Efcab3 cDNA ORF clone, Microtus ochrogaster(prairie vole)

Gene
Clones
gRNAs

Summary

Gene Symbol	Efcab3
Entrez Gene ID	101989251
Full Name	uncharacterized LOC101989251
Gene Type	protein-coding
Organism	Microtus ochrogaster(prairie vole)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013354555.1	XP_013210009.1	uncharacterized protein LOC101989251
XM_026777187.1	XP_026632988.1	EF-hand calcium-binding domain-containing protein 3

Pathways from BioSystems
Gene Ontology

The following Efcab3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Efcab3 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
OMi163730	XM_026777187.1 Latest version!	Microtus ochrogaster EF-hand calcium binding domain 3 (Efcab3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$475.30 $679.00
OMi122778	XM_013354555.1 Latest version!	Microtus ochrogaster uncharacterized LOC101989251 (LOC101989251), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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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)

Efcab3 ( XM_026777187.1 ) cDNA ORF clone, Microtus ochrogaster(prairie vole) -> XP_026632988.1 Microtus ochrogaster EF-hand calcium binding domain 3 (Efcab3), mRNA.

Price & Availability↑

CloneID	OMi163730
Clone ID Related Accession (Same CDS sequence)	XM_026777187.1
Accession Version	XM_026777187.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2508bp) 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	2018-10-14
Organism	Microtus ochrogaster(prairie vole)
Product	EF-hand calcium-binding domain-containing protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004949146.1) 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 :: Microtus ochrogaster Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAATGGAA TTAAAAAGAT TACAGGAGAA AAGATTCATG CAAAAGACAT CAAAAGTATT 
CTGGAGAACA TGGGGATAGA AATGACAAAT AAAGAAAACA GAAAGCTGCT CAAAACTCTG 
CCCGTCTCTA CCGACAAAAC TCTGTTTAAG AAAGAATTAC TGTCTGGTGT GAAGTCATTC 
AAAGGAGGGA GAGTTAATGT CCATGATGTG AAAAGTGTTC TTCATAACAC TGGTTTCAAG 
CTGGAAGCAA AAGAACTGAA GGACCTGCAG GCTCACCTGC CAGTGACTGA ACATGAAAAG 
GTAGATTTGG ATGTGGTGAT GGATGCAGCA AAATCTTTCA CAGGAGAAAA AGTTGACGCC 
AAAGACATAA GAAACTTTCT GGGAAGCATG GGAATTGCAC TCACTGAAAG AGAAGAGTCG 
AAGCTGTTAA AATCTCTGCC CATTGCTAAG GATGGAACCA TCTATAAGAA AAGATTACTG 
AGCAGTGTGG TGCCCATCAA AGGGAAAAAA GTCCACTACT CTAAGCTGCC ACTCATTTTG 
AAGGCTGCAG AATTTGAGCT TGAGAAGGAA GACTGTGAGG ACCTGATGAA TCATCTGCCT 
TTGGATGAAA ATGAAATGGT TGATTTAAAT GTGTTAATAA ATGAAGCAAA AGCTTTTACT 
GGGAAGAAGG TTGGAGTCGA TAATCTAAAG CATGTGCTGA GGAAAGTGGG GCTGGTGCTC 
CCCGACAAAG CATACAAGGA TCTGCAGAGA TTCCTGGCAG TTTATGATGG TGGGAGGATG 
TATAAGAAAC GACTGCTCAA GTGTGTAAAG AATCTCAAAG GGACACAGAT CAAAATAAAA 
AAAGTGGAAT CTTTCTTGGA AAACCTGGGA ATTAAGATGA AAGATGAGGA ACTTGAAGAA 
CTAATGGCCC AGCTACCATC TGAGGGTAAC AGAACAGTGG ATGTAAATGA ACTGATAGAT 
GTCGTCAGTT ACATCAAGGG AGAAACCATT GACAGCCAGA ACTTGGAAAA GTTCCTGGCA 
AACGAGGGCA TCGAGCTCAC CGAGGACGAG ATGAAGGACC TGATGCCTTA CCTGGAATTT 
GACGGAAACG GGAAGGTTAC CATCCGATCC ATAATGGAGG GCCTGAGGAA GTTTAAACCC 
AAAGGAATGA TGAGTCTGCA CAAGCTGTTA AGAACTGCCA GCAGCATGAA TGAAAGAGTC 
TCTGGCCCCA TGGCAGTTTC AGGAATTAAA TCAACACTGA AGCTGAAGCC CCTCAAAGCA 
CCCGCCTTTC ACAAAAGAGA TAAAGATTTA CGAGGATCTC TTCCAAGTCA TTTACAGCAT 
AAAGATACGA AGCTGAGCTC TTCACAACTG GAAGCCTTCC GAAATGCTTA CAACTTCTTC 
ACCAAGGATA AGACTGGCTG TATTGATTCA CATGGATTGA TGAGCACCTT AGCCAAACTC 
GGGATGAATC TAAACACTTA TGATATCTAC AATGAATTAA AATGTGCTGA TCTTGACAGA 
GATGGTAAGA TCAACTTCTC AGACTTTGTA GGGGTGCTGA CAGATAAGAA ACTCTTCCTC 
AAGGCTGTGG TTCCCGAAAA GAAACTATGT TTGGATTTAG CTAACAACCC CGGGATCTTA 
TTATTTGAAA TCCTATCAAA ACTTGTAGAG ACTTCATCCC TGCACAGAAA GGATGTAATA 
GAGCTAGTAA GCTATTTCCG AAAAAAATTT CAGGAAAGCC ACTCGGAAAT GCCATGGAGT 
CCGTATGGGA GAAAGGGCTT TAGGCCAGAT ATATGCACTC CTCCGCGCTC AAGCACTGCT 
GCCTTTGCCA ATTCTGCCAA GATCTCGATA ATGAAAGAAA AGGATTTGTA TAAGTTTCTT 
GAAGCACTCA AGCGGTGTGA TCTCCCTACA GGTAGCCCGT ACTCAAAAAT ACCTGTCTTT 
CCGTTGTTCC CTGATGTGGA TGGGGTGGTG GTAGGAAAGC CATTCAAAGA CATACAGAAG 
CTAGAGATGC TGAGGAAAAA GGAACCTCTG AGTTTCTTCG AGGACTATTT TTTCCATAAA 
AGAGATTGGA AAGCACAGGC CGCAGCTGTG AAGCCCGTCA GGTCCGCCTC AGGCTATTCA 
GATGACATCC TAGCCATCGA CCACCTCTTC AAGAAGAAGC AGCACTGGAC CGTGTCCGAT 
GCAGCAACCC TCAAACAGCA CGTAAAGAGA GCCACAGATG CCTATAACTT AGGAATTGCC 
CTCGAGCACC GGAAAGAAAT GCTGAATCTT TGGAGAAAGA TCCGAGGGGA TTTGATTGGG 
ATTGAGACCA ACAACGAGTC CTTCTACAAC ACCTTCTCCA CATACACATG GTCCTGGAAC 
GTCTGCCAGG AGCTGCTTAC CGCTAAGGAC TTGCGGCTGC ATGACAGCTA CATGAACAAA 
AACTCCTCCA GCAATTCTGG GTTGTCTTCC CCATCAGACC TCAGCGAGTA TGACCTGGAG 
ACAGGACGGA AAAGGAAACG GAAAGGTTTC AGAGGGTTTC GGCAATGA

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

RefSeq	XP_026632988.1
CDS	12..2519
Translation	MNGIKKITGEKIHAKDIKSILENMGIEMTNKENRKLLKTLPVSTDKTLFKKELLSGVKSFKGGRVNVHDVKSVLHNTGFKLEAKELKDLQAHLPVTEHEKVDLDVVMDAAKSFTGEKVDAKDIRNFLGSMGIALTEREESKLLKSLPIAKDGTIYKKRLLSSVVPIKGKKVHYSKLPLILKAAEFELEKEDCEDLMNHLPLDENEMVDLNVLINEAKAFTGKKVGVDNLKHVLRKVGLVLPDKAYKDLQRFLAVYDGGRMYKKRLLKCVKNLKGTQIKIKKVESFLENLGIKMKDEELEELMAQLPSEGNRTVDVNELIDVVSYIKGETIDSQNLEKFLANEGIELTEDEMKDLMPYLEFDGNGKVTIRSIMEGLRKFKPKGMMSLHKLLRTASSMNERVSGPMAVSGIKSTLKLKPLKAPAFHKRDKDLRGSLPSHLQHKDTKLSSSQLEAFRNAYNFFTKDKTGCIDSHGLMSTLAKLGMNLNTYDIYNELKCADLDRDGKINFSDFVGVLTDKKLFLKAVVPEKKLCLDLANNPGILLFEILSKLVETSSLHRKDVIELVSYFRKKFQESHSEMPWSPYGRKGFRPDICTPPRSSTAAFANSAKISIMKEKDLYKFLEALKRCDLPTGSPYSKIPVFPLFPDVDGVVVGKPFKDIQKLEMLRKKEPLSFFEDYFFHKRDWKAQAAAVKPVRSASGYSDDILAIDHLFKKKQHWTVSDAATLKQHVKRATDAYNLGIALEHRKEMLNLWRKIRGDLIGIETNNESFYNTFSTYTWSWNVCQELLTAKDLRLHDSYMNKNSSSNSGLSSPSDLSEYDLETGRKRKRKGFRGFRQ

Target ORF information:

RefSeq Version	XM_026777187.1
Organism	Microtus ochrogaster(prairie vole)
Definition	Microtus ochrogaster EF-hand calcium binding domain 3 (Efcab3), mRNA.

Target ORF information:

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

XM_026777187.1

ORF Insert Sequence:

ATGAATGGAA TTAAAAAGAT TACAGGAGAA AAGATTCATG CAAAAGACAT CAAAAGTATT 
CTGGAGAACA TGGGGATAGA AATGACAAAT AAAGAAAACA GAAAGCTGCT CAAAACTCTG 
CCCGTCTCTA CCGACAAAAC TCTGTTTAAG AAAGAATTAC TGTCTGGTGT GAAGTCATTC 
AAAGGAGGGA GAGTTAATGT CCATGATGTG AAAAGTGTTC TTCATAACAC TGGTTTCAAG 
CTGGAAGCAA AAGAACTGAA GGACCTGCAG GCTCACCTGC CAGTGACTGA ACATGAAAAG 
GTAGATTTGG ATGTGGTGAT GGATGCAGCA AAATCTTTCA CAGGAGAAAA AGTTGACGCC 
AAAGACATAA GAAACTTTCT GGGAAGCATG GGAATTGCAC TCACTGAAAG AGAAGAGTCG 
AAGCTGTTAA AATCTCTGCC CATTGCTAAG GATGGAACCA TCTATAAGAA AAGATTACTG 
AGCAGTGTGG TGCCCATCAA AGGGAAAAAA GTCCACTACT CTAAGCTGCC ACTCATTTTG 
AAGGCTGCAG AATTTGAGCT TGAGAAGGAA GACTGTGAGG ACCTGATGAA TCATCTGCCT 
TTGGATGAAA ATGAAATGGT TGATTTAAAT GTGTTAATAA ATGAAGCAAA AGCTTTTACT 
GGGAAGAAGG TTGGAGTCGA TAATCTAAAG CATGTGCTGA GGAAAGTGGG GCTGGTGCTC 
CCCGACAAAG CATACAAGGA TCTGCAGAGA TTCCTGGCAG TTTATGATGG TGGGAGGATG 
TATAAGAAAC GACTGCTCAA GTGTGTAAAG AATCTCAAAG GGACACAGAT CAAAATAAAA 
AAAGTGGAAT CTTTCTTGGA AAACCTGGGA ATTAAGATGA AAGATGAGGA ACTTGAAGAA 
CTAATGGCCC AGCTACCATC TGAGGGTAAC AGAACAGTGG ATGTAAATGA ACTGATAGAT 
GTCGTCAGTT ACATCAAGGG AGAAACCATT GACAGCCAGA ACTTGGAAAA GTTCCTGGCA 
AACGAGGGCA TCGAGCTCAC CGAGGACGAG ATGAAGGACC TGATGCCTTA CCTGGAATTT 
GACGGAAACG GGAAGGTTAC CATCCGATCC ATAATGGAGG GCCTGAGGAA GTTTAAACCC 
AAAGGAATGA TGAGTCTGCA CAAGCTGTTA AGAACTGCCA GCAGCATGAA TGAAAGAGTC 
TCTGGCCCCA TGGCAGTTTC AGGAATTAAA TCAACACTGA AGCTGAAGCC CCTCAAAGCA 
CCCGCCTTTC ACAAAAGAGA TAAAGATTTA CGAGGATCTC TTCCAAGTCA TTTACAGCAT 
AAAGATACGA AGCTGAGCTC TTCACAACTG GAAGCCTTCC GAAATGCTTA CAACTTCTTC 
ACCAAGGATA AGACTGGCTG TATTGATTCA CATGGATTGA TGAGCACCTT AGCCAAACTC 
GGGATGAATC TAAACACTTA TGATATCTAC AATGAATTAA AATGTGCTGA TCTTGACAGA 
GATGGTAAGA TCAACTTCTC AGACTTTGTA GGGGTGCTGA CAGATAAGAA ACTCTTCCTC 
AAGGCTGTGG TTCCCGAAAA GAAACTATGT TTGGATTTAG CTAACAACCC CGGGATCTTA 
TTATTTGAAA TCCTATCAAA ACTTGTAGAG ACTTCATCCC TGCACAGAAA GGATGTAATA 
GAGCTAGTAA GCTATTTCCG AAAAAAATTT CAGGAAAGCC ACTCGGAAAT GCCATGGAGT 
CCGTATGGGA GAAAGGGCTT TAGGCCAGAT ATATGCACTC CTCCGCGCTC AAGCACTGCT 
GCCTTTGCCA ATTCTGCCAA GATCTCGATA ATGAAAGAAA AGGATTTGTA TAAGTTTCTT 
GAAGCACTCA AGCGGTGTGA TCTCCCTACA GGTAGCCCGT ACTCAAAAAT ACCTGTCTTT 
CCGTTGTTCC CTGATGTGGA TGGGGTGGTG GTAGGAAAGC CATTCAAAGA CATACAGAAG 
CTAGAGATGC TGAGGAAAAA GGAACCTCTG AGTTTCTTCG AGGACTATTT TTTCCATAAA 
AGAGATTGGA AAGCACAGGC CGCAGCTGTG AAGCCCGTCA GGTCCGCCTC AGGCTATTCA 
GATGACATCC TAGCCATCGA CCACCTCTTC AAGAAGAAGC AGCACTGGAC CGTGTCCGAT 
GCAGCAACCC TCAAACAGCA CGTAAAGAGA GCCACAGATG CCTATAACTT AGGAATTGCC 
CTCGAGCACC GGAAAGAAAT GCTGAATCTT TGGAGAAAGA TCCGAGGGGA TTTGATTGGG 
ATTGAGACCA ACAACGAGTC CTTCTACAAC ACCTTCTCCA CATACACATG GTCCTGGAAC 
GTCTGCCAGG AGCTGCTTAC CGCTAAGGAC TTGCGGCTGC ATGACAGCTA CATGAACAAA 
AACTCCTCCA GCAATTCTGG GTTGTCTTCC CCATCAGACC TCAGCGAGTA TGACCTGGAG 
ACAGGACGGA AAAGGAAACG GAAAGGTTTC AGAGGGTTTC GGCAATGA

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

Efcab3 ( XM_013354555.1 ) cDNA ORF clone, Microtus ochrogaster(prairie vole) -> XP_013210009.1 Microtus ochrogaster uncharacterized LOC101989251 (LOC101989251), mRNA.

Price & Availability↑

CloneID	OMi122778
Clone ID Related Accession (Same CDS sequence)	XM_013354555.1
Accession Version	XM_013354555.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5328bp) 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	2015-08-06
Organism	Microtus ochrogaster(prairie vole)
Product	uncharacterized protein LOC101989251
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004949146.1) 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 :: Microtus ochrogaster Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 91% of CDS bases ##RefSeq-Attributes-END##

ATGGACAGAC TGAAAGCTGC CACAGGAGGA GAAGTGGATA ACAAAAATGT GAAAACTGTT 
CTATCAAAAA TGGGAATAGA GCTTTCAGAC AGCGAACTCT CGAAACTGAT GGAAAATCTG 
CCTTTCGATG ATGATGGCAA GGTTTTTAAG AACCGGTTAC TAGAAGTCGT GAAGTCTCTC 
AAAGGTGGTA GAGTCGATGT CAACAACCTG AACACAGCTC TGAACAATAT GGGAGTCAAG 
CTTTCAAATA CGGAGCTCAG AGATCTGAGT CAGAGCATGC ATGTTGGTGT TGATGAGAAA 
ATTCCTCTGA AAACCCTGCT GGAAAAGCTG AAAGACTTTA CAGGTGAGAA GATTGAGCCT 
AGTGATGTAC AACGTTTCCT GGCAAACCTT GGTATCGAGC TCACAGACAA GGAGCTGGAA 
AACCTATTGA AAACGCTGCC CCTCGATGAT ACTGGGAAGT TCCATAGTAA CAGGCTGCTG 
AAGGGTGTGA AGGATCTCAA AGGGGGTAAG ATCAAAAAGG ATACTCTCCA CAGTTCTTTG 
GAAAATATGG GAATAAAACT CTCAAAGGAG GAATTTGCTG AAGTGACAGA AAACCTAGAA 
ACTGATGCAA AGGGGAATGC TGATCTGCAG AAAGTGATGG AGAGAGTAAA AGCTGTCACG 
GAGAATGTCA GTATAAAAAA TCTGGAAGAT GTTCTAAGCA ACATGGGCAT CAAGATTACC 
AAAAAAGAAC TTGAAGACCT GATGAAAAGC CTTCCCATTG GTGCTGATAA TAAAGTGAAT 
CTGAAAACCT TGCAAGATGA AGCAAAAGCT TTTACTGGTG AAAAAATTGA CTTAAGTGAA 
CTCCCAGGTA CACTGAAGAC TCTGGGGATT GAGCTTTCCA ACAAGGACTT GAAGCAACTC 
CTGAGAATGC TGCCCGTCGA TGATCATAAG AAGGTGTTTC AAAACAGACT GCTGAAAGAC 
TTGCGGAGCA ACAGACGAGG GCAGGTTGAT GTAAACAAAC TGGATGCTGC TTTAGAAGCC 
CTAAACATCA AGCTCACGGA AAAGGAACTT GAGCAGGTGA AGGATATTCT GAAAGATGGA 
GGCCATAAGA AAATTGATTT GGGAAAACTG ATGGATAAAA TACAGTCTGT CATAGGAAAG 
AAAGTTGATG TCCATGATGT GGATAAAGTT CTTGGAGACA TGGGAATAGA AATTACAGAC 
TCAGAGCTCT CCAAAATAAT GAACAGTGTA CCCGTGGATG ATGGGAAAGT CTATCTGAGA 
AGGTTGCTGG ACGGTATGCA GTTTCTTAAA GAAAACCGTA AAACTGAAAT GCAAAGGTTA 
ATAAATGAAG CAAAAGTTTT CACAGGAAAT AAAGTTGATA TAAATAGACT TCAAAATATT 
TTGGGAAACT TCGGTATTGA ACTCAATCCT CACCAACACT CAAGTCTGCT GAATATGTTG 
CCAGTTGATG AAGGCAGTGT TGATGTCAAC AACCTGGATT CGTTTTTAGA AAACATGGGG 
ATCGAGATCA CAGAGGAAGA ATTCAAGGAG CTAACAAAAC GACTACCAGA GAACACTGAA 
GGGAAAGTGA AACTGAATAA TTTAATGGAA GAGCTGAGAA CTGTTTTAGG AGAGCCAGTA 
GATATTAATG ACCTCCAGGA TACTCTGAAA GACATGAAGA TTGAGTTCAC AGACAAAGAG 
TATTTGCGTC TGATGAGAGA TCTTCCACTT GATGCTTCAG AAAGAGTATA TAAGAAAAGG 
ATATTGGATG GTATAAAGCG TCTTAAAAGA GGAAAAGTTG ATGTGAATAA CTTGAGCCCA 
TTTCTGGAAA CCATGGGACT CGATCTCTCA CAGAACGAAT ATGAAGACTT TGTAGAAAAC 
TTGCCAGTTG ATGATAATGG AAAGGTTAAT CTGAAAAATA TTGTGCCAAA ATTGAAAGAT 
TTCGAGGGAG AGAAGATCAG TGTGGGTGGC CTGAAGAGCG CTGTTGGAGA AATGGGGATC 
GAACTCAACG ACAGAGAGTA TGTGAACCTG CTGGAGACGC TGCCATTTGA TGAAAATAAC 
AAAGTTTTCC GAAATCGACT CCTGTCCAGC CTGAGGGGTT TCAGAGGTGG AAGGGTTGAT 
CCCAACAAGC TGAAGACACT CCTCCTAAAC ATAGGGCTCA AACTCAAAAG CAAGGAATTG 
AAAAGCGTGA TGCAGAAGCA GGCTGCTAGT GGTAAGCGTG AGGACCGTGT TGCCTTTGGC 
TGTCGTGGGC AGAATCTTGA GATGAGGTCT AATCGAAGTA TCCCTCTGAA AAAAGTATTA 
GCGGATGTGA ACTCAGTTGT AGGAGGGAAG GTTGGTATCA AAGATGTGAA AAATTTTGTC 
GAAGCCGCTG GAATAACACT GACACCTAGA GAACACTTAG AACTGATGTG CAGTCTGCCA 
ATTGAAGATG ATGGAACTAT ATATGAAAGC AGATTGATAG ACTGTCTGAA ATCCTCCGGA 
GGTGGGACAG TTGATGTCAA TAACTTAGAA AATGTTTTGG AAAACTTGAA AATCAAGCTC 
TCAGACGAGA AACTAAAAGA TCTGTCAGAA AACCTTCCAG TTGACGACTT TGGGAAGACT 
GATCTGCAGA CACTACTAAG AGAAGTAAGA AAATTCACAG GAGGAAAAAT TGATACTAAA 
GTCACAAAAA AAGTGCTGGG GGACATGGGC ATAGAGCTCA CAAACAGGGA AGTCAATGCG 
CTGATGAAAA GGCTGCCTAT CTCTGATGAT GGGAAAATAC TTAAAAACGT ATTACTTGAC 
CAAATGAAGT GGTTTTCTGG GGGAAAGTGT TATGTCTCCA AACTGGATTC CATCCTAGAA 
GAACTGGGCT ATGAGCTGGA GGAGGAGGAA ATTGAAGACC TGAAGAACTG TCTGCCAATT 
GAAGATGGGA AGGTTAAACT GAGTAAGATG ATGGAAAATA TAGAGTCACT CACAGGGAGC 
AAAGTGAATG TCAATGGAGT AGATAATATC TTGAAAAACA TCGGGATAGA ATTCACGCCG 
AAGGAACGTT GGAAGCTGCT GAAGACTCTG CCTGTCACCT CTGCTGGTAC CGTGTATCGC 
AACCGACTGT TGGATGGTGT AAAAACTTTT CACAGAGGGA AAGGTTGTAT AAATAAACTA 
GAAACCATTA TGGAAAACCT GAACTACAAT GTTGGGGAAA AAGACATGAA AGGTCTGCGG 
AGCTTCCTGA TATCTGATGG TACTGGGAGA TTCTCACTGA GCTCCTTGAT GAATGCAGCC 
AATTTGTTTT CTGGTGGTAA AATAGAAGTT GAGGATATAC AGCCATATCT GGAAAGCTTA 
GGCATTGAAT TAACAGACAA TGAAAGCCAG ATGATAAAGA GCATAGTTCC AGTCGATGAT 
GACAACATGG TGTATCAAAA TGTGTTAATG GACGTACTGC GGACTCACAG AAGTGGAAAA 
GTCAGTCTTG ATAAAATTGA TGATGCTCTT GAACAACTGG GATATCCTCT TGAGGAAGAG 
GAAATAGAGG AATTGTCTAA ACATCTGCCC GTTAATCAAG AGAGGACAGT CCGCATGGAC 
CTGCTTCTGG AAGAGGTCGG TATGGTGTTA GGGGAAGAAA TTGACTTTAA TGATATGGAC 
AATGTTCTTA AAAACATTGG GTTAAGACTC CACTTAAAGG AAAACAATGT ATTGATGAAA 
GGCTTGCCAA TTGATGCTGC CGGGAAGGTG TATAAGCACA AACTGATGGA CGGCGTCTTG 
TCCCTCAAAG GAGCTAAGCT TGATTTGAAA AAGTTAAAGA ATTTCATGGA AAATATGGGT 
TATGATCTTG AGAAGAATGA ATACGAAGAC CTGATAAATT ACCTGCCCAT TAATGATGAT 
GGGATGGTTA ATATGAATGA GGTCATAGAC AAAGGGAGTC TTTTTACAGG TGAGAAGATT 
GACCTTGTTG AGCTGAACGA TTACCTGGAA AGCATAGGGA TAAAGCTCAC AGAAGACAAG 
ATGATGAAAC TGCTGGGCAA GCTGCCAGCT GACGCTGGTG GGAAACTGTA CAAGAAAAGG 
TTGATAAAAG AATTGGAGAA TATTGAAGGG ATAAAGATAC CTTCAAATAA GATGAAAGAT 
TTCATTAAAA ATGCAGAAAT TAATCTCGAT GATGAAGACA TCCAGATACT GATGGATCAT 
CTACCAGTTG ATCATAACGG GAAGGCTGAT TTCTCTGTGT TGATGAATGG AATTAAAAAG 
ATTACAGGAG AAAAGATTCA TGCAAAAGAC ATCAAAAGTA TTCTGGAGAA CATGGGGATA 
GAAATGACAA ATAAAGAAAA CAGAAAGCTG CTCAAAACTC TGCCCGTCTC TACCGACAAA 
ACTCTGTTTA AGAAAGAATT ACTGTCTGGT GTGAAGTCAT TCAAAGGAGG GAGAGTTAAT 
GTCCATGATG TGAAAAGTGT TCTTCATAAC ACTGGTTTCA AGCTGGAAGC AAAAGAACTG 
AAGGACCTGC AGGCTCACCT GCCAGTGACT GAACATGAAA AGGTAGATTT GGATGTGGTG 
ATGGATGCAG CAAAATCTTT CACAGGAGAA AAAGTTGACG CCAAAGACAT AAGAAACTTT 
CTGGGAAGCA TGGGAATTGC ACTCACTGAA AGAGAAGAGT CGAAGCTGTT AAAATCTCTG 
CCCATTGCTA AGGATGGAAC CATCTATAAG AAAAGATTAC TGAGCAGTGT GGTGCCCATC 
AAAGGGAAAA AAGTCCACTA CTCTAAGCTG CCACTCATTT TGAAGGCTGC AGAATTTGAG 
CTTGAGAAGG AAGACTGTGA GGACCTGATG AATCATCTGC CTTTGGATGA AAATGAAATG 
GTTGATTTAA ATGTGTTAAT AAATGAAGCA AAAGCTTTTA CTGGGAAGAA GGTTGGAGTC 
GATAATCTAA AGCATGTGCT GAGGAAAGTG GGGCTGGTGC TCCCCGACAA AGCATACAAG 
GATCTGCAGA GATTCCTGGC AGTTTATGAT GGTGGGAGGA TGTATAAGAA ACGACTGCTC 
AAGTGTGTAA AGAATCTCAA AGGGACACAG ATCAAAATAA AAAAAGTGGA ATCTTTCTTG 
GAAAACCTGG GAATTAAGAT GAAAGATGAG GAACTTGAAG AACTAATGGC CCAGCTACCA 
TCTGAGGGTA ACAGAACAGT GGATGTAAAT GAACTGATAG ATGTCGTCAG TTACATCAAG 
GGAGAAACCA TTGACAGCCA GAACTTGGAA AAGTTCCTGG CAAACGAGGG CATCGAGCTC 
ACCGAGGACG AGATGAAGGA CCTGATGCCT TACCTGGAAT TTGACGGAAA CGGGAAGGTT 
ACCATCCGAT CCATAATGGA GGGCCTGAGG AAGTTTAAAC GTGAGTGA

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

RefSeq	XP_013210009.1
CDS	1..5328
Translation	MDRLKAATGGEVDNKNVKTVLSKMGIELSDSELSKLMENLPFDDDGKVFKNRLLEVVKSLKGGRVDVNNLNTALNNMGVKLSNTELRDLSQSMHVGVDEKIPLKTLLEKLKDFTGEKIEPSDVQRFLANLGIELTDKELENLLKTLPLDDTGKFHSNRLLKGVKDLKGGKIKKDTLHSSLENMGIKLSKEEFAEVTENLETDAKGNADLQKVMERVKAVTENVSIKNLEDVLSNMGIKITKKELEDLMKSLPIGADNKVNLKTLQDEAKAFTGEKIDLSELPGTLKTLGIELSNKDLKQLLRMLPVDDHKKVFQNRLLKDLRSNRRGQVDVNKLDAALEALNIKLTEKELEQVKDILKDGGHKKIDLGKLMDKIQSVIGKKVDVHDVDKVLGDMGIEITDSELSKIMNSVPVDDGKVYLRRLLDGMQFLKENRKTEMQRLINEAKVFTGNKVDINRLQNILGNFGIELNPHQHSSLLNMLPVDEGSVDVNNLDSFLENMGIEITEEEFKELTKRLPENTEGKVKLNNLMEELRTVLGEPVDINDLQDTLKDMKIEFTDKEYLRLMRDLPLDASERVYKKRILDGIKRLKRGKVDVNNLSPFLETMGLDLSQNEYEDFVENLPVDDNGKVNLKNIVPKLKDFEGEKISVGGLKSAVGEMGIELNDREYVNLLETLPFDENNKVFRNRLLSSLRGFRGGRVDPNKLKTLLLNIGLKLKSKELKSVMQKQAASGKREDRVAFGCRGQNLEMRSNRSIPLKKVLADVNSVVGGKVGIKDVKNFVEAAGITLTPREHLELMCSLPIEDDGTIYESRLIDCLKSSGGGTVDVNNLENVLENLKIKLSDEKLKDLSENLPVDDFGKTDLQTLLREVRKFTGGKIDTKVTKKVLGDMGIELTNREVNALMKRLPISDDGKILKNVLLDQMKWFSGGKCYVSKLDSILEELGYELEEEEIEDLKNCLPIEDGKVKLSKMMENIESLTGSKVNVNGVDNILKNIGIEFTPKERWKLLKTLPVTSAGTVYRNRLLDGVKTFHRGKGCINKLETIMENLNYNVGEKDMKGLRSFLISDGTGRFSLSSLMNAANLFSGGKIEVEDIQPYLESLGIELTDNESQMIKSIVPVDDDNMVYQNVLMDVLRTHRSGKVSLDKIDDALEQLGYPLEEEEIEELSKHLPVNQERTVRMDLLLEEVGMVLGEEIDFNDMDNVLKNIGLRLHLKENNVLMKGLPIDAAGKVYKHKLMDGVLSLKGAKLDLKKLKNFMENMGYDLEKNEYEDLINYLPINDDGMVNMNEVIDKGSLFTGEKIDLVELNDYLESIGIKLTEDKMMKLLGKLPADAGGKLYKKRLIKELENIEGIKIPSNKMKDFIKNAEINLDDEDIQILMDHLPVDHNGKADFSVLMNGIKKITGEKIHAKDIKSILENMGIEMTNKENRKLLKTLPVSTDKTLFKKELLSGVKSFKGGRVNVHDVKSVLHNTGFKLEAKELKDLQAHLPVTEHEKVDLDVVMDAAKSFTGEKVDAKDIRNFLGSMGIALTEREESKLLKSLPIAKDGTIYKKRLLSSVVPIKGKKVHYSKLPLILKAAEFELEKEDCEDLMNHLPLDENEMVDLNVLINEAKAFTGKKVGVDNLKHVLRKVGLVLPDKAYKDLQRFLAVYDGGRMYKKRLLKCVKNLKGTQIKIKKVESFLENLGIKMKDEELEELMAQLPSEGNRTVDVNELIDVVSYIKGETIDSQNLEKFLANEGIELTEDEMKDLMPYLEFDGNGKVTIRSIMEGLRKFKRE

Target ORF information:

RefSeq Version	XM_013354555.1
Organism	Microtus ochrogaster(prairie vole)
Definition	Microtus ochrogaster uncharacterized LOC101989251 (LOC101989251), mRNA.

Target ORF information:

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

XM_013354555.1

ORF Insert Sequence:

ATGGACAGAC TGAAAGCTGC CACAGGAGGA GAAGTGGATA ACAAAAATGT GAAAACTGTT 
CTATCAAAAA TGGGAATAGA GCTTTCAGAC AGCGAACTCT CGAAACTGAT GGAAAATCTG 
CCTTTCGATG ATGATGGCAA GGTTTTTAAG AACCGGTTAC TAGAAGTCGT GAAGTCTCTC 
AAAGGTGGTA GAGTCGATGT CAACAACCTG AACACAGCTC TGAACAATAT GGGAGTCAAG 
CTTTCAAATA CGGAGCTCAG AGATCTGAGT CAGAGCATGC ATGTTGGTGT TGATGAGAAA 
ATTCCTCTGA AAACCCTGCT GGAAAAGCTG AAAGACTTTA CAGGTGAGAA GATTGAGCCT 
AGTGATGTAC AACGTTTCCT GGCAAACCTT GGTATCGAGC TCACAGACAA GGAGCTGGAA 
AACCTATTGA AAACGCTGCC CCTCGATGAT ACTGGGAAGT TCCATAGTAA CAGGCTGCTG 
AAGGGTGTGA AGGATCTCAA AGGGGGTAAG ATCAAAAAGG ATACTCTCCA CAGTTCTTTG 
GAAAATATGG GAATAAAACT CTCAAAGGAG GAATTTGCTG AAGTGACAGA AAACCTAGAA 
ACTGATGCAA AGGGGAATGC TGATCTGCAG AAAGTGATGG AGAGAGTAAA AGCTGTCACG 
GAGAATGTCA GTATAAAAAA TCTGGAAGAT GTTCTAAGCA ACATGGGCAT CAAGATTACC 
AAAAAAGAAC TTGAAGACCT GATGAAAAGC CTTCCCATTG GTGCTGATAA TAAAGTGAAT 
CTGAAAACCT TGCAAGATGA AGCAAAAGCT TTTACTGGTG AAAAAATTGA CTTAAGTGAA 
CTCCCAGGTA CACTGAAGAC TCTGGGGATT GAGCTTTCCA ACAAGGACTT GAAGCAACTC 
CTGAGAATGC TGCCCGTCGA TGATCATAAG AAGGTGTTTC AAAACAGACT GCTGAAAGAC 
TTGCGGAGCA ACAGACGAGG GCAGGTTGAT GTAAACAAAC TGGATGCTGC TTTAGAAGCC 
CTAAACATCA AGCTCACGGA AAAGGAACTT GAGCAGGTGA AGGATATTCT GAAAGATGGA 
GGCCATAAGA AAATTGATTT GGGAAAACTG ATGGATAAAA TACAGTCTGT CATAGGAAAG 
AAAGTTGATG TCCATGATGT GGATAAAGTT CTTGGAGACA TGGGAATAGA AATTACAGAC 
TCAGAGCTCT CCAAAATAAT GAACAGTGTA CCCGTGGATG ATGGGAAAGT CTATCTGAGA 
AGGTTGCTGG ACGGTATGCA GTTTCTTAAA GAAAACCGTA AAACTGAAAT GCAAAGGTTA 
ATAAATGAAG CAAAAGTTTT CACAGGAAAT AAAGTTGATA TAAATAGACT TCAAAATATT 
TTGGGAAACT TCGGTATTGA ACTCAATCCT CACCAACACT CAAGTCTGCT GAATATGTTG 
CCAGTTGATG AAGGCAGTGT TGATGTCAAC AACCTGGATT CGTTTTTAGA AAACATGGGG 
ATCGAGATCA CAGAGGAAGA ATTCAAGGAG CTAACAAAAC GACTACCAGA GAACACTGAA 
GGGAAAGTGA AACTGAATAA TTTAATGGAA GAGCTGAGAA CTGTTTTAGG AGAGCCAGTA 
GATATTAATG ACCTCCAGGA TACTCTGAAA GACATGAAGA TTGAGTTCAC AGACAAAGAG 
TATTTGCGTC TGATGAGAGA TCTTCCACTT GATGCTTCAG AAAGAGTATA TAAGAAAAGG 
ATATTGGATG GTATAAAGCG TCTTAAAAGA GGAAAAGTTG ATGTGAATAA CTTGAGCCCA 
TTTCTGGAAA CCATGGGACT CGATCTCTCA CAGAACGAAT ATGAAGACTT TGTAGAAAAC 
TTGCCAGTTG ATGATAATGG AAAGGTTAAT CTGAAAAATA TTGTGCCAAA ATTGAAAGAT 
TTCGAGGGAG AGAAGATCAG TGTGGGTGGC CTGAAGAGCG CTGTTGGAGA AATGGGGATC 
GAACTCAACG ACAGAGAGTA TGTGAACCTG CTGGAGACGC TGCCATTTGA TGAAAATAAC 
AAAGTTTTCC GAAATCGACT CCTGTCCAGC CTGAGGGGTT TCAGAGGTGG AAGGGTTGAT 
CCCAACAAGC TGAAGACACT CCTCCTAAAC ATAGGGCTCA AACTCAAAAG CAAGGAATTG 
AAAAGCGTGA TGCAGAAGCA GGCTGCTAGT GGTAAGCGTG AGGACCGTGT TGCCTTTGGC 
TGTCGTGGGC AGAATCTTGA GATGAGGTCT AATCGAAGTA TCCCTCTGAA AAAAGTATTA 
GCGGATGTGA ACTCAGTTGT AGGAGGGAAG GTTGGTATCA AAGATGTGAA AAATTTTGTC 
GAAGCCGCTG GAATAACACT GACACCTAGA GAACACTTAG AACTGATGTG CAGTCTGCCA 
ATTGAAGATG ATGGAACTAT ATATGAAAGC AGATTGATAG ACTGTCTGAA ATCCTCCGGA 
GGTGGGACAG TTGATGTCAA TAACTTAGAA AATGTTTTGG AAAACTTGAA AATCAAGCTC 
TCAGACGAGA AACTAAAAGA TCTGTCAGAA AACCTTCCAG TTGACGACTT TGGGAAGACT 
GATCTGCAGA CACTACTAAG AGAAGTAAGA AAATTCACAG GAGGAAAAAT TGATACTAAA 
GTCACAAAAA AAGTGCTGGG GGACATGGGC ATAGAGCTCA CAAACAGGGA AGTCAATGCG 
CTGATGAAAA GGCTGCCTAT CTCTGATGAT GGGAAAATAC TTAAAAACGT ATTACTTGAC 
CAAATGAAGT GGTTTTCTGG GGGAAAGTGT TATGTCTCCA AACTGGATTC CATCCTAGAA 
GAACTGGGCT ATGAGCTGGA GGAGGAGGAA ATTGAAGACC TGAAGAACTG TCTGCCAATT 
GAAGATGGGA AGGTTAAACT GAGTAAGATG ATGGAAAATA TAGAGTCACT CACAGGGAGC 
AAAGTGAATG TCAATGGAGT AGATAATATC TTGAAAAACA TCGGGATAGA ATTCACGCCG 
AAGGAACGTT GGAAGCTGCT GAAGACTCTG CCTGTCACCT CTGCTGGTAC CGTGTATCGC 
AACCGACTGT TGGATGGTGT AAAAACTTTT CACAGAGGGA AAGGTTGTAT AAATAAACTA 
GAAACCATTA TGGAAAACCT GAACTACAAT GTTGGGGAAA AAGACATGAA AGGTCTGCGG 
AGCTTCCTGA TATCTGATGG TACTGGGAGA TTCTCACTGA GCTCCTTGAT GAATGCAGCC 
AATTTGTTTT CTGGTGGTAA AATAGAAGTT GAGGATATAC AGCCATATCT GGAAAGCTTA 
GGCATTGAAT TAACAGACAA TGAAAGCCAG ATGATAAAGA GCATAGTTCC AGTCGATGAT 
GACAACATGG TGTATCAAAA TGTGTTAATG GACGTACTGC GGACTCACAG AAGTGGAAAA 
GTCAGTCTTG ATAAAATTGA TGATGCTCTT GAACAACTGG GATATCCTCT TGAGGAAGAG 
GAAATAGAGG AATTGTCTAA ACATCTGCCC GTTAATCAAG AGAGGACAGT CCGCATGGAC 
CTGCTTCTGG AAGAGGTCGG TATGGTGTTA GGGGAAGAAA TTGACTTTAA TGATATGGAC 
AATGTTCTTA AAAACATTGG GTTAAGACTC CACTTAAAGG AAAACAATGT ATTGATGAAA 
GGCTTGCCAA TTGATGCTGC CGGGAAGGTG TATAAGCACA AACTGATGGA CGGCGTCTTG 
TCCCTCAAAG GAGCTAAGCT TGATTTGAAA AAGTTAAAGA ATTTCATGGA AAATATGGGT 
TATGATCTTG AGAAGAATGA ATACGAAGAC CTGATAAATT ACCTGCCCAT TAATGATGAT 
GGGATGGTTA ATATGAATGA GGTCATAGAC AAAGGGAGTC TTTTTACAGG TGAGAAGATT 
GACCTTGTTG AGCTGAACGA TTACCTGGAA AGCATAGGGA TAAAGCTCAC AGAAGACAAG 
ATGATGAAAC TGCTGGGCAA GCTGCCAGCT GACGCTGGTG GGAAACTGTA CAAGAAAAGG 
TTGATAAAAG AATTGGAGAA TATTGAAGGG ATAAAGATAC CTTCAAATAA GATGAAAGAT 
TTCATTAAAA ATGCAGAAAT TAATCTCGAT GATGAAGACA TCCAGATACT GATGGATCAT 
CTACCAGTTG ATCATAACGG GAAGGCTGAT TTCTCTGTGT TGATGAATGG AATTAAAAAG 
ATTACAGGAG AAAAGATTCA TGCAAAAGAC ATCAAAAGTA TTCTGGAGAA CATGGGGATA 
GAAATGACAA ATAAAGAAAA CAGAAAGCTG CTCAAAACTC TGCCCGTCTC TACCGACAAA 
ACTCTGTTTA AGAAAGAATT ACTGTCTGGT GTGAAGTCAT TCAAAGGAGG GAGAGTTAAT 
GTCCATGATG TGAAAAGTGT TCTTCATAAC ACTGGTTTCA AGCTGGAAGC AAAAGAACTG 
AAGGACCTGC AGGCTCACCT GCCAGTGACT GAACATGAAA AGGTAGATTT GGATGTGGTG 
ATGGATGCAG CAAAATCTTT CACAGGAGAA AAAGTTGACG CCAAAGACAT AAGAAACTTT 
CTGGGAAGCA TGGGAATTGC ACTCACTGAA AGAGAAGAGT CGAAGCTGTT AAAATCTCTG 
CCCATTGCTA AGGATGGAAC CATCTATAAG AAAAGATTAC TGAGCAGTGT GGTGCCCATC 
AAAGGGAAAA AAGTCCACTA CTCTAAGCTG CCACTCATTT TGAAGGCTGC AGAATTTGAG 
CTTGAGAAGG AAGACTGTGA GGACCTGATG AATCATCTGC CTTTGGATGA AAATGAAATG 
GTTGATTTAA ATGTGTTAAT AAATGAAGCA AAAGCTTTTA CTGGGAAGAA GGTTGGAGTC 
GATAATCTAA AGCATGTGCT GAGGAAAGTG GGGCTGGTGC TCCCCGACAA AGCATACAAG 
GATCTGCAGA GATTCCTGGC AGTTTATGAT GGTGGGAGGA TGTATAAGAA ACGACTGCTC 
AAGTGTGTAA AGAATCTCAA AGGGACACAG ATCAAAATAA AAAAAGTGGA ATCTTTCTTG 
GAAAACCTGG GAATTAAGAT GAAAGATGAG GAACTTGAAG AACTAATGGC CCAGCTACCA 
TCTGAGGGTA ACAGAACAGT GGATGTAAAT GAACTGATAG ATGTCGTCAG TTACATCAAG 
GGAGAAACCA TTGACAGCCA GAACTTGGAA AAGTTCCTGG CAAACGAGGG CATCGAGCTC 
ACCGAGGACG AGATGAAGGA CCTGATGCCT TACCTGGAAT TTGACGGAAA CGGGAAGGTT 
ACCATCCGAT CCATAATGGA GGGCCTGAGG AAGTTTAAAC GTGAGTGA