCTTCCT TCCCATCACC 
CTTATTGCTT CCTTTCACCA TGTACAGGCC CTAACCACTG ACATTTCACT CATCTTTGCG 
GCTCTAAAGG ACAGCAAGGT GGTAGAGATG GTTGAGGAGA AAGTCCGCAG GAGGGAAGAA 
CCTGAAAAGT GGCCACTGCT TGGACCCCCG ATAGTGGATT ATTCACAAAC TGATTTTTCT 
CAGCTTCTCA ACTGCCCAGA GTTTGTTCCC CGACAGCACT ACCAGAAAGA GACAGAGTCG 
GCACCTGGCT CTCCCCGTGC AGTCACCCCA GTGCCAACAA AAACAGAGGA GGTCAGCAAC 
CTGAAGACCC TTCCCAAGGG CTTGTCTGCC AGCCTCCCAG ATCTGGATTC TGAGAGCTGG 
ATTGAAGTGA AGAAAAGGCC TCGGCCCTCA CCAGCACGCC CCAAGAAGCC AGAGGAGCCC 
AGGTTCTCCC ACCCAACTGC TCTGCCTCAG CAGCTTCCCT CCCAGCAGCT GATGTCTAAG 
GATCAGGATG AGCAAGAAGA ACTAGACTTT CTGTTTGACG AGGAGATGGA GCAGATGGAT 
GGGNGGAAGA ATACCTTCAC TGCCTGGTCT GAAGAGGACT CTGACTATGA AATTGATGAC 
CGGGATGTCA ATAAGATCCT CATCGTCACT CAAACACCAC CTTACATGCG TCGCCACCCT 
GGAGGAGACC GTACAGGCAA CTACACTTCT CGTGCCAAGA TGAGTGCTGA ACTGGCCAAG 
GTCATTAATG ATGGACTCTT CTACTATAAA CAAGACCTAT GGACTGAGAA GTTTGAGCCT 
GAGTATTCAC AGATCAAGCA AGAAGTGGAG AACTTCAAGA AAGTGAATAT GATTAGTCGG 
GAACAGTTTG ACACTCTGAC CCCTGAGCCC CCTGTGGATC CTAACCAGGA GGTTCCTTCT 
GGGCCACCTT GGTTCCAGCA AGTTCCTACT GATGCCCTGG CCAACAAGCT GTTTGGTGGT 
CCCGAGCCAT CTACCATTGC CCGTTCTCTA CCAACCACTG TCCCAGAGTC TCCAAACTAC 
CGAAATGCCA GGACTCCCCG CACACCCCGG ACCCCCCAGC TCAAAGACTC TAGTCAGACA 
CCACAGTTTT ACCCCGTGGT GAAAGAAGGA TGGACCCTAG ATGCCAAGAT GCCTCGAAAA 
AGAAAGACAA GGCACAGCTT GAATCCCCCC TTGGAAAGTC ATGTGGGCTG GGTGATGGAT 
TCTCGGGAGC ACAGGCCCNA GGACTCTTCT ATTAGCTCCA GTCCTTCAGA GGGAACACCT 
GCAGTCGGCA GCTATGGCTG TACCCCTCAG TCACTGCCCA AGTTCCAGCA TCCTTCCCAT 
GAGCTGCTCA AGGAAAATGG CTTCACACAA CACGTCTACC ACAAGTATCG GAGGCGCTGC 
CTTAATGAGC GGAAGCGCTT GGGCATTGGC CAGTCTCAGG AGATGAACAC CCTCTTCCGC 
TTTTGGTCCT TCTTCCTCCG AGATCACTTC AATNNAAAGA TGTATGAAGA GTTCAAGCAG 
CTCGCACTGG AGGATGCCAA AGAAGGCTAC TGTAGGTACG GTTTGGAGTG CCTTTTTCGA 
TACTACAGTT ATGGTCTAGA GAAAAAGTTC CGGCTGGACA TATTCAAGGA TTTCCAGGAG 
GAGACAGTGA AGGACTATGA GGCTGGCCAG CTCTATGGAT TGGAGAAGTT CTGGGCCTTC 
TTGAAATACT CCAAAGGCAA AAATTTGGAC ACTGACCCCA AACTGCAAGA ATACCTCGGC 
AAATTCCGCC GCTTAGAAGA CTTCCGAGTG GACCCCCCCA TGGGCGAGGA AGGCAACCAC 
AAGCGACACC CAGTAGTAGC AGGAGGCAGC GGAGAGGGCA GGAAGCAGTG CCCTTCCCAG 
TCTTCCAGCA GGCTTGCCAC TGGGATCAGC CAGCCCCCTA CGACACCTAC TGGCCAGGCC 
ACTCGAGAAG ATGCCAAATG GACAAGCCAG CACTCGGACA CACTGACTTT GGGAAAGTGA

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

LOC110286736 ( XM_021153311.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021008970.2 Mus caroli la-related protein 1-like (LOC110286736), mRNA.

Price & Availability↑

CloneID	OMv76358
Clone ID Related Accession (Same CDS sequence)	XM_021153311.2
Accession Version	XM_021153311.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2697bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	LOW QUALITY PROTEIN: la-related protein 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034589.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021153311.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 4 indels internal stop codons :: corrected 1 genomic stop codons ##RefSeq-Attributes-END##

ATGAAGGAGC AAGAGAAAGG AGATGGAAGT GATAGTAAGG AGAGCCCAAA AACCAAGTCG 
GATGAATCGG GGGAGGAAAA GAATGGGGAT GAGGACTGCC AGTGAGGCGG GCAGAAGAAG 
AAAGGGAGCA AACACAAGTG GGTTCCATTG CAAATAGACA TGAAGCCTGA AGTACCCAGA 
GAGAAATTGG CCTCCCGTCC CACTCGCCCA CAGGAGCCAA GACATACACC TGCTATCCGT 
GGGGAGATGA AAGGATCTGA ACCTGCCACC TACATGCCTA TATCTGTGGC CCCAGCCACC 
CCAGCCTGGC AACCAGAGCA ACCAAAGCGG AGCCTGCTTG CTGCTTGGCA CGACCAGGAT 
GAGACATCGA GTGTGAAGAG TGATGGGGCT GGTGGGGCGC GGGCTTCCTT CCGTGGCCGT 
GGACGGGGGC GTGGTCGTGG ACGGGGCCGT GGACGGGGTG GCACTCGGAC CCACTTTGAC 
TACCAGTTTG GCTACCGAAA GTTTGATGGT ACAGAGGGGC CCCGCACCCA CAAGTATATG 
AACAACATCA CTTACTACTT TGACAATGTC AGCAGCAATG AGATTTACAG TATGGACCAG 
GAGCTGCTCA AGGATTATAT CAAGCGCCAG ATTGAATATT ACTTCAGCGT GGACAATTTA 
GAGCGAGACT TCTTCCTGAG ACGGAAAATG GATGCTGATG GCTTCCTTCC CATCACCCTT 
ATTGCTTCCT TTCACCATGT ACAGGCCCTA ACCACTGACA TTTCACTCAT CTTTGCGGCT 
CTAAAGGACA GCAAGGTGGT AGAGATGGTT GAGGAGAAAG TCCGCAGGAG GGAAGAACCT 
GAAAAGTGGC CACTGCTTGG ACCCCCGATA GTGGATTATT CACAAACTGA TTTTTCTCAG 
CTTCTCAACT GCCCAGAGTT TGTTCCCCGA CAGCACTACC AGAAAGAGAC AGAGTCGGCA 
CCTGGCTCTC CCCGTGCAGT CACCCCAGTG CCAACAAAAA CAGAGGAGGT CAGCAACCTG 
AAGACCCTTC CCAAGGGCTT GTCTGCCAGC CTCCCAGATC TGGATTCTGA GAGCTGGATT 
GAAGTGAAGA AAAGGCCTCG GCCCTCACCA GCACGCCCCA AGAAGCCAGA GGAGCCCAGG 
TTCTCCCACC CAACTGCTCT GCCTCAGCAG CTTCCCTCCC AGCAGCTGAT GTCTAAGGAT 
CAGGATGAGC AAGAAGAACT AGACTTTCTG TTTGACGAGG AGATGGAGCA GATGGATGGG 
NGGAAGAATA CCTTCACTGC CTGGTCTGAA GAGGACTCTG ACTATGAAAT TGATGACCGG 
GATGTCAATA AGATCCTCAT CGTCACTCAA ACACCACCTT ACATGCGTCG CCACCCTGGA 
GGAGACCGTA CAGGCAACTA CACTTCTCGT GCCAAGATGA GTGCTGAACT GGCCAAGGTC 
ATTAATGATG GACTCTTCTA CTATAAACAA GACCTATGGA CTGAGAAGTT TGAGCCTGAG 
TATTCACAGA TCAAGCAAGA AGTGGAGAAC TTCAAGAAAG TGAATATGAT TAGTCGGGAA 
CAGTTTGACA CTCTGACCCC TGAGCCCCCT GTGGATCCTA ACCAGGAGGT TCCTTCTGGG 
CCACCTTGGT TCCAGCAAGT TCCTACTGAT GCCCTGGCCA ACAAGCTGTT TGGTGGTCCC 
GAGCCATCTA CCATTGCCCG TTCTCTACCA ACCACTGTCC CAGAGTCTCC AAACTACCGA 
AATGCCAGGA CTCCCCGCAC ACCCCGGACC CCCCAGCTCA AAGACTCTAG TCAGACACCA 
CAGTTTTACC CCGTGGTGAA AGAAGGATGG ACCCTAGATG CCAAGATGCC TCGAAAAAGA 
AAGACAAGGC ACAGCTTGAA TCCCCCCTTG GAAAGTCATG TGGGCTGGGT GATGGATTCT 
CGGGAGCACA GGCCCNAGGA CTCTTCTATT AGCTCCAGTC CTTCAGAGGG AACACCTGCA 
GTCGGCAGCT ATGGCTGTAC CCCTCAGTCA CTGCCCAAGT TCCAGCATCC TTCCCATGAG 
CTGCTCAAGG AAAATGGCTT CACACAACAC GTCTACCACA AGTATCGGAG GCGCTGCCTT 
AATGAGCGGA AGCGCTTGGG CATTGGCCAG TCTCAGGAGA TGAACACCCT CTTCCGCTTT 
TGGTCCTTCT TCCTCCGAGA TCACTTCAAT NNAAAGATGT ATGAAGAGTT CAAGCAGCTC 
GCACTGGAGG ATGCCAAAGA AGGCTACTGT AGGTACGGTT TGGAGTGCCT TTTTCGATAC 
TACAGTTATG GTCTAGAGAA AAAGTTCCGG CTGGACATAT TCAAGGATTT CCAGGAGGAG 
ACAGTGAAGG ACTATGAGGC TGGCCAGCTC TATGGATTGG AGAAGTTCTG GGCCTTCTTG 
AAATACTCCA AAGGCAAAAA TTTGGACACT GACCCCAAAC TGCAAGAATA CCTCGGCAAA 
TTCCGCCGCT TAGAAGACTT CCGAGTGGAC CCCCCCATGG GCGAGGAAGG CAACCACAAG 
CGACACCCAG TAGTAGCAGG AGGCAGCGGA GAGGGCAGGA AGCAGTGCCC TTCCCAGTCT 
TCCAGCAGGC TTGCCACTGG GATCAGCCAG CCCCCTACGA CACCTACTGG CCAGGCCACT 
CGAGAAGATG CCAAATGGAC AAGCCAGCAC TCGGACACAC TGACTTTGGG AAAGTGA

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

RefSeq	XP_021008970.2
CDS	278..2974
Translation	MKEQEKGDGSDSKESPKTKSDESGEEKNGDEDCQ*GGQKKKGSKHKWVPLQIDMKPEVPREKLASRPTRPQEPRHTPAIRGEMKGSEPATYMPISVAPATPAWQPEQPKRSLLAAWHDQDETSSVKSDGAGGARASFRGRGRGRGRGRGRGRGGTRTHFDYQFGYRKFDGTEGPRTHKYMNNITYYFDNVSSNEIYSMDQELLKDYIKRQIEYYFSVDNLERDFFLRRKMDADGFLPITLIASFHHVQALTTDISLIFAALKDSKVVEMVEEKVRRREEPEKWPLLGPPIVDYSQTDFSQLLNCPEFVPRQHYQKETESAPGSPRAVTPVPTKTEEVSNLKTLPKGLSASLPDLDSESWIEVKKRPRPSPARPKKPEEPRFSHPTALPQQLPSQQLMSKDQDEQEELDFLFDEEMEQMDGnullKNTFTAWSEEDSDYEIDDRDVNKILIVTQTPPYMRRHPGGDRTGNYTSRAKMSAELAKVINDGLFYYKQDLWTEKFEPEYSQIKQEVENFKKVNMISREQFDTLTPEPPVDPNQEVPSGPPWFQQVPTDALANKLFGGPEPSTIARSLPTTVPESPNYRNARTPRTPRTPQLKDSSQTPQFYPVVKEGWTLDAKMPRKRKTRHSLNPPLESHVGWVMDSREHRPnullDSSISSSPSEGTPAVGSYGCTPQSLPKFQHPSHELLKENGFTQHVYHKYRRRCLNERKRLGIGQSQEMNTLFRFWSFFLRDHFNnullKMYEEFKQLALEDAKEGYCRYGLECLFRYYSYGLEKKFRLDIFKDFQEETVKDYEAGQLYGLEKFWAFLKYSKGKNLDTDPKLQEYLGKFRRLEDFRVDPPMGEEGNHKRHPVVAGGSGEGRKQCPSQSSSRLATGISQPPTTPTGQATREDAKWTSQHSDTLTLGK

Target ORF information:

RefSeq Version	XM_021153311.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli la-related protein 1-like (LOC110286736), mRNA.

Target ORF information:

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

XM_021153311.2

ORF Insert Sequence:

ATGAAGGAGC AAGAGAAAGG AGATGGAAGT GATAGTAAGG AGAGCCCAAA AACCAAGTCG 
GATGAATCGG GGGAGGAAAA GAATGGGGAT GAGGACTGCC AGTGAGGCGG GCAGAAGAAG 
AAAGGGAGCA AACACAAGTG GGTTCCATTG CAAATAGACA TGAAGCCTGA AGTACCCAGA 
GAGAAATTGG CCTCCCGTCC CACTCGCCCA CAGGAGCCAA GACATACACC TGCTATCCGT 
GGGGAGATGA AAGGATCTGA ACCTGCCACC TACATGCCTA TATCTGTGGC CCCAGCCACC 
CCAGCCTGGC AACCAGAGCA ACCAAAGCGG AGCCTGCTTG CTGCTTGGCA CGACCAGGAT 
GAGACATCGA GTGTGAAGAG TGATGGGGCT GGTGGGGCGC GGGCTTCCTT CCGTGGCCGT 
GGACGGGGGC GTGGTCGTGG ACGGGGCCGT GGACGGGGTG GCACTCGGAC CCACTTTGAC 
TACCAGTTTG GCTACCGAAA GTTTGATGGT ACAGAGGGGC CCCGCACCCA CAAGTATATG 
AACAACATCA CTTACTACTT TGACAATGTC AGCAGCAATG AGATTTACAG TATGGACCAG 
GAGCTGCTCA AGGATTATAT CAAGCGCCAG ATTGAATATT ACTTCAGCGT GGACAATTTA 
GAGCGAGACT TCTTCCTGAG ACGGAAAATG GATGCTGATG GCTTCCTTCC CATCACCCTT 
ATTGCTTCCT TTCACCATGT ACAGGCCCTA ACCACTGACA TTTCACTCAT CTTTGCGGCT 
CTAAAGGACA GCAAGGTGGT AGAGATGGTT GAGGAGAAAG TCCGCAGGAG GGAAGAACCT 
GAAAAGTGGC CACTGCTTGG ACCCCCGATA GTGGATTATT CACAAACTGA TTTTTCTCAG 
CTTCTCAACT GCCCAGAGTT TGTTCCCCGA CAGCACTACC AGAAAGAGAC AGAGTCGGCA 
CCTGGCTCTC CCCGTGCAGT CACCCCAGTG CCAACAAAAA CAGAGGAGGT CAGCAACCTG 
AAGACCCTTC CCAAGGGCTT GTCTGCCAGC CTCCCAGATC TGGATTCTGA GAGCTGGATT 
GAAGTGAAGA AAAGGCCTCG GCCCTCACCA GCACGCCCCA AGAAGCCAGA GGAGCCCAGG 
TTCTCCCACC CAACTGCTCT GCCTCAGCAG CTTCCCTCCC AGCAGCTGAT GTCTAAGGAT 
CAGGATGAGC AAGAAGAACT AGACTTTCTG TTTGACGAGG AGATGGAGCA GATGGATGGG 
NGGAAGAATA CCTTCACTGC CTGGTCTGAA GAGGACTCTG ACTATGAAAT TGATGACCGG 
GATGTCAATA AGATCCTCAT CGTCACTCAA ACACCACCTT ACATGCGTCG CCACCCTGGA 
GGAGACCGTA CAGGCAACTA CACTTCTCGT GCCAAGATGA GTGCTGAACT GGCCAAGGTC 
ATTAATGATG GACTCTTCTA CTATAAACAA GACCTATGGA CTGAGAAGTT TGAGCCTGAG 
TATTCACAGA TCAAGCAAGA AGTGGAGAAC TTCAAGAAAG TGAATATGAT TAGTCGGGAA 
CAGTTTGACA CTCTGACCCC TGAGCCCCCT GTGGATCCTA ACCAGGAGGT TCCTTCTGGG 
CCACCTTGGT TCCAGCAAGT TCCTACTGAT GCCCTGGCCA ACAAGCTGTT TGGTGGTCCC 
GAGCCATCTA CCATTGCCCG TTCTCTACCA ACCACTGTCC CAGAGTCTCC AAACTACCGA 
AATGCCAGGA CTCCCCGCAC ACCCCGGACC CCCCAGCTCA AAGACTCTAG TCAGACACCA 
CAGTTTTACC CCGTGGTGAA AGAAGGATGG ACCCTAGATG CCAAGATGCC TCGAAAAAGA 
AAGACAAGGC ACAGCTTGAA TCCCCCCTTG GAAAGTCATG TGGGCTGGGT GATGGATTCT 
CGGGAGCACA GGCCCNAGGA CTCTTCTATT AGCTCCAGTC CTTCAGAGGG AACACCTGCA 
GTCGGCAGCT ATGGCTGTAC CCCTCAGTCA CTGCCCAAGT TCCAGCATCC TTCCCATGAG 
CTGCTCAAGG AAAATGGCTT CACACAACAC GTCTACCACA AGTATCGGAG GCGCTGCCTT 
AATGAGCGGA AGCGCTTGGG CATTGGCCAG TCTCAGGAGA TGAACACCCT CTTCCGCTTT 
TGGTCCTTCT TCCTCCGAGA TCACTTCAAT NNAAAGATGT ATGAAGAGTT CAAGCAGCTC 
GCACTGGAGG ATGCCAAAGA AGGCTACTGT AGGTACGGTT TGGAGTGCCT TTTTCGATAC 
TACAGTTATG GTCTAGAGAA AAAGTTCCGG CTGGACATAT TCAAGGATTT CCAGGAGGAG 
ACAGTGAAGG ACTATGAGGC TGGCCAGCTC TATGGATTGG AGAAGTTCTG GGCCTTCTTG 
AAATACTCCA AAGGCAAAAA TTTGGACACT GACCCCAAAC TGCAAGAATA CCTCGGCAAA 
TTCCGCCGCT TAGAAGACTT CCGAGTGGAC CCCCCCATGG GCGAGGAAGG CAACCACAAG 
CGACACCCAG TAGTAGCAGG AGGCAGCGGA GAGGGCAGGA AGCAGTGCCC TTCCCAGTCT 
TCCAGCAGGC TTGCCACTGG GATCAGCCAG CCCCCTACGA CACCTACTGG CCAGGCCACT 
CGAGAAGATG CCAAATGGAC AAGCCAGCAC TCGGACACAC TGACTTTGGG AAAGTGA