Bnc1 cDNA ORF clone, Microtus ochrogaster(prairie vole)

Gene
Clones
gRNAs

Summary

Gene Symbol	Bnc1
Entrez Gene ID	101982312
Full Name	basonuclin 1
Gene Type	protein-coding
Organism	Microtus ochrogaster(prairie vole)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005357677.1	XP_005357734.1	zinc finger protein basonuclin-1
XM_026784427.1	XP_026640228.1	LOW QUALITY PROTEIN: zinc finger protein basonuclin-1

Pathways from BioSystems
Gene Ontology

The following Bnc1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Bnc1 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
OMi111807	XM_005357677.1 Latest version!	Microtus ochrogaster basonuclin 1 (Bnc1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
OMi168968	XM_026784427.1 Latest version!	Microtus ochrogaster basonuclin 1 (Bnc1), 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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** 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)

Bnc1 ( XM_005357677.1 ) cDNA ORF clone, Microtus ochrogaster(prairie vole) -> XP_005357734.1 Microtus ochrogaster basonuclin 1 (Bnc1), mRNA.

Price & Availability↑

CloneID	OMi111807
Clone ID Related Accession (Same CDS sequence)	XM_005357677.1
Accession Version	XM_005357677.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2880bp) 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	zinc finger protein basonuclin-1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_004949037.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. 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##

ATGGCTGAGG CTATCGGCTG TACTCTGAAC TGCAGCTGTC AGAGTTTCAA ACCTGGGAAG 
ATCAACCACC GGCAGTGTGA GCAGTGCAGG CACGGATGGG TGGCTCACGC TCTAAGTAAG 
CTGAGGATCC CCCCCGTGTA TCCAACAAGC CAAGTGGAAA TTGTCCAGTC CAATGTGGTG 
TTCGATATTA GCAGCCTCAT GCTCTATGGG ACCCAGGCCA TCCCTGTTCG CCTGAAAATC 
CTACTGGACC GGCTCTTCAG TGTGCTGAAA CAAGATGAGG TTCTGCAGAT TCTCCATGCC 
TTGGACTGGA CCCTTCAGGA TTATATCCGT GGTTATGTGC TCCAGGATGC CTCGGGGAAG 
GTGCTGGATC ACTGGAGCAT CATGACCAGT GAGGAGGAAG TGGCCACCTT GCAGCAGTTT 
CTTCGCTTTG GAGAGACCAA GTCCATAGTG GAGCTCATGG CAATCCAGGA GAAAGAAGAG 
CAGTCCATCA TCATACCACC CTCCACTGCC AACGTAGACA TCAGGGCGTT CATCGAGAGC 
TGCACCCACA GGAGCGCTGG CCTCCCTACT CCAGTGGACA AAGGAAACCC CAGCAGCCTG 
CACCCTTTCG AGAACCTTAT CAGCAACATG ACGTTCATGC TGCCTTTCCA GTTCTTCAAC 
CCTCTGCCTC CTGCTCTGAT AGGGTCACTG CCTGAACAGT ACATGCTGGA GCAGGGGCAG 
GACCAGAGCC AGGACCCCAA ACAGGAGCTG CACGGGCCCT TCTCGGACAG CAGCTTCCTC 
ACGTCCACAC CATTTCAGGT TGAAAAGGAA CAGTGTCTAA AGTGTCCAGA TGTTGCTACC 
CCGAAAGAAG ACAGTGCGCA CTTAAGTGAC TCCAGCTCGT ACAGCATTGC CACTAAGCTT 
GAAAGGACAC AGCTGTCCCC CGAGGCCAAA GGAAAGCCCG AGAGGAACAG CATTAGCGCT 
AAGAAGGGCC GGGTGTTCTG CACCGCCTGC GAGAAGACCT TCTACGACAA AGGTACTCTG 
AAGATTCACT ACAACGCCGT CCACCTCAAG ATCAAGCATA AGTGCACTAT CGAAGGGTGT 
AACATGGTGT TCAGCTCCCT GCGGAGCCGG AACCGACACA GCGCCAACCC CAACCCTCGC 
CTGCACATGC CCATGAAGAG AAACAACCGG GACAAAGATC TTAGGAACAG CCTGAACCTG 
GCGAGCTCTG AGACTTACAA GCGCCCGGGT TTCACAGTGA TCTCAGACTG CGGGCCCCTC 
CCAGGCTACC CCAGTTCGGT GGAGGACTCC AAAGGCCAGC CAGCGTTCTC GAGCCTTGGG 
CAGAATGGCG TGCTCTTCCC TAACCTGCGG ACCGTGCAGC CAGTCCTCCC CTTCTACCGC 
AGTCCAGCTA CTCCGGCTGA GCTGGCAAAC ACACCCGGTG TGCTGCCCTC TCTCCCTCTG 
CTGTCCTCCT CCATCCCAGA GCAGCTGGTG TCCACGGACA TGCCATTCGA TGCACTTCCT 
AAGAAGAAAT CTAGGAAGTC CAGCATGCCT ATCAAAATCG AGAAAGAAGC TGTGGACATT 
GCTGAGAAGA GACACAGTCT CAGCTCAGAT GATGACACAC CCCTGCAGGT AGTCAGCGAG 
GATGAGCCAG AGGCCAGCAG TCCTCAGTCA GACCGAGTGC CCGAGGAGCA GCACACACAG 
TTAAGCTCAG AGAAGCCTTT AGCACAAGGA GAAAGACCCT GCCATCTTGA ATCTGTGATT 
GAGTCTCACG GAACTATCGG CAGAACCCTT GAGCAGACCA CACACCCAGA GAGAGAGGCA 
GAGCAGAAGT TAGCATTGAC TTCAGTCATG CCAAGAGAGG TGGAGGATGG TGGTCATGAA 
CGCCATTTCA CACCTGGACT AGGGCCACAG ATTCCCTTTC CTGACTACAT GGAATTGCAG 
CAGCGCTTAC TGGCTGGAGG ACTCTTTAGT GCTTTGTCCA ACAGGGGGAT GACTTTTCCT 
TTTCTGGAAG AATCTAAGGA GCTGGAACAC CTGGGTGAGC ATGCACTAGT GAGGCAGAAG 
GAAGAAAATT GCTTTCAGTG TGACATCTGC AAGAAGACCT TTAAAAACGC TTTCAGTATG 
AAGACACACC ATAAGAATAC ACACGCCAAA GAGACACACG CGTGCACAGT GGAGGGGTGT 
GGCGCTGCGT TCCCATCCCG CAGGAGCAGA GACAGACACA GCTCGAACCT AAGCCTCCAC 
CAGAAAGTAT TGAGTGAGGA AGCACTGGAG AGTAGTGAGG ACCATTTCCG TGCCGCCTAC 
CTTCTGCAAG ACGTGGCCAA GGAGGCCTAC CAGGATGTGG CTTTCACACC GCAAGCCTCG 
CAGACGTCTG TCATCTTCAA GGGATCAAGT GGCATGGGCA GTCTGGTTTA CCCGATATCC 
CAAGTGCACA GTGCCCGTCT GGAGAGTTAC AACTCCGGCC CCCCAAGCGA GGGCACCATC 
CTGGATTTGA GCACTACCTC AAGCATGAAG TCAGAGAGCA GCAGTCATTC CTCCTGGGAT 
TCGGACGGGG TGAGCGAGGA AGGTACCACC CTTCTGGAGG ACAGCGATGG GAACTGTGAA 
GGGCAGAGCC TTGTGTCCGG GGAAGACGAG TACCCCATCT GCGTCCTGAT GGAGAAGGCT 
GATCAGAGCC TTGCTAGTCT GCCCTCCAGG CTGCCCATCA CCTGCCATCT CTGCCAGAAG 
ATATACAGTA ACAAAGGGAC CTTTCGAGCC CATTACAAAA CCGTGCACCT CCGCCAGCTC 
CATAAGTGCA AAGTGCCTGG CTGCAACACC ATGTTCTCAT CGGTCCGCAG CCGAAACAGA 
CACAGTCAGA ACCCCAACCT GCACAAGAGC CTGGCCGCCT CGCCCAGCCA CCTCCAGTAA

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

RefSeq	XP_005357734.1
CDS	68..2947
Translation	MAEAIGCTLNCSCQSFKPGKINHRQCEQCRHGWVAHALSKLRIPPVYPTSQVEIVQSNVVFDISSLMLYGTQAIPVRLKILLDRLFSVLKQDEVLQILHALDWTLQDYIRGYVLQDASGKVLDHWSIMTSEEEVATLQQFLRFGETKSIVELMAIQEKEEQSIIIPPSTANVDIRAFIESCTHRSAGLPTPVDKGNPSSLHPFENLISNMTFMLPFQFFNPLPPALIGSLPEQYMLEQGQDQSQDPKQELHGPFSDSSFLTSTPFQVEKEQCLKCPDVATPKEDSAHLSDSSSYSIATKLERTQLSPEAKGKPERNSISAKKGRVFCTACEKTFYDKGTLKIHYNAVHLKIKHKCTIEGCNMVFSSLRSRNRHSANPNPRLHMPMKRNNRDKDLRNSLNLASSETYKRPGFTVISDCGPLPGYPSSVEDSKGQPAFSSLGQNGVLFPNLRTVQPVLPFYRSPATPAELANTPGVLPSLPLLSSSIPEQLVSTDMPFDALPKKKSRKSSMPIKIEKEAVDIAEKRHSLSSDDDTPLQVVSEDEPEASSPQSDRVPEEQHTQLSSEKPLAQGERPCHLESVIESHGTIGRTLEQTTHPEREAEQKLALTSVMPREVEDGGHERHFTPGLGPQIPFPDYMELQQRLLAGGLFSALSNRGMTFPFLEESKELEHLGEHALVRQKEENCFQCDICKKTFKNAFSMKTHHKNTHAKETHACTVEGCGAAFPSRRSRDRHSSNLSLHQKVLSEEALESSEDHFRAAYLLQDVAKEAYQDVAFTPQASQTSVIFKGSSGMGSLVYPISQVHSARLESYNSGPPSEGTILDLSTTSSMKSESSSHSSWDSDGVSEEGTTLLEDSDGNCEGQSLVSGEDEYPICVLMEKADQSLASLPSRLPITCHLCQKIYSNKGTFRAHYKTVHLRQLHKCKVPGCNTMFSSVRSRNRHSQNPNLHKSLAASPSHLQ

Target ORF information:

RefSeq Version	XM_005357677.1
Organism	Microtus ochrogaster(prairie vole)
Definition	Microtus ochrogaster basonuclin 1 (Bnc1), mRNA.

Target ORF information:

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

XM_005357677.1

ORF Insert Sequence:

ATGGCTGAGG CTATCGGCTG TACTCTGAAC TGCAGCTGTC AGAGTTTCAA ACCTGGGAAG 
ATCAACCACC GGCAGTGTGA GCAGTGCAGG CACGGATGGG TGGCTCACGC TCTAAGTAAG 
CTGAGGATCC CCCCCGTGTA TCCAACAAGC CAAGTGGAAA TTGTCCAGTC CAATGTGGTG 
TTCGATATTA GCAGCCTCAT GCTCTATGGG ACCCAGGCCA TCCCTGTTCG CCTGAAAATC 
CTACTGGACC GGCTCTTCAG TGTGCTGAAA CAAGATGAGG TTCTGCAGAT TCTCCATGCC 
TTGGACTGGA CCCTTCAGGA TTATATCCGT GGTTATGTGC TCCAGGATGC CTCGGGGAAG 
GTGCTGGATC ACTGGAGCAT CATGACCAGT GAGGAGGAAG TGGCCACCTT GCAGCAGTTT 
CTTCGCTTTG GAGAGACCAA GTCCATAGTG GAGCTCATGG CAATCCAGGA GAAAGAAGAG 
CAGTCCATCA TCATACCACC CTCCACTGCC AACGTAGACA TCAGGGCGTT CATCGAGAGC 
TGCACCCACA GGAGCGCTGG CCTCCCTACT CCAGTGGACA AAGGAAACCC CAGCAGCCTG 
CACCCTTTCG AGAACCTTAT CAGCAACATG ACGTTCATGC TGCCTTTCCA GTTCTTCAAC 
CCTCTGCCTC CTGCTCTGAT AGGGTCACTG CCTGAACAGT ACATGCTGGA GCAGGGGCAG 
GACCAGAGCC AGGACCCCAA ACAGGAGCTG CACGGGCCCT TCTCGGACAG CAGCTTCCTC 
ACGTCCACAC CATTTCAGGT TGAAAAGGAA CAGTGTCTAA AGTGTCCAGA TGTTGCTACC 
CCGAAAGAAG ACAGTGCGCA CTTAAGTGAC TCCAGCTCGT ACAGCATTGC CACTAAGCTT 
GAAAGGACAC AGCTGTCCCC CGAGGCCAAA GGAAAGCCCG AGAGGAACAG CATTAGCGCT 
AAGAAGGGCC GGGTGTTCTG CACCGCCTGC GAGAAGACCT TCTACGACAA AGGTACTCTG 
AAGATTCACT ACAACGCCGT CCACCTCAAG ATCAAGCATA AGTGCACTAT CGAAGGGTGT 
AACATGGTGT TCAGCTCCCT GCGGAGCCGG AACCGACACA GCGCCAACCC CAACCCTCGC 
CTGCACATGC CCATGAAGAG AAACAACCGG GACAAAGATC TTAGGAACAG CCTGAACCTG 
GCGAGCTCTG AGACTTACAA GCGCCCGGGT TTCACAGTGA TCTCAGACTG CGGGCCCCTC 
CCAGGCTACC CCAGTTCGGT GGAGGACTCC AAAGGCCAGC CAGCGTTCTC GAGCCTTGGG 
CAGAATGGCG TGCTCTTCCC TAACCTGCGG ACCGTGCAGC CAGTCCTCCC CTTCTACCGC 
AGTCCAGCTA CTCCGGCTGA GCTGGCAAAC ACACCCGGTG TGCTGCCCTC TCTCCCTCTG 
CTGTCCTCCT CCATCCCAGA GCAGCTGGTG TCCACGGACA TGCCATTCGA TGCACTTCCT 
AAGAAGAAAT CTAGGAAGTC CAGCATGCCT ATCAAAATCG AGAAAGAAGC TGTGGACATT 
GCTGAGAAGA GACACAGTCT CAGCTCAGAT GATGACACAC CCCTGCAGGT AGTCAGCGAG 
GATGAGCCAG AGGCCAGCAG TCCTCAGTCA GACCGAGTGC CCGAGGAGCA GCACACACAG 
TTAAGCTCAG AGAAGCCTTT AGCACAAGGA GAAAGACCCT GCCATCTTGA ATCTGTGATT 
GAGTCTCACG GAACTATCGG CAGAACCCTT GAGCAGACCA CACACCCAGA GAGAGAGGCA 
GAGCAGAAGT TAGCATTGAC TTCAGTCATG CCAAGAGAGG TGGAGGATGG TGGTCATGAA 
CGCCATTTCA CACCTGGACT AGGGCCACAG ATTCCCTTTC CTGACTACAT GGAATTGCAG 
CAGCGCTTAC TGGCTGGAGG ACTCTTTAGT GCTTTGTCCA ACAGGGGGAT GACTTTTCCT 
TTTCTGGAAG AATCTAAGGA GCTGGAACAC CTGGGTGAGC ATGCACTAGT GAGGCAGAAG 
GAAGAAAATT GCTTTCAGTG TGACATCTGC AAGAAGACCT TTAAAAACGC TTTCAGTATG 
AAGACACACC ATAAGAATAC ACACGCCAAA GAGACACACG CGTGCACAGT GGAGGGGTGT 
GGCGCTGCGT TCCCATCCCG CAGGAGCAGA GACAGACACA GCTCGAACCT AAGCCTCCAC 
CAGAAAGTAT TGAGTGAGGA AGCACTGGAG AGTAGTGAGG ACCATTTCCG TGCCGCCTAC 
CTTCTGCAAG ACGTGGCCAA GGAGGCCTAC CAGGATGTGG CTTTCACACC GCAAGCCTCG 
CAGACGTCTG TCATCTTCAA GGGATCAAGT GGCATGGGCA GTCTGGTTTA CCCGATATCC 
CAAGTGCACA GTGCCCGTCT GGAGAGTTAC AACTCCGGCC CCCCAAGCGA GGGCACCATC 
CTGGATTTGA GCACTACCTC AAGCATGAAG TCAGAGAGCA GCAGTCATTC CTCCTGGGAT 
TCGGACGGGG TGAGCGAGGA AGGTACCACC CTTCTGGAGG ACAGCGATGG GAACTGTGAA 
GGGCAGAGCC TTGTGTCCGG GGAAGACGAG TACCCCATCT GCGTCCTGAT GGAGAAGGCT 
GATCAGAGCC TTGCTAGTCT GCCCTCCAGG CTGCCCATCA CCTGCCATCT CTGCCAGAAG 
ATATACAGTA ACAAAGGGAC CTTTCGAGCC CATTACAAAA CCGTGCACCT CCGCCAGCTC 
CATAAGTGCA AAGTGCCTGG CTGCAACACC ATGTTCTCAT CGGTCCGCAG CCGAAACAGA 
CACAGTCAGA ACCCCAACCT GCACAAGAGC CTGGCCGCCT CGCCCAGCCA CCTCCAGTAA

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

Bnc1 ( XM_026784427.1 ) cDNA ORF clone, Microtus ochrogaster(prairie vole) -> XP_026640228.1 Microtus ochrogaster basonuclin 1 (Bnc1), mRNA.

Price & Availability↑

CloneID	OMi168968
Clone ID Related Accession (Same CDS sequence)	XM_026784427.1
Accession Version	XM_026784427.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2889bp) 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	LOW QUALITY PROTEIN: zinc finger protein basonuclin-1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_022023.1) 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGTGTTCTC TCTCGTAGGC TATCGGCTGT ACTCTGAACT GCAGCTGTCA GAGTTTCAAA 
CCTGGGAAGA TCAACCACCG GCAGTGTGAG CAGTGCAGGC ACGGATGGGT GGCTCACGCT 
CTAAGTAAGC TGAGGATCCC CCCCGTGTAT CCAACAAGCC AAGTGGAAAT TGTCCAGTCC 
AATGTGGTGT TCGATATTAG CAGCCTCATG CTCTATGGGA CCCAGGCCAT CCCTGTTCGC 
CTGAAAATCC TACTGGACCG GCTCTTCAGT GTGCTGAAAC AAGATGAGGT TCTGCAGATT 
CTCCATGCCT TGGACTGGAC CCTTCAGGAT TATATCCGTG GTTATGTGCT CCAGGATGCC 
TCGGGGAAGG TGCTGGATCA CTGGAGCATC ATGACCAGTG AGGAGGAAGT GGCCACCTTG 
CAGCAGTTTC TTCGCTTTGG AGAGACCAAG TCCATAGTGG AGCTCATGGC AATCCAGGAG 
AAAGAAGAGC AGTCCATCAT CATACCACCC TCCACTGCCA ACGTAGACAT CAGGGCGTTC 
ATCGAGAGCT GCACCCACAG GAGCGCTGGC CTCCCTACTC CAGTGGACAA AGGAAACCCC 
AGCAGCCTGC ACCCTTTCGA GAACCTTATC AGCAACATGA CGTTCATGCT GCCTTTCCAG 
TTCTTCAACC CTCTGCCTCC TGCTCTGATA GGGTCACTGC CTGAACAGTA CATGCTGGAG 
CAGGGGCAGG ACCAGAGCCA GGACCCCAAA CAGGAGCTGC ACGGGCCCTT CTCGGACAGC 
AGCTTCCTCA CGTCCACACC ATTTCAGGTT GAAAAGGAAC AGTGTCTAAA GTGTCCAGAT 
GTTGCTACCC CGAAAGAAGA CAGTGCGCAC TTAAGTGACT CCAGCTCGTA CAGCATTGCC 
ACTAAGCTTG AAAGGACACA GCTGTCCCCC GAGGCCAAAG GAAAGCCCGA GAGGAACAGC 
ATTAGCGCTA AGAAGGGCCG GGTGTTCTGC ACCGCCTGCG AGAAGACCTT CTACGACAAA 
GGTACTCTGA AGATTCACTA CAACGCCGTC CACCTCAAGA TCAAGCATAA GTGCACTATC 
GAAGGGTGTA ACATGGTGTT CAGCTCCCTG CGGAGCCGGA ACCGACACAG CGCCAACCCC 
AACCCTCGCC TGCACATGCC CATGAAGAGA AACAACCGGG ACAAAGATCT TAGGAACAGC 
CTGAACCTGG CGAGCTCTGA GACTTACAAG CGCCCGGGTT TCACAGTGAT CTCAGACTGC 
GGGCCCCTCC CAGGCTACCC CAGTTCGGTG GAGGACTCCA AAGGCCAGCC AGCGTTCTCG 
AGCCTTGGGC AGAATGGCGT GCTCTTCCCT AACCTGCGGA CCGTGCAGCC AGTCCTCCCC 
TTCTACCGCA GTCCAGCTAC TCCGGCTGAG CTGGCAAACA CACCCGGTGT GCTGCCCTCT 
CTCCCTCTGC TGTCCTCCTC CATCCCAGAG CAGCTGGTGT CCACGGACAT GCCATTCGAT 
GCACTTCCTA AGAAGAAATC TAGGAAGTCC AGCATGCCTA TCAAAATCGA GAAAGAAGCT 
GTGGACATTG CTGAGAAGAG ACACAGTCTC AGCTCAGATG ATGACACACC CCTGCAGGTA 
GTCAGCGAGG ATGAGCCAGA GGCCAGCAGT CCTCAGTCAG ACCGAGTGCC CGAGGAGCAG 
CACACACAGT TAAGCTCAGA GAAGCCTTTA GCACAAGGAG AAAGACCCTG CCATCTTGAA 
TCTGTGATTG AGTCTCACGG AACTATCGGC AGAACCCTTG AGCAGACCAC ACACCCAGAG 
AGAGAGGCAG AGCAGAAGTT AGCATTGACT TCAGTCATGC CAAGAGAGGT GGAGGATGGT 
GGTCATGAAC GCCATTTCAC ACCTGGACTA GGGCCACAGA TTCCCTTTCC TGACTACATG 
GAATTGCAGC AGCGCTTACT GGCTGGAGGA CTCTTTAGTG CTTTGTCCAA CAGGGGGATG 
ACTTTTCCTT TTCTGGAAGA ATCTAAGGAG CTGGAACACC TGGGTGAGCA TGCACTAGTG 
AGGCAGAAGG AAGAAAATTG CTTTCAGTGT GACATCTGCA AGAAGACCTT TAAAAACGCT 
TTCAGTATGA AGACACACCA TAAGAATACA CACGCCAAAG AGACACACGC GTGCACAGTG 
GAGGGGTGTG GCGCTGCGTT CCCATCCCGC AGGAGCAGAG ACAGACACAG CTCGAACCTA 
AGCCTCCACC AGAAAGTATT GAGTGAGGAA GCACTGGAGA GTAGTGAGGA CCATTTCCGT 
GCCGCCTACC TTCTGCAAGA CGTGGCCAAG GAGGCCTACC AGGATGTGGC TTTCACACCG 
CAAGCCTCGC AGACGTCTGT CATCTTCAAG GGATCAAGTG GCATGGGCAG TCTGGTTTAC 
CCGATATCCC AAGTGCACAG TGCCCGTCTG GAGAGTTACA ACTCCGGCCC CCCAAGCGAG 
GGCACCATCC TGGATTTGAG CACTACCTCA AGCATGAAGT CAGAGAGCAG CAGTCATTCC 
TCCTGGGATT CGGACGGGGT GAGCGAGGAA GGTACCACCC TTCTGGAGGA CAGCGATGGG 
AACTGTGAAG GGCAGAGCCT TGTGTCCGGG GAAGACGAGT ACCCCATCTG CGTCCTGATG 
GAGAAGGCTG ATCAGAGCCT TGCTAGTCTG CCCTCCAGGC TGCCCATCAC CTGCCATCTC 
TGCCAGAAGA TATACAGTAA CAAAGGGACC TTTCGAGCCC ATTACAAAAC CGTGCACCTC 
CGCCAGCTCC ATAAGTGCAA AGTGCCTGGC TGCAACACCA TGTTCTCATC GGTCCGCAGC 
CGAAACAGAC ACAGTCAGAA CCCCAACCTG CACAAGAGCC TGGCCGCCTC GCCCAGCCAC 
CTCCAGTAA

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

RefSeq	XP_026640228.1
CDS	1..2889
Translation	MCSLS*AIGCTLNCSCQSFKPGKINHRQCEQCRHGWVAHALSKLRIPPVYPTSQVEIVQSNVVFDISSLMLYGTQAIPVRLKILLDRLFSVLKQDEVLQILHALDWTLQDYIRGYVLQDASGKVLDHWSIMTSEEEVATLQQFLRFGETKSIVELMAIQEKEEQSIIIPPSTANVDIRAFIESCTHRSAGLPTPVDKGNPSSLHPFENLISNMTFMLPFQFFNPLPPALIGSLPEQYMLEQGQDQSQDPKQELHGPFSDSSFLTSTPFQVEKEQCLKCPDVATPKEDSAHLSDSSSYSIATKLERTQLSPEAKGKPERNSISAKKGRVFCTACEKTFYDKGTLKIHYNAVHLKIKHKCTIEGCNMVFSSLRSRNRHSANPNPRLHMPMKRNNRDKDLRNSLNLASSETYKRPGFTVISDCGPLPGYPSSVEDSKGQPAFSSLGQNGVLFPNLRTVQPVLPFYRSPATPAELANTPGVLPSLPLLSSSIPEQLVSTDMPFDALPKKKSRKSSMPIKIEKEAVDIAEKRHSLSSDDDTPLQVVSEDEPEASSPQSDRVPEEQHTQLSSEKPLAQGERPCHLESVIESHGTIGRTLEQTTHPEREAEQKLALTSVMPREVEDGGHERHFTPGLGPQIPFPDYMELQQRLLAGGLFSALSNRGMTFPFLEESKELEHLGEHALVRQKEENCFQCDICKKTFKNAFSMKTHHKNTHAKETHACTVEGCGAAFPSRRSRDRHSSNLSLHQKVLSEEALESSEDHFRAAYLLQDVAKEAYQDVAFTPQASQTSVIFKGSSGMGSLVYPISQVHSARLESYNSGPPSEGTILDLSTTSSMKSESSSHSSWDSDGVSEEGTTLLEDSDGNCEGQSLVSGEDEYPICVLMEKADQSLASLPSRLPITCHLCQKIYSNKGTFRAHYKTVHLRQLHKCKVPGCNTMFSSVRSRNRHSQNPNLHKSLAASPSHLQ

Target ORF information:

RefSeq Version	XM_026784427.1
Organism	Microtus ochrogaster(prairie vole)
Definition	Microtus ochrogaster basonuclin 1 (Bnc1), mRNA.

Target ORF information:

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

XM_026784427.1

ORF Insert Sequence:

ATGTGTTCTC TCTCGTAGGC TATCGGCTGT ACTCTGAACT GCAGCTGTCA GAGTTTCAAA 
CCTGGGAAGA TCAACCACCG GCAGTGTGAG CAGTGCAGGC ACGGATGGGT GGCTCACGCT 
CTAAGTAAGC TGAGGATCCC CCCCGTGTAT CCAACAAGCC AAGTGGAAAT TGTCCAGTCC 
AATGTGGTGT TCGATATTAG CAGCCTCATG CTCTATGGGA CCCAGGCCAT CCCTGTTCGC 
CTGAAAATCC TACTGGACCG GCTCTTCAGT GTGCTGAAAC AAGATGAGGT TCTGCAGATT 
CTCCATGCCT TGGACTGGAC CCTTCAGGAT TATATCCGTG GTTATGTGCT CCAGGATGCC 
TCGGGGAAGG TGCTGGATCA CTGGAGCATC ATGACCAGTG AGGAGGAAGT GGCCACCTTG 
CAGCAGTTTC TTCGCTTTGG AGAGACCAAG TCCATAGTGG AGCTCATGGC AATCCAGGAG 
AAAGAAGAGC AGTCCATCAT CATACCACCC TCCACTGCCA ACGTAGACAT CAGGGCGTTC 
ATCGAGAGCT GCACCCACAG GAGCGCTGGC CTCCCTACTC CAGTGGACAA AGGAAACCCC 
AGCAGCCTGC ACCCTTTCGA GAACCTTATC AGCAACATGA CGTTCATGCT GCCTTTCCAG 
TTCTTCAACC CTCTGCCTCC TGCTCTGATA GGGTCACTGC CTGAACAGTA CATGCTGGAG 
CAGGGGCAGG ACCAGAGCCA GGACCCCAAA CAGGAGCTGC ACGGGCCCTT CTCGGACAGC 
AGCTTCCTCA CGTCCACACC ATTTCAGGTT GAAAAGGAAC AGTGTCTAAA GTGTCCAGAT 
GTTGCTACCC CGAAAGAAGA CAGTGCGCAC TTAAGTGACT CCAGCTCGTA CAGCATTGCC 
ACTAAGCTTG AAAGGACACA GCTGTCCCCC GAGGCCAAAG GAAAGCCCGA GAGGAACAGC 
ATTAGCGCTA AGAAGGGCCG GGTGTTCTGC ACCGCCTGCG AGAAGACCTT CTACGACAAA 
GGTACTCTGA AGATTCACTA CAACGCCGTC CACCTCAAGA TCAAGCATAA GTGCACTATC 
GAAGGGTGTA ACATGGTGTT CAGCTCCCTG CGGAGCCGGA ACCGACACAG CGCCAACCCC 
AACCCTCGCC TGCACATGCC CATGAAGAGA AACAACCGGG ACAAAGATCT TAGGAACAGC 
CTGAACCTGG CGAGCTCTGA GACTTACAAG CGCCCGGGTT TCACAGTGAT CTCAGACTGC 
GGGCCCCTCC CAGGCTACCC CAGTTCGGTG GAGGACTCCA AAGGCCAGCC AGCGTTCTCG 
AGCCTTGGGC AGAATGGCGT GCTCTTCCCT AACCTGCGGA CCGTGCAGCC AGTCCTCCCC 
TTCTACCGCA GTCCAGCTAC TCCGGCTGAG CTGGCAAACA CACCCGGTGT GCTGCCCTCT 
CTCCCTCTGC TGTCCTCCTC CATCCCAGAG CAGCTGGTGT CCACGGACAT GCCATTCGAT 
GCACTTCCTA AGAAGAAATC TAGGAAGTCC AGCATGCCTA TCAAAATCGA GAAAGAAGCT 
GTGGACATTG CTGAGAAGAG ACACAGTCTC AGCTCAGATG ATGACACACC CCTGCAGGTA 
GTCAGCGAGG ATGAGCCAGA GGCCAGCAGT CCTCAGTCAG ACCGAGTGCC CGAGGAGCAG 
CACACACAGT TAAGCTCAGA GAAGCCTTTA GCACAAGGAG AAAGACCCTG CCATCTTGAA 
TCTGTGATTG AGTCTCACGG AACTATCGGC AGAACCCTTG AGCAGACCAC ACACCCAGAG 
AGAGAGGCAG AGCAGAAGTT AGCATTGACT TCAGTCATGC CAAGAGAGGT GGAGGATGGT 
GGTCATGAAC GCCATTTCAC ACCTGGACTA GGGCCACAGA TTCCCTTTCC TGACTACATG 
GAATTGCAGC AGCGCTTACT GGCTGGAGGA CTCTTTAGTG CTTTGTCCAA CAGGGGGATG 
ACTTTTCCTT TTCTGGAAGA ATCTAAGGAG CTGGAACACC TGGGTGAGCA TGCACTAGTG 
AGGCAGAAGG AAGAAAATTG CTTTCAGTGT GACATCTGCA AGAAGACCTT TAAAAACGCT 
TTCAGTATGA AGACACACCA TAAGAATACA CACGCCAAAG AGACACACGC GTGCACAGTG 
GAGGGGTGTG GCGCTGCGTT CCCATCCCGC AGGAGCAGAG ACAGACACAG CTCGAACCTA 
AGCCTCCACC AGAAAGTATT GAGTGAGGAA GCACTGGAGA GTAGTGAGGA CCATTTCCGT 
GCCGCCTACC TTCTGCAAGA CGTGGCCAAG GAGGCCTACC AGGATGTGGC TTTCACACCG 
CAAGCCTCGC AGACGTCTGT CATCTTCAAG GGATCAAGTG GCATGGGCAG TCTGGTTTAC 
CCGATATCCC AAGTGCACAG TGCCCGTCTG GAGAGTTACA ACTCCGGCCC CCCAAGCGAG 
GGCACCATCC TGGATTTGAG CACTACCTCA AGCATGAAGT CAGAGAGCAG CAGTCATTCC 
TCCTGGGATT CGGACGGGGT GAGCGAGGAA GGTACCACCC TTCTGGAGGA CAGCGATGGG 
AACTGTGAAG GGCAGAGCCT TGTGTCCGGG GAAGACGAGT ACCCCATCTG CGTCCTGATG 
GAGAAGGCTG ATCAGAGCCT TGCTAGTCTG CCCTCCAGGC TGCCCATCAC CTGCCATCTC 
TGCCAGAAGA TATACAGTAA CAAAGGGACC TTTCGAGCCC ATTACAAAAC CGTGCACCTC 
CGCCAGCTCC ATAAGTGCAA AGTGCCTGGC TGCAACACCA TGTTCTCATC GGTCCGCAGC 
CGAAACAGAC ACAGTCAGAA CCCCAACCTG CACAAGAGCC TGGCCGCCTC GCCCAGCCAC 
CTCCAGTAA